GSM/EDGE BSS, Rel. BSC17,
Operating Documentation
BSC Alarms Excel Document
DN09214229
Issue 02
Approval Date 2018-01-30
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1. Introduction
The purpose of this document is to assist users in finding alarms, their meanings, effects, and instructions on how to avoid
them. The alarms are listed by numbers in ascending order.
2. How to read this excel report
The excel report provides a full information on alarms. It shows the full set of alarm attributes.
2.1 Alarm List
This section shows the full alarm information including the following items:
- alarm number
- alarm name
- meaning of the alarm
- instructions
- clearing information
2.2 Field descriptions
Field descriptions are provided in the second row of Alarm List section. Use fold (-) and unfold (+) buttons on the left panel
respectively hide and show the field descriptions.
d instructions on how to avoid
d (+) buttons on the left panel to
Note:
See the How to Read This Report tab
for instructions on the usage of Alarm List
Field description The name of alarm.
Alarm Number
Alarm Name
2
OSI INCOMING CALL ROUTING FAILED
4
ACCESS SERVICE REJECT RATE LIMIT
EXCEEDED
9
OSI FORCED CONNECTION CLEARING
12
X.25 CALL ESTABLISHMENT FAILED
13
SAME SERVICE ALREADY IN
NAMETABLE WITH DIFFERENT
PARAMETERS
15
AUTOMATIC RETURN ON RESTART
FAILURE ALLOWED
16
SIGNALLING LINK CONGESTION LEVEL
EXCEEDED
17
DATABASE INTEGRITY CHECKING
COMPLETED
18
DATABASE RECOVERY IS IN PROGRESS
20
AUTOMATIC RETURN AFTER TIME
PERIOD ALLOWED
21
CONVERSION COMPLETED
SUCCESSFULLY
26
SIGNALLING LINK LOAD OVER
THRESHOLD
27
SOFTWARE PACKAGE FALLBACK
COPYING NOTICE
32
FILE SYSTEM NOTIFICATION
33
FILE UPDATES TO DISK PREVENTED
36
FILE UPDATES TO DISK RESUMED
37
PASSIVE WARMING IN USE
48
SEMIPERMANENT CONNECTION
MISSING
61
CIRCUIT GROUPS HAVE BEEN UPDATED
70
SIGNALLING LINK REMOTE INHIBITED
71
SIGNALLING LINK REMOTE UNINHIBITED
72
SIGNALLING LINK REMOTE BLOCKED
73
SIGNALLING LINK REMOTE UNBLOCKED
74
REPEATED CHANGEBACK
DECLARATION NOT ACKNOWLEDGED
75
SIGNALLING LINK FORCED
UNINHIBITING NOT POSSIBLE
88
ETHERNET INTERFACE SWITCHOVER
EXECUTED
90
IP ADDRESS FOR HOT BILLING DATA
CHANGED
101
SDH PROTECTION SWITCHING
EXECUTED
104
SGSN ENDPOINT CREATED
105
SGSN ENDPOINT ADDED
106
SGSN ENDPOINT DELETED
116
LOGGING OF SERVICE TERMINAL
COMMANDS IS OFF
125
PCU PROCESSOR LOAD HIGH
132
CIRCUIT BARRED
133
CIRCUIT DEBARRED
136
PCU CONNECTIVITY EXCEEDED
143
IPSEC: AUTOMATIC CERTIFICATE
ENROLLMENT SUCCESSFULL
156
NO SYNCHRONIZATION HW
CONFIGURED
157
FRU INSERTED OR EXTRACTED
159
SDH PROTECTION SWITCHING
EXECUTED IN ATM INTERFACE
169
DUPLICATE MAC ADDRESS USER
DETECTED
183
MEASUREMENT REPORT TRANSFER
UNSUCCESSFUL
187
AUTOMATIC REALLOCATION ABORTED
208
PIU TYPE HAS BEEN UPDATED IN
DATABASE
215
MAXIMUM COLLECTION TIME
EXCEEDED
216
PCU2 MEMORY DUMP SUCCESS
217
PCU2 MEMORY DUMP FAILED
218
EVENT TRIGGERED SYMPTOM DATA
TRIGGERED
234
BACKUP PHYSICAL MCBSC SYSTEM
FALLBACK COPY NOTICE
239
NETWORK RESILIENCY ACTIVITY MODE
CHANGED
240
COORDINATED STATE CHANGE NOTICE
247
BLACK BOX SAVE FAILED
248
BLACK BOX SAVE SUCCESS
252
UNIT IS COLLECTING COREDUMP
INFORMATION
270
DEFAULT PACKAGE NOTICE
421
UNIT TIME UPDATED
422
TIME UPDATED
430
MML-SESSION ANNOUNCEMENT
554
RADIO NETWORK SUPERVISION
MEASUREMENT PERIOD CHANGED
590
PROCESSING OF ALARMS IS STARTED
ANEW
599
HEARTBEAT NOTICE FOR ALARM FLOW
SUPERVISION
630
SYNCHRONIZATION SIGNAL CHANGED
660
DATABASE TRANSACTIONS OR DISK
UPDATES PREVENTED
661
DATABASE FILE FILL RATIO EXCEEDS
THE ALARM LIMIT
689
SYSTEM RESTARTED
690
WORKING STATE CHANGE
691
AUTOMATIC RECOVERY ACTION
697
UNEXPECTED SWITCHOVER
800
O&M CHANNEL CHANGED TO
ALTERNATIVE CONNECTION
801
MTU ADDRESSES MISSING OR
INCORRECT
804
COMMAND CALENDAR DISK INTERFACE
NOTICE
814
ADMINISTRATIVE USER HAS LOGGED
INTO NETWORK ELEMENT
817
REPLICATION HAS BEEN STARTED
FROM NX GUI
818
REPLICATION HAS BEEN STOPPED
FROM NX GUI
819
INITIALIZATION OF REPLICATION HAS
BEEN FINISHED
820
PREDEFINED SIZE OF NX DATABASE
HAS BEEN EXCEEDED
830
BSC RADIO NETWORK BACKGROUND
DATA STATE CHANGED
860
DISK NOTICE
890
Q3 ALARM UPLOAD REQUIRED
930
TCSM SYNCHRONISATION SIGNAL
CHANGED
1001
UNIT RESTARTED
1002
RAM FAILURE
1003
PARITY ERROR IN RAM
1004
COMMUNICATION ERROR BETWEEN
PROGRAM BLOCKS
1005
PLUG-IN UNIT RESTARTED
1007
RESTARTED PROGRAM BLOCK
1008
MML PROGRAM RESTARTED
1010
NO RESPONSE TO UNIT SUPERVISION
MESSAGE
1012
EXCESSIVE RESTARTS OF UNIT
1014
PROCESSOR LOAD RATE ALARM LIMIT
EXCEEDED
1015
OPERATING SYSTEM ERROR COUNTER
INCREASED
1016
MB INTERFACE FAILURE
1018
PROGRAM BLOCK COMMUNICATION
ERROR
1019
PROGRAM BLOCK ACTION FAILURE
1020
PROGRAM BLOCK START UP FAILURE
1021
PROGRAM BLOCK REWARMING
STARTED
1022
PROGRAM BLOCK WARMUP FAILURE
1023
EXCESSIVE DISTURBANCES IN
SUPERVISION
1024
HAND PROCESS ERROR IN PROGRAM
BLOCK
1028
RESTARTED PROGRAM BLOCK IN
PREPROCESSOR UNIT
1029
SCCP STP MESSAGE PREVENTION
1033
OSI CLNS CONFIGURATION FAILED
1034
MAXIMUM SEQUENCE NUMBER OF OSI
CLNS EXCEEDED
1035
UPU MESSAGE RECEIVED
1044
ERROR IN SWITCH COMPARE TEST
1045
ERROR BETWEEN MARKER TABLES AND
SWITCH CONTROL MEMORY
1047
NO RESPONSE FROM CONTROLLER OF
SWITCHING NETWORK
1048
CONTROLLER OF SWITCHING
NETWORK RESTARTED
1049
SEMIPERMANENT MULTICHANNEL
CONNECTION MISSING
1055
TCAP TRANSACTION FAILURE
1056
MESSAGE FROM NETWORK TO
UNKNOWN SUBSYSTEM
1058
ERROR IN SMUX PLUG-IN UNIT
1061
ERROR IN SWITCH COMPARE TEST
1062
ERROR BETWEEN MARKER TABLES AND
SWITCH CONTROL MEMORY
1064
UNIT UPDATE FAILURE
1065
DISK UPDATE FAILURE
1070
CCS7 PROGRAM BLOCK DATA ERROR
1071
PROCESSOR TIME SHORTAGE
1072
SIGNALLING LINK OUT OF SERVICE
1076
FORCED LIGHTWEIGHT SCHEDULING
1077
FREE STACK SIZE BELOW LIMIT
1078
PROCESS EXCEPTION
1080
PROCESS STOPPED
1082
HAND USAGE LIMIT EXCEEDED
1083
SEMAPHORE USE ERROR
1089
DYNAMIC LDT SLOTS EXHAUSTED
1090
BUFFER HANDLE ERROR
1092
COMMUNICATION FAILURE IN FIELD
REPORTING
1093
OUTPUT FAILURE IN FIELD REPORTING
1095
TRAFFIC MEASUREMENT OUTPUT
FAILURE
1098
TOO LONG MESSAGE
1103
SIGNALLING MEASUREMENT REPORT
LOST
1105
LINE SIGNALLING RECEIVE OVERLOAD
1125
TRIAL CONFIGURATION DELETED
1128
EXCESSIVE DISTURBANCES IN FILE
LOADING
1136
SIGNALLING MESSAGE DISTRIBUTION
ERROR
1137
INCORRECT SIGNALLING MESSAGE
FROM SIGNALLING TERMINAL
1140
FREE LDT SLOT COUNT BELOW LIMIT
1141
DELAY BUFFER OVERFLOW IN
SIGNALLING TERMINAL
1142
FAMILY MEMORY USAGE SUPERVISION
LIMIT EXCEEDED
1143
AMOUNT OF FREE MEMORY REDUCED
1144
FREE BUFFER HEADERS EXHAUSTING
1147
MESSAGE QUEUE OVERFLOW
1148
EXCESSIVE TRAPS
1162
FILE SYSTEM COMMUNICATION ERROR
1165
BUFFER ALLOCATION FAILED
1169
FREEZING PERIOD OF SS7 REPORTING
LOST
1178
PREPROCESSOR UNIT DISTURBANCE
1182
PREPROCESSOR UNIT RESTARTED
1190
EXCESSIVE ERRORS IN SCP
1192
SSCOP TRANSMIT BUFFER OVERFLOW
1200
ACTOR HAS FAILED TO REGISTER TO
THE SUPERVISION
1204
WATCHDOG CAUSES UNIT RESTART
1207
UNITS WORKING STATE DATA
CORRUPTED IN THE SYSTEM
1210
PHASE ADVANCE OF TIMING SIGNAL
CHANGED
1220
HANDLING OF MEASUREMENT
DEFINITION FILE FAILED
1221
STATISTICAL MEASUREMENT REPORT
OUTPUT FAILED
1222
DATA WRITING VIA VDS DEVICE FAILED
1228
UNIT SUPERVISION NOT FUNCTIONING
1234
UPDATE OF PASSWORD VALIDITY TIME
FAILED
1240
SCCP DISTURBANCE
1241
SCCP GLOBAL TITLE TRANSLATION
ANALYSIS FILE ERROR
1242
SCCP GLOBAL TITLE TRANSLATION
RESULT FILE ERROR
1244
RUNNING OUT OF MESSAGE BUFFERS
1249
DATABASE DISK COPY HAS EXCEEDED
MAXIMUM ALLOWED AGE
1250
DATA LINK LAYER PROTOCOL MISMATCH
1251
EXCESSIVE RETRANSMISSIONS ON
DATA LINK CONNECTION
1252
EXCESSIVE ERROR RATE ON DATA LINK
CONNECTION
1253
NO RESPONSE FROM PRIMARY RATE
ACCESS TERMINAL
1254
UNSOLICITED DATA LINK REESTABLISHMENT
1255
PRIMARY RATE ACCESS MESSAGE
DISTRIBUTION ERROR
1256
INCORRECT PRD MESSAGE FROM
PRIMARY RATE ACCESS TERMINAL
1260
X.25/ETHERNET DATA TERMINAL
SPONTANEOUS RESTART
1261
OSI CHANNEL GROUP UNREACHABLE
1262
OSI SERVICE PROVIDER RESET
1263
OSI SERVICE PROVIDER INTERFACE
ERROR
1264
OSI INCOMING CALL DENIED
1273
ASP ACTIVATION FAILED
1280
INTERNAL COMMUNICATION CHANNEL
FAILURE
1282
ASSOCIATION PARAMETER FAILURE
1293
SCCP GT SCREENING APPLIED
1300
SUPERVISION CONNECTION TO UNIT
LOST
1301
PCU DIGITAL SIGNAL PROCESSOR
RESTART
1302
PAGING OVERLOAD
1334
HW RESTART NOTICE
1338
CLGU RESTART NOTICED
1339
ACTIVE FRAMER UNIT FAILURE
1340
HOTLINK FAILURE
1347
CS PAGING COORDINATION
ACTIVATION/DEACTIVATION FAILED
1348
ETP SPARE UNIT WARMUP FAILURE
1389
ETP DSP RESTART
1391
PCU POOLING CONFIGURATION
MISMATCH
1400
AFS RESTARTED
1407
Invalid MD5 AuthCode
1423
NO RESPONSE FROM MAIN CLOCK
1425
OVERFLOW IN ALARM BUFFERING
1431
MMI SYSTEM OVERLOAD
1432
DISTURBANCE IN COMMAND CALENDAR
1548
MTP CONFUSION MESSAGE RECEIVED
1557
EVENT HANDLER CANNOT WORK
PROPERLY DUE TO FILE SERVICE
FAILURE
1569
CRITICAL LIMIT IN SECURITY
REPORTING REACHED
1570
SECURITY LOG ALARM LIMIT REACHED
1578
CONFUSION IN BSSMAP SIGNALING
1580
GLOBAL RESET FAILURE
1582
CONNECTION OR RELEASE ERROR
1583
LAPD MSG DISTRIBUTION PROBLEM
1585
ABNORMAL A INTERFACE CIRCUIT
RELEASE
1590
ALARM SYSTEM MESSAGE SENDING
BUFFER FULL
1597
I/O DEVICE FOUND FAULTY BY ALARM
SYSTEM
1598
UNIT FOUND FAULTY BY ALARM SYSTEM
1623
ERROR DURING SUPERVISION
1630
RAM FAILURE IN SYNCHRONIZATION
UNIT
1660
UPDATE NUMBER MISMATCH
1661
DATABASE MANAGER IN FATAL ERROR
STATE
1662
DATABASE LOADING ERROR
1663
HAND RESERVATION ERROR IN
DATABASE MANAGER
1682
SCDFLE UPDATE FAILURE
1683
FAULTY UNIT SP-EX
1684
SPARE UNIT WARMUP FAILURE
1685
UNIT RESTART FAILURE
1687
RECOVERY ACTION FAILURE
1688
FAILURE IN CALL CLEARING
1800
SCSI ADDRESS ILLEGAL
1801
MASS MEMORY FILE BACKUP FAILURE
1802
BACKUP COPY LOG FAILURE
1804
IP ROUTING RESOURCE SHORTAGE
1806
PRINTER SPOOLER DISABLED
1809
IP CONFIGURATION INQUIRY SERVICE
FAILED
1850
BTS TEST REPORT PRINTOUT FAILED
1860
DISK DISTURBANCE
1881
TAPI FAILURE
1882
DMADI FAILURE
1884
LABEL PARAMETER FAILURE
1885
ERROR IN WRITING DATA TO MAGNETIC
TAPE
1886
ERROR IN TAPE OPERATION
1887
BLOCK COUNTER FAILURE
1891
AS7 RESTARTED
1893
O&M CHANNEL SEND OVERLOAD
1894
NO RESPONSE TO AS7 SUPERVISION
MESSAGE
1895
DISTURBANCE IN O&M CHANNEL
1900
DEGRADED SLIP FREQUENCY
1901
ET RESTARTED
1910
COMMUNICATION FAILURE WITH TRX
1911
INVALID URGENCY LEVEL IN
TRANSMISSION ALARM
1915
TCSM CLOCK DISTURBANCE
2002
FILE SPACE ERROR
2004
FILE BACKUP FAILURE
2005
CHECKSUM ERROR IN LOAD MODULE
2006
FILE UPDATING SYSTEM DATA
CORRUPTED
2007
FILE UPDATING ON AUXILIARY STORAGE
IS NOT PROCEEDING
2008
ERROR IN FILE INITIALIZATION
2009
ERROR IN USING PRFILE
2010
FILE CHAINING ERROR
2012
ERROR IN FILE OPENING
2013
MODULE STRUCTURE FAULTY
2014
EXCESSIVE ERRORS IN FILE TRANSFER
PROCESS
2015
MB COMMUNICATION ERROR
2017
FILE DISTRIBUTION ERROR
2018
OVERFLOW IN HANDLING ALARM
EVENTS
2022
CLOCK BUFFER ALARM
2023
MAIN CLOCK FAILURE
2024
MAIN CLOCK NEEDS ADJUSTMENT
2025
MAIN CLOCK SYNCHRONIZATION
SIGNAL MISSING
2026
MAIN CLOCK SYNCHRONIZATION
SIGNAL MISSING
2027
MAIN CLOCK SYNCHRONIZATION
SIGNAL MISSING
2028
MAIN CLOCK MANUAL CONTROL
2029
MAIN CLOCK FAILURE
2031
MB CLOCK FAILURE
2033
GSW CLOCK FAILURE
2039
ET CLOCK FAILURE
2040
TG FAILURE
2041
EXCESSIVE ERRORS IN SWITCHING
2043
EXCESSIVE ERRORS IN SWITCH
TESTING MODULE
2044
EXCESSIVE ERRORS IN SWITCH
COMPARE TEST
2045
EXCESSIVE ERRORS BETWEEN SWITCH
FILE AND SWITCH CONTROL MEMORY
2048
FAILURE IN SEMIPERMANENT
CONNECTION
2050
PLUG IN UNIT MISSING IN SWITCHING
NETWORK
2051
POWER FAILURE IN SWITCHING
NETWORK
2052
SWITCH CLOCK FAILURE
2053
CHECKSUM ERROR IN SWCOP PROM
2054
CHECKSUM ERROR IN BOOT PROM
2057
TG FAILURE IN SYNCRONIZATION UNIT
2058
EXCESSIVE ERRORS IN SMUX PLUG-IN
UNIT
2060
CENTRAL MEMORY FILE ERROR
2061
CENTRAL MEMORY FILE SPACE
RESERVED
2062
EXCESSIVE ERRORS IN CENTRAL
MEMORY INCOMING DATA
2063
DAY CLASS INQUIRY FOR TIME
CONTROLLED ROUTING FAILED
2064
ROUTE SET UNAVAILABLE
2065
FILE CONFLICT ERROR
2066
FILE ADDRESSING ERROR
2068
FILE DISTRIBUTION FAILURE
2069
SIGNALLING LINK TEST FAILED
2070
LINK SET UNAVAILABLE
2071
SIGNALLING LINK TERMINAL FAULTY
2072
FAILURE IN SIGNALLING LINK
ACTIVATION OR RESTORATION
2073
UPDATE FAILURE IN SPARE CCS7
PROGRAM BLOCK
2074
WARM-UP FAILURE IN SPARE CCS7
PROGRAM BLOCK
2075
COMMUNICATION FAILURE BETWEEN
SIGNALLING TERMINAL AND CCNETM
2076
SS7 UNIT UPDATE FAILURE
2077
CCS7 PROGRAM BLOCK DATA FAILURE
2078
SS7 UNIT CHANGE FAILURE
2079
LOOP TEST FAILED IN SIGNALLING LINK
TERMINAL
2081
EITHER (EL0 & EL1) OR (EL4 & EL5) HAVE
FAILED
2087
LOW TRAFFIC CAPACITY ON CIRCUIT
GROUP
2094
WARM-UP FAILURE IN ACTIVE CCS7
PROGRAM BLOCK
2114
FR VIRTUAL CONNECTION FAILED
2115
FR USER LINK INTEGRITY VERIFICATION
FAILED
2129
NO FREE BUFFERS
2131
ERROR IN CCS FILE
2132
FILE POINTER INITIALIZATION ERROR
2133
SEND BUFFER OVERFLOW IN
SIGNALLING TERMINAL
2134
WARM-UP ERROR IN CCSEND
PROGRAM BLOCK
2136
CCS CIRCUIT RELEASING FAILURE
2137
PLUG-IN UNIT LOCATION ERROR
2138
PLUG-IN UNIT SOFTWARE PACKAGE
CHECK SUM ERROR
2139
PLUG-IN UNIT SOFTWARE PACKAGE
LOAD FAILURE
2141
PLUG-IN UNIT INITIALIZATION FAILURE
2142
PLUG-IN UNIT SUPERVISION FAILURE
2145
ERROR IN ASM COMPARE TEST
2146
BUS FAILURE IN SWCOP
2160
PREPROCESSOR UNIT RESTART
FAILURE
2165
EXCESSIVE REJECTIONS OF OSI CLNS
PROTOCOL DATA UNITS
2166
CORRUPTED OSI CLNS LINK STATE
PROTOCOL DATA UNIT
2167
EXCESSIVE REJECTIONS OF OSI CLNS
LINK STATE PDU
2168
EXCESSIVE REJECTIONS OF OSI CLNS
9542 PDUS
2169
OSI CLNS LINK STATE PDU LEVEL 1
DATABASE OVERLOAD
2171
NO USER FOR OSI CLNS
2174
OSI CLNS SERVICE NOT AVAILABLE
2175
OSI CLNS LINKAGE NOT AVAILABLE
2176
NO CLNS OBJECT IN OSI DATABASE FOR
INITIALIZATION
2177
DISCARDED MANUAL AREA ADDRESS
OF OSI CLNS
2178
MISMATCH OF MAXIMUM AREA
ADDRESS OF OSI CLNS
2179
INCOMPATIBLE PROTOCOL VERSIONS
OF OSI CLNS
2181
MISMATCH OF SYSTEM ID LENGTH OF
OSI CLNS
2182
MISMATCH OF AREA ADDRESS OF OSI
CLNS
2183
REJECTED OSI CLNS ADJACENCY DUE
TO LACK OF RESOURCES
2184
OSI CLNS MANAGEMENT INFORMATION
CORRUPTED
2185
ROUTING OF OSI OUTGOING CALL
FAILED
2188
FR ACCESS DATA UPDATING FAILED
2189
COMMUNICATION FAILURE BETWEEN FR
TERMINAL AND FRCMAN
2197
NAMETABLE IS FULL
2200
PCM LINE LOOP
2202
ET FAILURE
2203
AIS COMMAND ACK
2204
EQUIPMENT LOOP
2205
ET2 FAILURE
2224
ERROR IN MSU HANDLING
2226
FILE CONFLICT DUE TO SWITCHOVER
2241
SCCP SUBSYSTEM PROHIBITED
2244
UPDATE FAILURE IN SPARE UNIT
2246
SCCP ROUTING FAILURE
2247
SS7 ERRONEOUS SIGNALLING
MESSAGE
2248
OPERATING SYSTEM RESOURCES ARE
FAILING
2249
OPERATING SYSTEM RESOURCES HAVE
FAILED
2250
FAILURE IN D-CHANNEL ACTIVATION OR
RESTORATION
2251
ERROR IN PRIMARY RATE ACCESS FILE
2252
LOOP TEST FAILED IN PRIMARY RATE
ACCESS TERMINAL
2254
SCCP NOT DEFINED FOR NETWORK
2258
HARDWARE ERROR OF ALARM LOGIC IN
SWITCHING NETWORK
2259
DATABASE IS INCONSISTENT
2260
FILE UPDATING ERROR
2261
CONFLICT BETWEEN TWO FILES
2262
OSI SUBNETWORK INTERFACE OUT OF
ORDER
2263
OSI OUTGOING CALL FAILED
2264
OSI ADMINISTRATIVE FILES
CORRUPTED
2265
OSI POSSIBLE SECURITY VIOLATION
2267
DATABASE INTEGRITY CHECKING
FAILED
2268
DATABASE BACKUP PROCESS IS
TERMINATED
2269
ERRONEOUS DISK CACHE SIZE
2271
BOOT LOADING FAILED
2272
BOOT LOADING ERROR
2273
AUTOMATIC RETURN TO SPARE
PACKAGE
2274
SOMAFI ERROR
2275
HARDWARE INTERFACE INITIALIZATION
ERROR
2284
ILLEGAL VALUE FOR STACK POINTER
2285
SIGNALLING TERMINAL FAULTY
2293
AUTOMATIC RETURN AFTER TIME
PERIOD INITIATED
2294
UNCONTROLLED CHANGE OF DEFAULT
PACKAGE
2295
CONVERSION FAILURE
2332
CIRCUITS BARRED IN D-CHANNEL
2336
ERROR IN INITIAL LOADING
2337
AUTOMATIC RETURN ON RESTART
FAILURE IN FORCE
2339
SP-CIC -> PCM-TSL CONVERSION TABLE
UPDATE ERROR
2345
UNAUTHORIZED STP ACCESS
2347
POWER SUPPLY FAILURE IN CPU
2374
FILE SPACE ERROR IN PREPROCESSOR
UNIT
2375
DYNAMIC FLAGPOOL FULL IN
PREPROCESSOR UNIT
2376
ALARM SYSTEM FILE ERROR IN
PREPROCESSOR UNIT
2379
VOLTAGE IN CLOCK CIRCUIT OF CPU
HAS FAILED
2380
CPU TIME DIFFERS FROM CALENDAR
TIME
2381
AMOUNT OF FREE MEMORY CRITICALLY
REDUCED
2383
RBS DATA PATH CUT OFF
2384
MEMORY USAGE OVERFLOW
2385
SUPERVISION IN COMPUTER HAS
STOPPED
2386
OVERWRITING UNTRANSFERRED VDSDEVICE DATA FILE
2389
WATCHDOG DISABLED
2390
EXTERNAL CLOCK SYNCHRONIZATION
SIGNAL MISSING
2391
CPU TYPE DIFFERS FROM EQUIPMENT
2393
FALLBACK COPYING TERMINATED IN
ERROR
2394
ERROR IN FINISHING FALLBACK
COPYING
2397
DATABASE FILE IS IN DANGER TO GET
FULL
2399
DATABASE DISK UPDATES ARE
PREVENTED
2402
AFS CONNECTION FAILURE
2403
SERIAL CHANNEL FAILURE
2406
AFS FAILURE
2410
CONNECTION OF A CIRCUIT HAS FAILED
IN THE SWITCHING NETWORK
2420
TIMES DIFFER IN EXCHANGE
2424
DISCREPANCY BETWEEN RECORD DATA
AND BITMAP
2425
ALARM SYSTEM FILE ERROR
2426
CHECKSUM ERROR IN FILE BLOCK
2427
MMI SYSTEM FILE ERROR
2430
ERROR IN COMMAND CALENDAR
2431
IOLOCO FILE ERROR
2433
DISK FILE HANDLING ERROR
2435
ERROR IN CREATING TEXT FILES FOR
MMI SYSTEM
2437
FILE SYSTEM DATA ERROR
2438
HW ERROR DETECTED IN BOOT PHASE
2440
UPDATE ERROR OF FILE SYSTEM
CONTROL FILE
2441
DISK UPDATE ERROR OF FILE SYSTEM
CONTROL FILE
2445
UNIT TYPE HAS NO REDUNDANCY
2447
DATABASE TRANSACTION SAVING
FAILED
2454
TIMES DIFFER IN NET
2455
ISDN CALL FAILURE
2457
ABIS LINK USER CONFIGURATION
FAILURE
2458
DECODING OF MESSAGE FAILS
2459
ABIS SETUP FAILURE OCCURRENCE
2460
OVERFLOW IN FILE OF ACTIVE BTS
ALARMS
2461
OVERFLOW IN LIST OF ACTIVE ALARMS
OF BCF
2463
BTS ALARM SYSTEM OUTPUT BUFFER
OVERFLOW
2469
STORING OF CHARGING DATA NOT
COMPLETED ON ALL DEVICES
2471
RADIO NETWORK RECOVERY FAILED
2472
BTS SITE TYPE CONFLICTS BETWEEN
BTS AND BSDATA
2475
BSDATA READING FAILED DURING TEST
2476
FILE OPENING FAILED
2477
GLOBAL RESET MESSAGE RECEIVED
2478
MOBILE ACCESS CLASSES ABNORMAL
2503
DETAILED CHARGING LOST
2504
CHARGING FILE FILLING UP
2518
NO VALID FALLBACK COPY FOR
DEFAULT PACKAGE
2525
FAILURE IN STORING OF DETAILED
CHARGING DATA
2530
GLOBAL RESET ACKNOWLEDGEMENT
MESSAGE MISSING
2549
FIRST ALARM LIMIT FOR UNAVAILABLE
VDS DATA FILES REACHED
2550
SECOND ALARM LIMIT FOR
UNAVAILABLE VDS DATA FILES
REACHED
2551
OUT OF AVAILABLE VDS-DEVICE DATA
FILES
2558
ECHO CANCELLER CONNECTION
FAILURE
2566
BCF BUILD DIRECTORY ERROR
2583
BSC MEASUREMENT DISK FILE SYSTEM
FULL
2586
BSC MEASUREMENT REPORT COPY
ERROR TO DISK FILE
2590
ERROR IN OPENING OUTPUT FILE
2596
SCCP REGISTRATION ERROR
2597
I/O-DEVICE FOUND FAULTY FOR
INFORMING I/O SERVICES
2598
UNIT FOUND FAULTY FOR INFORMING
RECOVERY SYSTEM
2614
ERROR IN REPORT FORMING
2615
USER ACTIONS DURING NORMAL
WORKING HOURS REQUIRED
2616
IMMEDIATE USER ACTIONS REQUIRED
2620
OMU CONNECTION FAILURE
2621
FAULTY TIME SLOT IN TESTING OF TIME
SLOT BASED UNIT
2630
PHASE METER FAILURE
2631
OPERATION MODE CHANGED TO
PLESIOCHRONOUS
2632
OSCILLATOR FAILURE
2633
FAILURE IN THE CHOICE OF
SYNCHRONIZATION SIGNAL
2634
POWER FAILURE IN SYNCHRONIZATION
UNIT
2635
ABSENT PLUG-IN UNIT IN
SYNCHRONIZATION UNIT
2636
FAILURE IN OUTGOING CLOCK SIGNAL
2637
OPERATION PARAMETER CONFLICT
2638
FAILURE IN BUS BETWEEN
SYNCHRONIZATION UNITS
2639
FAILURE IN SYNCHRONIZATION UNIT
SWITCHOVER
2640
OUTGOING SIGNALS NOT IN PHASE
2641
FAILURE IN SYNCHRONIZATION SIGNAL
2642
CHECKSUM ERROR IN
SYNCHRONIZATION UNIT ROM
2650
STORING OF THE DATA FAILED ON ONE
DISK
2651
STORING OF THE DATA FAILED ON BOTH
DISKS
2652
PHYSICAL DISK IS FULL
2653
FAILURE IN THE HANDLING OF
CONTROL FILES
2660
DATABASE MANAGER UNABLE TO
EMPTY LOG FILE IN DISK
2661
NO CONSISTENT COPY OF DATABASE
ON DISK
2662
NO CONSISTENT DATABASE ANYWHERE
2663
DUMPING ERROR IN DATABASE
MANAGER
2664
DATABASE COPY STAYS INCONSISTENT
ON SAME DISK
2665
DATABASE LOG BUFFER SIZE ERROR
2666
DBSMAN STOPPED IN ACTIVE UNIT
2683
ERROR IN MML COMMAND LOG ACCESS
2687
SYSTEM RESTART IN PROGRESS
2688
UNIT CHANGEOVER IN PROGRESS
2690
POSIX HAS ENCOUNTERED AN
UNRECOVERABLE ERROR
2691
PROGRAMMABLE LOGIC CODE ACCESS
ERROR
2692
INCORRECT WORKING STATE
2693
WO-EX UNIT FAULTY
2694
ROUTING FILE ERROR
2696
INCONSISTENT DATA IN EXCHANGE
2697
INCONSISTENT DATA IN SCDFLE
2699
CRITICAL UNIT IN INCORRECT WORKING
STATE
2720
TELECOM LINK OVERLOAD
2725
ADJACENT CELL IDENTIFIER
CONFIGURATION ERROR
2731
FIRST ALARM LIMIT FOR UNAVAILABLE
VDS DATA FILES REACHED
2732
SECOND ALARM LIMIT FOR
UNAVAILABLE VDS DATA FILES
REACHED
2733
OUT OF AVAILABLE VDS-DEVICE DATA
FILES
2735
EVENT BUFFER OVERFLOW
2738
ECHO CANCELLER SELF TEST FAILED
2747
ECHO CANCELLER CLOCK FAILURE
2750
DC/DC CONVERTER FAILURE
2751
PLUG-IN UNIT MISSING
2752
CABLE MISSING
2754
FUSE FAILURE
2755
CARTRIDGE CLOCK FAILURE
2756
CARTRIDGE POWER SUPPLY FAILURE
2757
CARTRIDGE NON-REDUNDANT POWER
SUPPLY FAILURE
2758
POWER SUPPLY ADAPTER FAILURE
2759
POWER SUPPLY FUSE FAILURE
2760
HWAT FAILURE
2761
CLAB FAILURE
2762
SUPERVISION BUS FAILURE
2763
FAILURE IN BUS BETWEEN CLAB UNITS
2764
CLS FAILURE
2770
PREPROCESSOR UNIT FAILURE
2784
FAULTY LASER IN SDH SIGNAL
TRANSMITTER
2788
DYNAMIC ROUTING LEADS TO AN
ILLEGAL ROUTING
2792
PREPROCESSOR MESSAGE
CONGESTION
2794
HW BLOCK FAILURE IN PLUG-IN UNIT
2798
ERROR IN USING FIFILE
2800
VDU OR LPT FAILURE
2801
O&M NETWORK SYSTEM UNREACHABLE
2802
CTU DISK BUFFERING INTERRUPTED
2804
SCDFLE DISK UPDATE FAILURE
2805
Q3-INTERFACE ALARM EVENT
CREATION ERROR
2806
SOMAFI UPDATE ERROR
2808
DXDAT RESTORING TASK INTERRUPTED
2809
MASS MEMORY DEVICE POWER SUPPLY
FAILURE
2810
BTS ALARM HANDLING INTERRUPTED
DUE TO HEAVY UNIT LOAD
2811
BTS ALARM SITUATION INCORRECT IN
BSC
2812
PRINTER SPOOLER ALMOST FULL
2813
PRINTER SPOOLER FULL
2814
COMMUNICATION FAILURE WITH
NETWORK PRINTING DEVICE
2816
IP ROUTING CONFIGURATION ERROR
2827
EMT PROTOCOL FAILURE
2828
DIRECTORY ACCESS FAILED
2830
BACKGROUND DATA SWAP
INTERRUPTED DUE TO UNIT RESTART
2832
NE HAS INVALID USER ACCOUNT TO
LDAP DIRECTORY
2833
LOSS OF CONTINUITY IN ATM LAYER
CONNECTION
2836
FEATURE MANAGEMENT MESSAGE
VALIDATION ERROR
2841
DISK UPDATE OF BTS ALARM SYSTEM
FAILED
2842
BTS ALARM PRINTOUT FAILED
2843
ALARM DIFFERENCE BETWEEN BSC
AND OMC
2844
PROCESSOR OVERHEATED
2845
INCORRECT MEMORY CONFIGURATION
2850
BCF BUILD FILE DELETE ERROR
2851
DISK SYSTEM OF BSC IS OVERLOADED
2852
FAILURE IN DISK UPDATE OF
SCHEDULED BTS TEST FILE
2860
DISK FAILURE
2861
NO ACCESS TO DISK
2862
DISK CHECKSUM ERROR
2863
UNKNOWN LAN CONNECTION
DETECTED
2869
NEMU ALARM DEFINITION ERROR
2870
MASS MEMORY POWER SUPPLY
FAILURE
2871
MASS MEMORY POWER SUPPLY ALARM
LOGIC FAULTY
2872
NEMU ALARM DATABASE FAILURE
2873
NEMU ALARM AMOUNT OVERFLOW
2874
NEMU EVENT LOG FAILURE OCCURRED
2876
FAILURE ON LB INTERFACE
2877
EMERGENCY LOCATION REQUEST
FAILED ON LB INTERFACE
2879
ETHERNET SWITCH POWER SUPPLY
FAILURE
2880
FAILURE ON BSC-VNP INTERFACE
2883
TAPE MEDIA FULL
2884
TCSM INTERFACE CARD FAILURE
2885
SCTP CONNECTION TO PRIMARY UNIT
FROM H.248 UNIT POOL IS LOST
2886
NO SCTP CONN TO PRIMARY OR
SECONDARY UNIT FOR H.248
SIGNALING
2887
FAST BSS RESTART FAILED
2888
EXCESSIVE CRC ERRORS IN WRITING
DATA TO MAGNETIC TAPE MEDIA
2891
LAN SWITCH IS RUNNING L2 MODE
WHEN ADMIN STATE IS SET L3
2892
O&M CHANNEL OUT OF SERVICE
2893
LAN SWITCH IS RUNNING L3 MODE
WHEN ADMIN STATE IS SET L2
2898
DISCREPANCY BETWEEN ACTUAL HW
AND HW CONFIGURATION DATA
2899
FAILURE IN O&M CHANNEL
2900
INCOMING SIGNAL MISSING
2902
PCM LINE REMOTE END ALARM
2903
ERROR IN ACTIVATING 2 MBIT/S
PROTECTION
2908
CODE ERROR RATE OVER LIMIT
2909
AIS RECEIVED
2910
FRAMING ERROR
2911
EXCESSIVE CODE ERROR RATE
2912
BIT ERROR RATE OVER LIMIT
2915
FAULT RATE MONITORING
2923
CRC BIT ERROR RATIO OVER LIMIT
2924
REMOTE END CRC BIT ERROR RATIO
OVER LIMIT
2925
SLIP FREQUENCY LIMIT EXCEEDED
2937
SIGNAL LABEL MISMATCH ON INTEREXCHANGE CIRCUIT
2938
MS-AIS SIGNAL RECEIVED
2943
BLUE ALARM
2944
YELLOW ALARM
2946
UNSUCCESSFUL FLEXIBLE ALERTING
DATA DOWNLOAD
2947
INCORRECT FLEXIBLE ALERTING
MEMBER NUMBER FORMAT
2948
RADIO NETWORK INITIALIZATION
2949
FAST BSS RESTART RNW UNBLOCKING
STARTED
2950
TRCO FAILURE
2951
LOCAL USER LOGGED IN
2952
TRANSCODER PLUG-IN UNIT FAILURE
2953
CHANNEL SPECIFIC AIS RECEIVED
2954
NO TRAU FRAME SYNCHRONIZATION
2955
TRANSCODER CHANNEL FAILURE
2956
PLUG-IN UNIT LOCALLY BLOCKED
2957
CHANNEL LOCALLY BLOCKED
2958
FAULTY TIME SLOT IN TESTING OF TCSM
UNIT
2959
THROUGH CONNECTED CHANNEL
FAILURE
2960
WIRED ALARM FROM ANOTHER TCSM
UNIT
2962
SOFTWARE BUILD MISSING
2969
DISK IN UNSUPPORTED POSITION
2970
LOSS OF SUPERVISION CONNECTION
2973
SUBMULTIPLEXER HIGHWAY FAULT
2974
SUBMULTIPLEXER LINK PLUG-IN UNIT
FAULT
2975
TRANSCODER UNIT BRANCHING PLUGIN UNIT FAULT
2976
TRANSCODER UNIT MSC INTERFACE
FAULT
2977
TRANSCODER UNIT BSC INTERFACE
FAULT
2978
TRANSCODER UNIT TRC15 CHANNEL
FAILURE
2979
TRANSCODER UNIT TRAU BUS FAULT
2980
TRANSCODER UNIT CROSS CONNECT
PLUG-IN UNIT FAULT
2981
SUPERVISORY SUBSTATION ALARM
2982
TRANSCODER UNIT TRC15 CHANNEL
EQUIPMENT OR MEMORY FAULT
2988
EXCESSIVE ERRORS IN CBCCONNECTION
2989
UNINTENTIONAL LOOPBACK IN V3
INTERFACE
2990
V3 INTERFACE ALARM
2991
PCM SERVICE STATE UNSOLVED
2992
BTS AND TC UNSYNCHRONIZATION
CLEAR CALLS ON A INTERFACE
2993
BTS AND TC UNSYNCHRONIZATION
CLEAR CALLS ON ABIS INTERFACE
3011
SCCP DATA MISMATCH
3012
DIGITAL SIGNAL PROCESSOR FAILURE
3019
NETWORK SERVICE ENTITY
UNAVAILABLE
3020
NETWORK SERVICE VIRTUAL
CONNECTION UNAVAILABLE
3021
NETWORK SERVICE VIRTUAL
CONNECTION UNBLOCK PROCEDURE
FAILED
3022
NETWORK SERVICE VIRTUAL
CONNECTION BLOCK PROCEDURE
FAILED
3023
NETWORK SERVICE VIRTUAL
CONNECTION RESET PROCEDURE
FAILED
3024
NETWORK SERVICE ENTITY
CONFIGURATION MISMATCH
3025
NETWORK SERVICE VIRTUAL
CONNECTION TEST PROCEDURE
FAILED
3026
NETWORK SERVICE VIRTUAL
CONNECTION PROTOCOL ERROR
3027
UPLINK CONGESTION ON THE
NETWORK SERVICE VIRTUAL
CONNECTION
3028
NETWORK SERVICE VIRTUAL
CONNECTION IDENTIFIER UNKNOWN
3029
BSSGP VIRTUAL CONNECTION
UNBLOCK PROCEDURE FAILED
3030
BSSGP VIRTUAL CONNECTION BLOCK
PROCEDURE FAILED
3031
BSSGP VIRTUAL CONNECTION RESET
PROCEDURE FAILED
3032
BSSGP VIRTUAL CONNECTION
PROTOCOL ERROR
3033
UNKNOWN ROUTING AREA OR
LOCATION AREA DURING PAGING
3034
BUS FAILURE IN SWITCHING NETWORK
3038
EVENT FORWARDER SUBSCRIBER LIST
OVER FLOW
3045
RECOVERY EVENT SUBSCRIPTION
FAILED
3048
NETWORK RESILIENCY ACTIVITY MODE
CHANGE FAILURE
3051
NETWORK RESILIENCY DATA SYNCH
FAILURE
3052
NETWORK RESILIENCY ERROR
3053
ETHERNET INTERFACE FAILURE
3068
EGPRS DYNAMIC ABIS POOL FAILURE
3069
DATABASE REMOTE COPY UPDATING
PREVENTED
3073
FAULTY PCUPCM TIMESLOTS IN PCU
3074
STARTING OF THE MEASUREMENT DATA
COLLECTION HAS FAILED
3077
WARMING OF SWITCHING DATA HAS
FAILED
3078
ALLOWED AMOUNT OF OBSERVATIONS
EXCEEDED
3080
ERROR IN POSIX CONFIGURATION
3081
SEVERE ERROR IN POSIX
CONFIGURATION
3086
ERROR IN WORK FILE HANDLING
3089
NO RESPONSE TO ICMP ECHO
REQUEST
3092
NO PROXY HANDS AVAILABLE
3093
TC REROUTING FAILURE
3100
SIGNALLING LINK OUT OF SERVICE
3101
INTERNAL FAILURE IN SAAL STACK
3102
DELAY BUFFER OVERFLOW IN SAAL
3103
FAILURE IN SIGNALLING LINK START OR
RESTART
3114
HOT BILLING DATA TRANSFER USING IP
FAILED
3120
ET CONFIGURATION FAILED
3121
RESET CIRCUIT ACKNOWLEDGEMENT
MISSING FROM MSC
3122
STATISTICAL MEASUREMENT STOPPED
3140
HANDLING ERROR OF DYNAMIC
COUNTERS
3141
CONFIGURATION ERROR OF DYNAMIC
COUNTERS
3142
BACKUP FAILURE OF DYNAMIC
COUNTERS
3144
TRANSFER FAILURE OF DYNAMIC
COUNTERS
3146
FAN UNIT FAILURE
3149
CARTRIDGE POWER FAILURE
3155
ERRONEOUS M3UA MESSAGE
3156
ASSOCIATION ROUTING FAILURE
3157
CARTRIDGE CLOCK FAILURE
3159
SCTP ASSOCIATION LOST
3162
LAN CHANGEOVER FAILURE
3164
PCU PROCESSOR OVERLOAD
3174
NO RESPONSE TO ICMP ECHO
REQUEST
3183
SDH PROTECTION SWITCHING FAILED
3190
POSITION BASED SERVICES STOPPED
BECAUSE OF OVERLOAD
3191
INTERNAL INCONSISTENCY IN
DATABASE FILE
3196
DATABASE UPDATE TO STANDALONE
SMLC FAILED
3209
SUB NETWORK SERVICE SIZE
PROCEDURE FAILED
3210
SUB NETWORK SERVICE
CONFIGURATION PROCEDURE FAILED
3211
LAST REMOTE IP DATA ENDPOINT
DELETED
3225
SUPERVISED IP ADDRESS UNAVAILABLE
3230
SUPERVISED DEDICATED IP ADDRESS
UNAVAILABLE
3231
TCP/IP CONNECTION TO POLICY
MANAGER FAILED
3232
COPS CONFIGURATION DATA HANDLING
FAILURE
3233
UNTRANSFERRED DATA IN VDS DEVICE
3234
TOO OLD FILES IN VDS DEVICE
3250
NSE PFC PROCEDURES UNAVAILABLE
3252
LAN DEVICE SUPERVISION FAILURE
3253
LAN DEVICE LINK FAILURE
3254
LAN DEVICE GENERAL FAILURE
3258
DATABASE REPLICA STATE TERMINATED
BY USER
3260
UNKNOWN POTENTIALLY INTERFERING
CELL FOR DFCA
3261
FAILURE IN UPDATING BSC SPECIFIC
PARAMETERS TO PCU
3265
UNEQUIPPED A INTERFACE CIRCUIT
3266
POLICY FILE ERROR
3269
LICENCE EXPIRATION WARNING
3270
LICENCE HAS EXPIRED
3271
LICENCE IS NOT VALID
3272
LICENCE CHANGE IS NOT NOTIFIED
3273
GPRS/EDGE TERRITORY FAILURE
3274
NACC FAILURE
3286
INTER BSC CONNECTION FAILURE
DISTURBING DFCA OPERATION
3289
ETHERNET INTERFACE CONFIGURATION
ERROR
3292
INTERNAL LAN LINK BROKEN
3293
SCTP PRIMARY PATH NOT AVAILABLE
3294
LICENCE CAPACITY WARNING
3295
LICENCE CAPACITY EXCEEDED
3298
PCU DIGITAL SIGNAL PROCESSOR
FAILURE
3307
MISMATCH IN SONET APS
CONFIGURATION
3315
ALL NETWORK SERVICE ENTITIES
UNAVAILABLE
3316
NRI CONFIGURATION ERROR
3317
EXCESSIVE NRI CONFIGURATION
ERRORS
3318
NSE OUT OF USE BECAUSE PFC
PROCEDURES NOT SUPPORTED
3319
NORMAL LOAD OF SECURITY EVENTS
EXCEEDED
3320
HIGH LOAD OF UNSUCCESSFUL
SECURITY EVENTS
3322
IP ENDPOINT CONFIGURATION OF NSE
HAS FAILED
3324
FAILURE IN UPDATING CONFIGURATION
DATA TO PCU
3334
FAR END PROTECTION SECTION
FAILURE
3348
IPSEC: CERTIFICATE NOT YET VALID
3349
IPSEC: CERTIFICATE WILL EXPIRE
3350
IPSEC: CERTIFICATE HAS EXPIRED
3351
IPSEC: AUTOMATIC CERTIFICATE
ENROLLMENT FAILED
3352
IPSEC: MALFUNCTION
3353
ERRONEOUS IUA MESSAGE
3373
CHARGING DATA RAM-BUFFER IS
FILLING UP
3374
DIAMETER CONNECTION TO THE
NETWORK FAILED
3379
SCTP PATH FAILURE
3387
PCU IP CONFIGURATION ERROR
3395
FAILURE IN SYNCHRONISATION SIGNAL
IN ATM INTERFACE
3396
INCOMING SDH SIGNAL MISSING IN ATM
INTERFACE
3397
LOSS OF FRAME IN SDH SIGNAL IN ATM
INTERFACE
3398
LOSS OF ADMINISTRATIVE UNIT
POINTER IN ATM INTERFACE
3399
MULTIPLEX SECTION ALARM ID SIGNAL
RECEIVED IN ATM INTERFACE
3400
MULTIPLEX SECTION REMOTE DEFECT
ID RECEIVED IN ATM INTERFACE
3401
TRIBUTARY UNIT ALARM INDICATION
SIGNAL IN ATM INTERFACE
3402
LOWER ORDER PATH DETECT
INDICATION IN ATM INTERFACE
3403
INCOMING SDH SIGNAL DEGRADED IN
ATM INTERFACE
3404
EXCESSIVE ERRORS IN INCOMING SDH
SIGNAL IN ATM INTERFACE
3405
LOSS OF ATM CELL DELINEATION IN ATM
INTERFACE
3411
HIGHER ORDER PATH DETECT
INDICATION IN ATM INTERFACE
3413
AU PATH AIS SIGNAL RECEIVED IN ATM
INTERFACE
3415
GPRS/EDGE LOAD IS VERY HIGH IN PCU
OF PSE
3417
XML EVENT FILE BUFFER OVERFLOW
3421
HW BLOCK FAILURE IN PLUG-IN UNIT IN
ATM INTERFACE
3422
SSL/TLS PROTOCOL LAYER
MALFUNCTION
3425
CRITICAL CPU FAILURE
3426
CPU FAILURE
3427
ABNORMAL FAN SPEED
3428
INCONSISTENT UPA PH3
CONFIGURATION
3430
CRITICAL TEMPERATURE LEVEL
REACHED
3431
MINOR VOLTAGE DEVIATION DETECTED
3432
MAJOR VOLTAGE DEVIATION DETECTED
3433
CRITICAL VOLTAGE DEVIATION
DETECTED
3434
POWER SUPPLY FAILURE
3435
EXCESSIVE INPUT VOLTAGE DEVIATION
DETECTED
3438
MINOR TEMPERATURE DEVIATION
DETECTED
3439
MAJOR TEMPERATURE DEVIATION
DETECTED
3440
SNMP TRAP OVERLOAD
3442
FUNCTIONAL FAILURE IN CLGU
3443
HOLDOVER STATE IN
SYNCHRONIZATION
3445
SECURITY REPORTING DATA FILE
CORRUPTED
3446
MISMATCH IN FRU HW DESCRIPTION
3447
PCI EXPRESS ERROR
3451
MIPC BLOCKS RUNNING OUT IN PCU
3452
ZERO FREE MIPC BLOCKS IN PCU
3455
CALENDAR TIME REFERENCE LOST
3462
SDH PROTECTION SWITCHING FAILED
IN ATM INTERFACE
3478
FAULTY CPU TYPE
3479
PREPROCESSOR FLASH SW FAILURE
3481
SHMU COMMUNICATION FAILURE
3482
SUB NETWORK SERVICE ADD
PROCEDURE FAILED
3483
PCU RESTARTED
3487
ERROR IN IP CONFIGURATION
3501
PRIMARY SPARE BCSU UNIT IS INVALID
3502
PRIMARY SPARE BCSU UNIT MISSING
3503
DRAM ERROR
3504
DLDC ACTIVATION FAILURE
3506
PSEUDO WIRE FAILURE
3515
ETP ETHERNET INTERFACE FAILURE
3523
PCU ETP SERIAL LINK FAILURE
3524
PCU ETP ETHERNET LINK FAILURE
3525
FAILURE IN UPDATING CONFIGURATION
PARAMETERS TO ETP
3529
PSN TUNNEL FAILURE
3530
PSEUDO WIRE CONFIG FAILURE
3536
CIRCUIT SWITCHED DYNAMIC ABIS
POOL FAILURE
3541
ABNORMAL A INTERFACE IP RES
RELEASE
3542
ETPC U-PLANE IP ADDRESS ENQ
FAILURE
3546
FAILURE IN UPDATING CONFIGURATION
PARAMETERS TO ETPAC
3569
GATEWAY IP ADDRESS IS
UNREACHABLE
3570
WDU NOT REDUNDANT DUE TO WDU
FBAN
3571
PROTECTING ETP CONFIGURATION
FAILED
3572
SOFTWARE FAILURE
3573
ETP OVERLOAD CONDITION IN DSP
3574
ETP OVERLOAD CONDITION IN OCTEON
3578
NO ACCESS TO ANY DISK
3587
MCTC CLUSTER STARTED OR
RESTARTED
3588
MCTC NODE NOT RESPONDING
3589
MCTC DIGITAL SIGNAL PROCESSOR
FAILURE
3590
MCTC PLUG-IN UNIT FAILURE
3591
MCTC ETHERNET LINK FAILURE
3592
MCTC POSSIBLE SECURITY THREAT IN
NETWORK ELEMENT
3593
MCTC MANAGED OBJECT LOCKED
3594
MCTC PLATFORM ALARM
3597
MCTC FIELD-REPLACEABLE UNIT
UNAVAILABLE
3603
COMBINE FORMAT TYPE FAILED
3610
MCTC TCSU NOT AVAILABLE
3613
MCTC SYNCHRONIZATION SIGNAL
CHANGED
3614
MCTC SYNCHRONIZATION SIGNAL
FAILED
3615
MCTC MASTER CLOCK GENERATOR
FUNCTION FAILED
3616
MCTC CLOCK DISTRIBUTION FAILED
3641
THE IP OF IUA CONNECTION IS MISSING
3642
BCSU OR BCXU LOAD THRESHOLD
EXCEEDED FAILURE
3643
ETPC SUPERVISION FAILURE
3647
SHARED SECRET OR MSISDN FILE
ERROR
3649
PRECISE PAGING MISCONFIGURATION
3652
DYNAMIC MEMORY ALLOCATION
FAILURE
3693
TOO MANY PCUS CONFIGURED TO
BCSU OR BCXU
3695
UNIT TYPE HAS NOT ENOUGH MODULE
LEVEL REDUNDANCY
3730
CONFLICT IN NEW RECOVERY ACTION
DUE TO PREVIOUS RECOVERY
3738
ETH OAM TIMER EXPIRED
3740
TEMPLET FILE CORRUPTION
3742
SUPERVISED IP ADDRESS IS
UNREACHABLE
3747
THE ADOPTION OF VIRTUAL UNIT
CONFIGURATION FAILED
3748
ETH OAM REMOTE CRITICAL LINK
EVENT
3749
CS TRACE REPORT CREATION LIMITED
3753
SYNC UNIT IS NOT ALIVE
3754
SYNC PLL MODE IS NOT LOCKED
3755
SYNC UNIT REFERENCE IS NOK
3757
PLUG-IN UNIT TYPE NOT MATCH
3761
DIGITAL SIGNAL PROCESSOR FAILURE
OF PCU
3762
ALL A-INTERFACE CONNECTIONS ARE
LOST
3763
ALL SGSN(S) DO NOT SUPPORT MOCN
3787
DHT ERROR
3788
EVENT TRIGGERED SYMPTOM DATA
OPERATION FAILED
3789
EVENT TRIGGERED SYMPTOM DATA
COLLECTION ONGOING
3790
PCU2 MEMORY DUMP ONGOING
3796
DIGIT ANALYSIS FILE CORRUPTION
3800
TRAFFICA CONNECTION LOST
3801
TRAFFICA UNIT OVERLOAD
3804
INTERNAL CONNECTION TO IPDU
FAILED
3826
SHMU ABNORMAL
3827
H.248 CONTROLLING UNIT NOT
AVAILABLE
3828
LINK LOCAL SUPERVISION FAILURE
3829
CPU BLADE TEMPERATURE EXCEEDS
THE LIMIT
3836
STORAGE CONNECTION
UNSUCCESSFUL
3837
STORAGE CONNECTION FAILURE
3838
SCTP PEER IP ADDRESS MISMATCH
3839
ACTIVITY CHECK WITH BACKUP
ASSOCIATED PRNC FAILED
3842
AOIP USER PLANE FAILURE
3843
EXCESSIVE LEG SETUP ERRORS
3847
EMERGENCY ARP USED FOR NONEMERGENCY SERVICES
3850
MSS UNAVAILABLE
3860
CPU BLADE TEMPERATURE BELOW THE
LOWER LIMIT
3864
S1-MME INTERFACE SHUT DOWN
3871
BACKUP PHYSICAL MCBSC SYSTEM
FALLBACK COPY TERMINATED
3878
NO BOOTABLE MEDIA
3879
NON-BOOTABLE DISKETTE LEFT IN
DRIVE
3880
PXE SERVER NOT FOUND
3881
INVALID BOOT SECTOR
3883
STATIC ROUTE CONFIGURATION ERROR
IN PCU POOLING
3888
FREE SPACE IN ROUTE TABLE ALMOST
EXHAUSTED
3889
FREE SPACE IN ROUTE TABLE
REDUCED
3900
INCOMING SDH SIGNAL MISSING
3901
PATH TRACE IDENTIFIER MISMATCH IN
SDH SIGNAL
3902
LOSS OF FRAME
3903
LOSS OF AU POINTER IN SDH SIGNAL
3904
LOSS OF ATM CELL DELINEATION
3905
AU PATH AIS SIGNAL RECEIVED IN SDH
INTERFACE
3906
MS-RDI RECEIVED IN SDH INTERFACE
3907
HP-RDI SIGNAL RECEIVED IN SDH
INTERFACE
3929
UNDEFINED TRANSMISSION ALARM
3931
LOCATION MEASUREMENT UNIT
CONNECTION FAILURE
3941
UNEQUIPPED SDH VC SIGNAL
3942
REG SEC TRACE IDENTIFIER MISMATCH
IN SDH SIGNAL
3948
CANCELED LICENSE LIST MISSING
3964
EXCESSIVE ERRORS IN INCOMING SDH
SIGNAL
3974
VP/VC LEVEL AIS RECEIVED
3975
VP/VC LEVEL RDI RECEIVED
3976
LOSS OF MULTIFRAME IN SDH
INTERFACE
3977
TU PATH AIS SIGNAL RECEIVED IN SDH
INTERFACE
3978
LP-RDI SIGNAL RECEIVED IN SDH
INTERFACE
3979
INCOMING SDH SIGNAL DEGRADED
3980
TRIBUTARY UNIT-LOSS OF POINTER IN
SDH SIGNAL
3982
PATH TRACE IDENTIFIER MISMATCH IN
LOW ORDER SDH SIGNAL
3983
SOFTWARE DOWNLOAD TO
TRANSMISSION EQUIPMENT FAILS
3984
UNEQUIPPED SDH LOWER ORDER PATH
SIGNAL
3985
LOWER ORDER PATH SIGNAL LABEL
MISMATCH
3986
ATM INTERFACE OPERATIONAL STATE
CHANGE TO DISABLED
3990
TR3 DSP FAILURE
3991
TR3 DSP LOCALLY BLOCKED
3992
TCSM CLOCK FAILURE
3993
CONGESTION HANDLING ERROR RATIO
EXCEEDED
3994
TCSM OPERATION MODE CHANGED TO
PLESIOCHRONOUS
3995
FAILURE IN BUS BETWEEN TCSM
SYNCHRONISATION UNITS
3996
FAILURE IN TCSM SYNCHRONISATION
SIGNAL
3999
OPTICAL SFP TRANSCEIVER TYPE IS
INCORRECT
7001
TRX/FU: CHECKSUM ERROR IN PRIMARY
CU-FU LINK
7002
TRX/FU:CHECKSUM ERROR IN
REDUNDANT/DIVERSITY CU-FU LINK
7003
TRX/FU: NO DATA FROM FU TO CU
7004
TRX/FU: FORMAT ERROR IN DATA FROM
FU TO CU
7005
TRX/FU: CHECKSUM ERROR IN FU-CU
LINK
7006
TRX/FU: NO DATA FROM DSPx TO FUCx
7007
TRX/FU: TOO MANY BYTES IN DATA
FROM DSPx TO FUCx
7008
TRX/FU: NO DATA FROM CU TO FU IN
PRIMARY LINK
7009
TRX/FU: NO DATA FROM CU TO FU IN
REDUNDANT/DIVERSITY LINK
7010
TRX/FU: BIE-FUCx LINK A FAILURE
7011
TRX/FU: BIE-FUCx LINK B FAILURE
7012
TRX/FU: BIE-FUCx LINK A AND B FAULTY
7013
TRX/FU: BIE-FUCx LINK A DRIVER
FAILURE
7014
TRX/FU: BIE-FUCx LINK B DRIVER
FAILURE
7015
LAPD LINK FAILURE RE-ESTABLISHMENT
FROM BTS FAILED
7016
TRX/FU: GSM TIMESLOT UNATTAINABLE
7017
TRX/FU: FAILURE IN BASE STATION
INTERFACE
7018
TRX/FU: DSP OVERLOADED
7020
TRX/FU: MCLx1-FUCx LINK FAILURE
7021
TRX/FU: MCLx2-FUCx LINK FAILURE
7022
TRX/FU: BOTH MCLx-FUCx LINKS
FAILURE
7023
TRX/FU: FUCx INTERNAL CLOCK
FAILURE
7024
TRX/FU: PARITY ERROR IN INCOMING FN
7029
POWER REDUCTION IS ABOVE THE
THRESHOLD
7030
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU1
7031
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU2
7032
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU3
7033
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU4
7034
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU5
7035
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU6
7036
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU7
7037
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU8
7038
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU9
7039
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU10
7040
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU11
7041
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU12
7042
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU13
7043
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU14
7044
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU15
7045
TRX/FU: DATA TRANSFER ERROR
BETWEEN FU AND CU16
7046
SYNC TOO INACCURATE FOR EC-GSM
7047
EGPRS CAPABILITY MISSING
7050
TRX/FU: DISCREPANCY OF THE FRAME
NUMBER BETWEEN FUCx AND DSPx
7051
TRX/FU: CIPHERING CAPABILITIES OF
DSPxs IN ONE TRX DIFFER
7052
TRX/FU: DSPx, ENCRYPTION
ALGORITHM A5/1 CAN NOT BE
EXECUTED
7053
TRX/FU: DSPx, ENCRYPTION
ALGORITHM A5/2 CAN NOT BE
EXECUTED
7054
TRX/FU: TRX DOES NOT SUPPORT HALF
RATE (TCH/H) CONFIGURATION
7060
TRX/FU: FUCx-DSPx, NO RESPONSE
FROM DSPx
7061
TRX/FU: FUCx-DSPx, ILLEGAL SIGN TYPE
IN SIM-MESSAGE
7062
TRX/FU: FUCx-DSPx, ILLEGAL CHAN
COMB IN TSC-MESSAGE
7063
FUCx-DSPx, ILLEGAL TIME SLOT No. IN
TSC-MESSAGE
7064
TRX/FU: FUCx-DSPx, ILLEGAL
SUBCHANNEL No. IN SIM-MESSAGE
7065
TRX/FU: FUCx-DSPx, ILLEGAL
SUBCHANNEL No. IN HL1-MESSAGE
7066
TRX/FU: FUCx-DSPx, ILLEGAL
SUBCHANNEL No. IN CHC-MESSAGE
7067
TRX/FU: FUCx-DSPx, NO FRAME
NUMBER FROM DSPx
7068
TRX/FU: DSPx, NO RESULT FROM DSP
BOARD TEST
7069
TRX/FU: TRAFFIC SPEED CABABILITIES
OF DSP UNIT DIFFER IN TRX
7070
TOKEN BUS RESET
7071
TOKEN BUS CONTROLLER
UNRESETTABLE AFTER ERROR
7073
UNKNOWN ERROR
7074
TOKEN BUS TEST LOOP FAIL
7075
TBUS OM RECOVERED AFTER RESET
7100
BCF/RFTE: HIGH SIGNAL LEVEL (>-70
DBM) IN THE RFTE OUTPUT
7101
BCF/RFTE: SYNTHESIZER NOT LOCKED
OR REF FREQ 1&2 MISSING
7102
BCF/RFTE: SELF TEST FAILURE
7103
BCF/RFTE: MCLx1-RFTE CLOCK
FAILURE
7104
BCF/RFTE: MCLx2-RFTE CLOCK
FAILURE
7105
BCF/RFTE: MCLx1-RFTE OCTAL BIT
CLOCK FAILURE
7106
BCF/RFTE: MCLx2-RFTE OCTAL BIT
CLOCK FAILURE
7107
BCF/RFTE: MCLx1-RFTE REFERENCE
FREQUENCY FAILURE
7108
BCF/RFTE: MCLx2-RFTE REFERENCE
FREQUENCY FAILURE
7109
BCF/RFTE: NO PARAMETERS GIVEN TO
UNIT
7110
BCF/RFTE: OMU-RFTE CONNECTION
FAILURE
7120
TRX/CU: TXUx - FQHU INTERFACE 1
FAILURE
7121
TRX/CU: TXUx - FQHU INTERFACE 2
FAILURE
7122
TRX/CU: RXUA SELF TEST FAILURE
7123
TRX/CU: DIVERSITY RXUA SELF TEST
FAILURE
7124
TRX/CU: HARDWARE FAILURE IN RXUA
7125
TRX/CU: HARDWARE FAILURE IN
DIVERSITY RXUA
7126
TRX/CU: RXUA SYNTHESIZER NOT
LOCKED
7127
TRX/CU: DIVERSITY RXUA SYNTHESIZER
NOT LOCKED
7128
TRX/CU: TXUx - COMBINER
CONNECTION FAILURE
7129
TRX/CU: TXUx OUTPUT POWER
DECREACED
7130
TRX/CU: TXUx LOWER TEMPERATURE
ALARM
7131
TRX/CU: TXUx TEMPERATURE TOO HIGH
7132
TRX/CU: TXUx SYNTHESIZER NOT
LOCKED,
7133
TRX/CU: MCLx1 - TXUx FRAME CLOCK
FAILURE
7134
TRX/CU: MCLx2 - TXUx FRAME CLOCK
FAILURE
7135
TRX/CU: MCLx1 - TXUx OCTAL BIT CLOCK
FAILURE
7136
TRX/CU: MCLx2 - TXUx OCTAL BIT CLOCK
FAILURE
7137
TRX/CU: MCLx1 - TXUx REFERENCE
FREQUENCY FAILURE
7138
TRX/CU: MCLx2 - TXUx REFERENCE
FREQUENCY FAILURE
7139
TRX/CU: NO PARAMETERS GIVEN TO
UNIT
7140
TRX/CU: EXTENDED RANGE CELL NOT
SUPPORTED
7141
TRX/CU: INVALID RADIUS EXTENSION
OF EXTENDED RANGE CELL
7150
BCF/MCLx: 13 MHZ FREQUENCY FROM
OVEN OSCILLATOR MISSING
7151
BCF/MCLx: OVEN OSCILLATOR FAILURE
7152
BCF/MCLx: 13 MHZ FREQUENCY FROM
REDUNDANT UNIT MISSING
7153
BCF/MCLx: LOSS OF SYNCHRONIZATION
BETWEEN MASTER CLOCK UNITS
7154
BCF/MCLx: FAILURE IN LINK BETWEEN
TWO MCLx
7155
NOT IN USE, FATAL STATUS INDICATED
TO MODE REQUEST
7156
BCF/MCLx: FAILURE IN CLOCK OUTPUT
DRIVERS
7157
BCF/MCLx: NO PARAMETERS GIVEN TO
UNIT
7158
BCF/MCLx: MASTER CLOCK OVEN
WARMING FAILURE
7159
BCF/MCLx: PCM BASED AUTO TUNING
OUT OF RANGE
7160
BCF/MCLx: LOSS OF PCMSYNCHRONIZATION
7161
BCF/MCLx: PCM IS NOT USED TO TUNE
MASTER CLOCK
7162
BCF/MCLx: MASTER CLOCK FAST
TUNING IN PROGRESS
7163
BCF/MCLx: DIFFERENCE IN
FREQUENCIES BETWEEN PCM AND
MCLx
7164
BCF/MCLx: MASTER CLOCK UNIT
HARDWARE FAULTY
7170
BCF/FQHU: MCLx1-FQHU PARITY ERROR
7171
BCF/FQHU: MCLx2-FQHU PARITY ERROR
7172
BCF/FQHU: SELF TEST FAILURE
7173
BCF/FQHU: MCLx1-FQHU FRAME CLOCK
IS MISSING
7174
BCF/FQHU: MCLx2-FQHU FRAME CLOCK
IS MISSING
7175
BCF/FQHU: MCLx1-FQHU OCTAL BIT
CLOCK IS MISSING
7176
BCF/FQHU: MCLx2-FQHU OCTAL BIT
CLOCK IS MISSING
7177
BCF/FQHU: NO PARAMETERS GIVEN TO
UNIT
7178
FHU FAILURE IN Q1-RELAY TEST
7190
BTS/RTC: NO PARAMETERS GIVEN TO
UNIT
7192
BTS/RTC: TUNING IN PROCESS
7193
TRX/RTC: TUNING FAILED
7194
BTS/RTC:TX ANTENNA PERFORMANCE
DEGRADED
7196
TRX/RTC: CARRIER NOT PRESENT
7197
TRX/RTC: FILTER OUT OF CONTROL
7198
BTS/RTC: POWER SUPPLY 1 FAULT
7199
BTS/RTC: POWER SUPPLY 2 FAULT
7200
BCF/EACB: SELF TEST FAILURE
7201
BCF/EACB: NO PARAMETERS GIVEN TO
UNIT
7202
BCF/EACB: OMU-EACB CONNECTION
FAILURE
7203
BCF/OMU: FAILURE DURING THE
INITIALIZATION
7204
BCF/MCLx: MASTER CLOCK UNIT
FAULTY
7205
BCF/OMU: PASSWORD WAS CHANGED
7206
BCF/BIE: USER LOGIN
7207
BCF/OMU: HW DATABASE CHANGED
7208
LOCAL BLOCK
7209
BTS/RTC: NO BCCH TRANSMISSION
ACTIVATED
7210
BCF/OMU: NO RESPONSE FROM THE
UNIT
7211
BCF/OMU: REINITIALIZATION OF THE
UNIT FAILED
7212
BCF/OMU: NO HW DATABASE IN FLASH
MEMORY
7214
BCF/OMU: TBUS INITIALIZATION ERROR
7215
BCF/OMU: TBUS SELF TEST ERROR
7216
BCF/OMU: TBUS DRIVER FAULTY
7217
BCF/OMU: TBUS MODEM FAULTY
7218
BCF/OMU: TBUS START OPERATING
ERROR
7220
RADIO LOOP OR RX ANTENNA TEST
EXECUTION
7221
BTS/ RECEIVER ANTENNA TEST,
ANTENNA PERFORMANCE DEGRADED
7222
BTS/ RECEIVER ANTENNA TEST,
ANTENNA FAULTY
7223
BCF/OMU: FLASH MEMORY ERROR
7224
TRX SWITCHOVER
7225
BCF/OMU: BACKUP DEVICE FAULTY
7226
BCF/OMU: SW DOWNLOAD FAILURE
7251
BCF/BIE: BLOCKED FROM USE
7252
BCF/BIE: LOOP TO INTERFACE
7253
BCF/BIE: LOOP TO EQUIPMENT
7254
BCF/BIE: TEST MODE
7255
BCF/BIE: LOSS OF INCOMING 2M SIGNAL
7256
BCF/BIE: ALARM INDICATION SIGNAL
(AIS) 2M RECEIVED
7257
BCF/BIE: LOSS OF FRAME ALIGNMENT
7258
BCF/BIE: LOSS OF MULTIFRAME
ALIGNMENT
7259
BCF/BIE: CRC MULTIFRAME ALIGNMENT
LOST
7260
BCF/BIE: BIT ERROR RATE (BER) > 1E-3
7261
BCF/BIE: BIT ERROR RATE (BER) > 1E-4
7262
BCF/BIE: BIT ERROR RATE (BER) > 1E-6
7263
BCF/BIE: FREQUENCY ERROR
7264
BCF/BIE: SYNCHRONIZING FAULT
7265
BCF/BIE: SYNCHRONIZING FAULT IN
CLOCK RECOVERY
7266
BCF/BIE: FAULT IN EQUIPMENT
7267
BCF/BIE: MEMORY FAULT
7268
BIE FAULT IN AIS OSCILLATOR
7269
BCF/BIE: MISSING UNIT
7270
BCF/BIE: FORCED CONTROL ON
7271
BCF/BIE: INSTALLATION ERROR
7272
BCF/BIE: FORCED INDICATION
7273
BCF/BIE: EQUIPMENT RESET
7274
BCF/BIE: FAULT IN TRANSMITTER
7275
BCF/BIE: RUN DIAGNOSTICS TEST
7276
BCF/BIE: ALARM INDICATION SIGNAL
(AIS) RECEIVED ON TIMESLOT 16
7277
BCF/BIE: FAR-END ALARM 1
7278
BCF/BIE: MULTIFRAME ALARM FROM
FAR-END
7279
BCF/BIE: FAR END ALARM
7280
BCF/BIE: LOSS OF INCOMING 1.5M
SIGNAL
7281
BCF/BIE: AIS 1.5M
7282
BCF/BIE: LOOPED SIGNAL RECEIVED
7283
BCF/BIE: LOSS OF SIGNALLING FRAME
7284
BCF/BIE: EXCESSIVE ERROR RATE
7285
BCF/BIE: FAULT IN INCOMING SIGNAL
7286
BCF/BIE: CONVERTER RESET
7287
BCF/BIE: CONVERTER FAULT
7288
BCF/BIE: YELLOW ALARM
7291
BCF/STM: SELF TEST FAILURE
7292
BCF/STM: INTERNAL I/O-BUS FAILURE
7293
BCF/STM: UNEXPECTED COMMAND
FROM OMU
7294
BCF/STM: INTERNAL MEMORY TEST
FAILURE
7301
BTS/RXFE: LOW NOISE AMPLIFIER 1
FAILURE
7302
BTS/RXFE: LOW NOISE AMPLIFIER 2
FAILURE
7303
BTS/RXFE: RELAY 1 IS SET TO POSITION
1
7304
BTS/RXFE: RELAY 2 IS SET TO POSITION
1
7305
BTS/RMCx: RMCx FAILURE, ONE
AMPLIFIER FAULTY
7306
BTS/RMCx: RMCx FAILURE, BOTH
AMPLIFIERS FAULTY
7307
BTS/RMCx: DIVERSITY RMCx FAILURE,
ONE AMPLIFIER FAULTY
7308
BTS/RMCx: DIVERSITY RMCx FAILURE,
BOTH AMPLIFIERS FAULTY
7309
BTS/TRFE: TOWER FRONT END
FAILURE
7310
BCF/CCFU: CABINET COOLING FAN UNIT
FAILURE
7311
BCF/SUPx: STATION UNIT POWER
SUPPLY MAINS FAILURE
7312
BCF/SUPx: STATION UNIT POWER
SUPPLY OUTPUT FAILURE
7313
BCF/BBUx: BATTERY BACK-UP UNIT
MAINS FAILURE
7314
BCF/BBUx: BATTERY BACK-UP UNIT
OUTPUT VOLTAGE FAILURE
7315
BCF/BBUx: BATTERY FAILURE
7316
TRX/XUPx: POWER SUPPLY MAINS
FAILURE
7317
TRX/XUPx: POWER SUPPLY OUTPUT
FAILURE
7318
BTS/ WBCx: TX ANTENNA
PERFORMANCE DEGRADED
7319
BTS/WBCx: TX ANTENNA FAULTY
7320
BTS/MHPA: MASTHEAD PREAMPLIFIER
FAULTY
7321
BTS/AFLx: ANTENNA FILTER AND LOW
NOISE AMPLIFIER FAULTY
7322
BTS/AFLx: DIV.ANTENNA FILTER AND
LOW NOISE AMPLIFIER FAULTY
7323
BTS/AMUx: TX ANTENNA PERFORMANCE
DEGRADED
7324
BTS/AMUx: TX ANTENNA FAULTY
7325
DOOR IS OPEN IN REMOTE CABINET
7326
HEAT EXCHANGER FAULTY IN REMOTE
CABINET
7327
HEAT EXCHANGER FAULTY IN LOCAL
CABINET
7328
OPTICAL LINK TO REMOTE HEAD
FAULTY
7329
OPTICAL LINK FROM REMOTE HEAD
FAULTY
7330
OVER TEMPERATURE IN REMOTE HEAD
7331
TEMPERATURE CONTROLLING DEVICE
FAULTY
7332
BCF:HEAT EXCHANGER POWER SUPPLY
OUTPUT FAILURE
7401
EXTERNAL AL 1
7402
EXTERNAL AL 2
7403
EXTERNAL AL 3
7404
EXTERNAL AL 4
7405
EXTERNAL AL 5
7406
EXTERNAL AL 6
7407
EXTERNAL AL 7
7408
EXTERNAL AL 8
7409
EXTERNAL AL 9
7410
EXTERNAL AL 10
7411
EXTERNAL AL 11
7412
EXTERNAL AL 12
7413
EXTERNAL AL 13
7414
EXTERNAL AL 14
7415
EXTERNAL AL 15
7416
EXTERNAL AL 16
7417
EXTERNAL AL 17
7418
EXTERNAL AL 18
7419
EXTERNAL AL 19
7420
EXTERNAL AL 20
7421
EXTERNAL AL 21
7422
EXTERNAL AL 22
7423
EXTERNAL AL 23
7424
EXTERNAL AL 24
7425
EXTERNAL AL 25
7426
EXTERNAL AL 26
7427
EXTERNAL AL 27
7428
EXTERNAL AL 28
7429
EXTERNAL AL 29
7430
EXTERNAL AL 30
7431
EXTERNAL AL 31
7432
EXTERNAL AL 32
7433
EXTERNAL AL 33
7434
EXTERNAL AL 34
7435
EXTERNAL AL 35
7436
EXTERNAL AL 36
7437
EXTERNAL AL 37
7438
EXTERNAL AL 38
7439
EXTERNAL AL 39
7440
EXTERNAL AL 40
7441
EXTERNAL AL 41
7442
EXTERNAL AL 42
7443
EXTERNAL AL 43
7444
EXTERNAL AL 44
7445
EXTERNAL AL 45
7446
EXTERNAL AL 46
7447
EXTERNAL AL 47
7448
EXTERNAL AL 48
7449
EXTERNAL AL 49
7450
EXTERNAL AL 50
7451
EXTERNAL AL 51
7452
EXTERNAL AL 52
7453
EXTERNAL AL 53
7454
EXTERNAL AL 54
7455
EXTERNAL AL 55
7456
EXTERNAL AL 56
7457
EXTERNAL AL 57
7458
EXTERNAL AL 58
7459
EXTERNAL AL 59
7460
EXTERNAL AL 60
7461
EXTERNAL AL 61
7462
EXTERNAL AL 62
7463
EXTERNAL AL 63
7464
EXTERNAL AL 64
7465
EXTERNAL AL 65
7466
EXTERNAL AL 66
7467
EXTERNAL AL 67
7468
EXTERNAL AL 68
7469
EXTERNAL AL 69
7470
EXTERNAL AL 70
7471
EXTERNAL AL 71
7472
EXTERNAL AL 72
7473
EXTERNAL AL 73
7474
EXTERNAL AL 74
7476
EXTERNAL AL 76
7477
EXTERNAL AL 77
7478
EXTERNAL AL 78
7479
EXTERNAL AL 79
7480
EXTERNAL AL 80
7481
EXTERNAL AL 81
7482
EXTERNAL AL 82
7483
EXTERNAL AL 83
7484
EXTERNAL AL 84
7485
EXTERNAL AL 85
7486
EXTERNAL AL 86
7487
EXTERNAL AL 87
7488
EXTERNAL AL 88
7489
EXTERNAL AL 89
7490
EXTERNAL AL 90
7491
EXTERNAL AL 91
7492
EXTERNAL AL 92
7493
EXTERNAL AL 93
7494
EXTERNAL AL 94
7495
EXTERNAL AL 95
7496
EXTERNAL AL 96
7500
BCF/ : CABINET TEMPERATURE ALARM
7501
BCF/ CABINET DOOR OPEN
7502
BCF/ : CABINET TEMPERATURE
CONTROL SYSTEM FAILURE
7503
FAULT IN DBUS INTERFACE OF TRX
7504
FAULT IN ABIS INTERFACE OF TRX
7505
FAULT IN TRX CONTROLLER
7506
FAULT IN TRX SERVICE INTERFACE
7507
INTERNAL COMMUNICATION FAILURE IN
TRX
7508
RADIO TIMESLOT FAILURE IN TRX
7509
RADIO TIMESLOT FAILURE IN TRX
7510
ABIS TESTLOOP FAILURE IN TRX
7511
RADIO TESTLOOP FAILURE IN TRX
7512
FRAME CLOCK INTERFACE FAILURE
7513
FRAME CLOCK IS MISSING IN TRX
7514
13 MHZ CLOCK IS MISSING IN TRX
7515
FAILURE IN CONNECTION TO
FREQUENCY HOPPING
7516
DATA TRANSFER FAILURE IN
FREQUENCY HOPPING DETECTED BY
TRX
7517
FAILURE IN LOCAL TEST DATA IN
FREQUENCY HOPPING
7518
FAILURE IN REMOTE TEST DATA IN
FREQUENCY HOPPING
7519
FAULT IN POWER CONTROL MEMORY
7520
FAULT IN WATCH-DOG OF TRX
7521
TRX TEMPERATURE INCREASED
7522
TRX TEMPERATURE HIGH
7523
TRX TEMPERATURE DANGEROUSLY
HIGH
7524
TX FREQUENCY TUNER OUT OF ORDER
7525
TX MAIN FREQUENCY TUNER OUT OF
ORDER
7526
RX FREQUENCY TUNER OUT OF ORDER
7527
RX MAIN FREQUENCY TUNER OUT OF
ORDER
7528
TEST LOOP TUNING OUT OF ORDER
7529
RECEIVER FAULT
7530
TX OUTPUT POWER LEVEL DECREASED
7531
TX OUTPUT POWER LOST
7532
TRANSMITTER OUT OF CONTROL
7533
TX ANTENNA OR COMBINER
CONNECTION FAULTY
7535
RECEIVING FAULT IN BASEBAND
MODULE
7536
FAILURE IN MAIN RECEIVING PATH OF
BASEBAND MODULE
7537
FAILURE IN DIVERSITY RECEIVING PATH
OF BASEBAND MODULE
7538
SIGNALLING ERROR IN ABIS INTERFACE
7539
SIGNALLING ERROR IN DBUS
7540
AIR INTERFACE DUMB
7541
PART OF AIR TIME SLOTS DUMB
7542
LAPD LINK OFF
7543
FRAME NUMBER DISCREPANCY
7544
CONFIGURATION FAILURE IN ABIS AND
DBUS INTERFACE OF TRX
7545
SAVING OPERATION IN TRX
SUCCEEDED
7546
SAVING OPERATION IN TRX FAILED
7547
INTERNAL SIGNALLING FAILURE
7548
DATA TRANSFER FAILURE ON
TRANSCODER CONNECTION
7549
INTERNAL DATA TRANSFER FAILURE
7550
FAILURE IN LOOP TEST OF SITE TEST
MONITOR
7551
FAILURE IN RX-ANTENNA SUPERVISION
TEST LOOP
7552
FAULT IN TRX NON-VOLATILE MEMORY
7553
MEMORY FAULT IN DBUS INTERFACE OF
TRX
7560
E-CELL ADJUSTMENT FAILED
7575
EXTERNAL AL 75
7590
ANTENNA PERFORMANCE DEGRADED
7591
ANTENNA FAULTY
7592
LOW NOISE AMPLIFIERS OUT OF ORDER
7593
FAULT IN LOW NOISE AMPLIFIER
7594
ANTENNA TESTLOOP FAILURE
7600
BCF FAULTY
7601
BCF OPERATION DEGRADED
7602
BCF NOTIFICATION
7603
BTS FAULTY
7604
BTS OPERATION DEGRADED
7605
BTS NOTIFICATION
7606
TRX FAULTY
7607
TRX OPERATION DEGRADED
7608
TRX NOTIFICATION
7609
TRE FAULTY
7610
BOOSTER CABINET COOLING FAN
7612
SITE POWERING FAULTY
7613
SITE POWERING OPERATION
DEGRADED
7614
SITE POWERING NOTIFICATION
7615
RTS IS IN TEST USE
7616
OSCILLATOR ADJUSTING TEMPORARILY
INTERRUPTED
7617
SEVERAL CALLS DROPPED DUE TO
PROBLEM WITH TRANSCODER
7620
INCOMING POWER LOST
7621
INTOLERABLE CONDITIONS ON SITE
7622
CABINET OPEN
7623
PEER TECHNOLOGY CONTROLLED
SHARED RFM IS DUMB
7624
CS U-PLANE CONNECTION FAILURE
7625
PS U-PLANE CONNECTION FAILURE
7626
MEDIA CONVERTED BTS TRX LINK
FAILURE
7627
MEDIA CONVERTED BTS O&M LINK
FAILURE
7665
BASE STATION TRANSMISSION ALARM
7700
BTS OMU INITIALIZATION
7701
BCF INITIALIZATION
7702
BCF INITIALIZATION DUE TO BSS RESET
7703
BCSU OR BCXU RESTARTED
7704
PCM FAILURE
7705
D-CHANNEL FAILURE
7706
BTS O&M LINK FAILURE
7708
TRX RESTARTED
7709
UNDEFINED BTS ALARM NUMBER
7710
OBJECT ADMINISTRATIVE STATE
CHANGED
7711
WORKING FULL RATE TCH RATIO
BELOW THRESHOLD
7712
WORKING SDCCH CHANNEL RATIO
BELOW THRESHOLD
7713
SOFTWARE BACKGROUND DOWNLOAD
TO BCF FAILS
7714
BCF REMOTE MMI CONNECTION IS IN
USE
7715
CONTINUOUS RESTARTS OF BCF/TRX
7716
ACTIVE BCF HW DATABASE
DIFFERENCE
7717
WORKING HALF RATE TCH RATIO
BELOW THRESHOLD
7718
TRX NOT HOPPING DUE TO FAULT
7719
TRX INITIALISATION
7720
SDCCH ACTIVATION FAILURE
7721
COMMUNICATION FAILURE WITH BCF
7722
ERROR IN BSS RADIO NETWORK
DATABASE UPDATE
7723
FAILURE IN SENDING SYSTEM
INFORMATION TO BTS SITE
7724
CONFLICT BETWEEN BSS RADIO
NETWORK DATABASE AND CALL
CONTROL
7725
TRAFFIC CHANNEL ACTIVATION FAILURE
7726
CELL IN MINIMUM CONFIGURATION
7727
TRAFFIC CHANNEL NUMBER
DECREASED
7728
OBJECT OUT OF USE BECAUSE OF
ERROR IN BTS INTERNAL DIAGNOSTICS
7729
RADIO NETWORK RECOVERY FAILED
7730
CONFIGURATION OF BCF FAILED
7731
BCF SW PACKAGE MAY BE DIFFERENT
AS DEFINED AS A DEFAULT IN BSC
7732
TEMPORARY ORIGINATING STM TEST
CALL FAILURE
7733
COMMUNICATION FAILURE WITH TRX
7734
BCCH IS NOT AT PREFERRED BCCH TRX
7735
TRX TEST FAILED
7736
ABIS LOOP TEST FAILED
7737
INCONSISTENT DATA IN RADIO
RESOURCE MANAGEMENT STATE FILES
7738
BTS WITH NO TRANSACTIONS
7739
ORIGINATING STM TEST CALL FAILED
7740
BEATING BTS ALARM
7741
MEAN HOLDING TIME ABOVE DEFINED
THRESHOLD
7742
BCF MAINTENANCE MODE
7743
MEAN HOLDING TIME BELOW DEFINED
THRESHOLD
7744
EXCESSIVE TCH INTERFERENCE
7745
CHANNEL FAILURE RATE ABOVE
DEFINED THRESHOLD
7746
CH CONGESTION IN CELL ABOVE
DEFINED THRESHOLD
7747
RX SENSITIVITY MEASUREMENT TEST
FAILED
7749
E-RACH MISSING
7751
TEST TIME SLOT RELEASE FAILED
7752
TRX TEST FAILED
7753
TRX LOOP TEST FAILED
7754
ANTENNA LOOP TEST FAILED
7755
PHASE 1 BTS IS TRIED TO BE DEFINED
AS DUAL BAND BTS
7756
BLOCKED BECAUSE WAITING FOR ABIS
AUTOCONFIGURATION
7757
ABIS AUTOCONFIGURATION FAILED
7758
ABIS AUTOCONFIGURATION
COMPLETED
7759
BTS SYNCHRONIZATION SETTING
FAILED
7763
ACCESS CLASS BARRED
7764
DFCA USE PREVENTED DUE ANOTHER
BSC UNCONTROLLED INTERFERENCE
7765
DFCA NEIGHBOUR CELL CONFLICT
7766
MOCN PLMN ID MISMATCH IN BTS
CONFIGURATION
7767
BCCH MISSING
7768
INCONSISTENT DATA IN DFCA RADIO
RESOURCE STATE FILES
7769
FAILURE IN UPDATING CELL SPECIFIC
PARAMETERS TO PCU
7770
AUTOMATIC UNLOCK OF BCF FAILED
7777
EXCESSIVE TCH ACTIVATION FAILURES
DUE TO BCF OVERLOAD
7785
BCF UNBLOCKED WITHOUT BCF
RESTART
7787
SYNCHRONISATION IS MISSING
7788
LONG LOSS OF LMU SYNCHRONISATION
7789
NO (E)GPRS TRANSACTIONS IN BTS
7790
CONFLICTING BTS REGISTRATION
ATTEMPT SEEN
7791
NO SCF FILE FOR THE BTS IN BSC
7792
SCF FILE DOWNLOAD TO THE BTS
FAILED
7793
ORTHOGONAL SUB CHANNEL
ACTIVATION FAILURE
7797
CELL CONFIGURATION UPDATE OF BCF
FAILED
7798
HDLC PCM FAILURE
7799
HDLC LINK FAILURE
7801
MMI CONNECTED TO BASE STATION
7802
LOCALLY LOADED SW SAVED TO BASE
STATION
7803
LOCAL CONFIGURATION SAVED TO
BASE STATION
7804
UNIT TEMPERATURE INCREASED
7805
UNIT TEMPERATURE HIGH
7806
UNIT TEMPERATURE DANGEROUSLY
HIGH
7807
FAULT IN MMI-INTERFACE OF BASE
STATION
7808
FAULT IN Q1-INTERFACE OF BCF
7809
FAULT IN DBUS DETECTED BY BCF
7810
FAULT IN WATCH-DOG OF BCF
7811
FAULT IN EXTERNAL DIGITAL ALARM
LINE
7812
FAULT IN BCF NON-VOLATILE MEMORY
7813
MEMORY FAULT IN DBUS INTERFACE OF
BCF
7815
FAULT IN BCF NON-VOLATILE MEMORY
PROGRAMMING VOLTAGE
7816
NON-VOLATILE MEMORY
PROGRAMMING ABORTED IN BCF
7817
MASTER CLOCK OVEN OSCILLATOR
WARMING UP
7818
FAULT IN MASTER CLOCK OVEN
OSCILLATOR
7820
2.048 MHZ PCM CLOCK IS MISSING
7821
FRAME CLOCK IS MISSING FROM
MASTER CLOCK GENERATOR
7822
TIMESLOT CLOCK IS MISSING FROM
MASTER CLOCK GENERATOR
7823
2 MHZ REFERENCE CLOCK IS MISSING
FROM MASTER CLOCK GENERATOR
7824
13 MHZ SOURCE CLOCK MISSING FROM
DIV.MASTER CLOCK OSCILLATOR
7825
13 MHZ SOURCE CLOCK MISSING FROM
MASTER CLOCK OSCILLATOR
7826
13 MHZ CLOCK MISSING FROM MASTER
CLOCK GENERATOR
7828
ERROR IN FRAME NUMBER IN MASTER
CLOCK GENERATOR
7829
FAULT IN ABIS AND DBUS INTERFACE OF
BCF
7830
FREQUENCY HOPPING OUT OF ORDER
7831
ERROR IN BOOT SOFTWARE
DOWNLOADING IN FREQUENCY
HOPPING
7832
TEST FAILED IN INTERNAL MEMORY OF
FREQUENCY HOPPING
7833
FAILURE IN FREQUENCY HOPPING BUS
7834
FREQUENCY HOPPING PROCESSOR
RESET
7835
DATA ERROR IN FREQUENCY HOPPING
BUS
7836
TEST FAILED IN EXTERNAL MEMORY OF
FREQUENCY HOPPING
7838
13 MHZ SOURCE CLOCK ADJUSTMENT
REACHING THE LIMIT VALUE
7839
DIFFERENCE IN FREQUENCIES
BETWEEN PCM AND BTS MASTER
CLOCK
7840
SW DOWNLOAD TO UNIT FAILED
7841
INITIALIZATION OF THE UNIT FAILED
7842
NO BCCH TRANSMISSION ACTIVATED
7850
EXTERNAL FRAME CLOCK IS MISSING
7851
EXTERNAL FRAME NUMBER IS MISSING
7852
BTS HEATER FAILURE
7853
TEMPERATURE DANGEROUSLY HIGH
7854
TEMPERATURE INCREASED
7860
NO CONNECTION TO TRANSMISSION
UNIT
7861
SERVICE TERMINAL CONNECTED TO
ABIS TRANSMISSION EQUIPMENT
7862
FLOATING TRX UNIT NOT INSTALLED
7863
FLOATING TRX SWITCHOVER
7864
BCCH TRX REPLACED BY THE
REDUNDANT TRX
7865
TRAFFIC BLOCKED FROM FLOATING
TRX
7866
FAULT IN MAIN RX BRANCH OF
FLOATING TRX SWITCH
7867
FAULT IN DIVERSITY RX BRANCH OF
FLOATING TRX SWITCH
7868
FAULT IN MAIN RX BRANCH OF
REDUNDANT TRX SWITCH
7869
FAULT IN DIVERSITY RX BRANCH OF
REDUNDANT TRX SWITCH
7870
CABINET DOOR OPEN
7871
FAULTY REDUNDANT TRX
7872
CABINET TEMPERATURE TOO HIGH
7873
CABINET TEMPERATURE TOO LOW
7874
TEMPERATURE CONTROLLING DEVICE
FAULTY
7875
EXTERNAL BTS SYNCHRONISATION
SOURCE IS MISSING
7876
LMU: EXTERNAL SYNCHRONISATION
SIGNALS DISABLED
7878
SERIAL LINK FAULTY IN FREQ. HOPPING
PROCESSOR
7879
SW DOWNLOADING TO FREQ.HOPPING
PROCESSOR FAILED
7880
CONFIGURATION FAILURE IN FREQ.
HOPPING PROCESSOR
7882
SMOKE DETECTED IN CABINET
7890
FAULT IN COOLING FAN
7891
SITE TEST MONITOR OUT OF ORDER
7892
SITE TEST MONITOR CAN NOT FIND
BCCH CARRIER
7893
FAULT IN DBUS INTERFACE OF SITE
TEST MONITOR
7894
FAULT IN INTERNAL BUS OF SITE TEST
MONITOR
7895
FAULT IN MEMORY OF SITE TEST
MONITOR
7896
FAULT IN DBUS INTERFACE OF SITE
TEST MONITOR
7897
FAULT IN NON-VOLATILE MEMORY OF
SITE TEST MONITOR
7898
SIM-CARD OF SITE TEST MONITOR
DOES NOT WORK
7899
MEMORY FAULT IN DBUS INTERFACE OF
SITE TEST MONITOR
7900
NO CONNECTION TO TRX
7905
SITE TEST MONITOR NOT OPERATING
7906
FAILURE IN RF COUPLING OF SITE TEST
MONITOR
7907
+7 V POWER SUPPLY FAULTY IN SITE
TEST MONITOR UNIT
7908
+12 V POWER SUPPLY FAULTY IN SITE
TEST MONITOR UNIT
7909
-12 V POWER SUPPLY FAULTY IN SITE
TEST MONITOR UNIT
7937
UNIT TEMPERATURE DANGEROUSLY
HIGH
7939
FORWARD POWER TOO LOW AT TX
ANTENNA
7941
TX ANTENNA PERFORMANCE
DEGRADED
7942
TX ANTENNA FAULTY
7943
FAULT IN MAIN BRANCH LNA OF
ANTENNA FILTER UNIT
7944
MAIN BRANCH LNA OUT OF ORDER IN
ANTENNA FILTER UNIT
7945
FAULT IN DIVERSITY BRANCH LNA OF
ANTENNA FILTER UNIT
7946
DIVERSITY BRANCH LNA OUT OF ORDER
IN ANTENNA FILTER UNIT
7947
MAIN BRANCH MAST HEAD
PREAMPLIFIER OUT OF ORDER
7948
DIVERSITY BRANCH MAST HEAD
PREAMPLIFIER OUT OF ORDER
7950
NO CONNECTION TO REMOTE TUNE
COMBINER
7952
TUNING FAILED IN CAVITY OF REMOTE
TUNE COMBINER
7953
TX ANTENNA PERFORMANCE
DEGRADED
7954
TX ANTENNA FAULTY
7955
SYNTHESIZER OUT OF ORDER IN
REMOTE TUNE COMBINER
7956
CONTROLLER OUT OF ORDER IN
REMOTE TUNE COMBINER
7957
FAULT IN +5V POWER SUPPLY OF
REMOTE TUNE COMBINER
7958
FAULT IN +12V POWER SUPPLY OF
REMOTE TUNE COMBINER
7959
FAULT IN -12V POWER SUPPLY OF
REMOTE TUNE COMBINER
7960
FAULT IN +26V POWER SUPPLY OF
REMOTE TUNE COMBINER
7961
TUNING CARRIER NOT PRESENT IN
REMOTE TUNE COMBINER
7962
PERIODICAL CAVITY TEST FAILED,
CAVITY NOT AVAILABLE
7963
CAVITY RESET FAILED, CAVITY NOT
AVAILABLE
7964
FAULT IN NON-VOLATILE MEMORY OF
REMOTE TUNE COMBINER
7965
MEMORY FAULT IN DBUS INTERFACE OF
REMOTE TUNE COMBINER
7966
FAULT IN DBUS INTERFACE OF REMOTE
TUNE COMBINER
7967
FAULT IN MEMORY OF REMOTE TUNE
COMBINER
7968
CONTROLLER FAULTY IN REMOTE TUNE
COMBINER
7969
FORWARD POWER TOO LOW AT TX
ANTENNA
7970
FAULT IN MAIN BRANCH LNA OF
RECEIVER MULTICOUPLER
7971
FAULT IN DIVERSITY BRANCH LNA OF
RECEIVER MULTICOUPLER
7972
MAIN BRANCH LNA OUT OF ORDER IN
RECEIVER MULTICOUPLER
7973
DIVERSITY BRANCH LNA OUT OF ORDER
IN RECEIVER MULTICOUPLER
7980
NO CONNECTION TO SITE TEST
MONITOR UNIT
7981
NO CONNECTION TO RADIO RELAY
7990
MAINS BREAKDOWN WITHOUT BATTERY
BACK-UP
7991
POWER SUPPLY FAULT
7995
MAINS BREAKDOWN WITH BATTERY
BACK-UP
7996
BACK-UP BATTERY VOLTAGE LOW
7997
BATTERY CHARGER FAILURE
7998
BBUE INVERTER OVERLOAD
7999
BATTERY FAILURE
8000
POWER SUPPLY FAULT
8001
TOTAL LOSS OF POWER SUPPLY
8002
LOSS OF BACK UP POWER SUPPLY
8003
LOSS OF REMOTE POWER SUPPLY
8004
UNBALANCE IN REMOTE POWER
SUPPLY
8005
INCORRECT RINGING VOLTAGE
8006
FAULT IN CENTRAL BATTERY
8007
FAULT IN CRITERIA VOLTAGE
8008
LOW BATTERY VOLTAGE
8009
FAULT IN CURRENT LOOP
8010
SUPPLY UNIT VOLTAGE INCORRECT
8011
DISTRIBUTION FUSE FAULT
8012
SIGNALLING VOLTAGE FAULT
8013
CHARGER FAULT
8014
AC INPUT VOLTAGE FAILURE
8016
MAIN FUNCTION INHIBITED
8017
SIGNAL LOOPED TO TERMINAL
8018
SIGNAL IS LOOPED TO TRANSMISSION
PATH
8019
FUNCTION INHIBITED
8020
BLOCKED FROM USE
8021
LOOP TO INTERFACE
8022
LOOP TO EQUIPMENT
8023
TEST MODE
8024
LOOP IN EQUIPMENT
8025
TEST GENERATOR ON
8026
EXTERNAL TEST MODE ACTIVE
8027
BLOCKED FROM FAR END
8028
TIMESLOT RESERVED
8032
LOSS OF OUTGOING SIGNAL
8033
LOSS OF OUTGOING 64K SIGNAL
8034
LOSS OF OUTGOING 2M SIGNAL
8035
LOSS OF OUTGOING 8M SIGNAL
8036
LOSS OF OUTGOING 34M SIGNAL
8037
LOSS OF OUTGOING 140M SIGNAL
8038
LOSS OF OUTGOING 560M SIGNAL
8039
LOSS OF OUTGOING 0.7M SIGNAL
8040
NO FREE CHANNEL
8042
LOSS OF OUTGOING TRANSMISSION
PATH SIGNAL
8043
INCORRECT OUTGOING SIGNAL LEVEL
8044
HIGH REFLECTED POWER
8045
NO OUTGOING SIGNAL
8046
NO OUTGOING LINE SIGNAL
8047
PAYLOAD MISMATCH
8048
LOSS OF INCOMING SIGNAL
8049
LOSS OF INCOMING 64K SIGNAL
8050
LOSS OF INCOMING 2M SIGNAL
8051
LOSS OF INCOMING 8M SIGNAL
8052
LOSS OF INCOMING 34M SIGNAL
8053
LOSS OF INCOMING 140M SIGNAL
8054
LOSS OF INCOMING 560M SIGNAL
8055
LOSS OF INCOMING 0.7M SIGNAL
8056
LOSS OF INCOMING 1.5M SIGNAL
8057
LOSS OF POINTER
8058
LOSS OF INCOMING TRANSMISSION
PATH SIGNAL
8059
INCORRECT INCOMING SIGNAL LEVEL
8060
NO INCOMING RADIO SIGNAL
8061
LOSS OF INCOMING LINE SIGNAL
8062
NO CONNECTION
8063
NO REDUNDANT CONNECTION
8064
ALARM SIGNAL (AIS) IS RECEIVED
8065
ALARM SIGNAL (AIS 64K) IS RECEIVED
8066
ALARM INDICATION SIGNAL (AIS)
RECEIVED
8067
ALARM SIGNAL (AIS 8M) IS RECEIVED
8068
ALARM SIGNAL (AIS 34M) IS RECEIVED
8069
ALARM SIGNAL (AIS 140M) IS RECEIVED
8070
ALARM SIGNAL (AIS 560M) IS RECEIVED
8071
ALARM SIGNAL (AIS 0.7M) IS RECEIVED
8072
ALARM SIGNAL (AIS 16K) IS RECEIVED
8073
ALARM INDICATION SIGNAL (AIS)
RECEIVED
8074
ALARM INDICATION SIGNAL RECEIVED
ON TIMESLOT 16
8075
S ALARM RECEIVED
8076
GENERAL ALARM IN NETWORK
RECEIVED
8077
LOOPED SIGNAL RECEIVED
8078
MEASUREMENT SIGNAL RECEIVED
8079
TS16 CODE ERROR RECEIVED
8080
FRAME ERROR
8081
LOSS OF FRAME ALIGNMENT
8082
MULTIFRAME ALIGNMENT LOST
8083
LOSS OF FRAME ALIGNMENT OF
SUBSYSTEM
8084
LOSS OF LINE FRAME ALIGNMENT
8085
LOSS OF RADIO FRAME ALIGNMENT
8086
LOSS OF CRC MULTIFRAME ALIGNMENT
8087
LOSS OF OCTET TIMING
8088
END TO END FRAME LOSS
8089
LOSS OF SIGNALLING FRAME
8096
EXCESSIVE ERROR RATE
8097
BIT ERROR RATIO (BER) > 1E-1
8098
BIT ERROR RATIO (BER) > 1E-2
8099
RECEIVED BIT ERROR RATIO (BER) > 1E3
8100
RECEIVED BIT ERROR RATIO (BER) > 1E4
8101
RECEIVED BIT ERROR RATIO (BER) > 1E5
8102
RECEIVED BIT ERROR RATIO (BER) > 1E6
8103
BIT ERROR RATIO (BER) > 1E-7
8104
BIT ERROR RATIO (BER) > 1E-8
8105
BIT ERROR RATIO (BER) > 1E-9
8106
BIT ERROR RATIO (BER) > 1E-10
8107
BIT ERROR RATIO (BER) > 1E-11
8108
BIT ERROR RATIO (BER) > 1E-12
8109
FADING IN TRANSMISSION PATH
8110
SELECTIVE FADING IN TRANSMISSION
PATH
8111
MODULATION ERROR
8112
FREQUENCY ERROR
8113
BUFFER OVERFLOW
8119
SYNCHRONIZING FAULT IN
TRANSMITTER
8120
SYNCHRONIZING FAULT IN RECEIVER
8121
SYNCHRONIZING FAULT IN AUXILIARY
CHANNEL
8122
SYNCHRONIZING FAULT
8123
SYNCHRONIZING FAULT IN CARRIER
RECOVERY
8124
SYNCHRONIZATION FAULT IN CLOCK
RECOVERY
8125
LOSS OF SYNCHRONIZATION SIGNAL
8126
UNIT FUNCTION DEGRADED
8127
EQUIPMENT FAULT DETECTED IN
AUTOMATIC LOOP TEST
8128
FAULT IN EQUIPMENT
8129
FAULT IN CODEC
8130
FAULT IN MEMORY
8131
INTERNAL BUS FAULT
8132
FAULT IN SUMMING UNIT
8133
FAULT IN MUX
8134
EXCHANGE LINE ALARM
8135
EQUIPMENT IN RESET
8136
AIS OSCILLATOR FAULT
8137
OSCILLATOR FAULT
8138
PRESSURE ALARM
8139
SUBRACK HAS MISSING UNITS
8140
SUBRACK HAS EXCESSIVE UNITS
8141
FORCED CONTROL ON
8142
INSTALLATION ERROR
8143
FAULT IN CHANGE OVER FUNCTION
8144
OPERATING ERROR
8145
TEMPERATURE ALARM
8146
WIND ALARM
8147
LOCAL ALARM CANCEL WITHOUT ANY
ALARM
8148
EQUIPMENT RESET
8149
FORCED INDICATION
8150
FAULT IN UNIT
8151
FAULT IN CHANNEL
8152
FAULT IN BLOCK
8153
FAULT IN TRANSMITTER
8154
FAULT IN RECEIVER
8155
LASER BIAS OUT OF RANGE
8156
LASER POWER OUT OF RANGE
8157
LASER TEMPERATURE OUT OF RANGE
8158
FORCED LASER CUT OFF
8159
RUN DIAGNOSTICS TEST
8160
INTERFACE UNIT FAULT
8161
CONNECTED TO REDUNDANT SYSTEM
8162
DATABASE FULL
8163
REDUNDANT CONNECTION IN USE
8164
LINE CABLE FAULT
8165
REAL TIME LOST
8166
E1 CONVERTER RESET
8167
E1 CONVERTER FAULT
8168
EQUIPMENT DOOR OPEN
8169
EXTENDED FAULT CODE IN USE
8172
YELLOW ALARM OCCURRED
8173
FAR-END ALARM 4
8174
FAR-END ALARM 3
8175
FAR-END ALARM 2
8176
FAR-END ALARM RECEIVED
8178
MULTIFRAME ALARM FROM FAR-END
8179
FAR-END ALARM
8180
ALARM FROM FAR-END SUBSYSTEM
8181
FAR-END SENDING FAULT
8182
FAULT IN FAR-END RECEIVING
8183
FAR-END SYNCHRONIZATION ALARM
8184
REAL TIME UPDATED
8185
CONNECTION OR SETTINGS HAVE
CHANGED
8186
CONFIGURATION ERROR
8190
CUSTOMER SPECIFIC FAULT CODE 1
8191
CUSTOMER SPECIFIC FAULT CODE 2
8192
CUSTOMER SPECIFIC FAULT CODE 3
8193
CUSTOMER SPECIFIC FAULT CODE 4
8194
CUSTOMER SPECIFIC FAULT CODE 5
8195
V5 PROTOCOL ALARM
8200
LOSS OF PRIMARY SUPERVISION
CONNECTION
8201
LOSS OF SECONDARY SUPERVISION
CONNECTION
8202
LOSS OF SUPERVISION CONNECTION
8203
LOSS OF SUPERVISION BUS
8206
CONGESTION
8207
CALIBRATION EXPIRED
8213
REMOTE DEFECT INDICATION (RDI)
8214
SIGNAL DEGRADED
8215
TRACE IDENTIFIER MISMATCH
8216
UNEQUIPPED SIGNAL
8221
VERSION MISMATCH
8222
CORRUPT DATA
8223
PROTECTION SWITCH
8230
THRESHOLD CROSSED
8240
ACTIVE ALARM POINT
8241
UPPER ALARM LIMIT EXCEEDED
8242
LOWER ALARM LIMIT EXCEEDED
8250
INVALID TIME
8254
OPERATOR DISABLED
8256
15 MIN G826 ES THRESHOLD CROSSED
8257
15 MIN G826 SES THRESHOLD
CROSSED
8258
15 MIN G826 BBE THRESHOLD
CROSSED
8259
24 H G826 ES THRESHOLD CROSSED
8260
24 H G826 SES THRESHOLD CROSSED
8261
24 H G826 BBE THRESHOLD CROSSED
8262
STATISTIC UNAVAILABILITY
8263
STATISTIC RESET
8264
15 MIN T/RLTS THRESHOLD CROSSED
8265
24 H T/RLTS THRESHOLD CROSSED
8266
LICENCE KEY NOT VALID
8267
LICENCE EXPIRED
8268
LICENCE WILL EXPIRE IN THE NEAR
FUTURE
8269
LICENCE FOR FEATURE IS NOT
AVAILABLE
8270
LICENCE FOR FEATURE HAS BEEN
ACTIVATED
8271
LICENCE FOR FEATURE HAS BEEN
DEACTIVATED
8272
POSITION NOT LOCKED
8273
LICENCE FOR 2G FLEXI ABIS OVER
IP/ETHERNET IS NOT AVAILABLE
8274
LICENCE FOR 2G FLEXI ADDITIONAL 2
E1/T1 IS NOT AVAILABLE
8275
LICENCE FOR 2G FLEXI ABIS TRS
GROOMING IS NOT AVAILABLE
8276
LICENCE FOR 2G FLEXI TRS LOOP
PROTECTION IS NOT AVAILABLE
8277
ETHERNET PHYSICAL LINK LAYER LOST
8278
PSEUDOWIRE DOWN
8279
PSEUDOWIRE PERFORMANCE
DEGRADED
8280
PSEUDOWIRE REMOTE PACKET LOSS
8281
FAULT IN OPTICAL INTERFACE (SFP)
8282
PSEUDOWIRE TUNNEL DOWN
8283
LICENCE FOR IP SECURITY IS NOT
AVAILABLE
8284
TRAFFIC SHAPING MISCONFIGURATION
8285
LICENCE FOR TIMING OVER PACKET IS
NOT AVAILABLE
8286
LICENCE FOR SYNCHRONOUS
ETHERNET IS NOT AVAILABLE
8287
CLOCK RECOVERY IN PROGRESS
8288
FAULT IN CONNECTION TO CLOCK
MASTER
8289
SSM HAS LOST TRACEABILITY TO
ACCEPTABLE QUALITY LEVEL CLOCK
SRC
8290
LICENCE FOR PACKET TRS E1/T1 IS NOT
AVAILABLE
8291
PMTU BTS TO BSC LESS THAN
CONFIGRUED MTU
8292
PMTU BTS TO SECURITY GATEWAY
LESS THAN CONFIGURED MTU
8293
ML-PPP BUNDLE ESTABLISHMENT
FAILURE
8294
ML-PPP BUNDLE DOWNGRADED
8295
LICENSE FOR ETHERNET RING/PATH
PROTECTION IS NOT AVAILABLE
8296
NO LICENSE FOR QOS AWARE ETH
SWITCHING
8297
LICENSE FOR PACKET ABIS IP/TDM
AGGREGATION IS NOT AVAILABLE
8299
CONFIGURED AND NEGOTIATED
PAOTDM PARAMETERS MISMATCH
8300
ETH OAM REMOTE CRITICAL LINK
EVENT BTS - LINK FAULT
8301
ETH OAM REMOTE CRITICAL LINK
EVENT BTS - DYING GASP
8302
ETH OAM REMOTE CRITICAL LINK
EVENT BTS - CRITICAL EVENT
8303
ETH OAM REMOTE ETH-CC
8304
ETH OAM REMOTE ETH-AIS
8305
LICENSE FOR ETHERNET OAM
SUPPORT IS NOT AVAILABLE
8307
NO LICENSE FOR FLEXI PACKET RADIO
POWER PLUS ETHERNET
8308
POE INTERFACE OVERCURRENT
8309
POE INTERFACE SHORTCIRCUIT
8310
POE INTERFACE UNDERCURRENT
8311
POE NON POWERED DEVICE
8312
ETH OAM LINK LAYER REMOTE
LOOPBACK
8313
SYNC RATE MISMATCH FAILURE
8314
LICENCE FOR FAST IP REROUTING IS
NOT AVAILABLE
8315
FAST IP REROUTING TRIGGERED
8316
TRUST CHAIN CERTIFICATE STATUS
14003
FTP OR FTAM CONNECTION FAILURE
14009
BLACK BOX SAVE ONGOING
14013
MCMU OVERLOAD PROTECTION
REDUCING TRAFFIC
14020
BOX RESTART DETECTED
14021
LINK DOWN TRIGGER RECOVERY
ACTION
14023
BROADCAST OR MULTICAST STORM
DETECTED
14025
LAN DEVICE INTERNAL FAILURE
14027
ETXA CALL SETUP FAILURE
14028
RESET BUTTON DETECTED
14029
ACTIVE ETHERNET INTERFACE
SWITCHOVER DUE TO FAILED PING
14034
BMC WATCHDOG FAILURE
14036
EC-GSM IOT FEATURE UNAVAILABLE
Group of alarm that the alarm
belongs to.
Standardized event type.
The default value of percieved
severity when raising the alarm.
Alarm Group
Event Type
Default Severity
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
COMMUNICATIONS_ALARM
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
QUALITY_OF_SERVICE_ALAR Warning
M
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Minor
Notices
EQUIPMENT_ALARM
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
EQUIPMENT_ALARM
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
EQUIPMENT_ALARM
Warning
Notices
QUALITY_OF_SERVICE_ALAR Warning
M
Notices
QUALITY_OF_SERVICE_ALAR Warning
M
Notices
QUALITY_OF_SERVICE_ALAR Warning
M
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
QUALITY_OF_SERVICE_ALAR Warning
M
Notices
PROCESSING_ERROR_ALARM Warning
Notices
PROCESSING_ERROR_ALARM Warning
Notices
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Warning
Warning
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Warning
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Disturbance Printouts
EQUIPMENT_ALARM
Warning
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
EQUIPMENT_ALARM
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Warning
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
QUALITY_OF_SERVICE_ALAR Warning
M
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Warning
Disturbance Printouts
PROCESSING_ERROR_ALARM Warning
Disturbance Printouts
COMMUNICATIONS_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Warning
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
COMMUNICATIONS_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Major
Major
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
ENVIRONMENTAL_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
EQUIPMENT_ALARM
Minor
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
COMMUNICATIONS_ALARM
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Major
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
COMMUNICATIONS_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Warning
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
COMMUNICATIONS_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
COMMUNICATIONS_ALARM
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
PROCESSING_ERROR_ALARM Major
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
PROCESSING_ERROR_ALARM Major
Major
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Critical
M
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Warning
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Warning
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Minor
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Warning
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
EQUIPMENT_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Major
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
PROCESSING_ERROR_ALARM Critical
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
ENVIRONMENTAL_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Critical
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Critical
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
ENVIRONMENTAL_ALARM
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Warning
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
EQUIPMENT_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Warning
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
QUALITY_OF_SERVICE_ALAR Major
M
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
PROCESSING_ERROR_ALARM Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Minor
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
COMMUNICATIONS_ALARM
Major
Failure Printouts
EQUIPMENT_ALARM
Major
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
EQUIPMENT_ALARM
Major
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
EQUIPMENT_ALARM
Major
Base Station Alarms
QUALITY_OF_SERVICE_ALAR Major
M
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Major
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Major
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Major
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Critical
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Base Station Alarms
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Critical
Transmission Equipment
Alarms
ENVIRONMENTAL_ALARM
Major
Transmission Equipment
Alarms
ENVIRONMENTAL_ALARM
Major
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Critical
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Critical
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Warning
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Critical
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Warning
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Critical
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
COMMUNICATIONS_ALARM
Major
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Major
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
PROCESSING_ERROR_ALARM Minor
Transmission Equipment
Alarms
EQUIPMENT_ALARM
Minor
COMMUNICATIONS_ALARM
Major
EQUIPMENT_ALARM
Minor
PROCESSING_ERROR_ALARM Major
EQUIPMENT_ALARM
Critical
EQUIPMENT_ALARM
Critical
EQUIPMENT_ALARM
Major
EQUIPMENT_ALARM
Major
QUALITY_OF_SERVICE_ALAR Major
M
EQUIPMENT_ALARM
Critical
EQUIPMENT_ALARM
Major
EQUIPMENT_ALARM
Critical
COMMUNICATIONS_ALARM
Major
Describes the meaning of the alarm.
Names, explanations and lists of possible values of the
fields.
Meaning
Supplementary Information Fields
Routing the incoming OSI call set-up request to a
local application
process fails, and setting up the requested OSI
call set-up is inhibited.
On the basis of this notice it is possible to find out
The notice is caused by the load of the network
why the incoming
element part
call set-up request is inhibited, if the call set-up
protected by the ticket service. Rejecting
inhibition causes
requests for tickets is
disturbances in the operation of the system.
an essential feature of load restriction, but the
The OSI management is forced to initialize a
increase in the
forced clearing of the OSI
rejection ratio indicates that the network element
connection. On the basis of this notice it is
is overloaded.
possible to find out why
The load can be reduced by increasing the
the OSI connection broke, if the OSI application
Establishing
anelement,
X.25 connection to the object
capacity of the
does not initialize
system
fails.
or by restricting
its amount of incoming traffic.
the clearing of the connection.
On the basis of this notice it is possible to find out
why establishing
the connection fails, if the failure of the
The name server has been requested to add a
connection establishment
new service in the
causes disturbances in the operation of the
nametable, but there is in the nametable already
system.
a service whose
name and provider are the same as those of the
Automatic return to another package is allowed
service to be added.
due to restart failure,
The parameters of the service were different. The
but the return is not possible from the current
nameserver
package. A notice is
modified the parameters of the service according
given when automatic return is allowed with the
The
congestion
level defined for the signalling
to the
new request.
WSA command.
link has been exceeded.
1
type of the application process called. If the
application
process cannot be deducted, the field contains the
value
0xFF
1 name of the ticket service
2
reason for the failure of the incoming request. As the
2 calculated rejection percentage
request can fail for many reasons, each reason is
defined
1
type
of of
theitsapplication
charge
of 0x00,
the
as
a bit
own. If theprocess
value ofinthe
field is
connection.
the reason cannot be located
If the application process cannot be deducted, the
field Bit 1: state of the terminal which transmitted the
has the value 0xFF
request
1
index of the plug-in unit providing the OSI
subnetworkprevents the call set-up
2
index
the of
plug-in
unit X.25
representing
the cannot
OSI be
Bit
2: ofuser
the fixed
connection
interface
subnetwork
identified,
interface
as of
thethe
fixed
virtual
circuit service
has notaccess
been defined
2
number
NSAP
(network
point)
1
first 10 characters of the name of the service to be
in
address:
added.
3
familythe
identifier
of the
program
block related to the
physical
channel
gives the
NSAP
address
to group
which the X.25
If the
name
of the
service
isX.25
shorter
than 10 cannot
characters,
forced
clearing
of
the
connection
Bit
3:
user
of
the
fixed
connection
be
connection was
the
identified,
to be established
restreason
is filled
with
spaces
4
thephysical
forced
clearing.
Ifreturn
the value
of thethe
field
asof
the
channel group
containing
1 packages
which
allow automatic
is
0x00,
it
was
impossible
to
locate
the
reason
fixed
-> BU' or
FB' refusing the call, presented
3 'NWidentifier
of 'BU
the ->
element
2 computer
in which
thehas
service
to bedefined
added is
virtual
circuit
not been
aslocated
an
in
restart of the unit
NSAP0x01:
the form recommended in the CCITT
3 family
of the
of the
be
0x02:
switchover
ofprovider
the unit
Bit 4:identifier
the NSAP
calling
cannot
beservice
located.toThe
Recommendation
X.213/84
13.2.
1
destination
point
code
by the
signalling
link
added
0x03:
reapplication
of indicated
OSI process.
The
third
calling
remote
Possible values are
supplementary
application cannot be identified
2
number
the
signalling
linkservice
4 identifier
ofofthe
provider
of the
to beto
added
information
field
identifies
thebelong
reapplied
program
Bit
NSAP
called
00 5:callthe
is refused
by thedoes
user not
of the
remoteany
end
block
network
address
network
3
congestion
level
0x04:
failure
ofitthe
subnetwork
The
and
thus
is impossible
tointerface.
establish
a network
Database integrity checking is completed. The
1 identifier
of
the
database;
some database
applications
01 service
congestion
level 1
second
connection
notice is given
still 01 call is refused by the network termination called
02
congestion
level
2 is locked,
supplementary
information
field
identifies
Bit or
6:
the
NSAP
called
and
thus
it isthe
after the results of the checking have been
require
this
information.
Oftennetwork
the database
is identified
the
packet
switched
called
03 congestion
level
3
terminal
impossible
reported in the file.
on02
the basis
of database
name
database
element
refusing the
call and
cannot
be identified
equipment
which
represents
the failed interface
to
establish
abynetwork
connection
occurrence
number
63
call
is
refused
local
terminal
equipment
which
Recovery based on event log is in progress in the 1 identifier
database;
some
database
0x05:
change
of the
active
CLNS
user.
The
third
Bit 7: of
thethe
network
address
called
does applications
not belong
cannot
management
still require
this information. Often the database
supplementary
to
local
2 any
database
namethe connection requested, as a field of
establish
system of the database.
is identified
on the basis
of
database
name
information
field identifies
active and
CLNS
application,
thus
it is the
impossible
to
thedatabase occurrenceand
number
program
establish
a
3 database
occurrence
service
request isnumber
invalid or as the equipment
block
network connection
lacks
a
2 database
name
0x06:
user
has
locked
the physical
channel.
Bitname
8: the
the
local
network
called
is locked,
4 the
of the
report
file establishing
inaddress
which
the
results
of theThe
resource
needed
for
the
connection,
second
and
thus
integrity checking have been stored
either
3 database
number
supplementary
information
identifies the
it occurrence
is impossible
to establishfield
a connection
temporarily
or permanently
terminal
Bit
9:
the
PAD
service
is
either
temporarily
or
5 identifier of the disk where the report file is saved.
equipment
which
represents
the
locked
channel
permanently
values
are 0 (W0),
1 (W1) and
90connection,
(W0 and
4 Allowed
reason
for initializing
or clearing
of the
theofdiagnostics
of the
terminal
equipment
out
use,
and
thus
it
is
impossible
to
W1) 0x07:
presented in the form recommended in the CCITT
initialized.
establish
a
Recommendation
The
third supplementary
information field
network
connection
X.213/84
13.2.2.
identifies
Bit 10: the NSAP called cannot be located, and thus
Automatic return to another package is allowed
after time supervision,
but the return is only possible after the next OMU
restart at the
earliest. A notice is given when automatic return
A notice about a completed conversion. A more
is allowed
detailed description
with the WSA command.
about the operations executed during the
conversion can be read in
the execution report.
The threshold value of SS7 signalling traffic load
has been exceeded
in the signalling link. The threshold value has
been exceeded
during the measurement period of five minutes
This is a notice about fallback copying of the
preceding the issuing of
software build (BU => FB).
this alarm.
It tells you that the fallback copying has started,
is in progress, has
been interrupted by the user or has been finished
This notice is used as the general notification of
succesfully.
the file system.
It tells you, for example, that the state change of
When the fallback copying is in progress, you will
the disk update
get a notice about it
that was interrupted earlier has now been
The
disk updates
of however,
the files have
at regular
intervals,
otherbeen
notices will be
completed. The notification
prevented.
sent only once.
is also used when the disk updates of the files
This applies only to the disk copies of the
have not been completed
memory
files.of time the fallback copying takes
The amount
within a certain time.
depends
on the size
theis allowed. It is again
The disk updating
of of
files
network
element
(the
size
and amount of the files
possible to
situated
on
a
disk)
update memory files on a disk.
and the type of the fallback copying.
The
warming
information
of a program
block's
Fallback
copying
will not affect
the activities
hands
theby the
carriedinout
spare
unit
is different
the active
network
element.
Thefrom
only that
sideof
effect
it has unit.
is the
This
is why
natural
raisethe
onWUPMAN does not warm up the
hands
of and
the I/O load and that certain
the
CPU
A failure
has occurred
in a semipermanent
program
block
in the normal
way by copying
procedures
pertaining
to software
connection due
to a failure
information
from
the
packages
will
be
prevented
during
the unit.
fallback
in a PCM circuit or in an unduplicated
active
unit to the spare unit, but skips the
copying.
warming.
The speech circuit groups to a signalling point
have
been like this the hands of the program
In a situation
barred,
block or the barring has been released.
warm up with so-called passive warming. In other
words,
This is a notice of a normal change in the
next
time the
reserves a hand
signalling
link WUPMAN
state,
synchronically
from
the
performed by the operator of the remote end.
spare
and of
active
The traffic
the side, the hand is immediately
warm.
signalling link has been transferred on alternative
This is a notice of a normal change in the
signalling links.
signalling
linksystem
state, continues to operate as if
After
this the
If a signalling
point becomes
unreachable, an
performed
by the operator of the remote end.
the
warming
automatic restart
would
have been
successful.
practice passive
is performed
on the
signallingIn
link.
warming is over
when all the hands that were reserved in the WO
unit of the
program block in question have been released
once.
1 packages which allow return after time supervision
'NW -> BU' or 'BU -> FB'
2 time limit of return with time supervision in seconds
1 name of the conversion program
2 error code whose value is either SUCCESS_EC (0), or
another other general error code, which does not mean
that the conversion failed
1
number of the signalling link
2
direction of the signalling traffic
01 incoming traffic
02 outgoing traffic
1 type of the notice in text format
3
signalling traffic load (in millierlangs)
STARTED
fallback copying has been started
IN PROGRESS fallback copying is in progress
4
signalling traffic load threshold value (in millierlangs)
INTERRUPTED fallback copying has been interrupted
1 location unit type of the partner program block.
by a user
Value FFFF means that the unit type cannot be
READY
fallback copying has been succesfully
identified
finished
2 location unit index of the partner program block.
If the value of the field is output as two points, the index
cannot
be identified
3 family identifier of the partner program block.
Value FFFF means that the family identifier is unknown
4 file name
FFFFFFFF
means
the fileblock
number
1 Value
the family
identifier
of thethat
program
that cannot
neededbe
identified
passive warming
5
the that
message
that
is connected
with the
2 number
the handoftype
needed
passive
warming
given situation.
1 Value
connection
FFFF type
means that the message number cannot
be identified
0 PCM circuit - PCM circuit
PCM circuit
- subscriber
6 1general
error code
identifying the reason for the notice
2
subscriber
- subscriber
more
clearly.
You
can
1
circuit group state check its meaning with a
4 O&Mofconnection
command
the of speech circuit groups released
00 barring
5
multichannel
connectionMRS
between
external
PCM
service
terminal
(see two
Service
Terminal
01 barring of extension
speech circuit groups
established
circuits
Essentials
6 multichannel
multipoint connection
between
or in General
Error external
2 in customer
signallingdocumentation)
point code
1
number
PCM
circuits
Messages
of of the signalling link set
8 one-way
semipermanent
connection
in customer
documentation.
3 System
signalling
point index
for use within the exchange
2
number of the signalling link
2 incoming PCM circuit of the connection, in subscribersubscriber
1
number of the signalling link set
case the number of SUB
2
number of the signalling link
3 incoming time slot of the connection, in subscribersubscriber
case connector position of subscriber
4 incoming sub-time slot of the connection. The value is
only
significant when the connection is in a bit-based
switching
network (GSWB)
It is possible to monitor the state of passive
warming by
outputting reports with CDPHAN MML that is
5 outgoing PCM circuit of the connection
connected to
the Operating System Supervision and Statistics
A signalling link has been blocked from the
remote end. There
has been a local processor break in the remote
end of the
signalling link, or the operator has blocked the
Blocking of a signalling link from the remote end
signalling
has been released.
link with a command.
1
number of the signalling link set
2
number of the signalling link
1
number of the signalling link set
2
number of the signalling link
The traffic of the signalling link has been
No
acknowledgement
to a changeback
1
number of the signalling link set
transferred
on
declaration
has been links,
received
alternative signalling
if such exist.
in
of repeated
TheSIGNALLING
changeback
2
number of the signalling link
At spite
the same
time theattempts.
alarm 1072
has
LINKbeen
OUTperformed.
OF SERVICE
is
given.uninhibiting of a signalling link initiated by 1
Forced
number of the signalling link set
the
signalling route management functions has failed 2
number of the signalling link
because no
acknowledgement to the forced uninhibiting
This notice indicates that software has taken the 1 the name of the interface taken out of use in the
message has been
backing Ethernet
switchover
received in spite of repeated attempts.
interface in use and thus, automatically
recovered from an interface
2 the name of the interface taken into use in the
failure. In general, there are three possible
switchover
Hot billing system has been changed to send
1 IP index of the post-processing system that was in use
interface failure sources:
data to a new IP address.
before the change. The real address of the IP index can
the interface itself (that is, the interface
The system makes the change because it has
be
equipment on the PIU-side,
lost connection to the
interrogated with the command GBI
for example, the Ethernet chip or the connector),
old IP address.
The
SDH protection
switching has been
1 id of the protection group in question
the cable,
or the
2 IP index of the post-processing system that is taken
executed.
protection
switching
equipmentThe
on the
other end
of the cable (for
Hot billing system continues to work normally, but into use.
is
executed
to an switch
external request or if the
example,
andue
Ethernet
data is sent to
The real address of the IP index can be interrogated
signal
of the section
or a hub).
a different IP address.
with
where the traffic is selected from has degraded
This notice informs that the SGSN has created a 1 the
Packet
Service
Entity Identifier.
command
GBI
(SD)
or
failed
Note
that
thisIP(SF).
notice
is used only in computer
new remote
endpoint
Packet Service Entity groups together the PCUs of a
units
withtransfer
redundant
for data
with SNS-CONFIG PDU. After
NSE (Packet
Ethernet
interfaces
which
creation of the SGSN
IP have been configured
Control Unit (PCU2) Pooling)) and/or the Network
to
backupaeach
others. is configured between the Service Entities
endpoint
new NS-VC
This notice informs that the SGSN has added a 1 Packet Service Entity Identifier.
BSC and the SGSN. This
of a PCU (Multipoint Gb). If Gb over IP is not in use,
new remote IP endpoint
Packet Service Entity groups together the PCUs of a
notice is possible when dynamic IP configuration
the value of the field is 0xFF.
for data transfer with SNS-ADD PDU. After the
NSE (Packet
is used.
addition of the SGSN
Control Unit (PCU2) Pooling)) and/or the Network
2 Network Service Entity Identifier of the unavailable
IP endpoint, a new NS-VL is configured in the
Service Entities
This notice informs that the SGSN has deleted
1
Packet Service Entity Identifier.
Virtual
BSC. This notice is
of a PCU (Multipoint Gb). If Gb over IP is not in use,
an existing remote IP
Packet
Service Entity
groups
the PCUsthe
of a
Link. A Network
Service
Entitytogether
groups together
possible only when the dynamic IP configuration
the value of the field is 0xFF.
endpoint with SNS-DELETE PDU. After the
NSE
(Packet
Network
Service
is used.
deletion of the SGSN IP
Control
Unit (PCU2)
Pooling))
and/or the between
Network
Virtual Links
that provide
communication
2 Network Service Entity Identifier of the unavailable
endpoint, an existing NS-VL is removed from the Service
Entities
the
same
NS
entities.
NSEI
is
an
identifier
that has endThe log collector is not collecting service terminal 1
type of service terminal session that is started:
Virtual
BSC. The
of a PCU (Multipoint Gb). If Gb over IP is not in use,
to-end
commands in the
0 unknown
Link.
A Network Service Entity groups together the
data transfer capacity has decreased. This notice
the
value of the
fieldthe
is 0xFF.
significance
across
Gb interface.
new service terminal connection indicated in the Network
1 local
Service
is possible only
supplementary
2 remote
Virtual
Links that provide communication between
when the dynamic IP configuration is used.
2 Network
Service
Entity
Identifier
the
deletedof
IPthe
address
of the
added
remoteofIP
endpoint
information field. This means that commands are 3-18
3 IP
telnet
the
same
NSPCU
entities.
NSEI
an identifier
thatorhas
endThis notice gives an early warning on a PCU
1 Index of the
where
theisprocessor
(PQII
DSPs)
endpoint.
SGSN.
not logged until the
to-end
processor load, which
load
is IP addess
A
Network
Service
Entity
groups
together
thefirst
Network
If the
is of
the IPv4
type,
only the
four
logging of service terminal commands is set on.
significance
across
the Gblevels.
interface.
is approaching the overload level. No overload
approaching
Service
bytes
containthe
theoverload
IP address,
the other bytes are filled
protection actions are
Virtual Links/Connections that provide communication
with
3-18
IP address
of situation
the added
remote
IP endpoint
of the
taken yet.
2
If the
high load
occurs
in PQII,
this field
has
between
zeros.
SGSN.
thethe
value
same NS entities. NSEI is an identifier that has
If
the IP
addess
is
of the
IPv4 type,
only DSP,
the first
0xFF.
If the
high
load
situation
occurs
thisfour
is the
end-to-end
significance
across
the
Gbininterface.
For example,
in the
case
of IPv4
172.24.175.139
the
IP
bytes
contain
the
IP
address,
the
other
bytes
are
filled
index
of
address
with
DSP
DSP
index isremote
given only
in PCU2ofunits,
3-18
IP (0-7).
address
thefollowing:
deleted
IP endpoint
of the
alarmThe
isofthe
zeros.
the
notice
is
SGSN.
If
the
AC 18 AF 8B 00 00 00 00 00 00 00 00 00 00 00 00
set
with DSP
cause
onlytype,
by PCU2.
With
thefour
PCU
this
IP addess
is of
the IPv4
only the
first
bytes
For
example,
in the case of IPv4 172.24.175.139 the IP
field
always
has
contain
the
IPin
address,
For
example,
the casethe
of other
IPv6 bytes are filled with
address
the
value 0xFF.
zeros.
1122:3344:5566:7788:9900:AABB:CCDD:EEFF
the IP
of the alarm is the following:
address
AC
18 AF
00 00this
00index
00 00represents
00 00 00 00
00 ID
In
of 8B
PCUM,
the00AI00
core
For
example,
thefollowing:
case
of ipv4 172.24.175.139
the ip
of case
the
alarm
isinthe
One trunk circuit or all the trunk circuits of a PCM 1
error code
circuit have been
01 barring of trunk circuit
barred after a blocking message has been
02 barring of circuit group due to hardware failure
received.
03 barring of circuit group performed by MML
command
Barring of one trunk circuit or of all the circuits of 1
error code
FF not enough data for determining other error
a PCM circuit
01 release of trunk circuit barring
code
has been released after an unblocking message
02 release of circuit group barring due to hardware
has been received.
failure
2
service information octet
04 release of circuit group barring by using an MML
This notice indicates that the number of radio
1index
of the
BCSU
unit hosting
PCU, where the
(0x0
in case
of circuit
barredthe
in BSC)
command
time slots connected
connectivity has been exceeded. This field is 0xFFFF in
05 release of circuit group barring
to a PCU exceeds the PCU radio time slot
the
of mcPCU.
3 case
number
of the PCM circuit
FF not enough data for determining other error
connectivity.
code
2
plug-in
unit of
index
the circuit
PCU where
the connectivity
4
time
slot
the of
PCM
in question
PKI Certificate was renewed successfully via
1 ascii
string
identifying
the certificate
(by name) in the
has
automatic enrolment.
network
2
service information octet
exceeded.
This in
field
0xFF group
in the case of
5 been
number
ofdatabase
circuits
theiscircuit
element
(0x0 inkey
case
of circuit debarred in BSC)
mcPCU.
The ATCA synchronisation feature has detected
that no clock generator
units (CLGU) are configured in the system.
Synchronisation cannot be
used. This is not an error condition in a network
A FRU (Field Replaceable Unit) has been
element type whose
inserted to or removed from
configuration does not contain CLGU.
a shelf.
3
number of the PCM circuit
4
time slot of the PCM circuit in question
Depending on the functional unit(s) configured to
The SDH protection switching has been
the FRU in question,
executed. The protection switching
the object unit of the alarm is given in one of the
is executed due to an external request or if the
following ways:
signal of the section
- if there is only one functional unit configured to
where the traffic is selected from has degraded
TCP/IP
stack
the FRU,
it is detected a duplicate MAC address
(SD) or failed (SF).
used
by another
IP host.
given
as the object
unit of the alarm
MAC
address
must be
unique
within a broadcast
- if there
are more
than
one functional
unit
domain.
Duplicate
MAC
configured
to the FRU,
address
indicate
possibility
for aunit
loop inthe
the
one ofmay
them
is given
thelost
object
Statistical
reports
have as
been
becauseofthe
I/O
Ethernet
switching
alarm
devices cannot
domain,
unit switchover
timing
problem,
or the
just
- if nothe
functional
unit
has
been
defined
output
required
number
of reports
orto
Report
duplicate
MAC address
FRU,
the
alarm
has
Forming Program
user
the same LAN switching domain.
nowithin
object
Block
cannotunit.
send data to report forming
This
notice
indicates
that some
- if the
FRU
is IO device,
usersunexpected
need to change
situation
the state (e.g. spontaneous
PCU
or ETP
restart)
happened
during
Dynamic
of the
IO device
manually
from
WO-ID
to WOPCU2
BU. pooling automatic
reallocation. (E)GPRS resources have been
This notice is raised if a new PLUGIN replace the
restored back to segments
old one with the same
and PCU pool reallocation was aborted
configuration (i.e. BOC-B instead of BOC-A), the
PIU type in
equipment database needs to be updated to the
This notice indicates that due to some
new type. When this
unexpected situation, the symptom
notice occurs, it means that the PIU type has
data collection time is exceeded.
been updated.
Supplementary information fields identify the PIU
information and
location.
3 00 the FRU has been inserted to the shelf
1 id of the protection group in question
01 the FRU has been extracted from the shelf
5
number of circuits in the circuit group
1 type of the FRU, which has been inserted or extracted
2 index of the FRU, which has been inserted or extracted
2 ingress(rx) traffic selector after protetction switching.
Possible values are:
00 working section
1-6 the MAC address, which is suspected to be used by
01 protection section
another IP host.
7 IP address of the other IP host using the same MAC
address.
1 type of measurement report identical with the report
identifier.
8 local network interface that uses the same MAC
address shared by
18F Traffic measurement per BSC/RNC
another IP host.
1 packet control entity identifier
2 the total amount of reports to be sent in the
measurement period.
3 the amount of transferred reports.
1 the detail type of plug-in unit.
2 the detail index of plug-in unit.
3-9 the detail location of plug-in unit.
1 the input dataset file name which shall be used for the
execution of
symptom data collection
This alarm indicates that the PCU2 memory
dump is successfully
completed.
This alarm indicates that the PCU2 memory
dump which was already started
is failed. No action required from operator for this
information alarm.
This alarm indicates that fault situation associate
with a trigger id is
observed.
The fallback copying of Backup Physical mcBSC
System is in progress,
has been interrupted by the user, or has finished
successfully.
The BSC activity mode of the Network Resiliency
When the fallback copying is in progress, there is
has been changed.
a notice with
The Network Resiliency data synchronization,
information on phase and Base/Backup software
load,
build directory on
unload, activation or deactivation operation has
A
report on an occurrence related to a
copying.
taken place.
coordinated state transition
of
anduration
SCCP subsystem.
The
of the fallback copying depends on
the size of the
running
Backup
Physical
mcBSC
System and the
This alarm
indicates
that the
PCUM/ETP/ETM
state
of
the
network
black box dump has failed.
element.
This alarm indicates that the black box saving is
successfully collected
When unit is collecting blackbox information will
report this alarm.
The status of the default package is not backup
(BU), or the package
in the OMU is not the default package.
The time of the unit has been synchronized to the
time of the
exchange.
The exchange time has been altered.
1
The file name to which PCU2 has created memory
dump for an exception
event.The file name format is
PCU<XX><YY><Z>.BIN,where XX stands for
BCSU index,YY stands for PCU2 index and Z stands
1 This indicates the reason for PCU2 memory dump
for sequence number
collection failure
of the dump file. Z can have a maximum value of five
since, maximum
2 The file name to which PCU2 has created memory
of five dump collection for same unit is possible.The
dump for an exception
1
file Domain
will be
event.The file name format is
01present
ETP in ASWDIR/SYMPTLOG directory of the
PCU<XX><YY><Z>.BIN,where XX stands for
02 PCU
active
build directory.
BCSU index,YY stands for PCU2 index and Z stands
03 O&M
for sequence number
04 telecom
1 of
the
current
thehave
Backup
Physical value
mcBSC
the
dump state
file. Zofcan
a maximum
of five
System
fallback
since, maximum
copying
process:
of five dump
collection for same unit is possible.The file
2 triggering BTS ID
Base build is being copied
willBASE_COPYING
be
BACKUP_COPYING
Backup build
is beingofcopied
present
in
ASWDIR/SYMPTLOG
directory
the active
1
ID ofIDthe
BSC whose activity
mode
has
been
3 the
trigger
corresponding
to the problem
scenario
for
FINISHED
fallback copying has finished
build
directory.
changed.
which the
INTERRUPTED fallback copying has been
alarm is raised. Trigger ID is unique within domain
interrupted by the user
2 the previous activity mode of the Network
Resiliency in the BSC.
1
code
2 thenotice
mcBSC
ID that identifies the Protected Physical
01 a
coordinated state transition has been started by
mcBSC
related
1 = WAITING FOR SYNCHRONIZATION (value
a Backup
subsystem
of in
one
of the copying.
network'sThis
ownfield
signalling
to the
build
fallback
is
possible only in backup BSC)
points
valid only
2 = BACKUP (value possible only in backup BSC)
02 an SOR message
has been received from the
is BACKUP_COPYING.
1 3if =safecopy_state
PCUM/ETP/ETM
black box dump collection failure.
LOADED
network
4 = ACTIVE
03Base
time build
supervision setorfor
waitingbuild
for the
SOG that
3
Backup
directory
2 thethe
file namedirectory
to which PCUM/ETP/ETPM
has
message
has
is
in
created
memory
3
the new
activitydump
modeinof the Network Resiliency
expired
fallback
copying.
If safecopy_state is FINISHED or
exception
event.
in the
the
BSC.
1
to which
PCUM/ETP/ETPM
hasreceived
created
04file
an name
unexpected
SOG
message has been
INTERRUPTED,
the file name format is <UNIT><G><XX><Y>.BIN
memory
dump
in
this
field
displays
the
Base
build
directory.
where
2 = BACKUP
(value possible only in backup BSC)
2 exception
networkevent.
stands for PCUM/ ETPT/ ETPE/ ETPA/ ETPB/
3the
=UNIT
LOADED
file name format is <UNIT><G><XX><Y>.BIN
ETMA/
ETMB,
4 = ACTIVE
where
3
signalling
point
1 the
typefor
ofgroup
unit which
is collecting
coredump
G unit
stands
index,XX
stands for
unit index
UNIT stands for PCUM/ ETPT/ ETPE/ ETPA/ ETPB/
imformation
and
ETMA/
ETMB,
4
subsystem
Y stands for sequence number which specify the
G stands for group index,XX stands for unit index and
2
thebox.
unit index of unit which is collecting coredump
black
Y stands for sequence number which specify the black
imformation
The
file was created to ASWDIR/SYMPTLOG
1
box. status of the default package:
directory under the current
The file was created to ASWDIR/SYMPTLOG directory
build
directory.
FBcurrent
= fallback
under the
= backup
buildBU
directory.
NW = new
1 date of the active main clock unit
UT = untitled
UD = undefined
2 time of the active main clock unit
2
status of the package in OMU:
3 date of the unit checked
FB = fallback
4 time of the unit checked
BU = backup
NW = new
UT = untitled
UD = undefined
Logging into the MML session failed due to a
faulty user id
or a faulty password.
1
family identifier of the program block which detected
the error
2
This notice is generated when the operator
changes the length
of a measurement period belonging to the
supervision of the
radio network of the BSC. The notice indicates
A centralised part of the alarm system,
which supervision
functioning in an active
the change concerns, the start time of the
maintenance computer, has become active in
interrupted
such a way that it is
measurement period, the time used by the
starting the processing of the alarms of the
The
alarm system of the DX 200 network element
interrupted
network element in
sends
this notice
measurement
period, and the new length of the
question from the beginning. This situation
to
the network period.
management system, if other
measurement
occurs when the system
alarms have not been
restarts, and as a result of an uncontrolled
set in the network element within a defined time
The
current synchronisation
signal has been
maintenance
computer
period. The notice
changed.
switchover.
is only sent via the Q3 interface.
The notice is sent because the network
Database
transactions
or disk updates are
management
system supervises
prevented
in theof the network element's alarm
the functioning
database
management
system.
system, the
Q3
interface and the data transmission connections
used
to transmit
The alarm
limit of the database file fill ratio has
the
alarms
to the network management system
been exceeded.
by monitoring the flow
of alarms sent from the network element.
The
This system
notice ishas
notrestarted.
output on the alarm printer.
The user has changed the working state of the
unit with an MML command.
The system may also have changed the working
states of peripheral
devices.
The working state of the unit has changed due to
an automatic
recovery action.
Unexpected switchover in the unit due to the use
of the manual control
unit (MCU), or automatic switchover has been
performed by the
switchover logic of the spare unit because of
As a result of an error detected either by the user
active unit failure.
or the system,
or the network's control, a channel of the O&M
network's data
transmission connection has been changed over
to an alternative
connection.
error code
00 incorrect password given three times in
1 identifies the supervision to which the modified length
succession
of the
measurement period is related to:
3
system identifier
- '1' = 'TCH mean holding time supervision'
1 identifier of the active software package
- '2' = 'SDCCH mean holding time supervision'
4
process identifier of terminal (MML terminal)
- '3' = 'dropped calls supervision'
- '4' = 'BTS channel congestion supervision'
- '5' = 'High TCH interference supervision'
- '6' = 'BTSs with no transactions supervision'
2 start time of the interrupted measurement period,
hours and
1 minutes
previous synchronisation signal
3 time
used by the measurement period in seconds
CLS:
01 2M1
4 new
02 length
2M2 of the measurement period in minutes
1 database identifier; this is still required in some
03 2M3
database
04 2M4
applications. Often the database is identified on the
05 FS1
basis
06 FS2
of database name and database occurrence
1 database index; this is still required in some database
applications
TCSM: even though the current trend is that the
2 database name
database
11 SI1 is identified by the values entered in the
two12following
supplementary information fields, i.e.
SI2
3 database occurrence
database
name and database occurrence
13
SI3
1
restarting of the exchange:
14
SI4
00 object
performed
the recovery program block
4
of thebyprevention:
2 database
name
15
01 SI5
performed
by theprevented
user
1 transactions
16
FF SI6
no
2 significance
disk updates prevented
3 database
17 SI7 occurrence
1
working
before the change
18
ESIofstate
2
extent
the exchange restart given by the user:
4 identifier of a full file
00 operation and maintenance unit not restarted
2
current working state
CLGU:
01 operation and maintenance unit also restarted
01
FF EXT1
no significance
3
address
of the computer where the change was
02
EXT2state
1
working
before the change
activated.
3
code loading type of the units given by the user:
If the value
of the fieldsignal
is not an address, the value is
2
synchronisation
2 current
current
working
state
00
optimal
loading
0
01 total loading
CLS:
3
address
of the computer
the recovery action
02
total loading
diskwhere
1
working
state
of from
the activated
unit preceding
the of
4
ID of
family
that
activated
the change.
If the value
01
2M1
was activated.
FF
no
significance
switchover
the 02 2M2
If the value of the field is not an address, the value is
field
is not a family ID, the value is 0
03
2M3
0
4
file
loadingoftype
of the units
given
by the the
user:
2
condition
the activated
unit
preceding
04
2M4
00
no
significance
switchover
5
ID of
message
thatOMI
was used to activate the change.
05
FS1
1 number
of
active
4
family
IDthe
of the
programchannel
that activated the recovery
01
virtual
in
orderloading
If the00
06
FS2
action.
02
immediate
loading
01
faulty
value
of
field
is OMI
not achannel
message ID, the value is 0
2 number
of the
theof
spare
If the value
the field
is not a family ID, the value is
TCSM:
0
5
type
of unit
restart
by the user:
3
working
state
of thegiven
deactivated
unit caused
preceding
6-8
theSI1
numbers
first alarms that
thethe
11
00
warm
restart
switchover
change
inSI2
the
12
5
ID of
01
hotmessage
restart that was used to activate the
working
state. If the value of the field is not an alarm
13
SI3
recovery
action.
FF
no
significance
4
condition
of the deactivated unit preceding the
number,
14
SI4
If the value of the field is not a message ID, the value
switchover
the
value
is
0
is 0 15 SI5
00
16 in
SI6order
01 faulty
6-8 17
theSI7
numbers of the first alarms that caused the
18
recovery ESI
actions to be activated. If the value of the field is not
CLGU:
an alarm number, the value is 0
01 EXT1
The MTU Configuration File (MGKONF) is empty,
or the TAPEDR has
discovered that the units or the SCSI addresses
written into the
file do not correspond to the actual MTU
Updating the control file of the command
1 error identifier
configuration.
calendar on another
00 update on disk 0 failed
disk unit fails.
01 update on disk 1 failed
Administrative user has logged into the network
element.
This alarm will occur if the user starts the
replication from NX GUI.
This alarm will occur if the user stops the
replication from NX GUI.
This alarm will occur if the initialization of the
replication from the
Live HLR has been finished.
This alarm will occur if the NX/MVR internal
database does not have
enough space on the disk.
The state of the background data in the BSC
radio network has changed
due to the background loading of the radio
network plan or due to
user action directed to the background data.
The desired file operation has failed. The cause
of the failure
is not a hardware failure.
The system has detected that the Q3 alarm
upload is required. The need
for Q3 alarm upload is determined by examining
other active alarms or on
the basis of detected fault situations, which
The current synchronisation signal has been
indicate that some alarms
changed either with an
may not have been sent to the OMC.
MML command or automatically by the system.
The unit has restarted.
2 identifier of the task in question
1 username of logged-in administrative user
3 error code received from the I/O system. You can
2 type of the session
check its
0B MMI system session
meaning with a command of the service terminal
0C service terminal session
1
the name
of the HLR where the replication has been
extension
MRS
0D FTP session
started
or in General Error Messages of System
0F HTTP session
12 FTAM session
14 Q3 session
2 the IP address of the HLR
1 16
theEMT
name
of the HLR where the replication has been
session
stopped
19 Service terminal session in OSE unit
1B Transport Pipe session
2
the IP
address
of administrative
the HLR
3
name
where
has logged
1 unit
the name
of
the HLR
where the user
initialization
has in
been
finished
4 unit index where administrative user has logged in
2 the IP address of the HLR
1
error code:
58d the file is write protected
64d the file is full
65d no space for the file on disk
1 the number of the alarm that generates the Q3 alarm
184d the file is marked bad
upload request
185d the file is locked
in BCD format. If the field value is FFFF, the alarm
10030d no such directory on disk
number is not
defined
1 index
thecheck
external
synchronisation
unit in
You of
can
the meaning
of otherplug-in
error codes
0d...1d
General Error Messages of System
2 the consecutive number of the alarm that generates
the Q3 alarm
2 previous
synchronisation
first 8 characters
of file signal
name
upload request. If the field value is FFFF, the
1
working state
of the unit
consecutive
number
2M13 characters of file name extension
3 01 first
is not defined
02 2M2
2 type of unit restart indicated by the initial loading
03 file
2M3
4
version number, 0 = default version
program
3 not significant
04 2M4
block (e.g. BOLERO):
05 FS1
4 not significant
06 FS2
FF cold restart
warmerror
restart
5 00
general
message of the system. You can check
3 current synchronisation signal
hot restart
its 01
meaning
02
restart
withdiagnostic
a command
of the service terminal extension MRS
01 2M1
or in the
02 2M2
type
of unit
restart
indicated
by the state administration:
General
Error
Messages
of System.
03 2M3
If the field value is FFFFFFFF, the error message is not
04 2M4
AA not defined
defined
05 FS1
The RAM test program of the computer has
observed a malfunction
in the RAM memory.
1 address of the faulty memory location
0...FFFFFFFF
Parity error in the RAM of the computer. The
parity supervision
circuit of the CPU has detected the error.
1 address of location where the RAM test was being
carried
out when the error was detected
The partner program block does not reply to the
message sent to it
within the specified time limit, or the received
reply is erroneous.
1
A plug-in unit has restarted.
The program block has been restarted.
error code
01 no reply
02 identification of reply is erroneous
03 status of reply is erroneous
04 sequence number of reply is erroneous
1
type of plug-in unit
See Diagnostics and Testing, Appendices,
2
family identifier of program block setting the alarm
Maintenance Manual
3
unit message bus address of the partner program
2
index of plug-in unit
1
family identifier of the program block
block
2
code
4 error
family
identifier of the partner program block
0d: program block has restarted successfully
131d:
program
block
was notsent
found
5
identifier
of the
message
to
the program
partner program
The MMI Manager (MMIMAN) has restarted an
1
family
identifier
of
the restarted
MML
132d: another program block of the same kind already
block
MML program.
exists
program block
error
6 133d:
subidentifier
of thedeletion
message
sent to the partner
287d: program
block has been deleted, or its creation
program
block
The unit has not responded in the allotted time to failed
a supervision
program block
has made
a memory protection
7 302d:
case-specific
additional
information
message sent by the supervisory unit.
error
program block
did notinformation
answer the supervision
8 770d:
case-specific
additional
message
The maximum number of restarts set for a unit
771d: program block has acknowledged the supervision
has been exceeded.
message
with a wrong state, i.e the program block is in wrong
state
The processor load rate exceeds the alarm limit 1 processor
load
percentage
in relation
torate
the working
state of the unit
defined for the unit at
781d: state transition of the program block did not
intervals of time defined for the unit. The alarm
2
interval in hundredths of a second
succeed
limit and the interval
are defined in BSPARA file.
3 You
identifier
of theits
most
loading
process.
can code:
check
meaning
General
Error Messages
The alarm informs that the value of the error
1
error
identifies
thein
fault
that increased
the
of
System
counter maintained by the
counter thus
4 processor load rate percentage of the process
operating system has increased.
causing the alarm. You can check its meaning in
identified by field 3.
General Error
Messages of System.
In the test, the message bus interface (MBIF) has 1
message
test identifier:
5 name
of the bus
process
identified by field 3.
been detected faulty
2
program block that increased the counter
or EMB post office has been detected Ethernet
1 message sending does not succeed despite
interface faulty.
several attempts
3
value of the counter, i.e. amount of errors
2 time supervision of message receiving has
The partner program block does not respond
1
family identifier of program block giving the alarm
In the message bus interface (MBIF) test, the unit expired
within the
sends a message to
3 received test message differs from the one sent
specified time to the message sent to it, or the
2
number of the message sent to the partner program
itself both on the active and passive bus. It also
4 the transmission error counter of the MB has
reply
block or number of the received message
checks the error
been incremented
is faulty.
counters of the message buses, maintained by
5 the reception error counter of the MB has been
3
error code
the operating system.
incremented
01 no reply
6 time supervision of message sent with a group
02 identification of reply is faulty
In the Ethernet interface (EMB), EPOFFI (EMB
address has
03 status of reply is faulty
Post Office Program Block)
expired
04 sequence number of reply is faulty
has been received incorrect frame and error
7 time supervision of message sent with a pair
code.
address has
4
number of missing reply messages
expired
8 the supervision error counter of the MB has been
incremented
Errors detected in the state administration
procedures of a
program block.
When activating a program block an error has
been detected which occurred
either when creating or activating the program
block. The fault may cause
disturbances in the system, particularly if a
The warming of the program block has been
program block creation error
restarted. The rewarming
is in question.
may have been caused by one of the following:
the thermometer (THERMO)
has detected synchronization errors in the
The warming up of a program block has failed.
program block, the program
The program block has not
block has been reactivated, or its warming failed
acknowledged the warmup command sent by the
on the previous
unit state administration
occasion.
program block (USAPRO), or has acknowledged
The system has detected a serious error when
it negatively. The fault can
supervising the functioning
lie in either the active or the spare unit. The
of the program blocks of the unit.
warming-up manager (WUPMAN)
The alarm may have been caused by one of the
can also be the detector of the fault.
following: several program
The requested service could not be carried out
blocks have been restarted; or some critical
due to the
program block does not respond
failure of process family resource (hands)
to the supervision, or refuses to respond to a
management.
state transition command.
A
program
block
hastobeen
restarted.
The
situation
leads
a restart
of the unit.
SCCP has detected at the signalling transfer
point a signalling message
whose transit is wanted to be prevented or of
which an alarm needs to be
issued.
The configuration of the connectionless OSI
network service (CLNS)
If the transit message is destroyed, it may cause
has failed. This can be caused by either the timedisturbance
out of the timer
in the function of the user parts of the signalling
that controls the approval of the configuration, or
The
of a connectionless OSI network
pointnumber
that sent
errors in the
service
(CLNS)Usage
has exceeded
the message.
restrictions for transit
configuration data. After a configuration failure,
the
maximum
messages
arevalue.
usuallyThis
set is probably due to a
the system uses
malfunction
in the
on exchanges
thatOSI
function on another operator's
the default value attributes for connectionless
network
IS routing equipment. Connectionless
interface.
The
exchange
has received a User Part
network
services.
network service can not
Unavailable message (UPU).
be used for 20 minutes, during which time it is
This message informs the sending end of a
not possible to
signalling message that
transfer routing data or user data. This is to
the user part of the destination address is not
The
comparison
ensure
that the test of the switching network has
available.
observed
clearing ofan
theerror.
number does not cause
Depending on the unavailable user part (TUP
The
comparison
test compares
disturbances
in other
nodes, the incoming bit
and ISUP) the telephone
patterns
with
but it is possible
that there will be some
traffic and signalling traffic fail. In the case of
the
outgoing in
bitthe
patterns
interruptions
OSI in the connections of the
SCCP, used
switching
services. network.
services fail.
The problem can be caused by
- defective cabling
- faulty power supply of the exchange
- faulty plug-in unit of the switching network
(SWSPS, SWCSM)
- faulty control processor of switching network
(SWCOP)
1
family identifier of program block
2
program block type in the family table of DXPARA
0 : normal program block
<> 0 : program block is essential for unit
functioning
3
error code of the recovery block
770d: program block did not answer the supervision
1
family
identifier of the detector of the error
message
USAPRO
(A0):
the has
detector
of the errorthe
is the state
771d:
program
block
acknowledged
supervision
supervision
THERMO
detector
the program
error is the
message(16B):
with athe
wrong
state.ofThe
block
thermometer
is in wrong state in relation to the working state
If THERMO
of the unit is the detector, a program block
synchronization
error
in question.
You
canischeck
the meaning of other error codes in
General
1
of error
2 type
identifier
of theoffamily
to be warmed
Error
Messages
System.
00 error in program block supervision
01 error in the warming-up or synchronization
of program blocks
1 ID of the system library service primitive that returned
FAM_ID
the error code. The field may have the following values:
family identifier of the detector of the error
0: creation of hands
FAM_ERR_CODE
1: creation of additional hands
1 error
plug-in
index:by the detector of the error,
codeunit
returned
2: reservation of hand
presented
3: renewal of hand reservation
..
: to
control
plug-inerror
unit code
according
the general
4: expiry of hand reservation
other
values:
line terminal plug-in unit
65535d:
no significance
5: restart of hand
1 6:
type
of access
rightgroup
violation of the STP function
deletion
of hand
2
program block ID
FAIL_COMP
(cause code)
message bus address of the unit where the error
2 error code returned by system library service primitive.
3
error code:
occurred
01
sourceError
pointMessages
in question
Seethe
General
of should
Systemnot
forsend
error code
FFFF:
no significance
signalling
explanations
1 the
name
of the CLNS
in the
configuration
770d
: program
block used
has not
responded
to
messages to the destination point (the message has
supervision
message
FAIL_FAM_ID
been
3
type
of reserved
hand/handobservation
to be reserved. 0 if not
2 family
the
type
of the disturbance
771d
: program
has acknowledged
supervision
identifier
of block
the program
block that made
the
transmitted)
known
0 typewith
data is not available
message
error
02 the source point in question is not allowed to send
1 FFFF:
time-out
ofstate,
the timer
wrong
i.e. the program block is in the
no significance
signalling
messages
to the destination
point (the
4 2number
of reserved
hand/hand
to be reserved
wrongan error during the configuration phase
message
3 an error
the to
attribute
setting
phase
state during
in relation
the unit's
working
state
been
5 lifehas
focus
of destroyed
the hand or sent back)
781d : failure in changing state of program block
03 the incoming link set in question should not be used
3 a287d
general
error code
which
the configuration
: program
block
has tells
beenwhy
deleted,
or its
to
6
computer
address of the customer
1
network
of the
creation
has from which the UPU message came:
send signalling messages to the destination point
CLNS failed
of the OSI failed. You can check its meaning in
(the
message
hasnetwork
been transmitted)
7
family
ID of the
customer
network
code
General
302d
: memory
protection error by program block
04 the
incoming
link
setnetwork
in question is not to be used to
00
national
Error
Messages
ofblock
System
131d
: program
not found0
send
8 process
ID
of
the
customer
04 an identical
national
network
1 already exists
program
block
1 132d
PCM: line
of the outgoing
circuit
signalling
to thenetwork
destination
point (the
08: errormessages
0
133d
ininternational
deleting program
block
message
9 life focus
of
the
customer
0C
international network 1
2
timebeen
slot of
the outgoing
circuit
has
destroyed
or sent
back)
05 the pointer of the global title in the calling party
3
PCM line of the incoming circuit
address
2
header code of message
global title is not permitted (the message has been
4
time slot oforthe
incoming
circuit
destroyed
sent
back)received
3
destination point
code
in message,
06
no
analysis
can
be
found
for the root of the calling
indicating
5
incoming bit pattern
partythe
destination point of the unavailable user part
address global title (the message has been
6
outgoing
bit pattern
destroyed
4
user or
part identifier received in the user_part_info of
sent
back)
the message, indicating the unavailable user part in
the
2 destination
point
signalling
network, which
can get the
destination
point
(3rd supplementary
information,
following values:
This alarm indicates a temporary defect in the
switch control
memory. There is a difference between the data
of the switch
control memory and the data of the switching file.
The switch control processor (SWPRO or
SWCOP) has not acknowledged the
The problem can be caused by
supervision message sent by the supervising unit
- defective cabling
within the specified
- faulty power supply of the exchange
time limit.
The
alarm
informs
- faulty
plug-in
unit of
of an
theerroneous
switching switch
networkcontrol
processor
(SWCSM) (SWCOP or
SWPRO)
restart.
- faulty control
processor of switching network
(SWCOP)
1
PCM line of the outgoing circuit
2
time slot of the outgoing circuit
The switching data of a semipermanent
multichannel connection is
erroneous. The data in the files
(SMWIBA/SMMUPO - HNCONN/LICONF) is
inconsistent.
The Transaction Capabilities Application Part
(TCAP)
of the common channel signalling system has
detected an error
in the management of a transaction. The
SCCP has received a message from the network.
transaction has been
The message's
interrupted due to this error.
destination is an unknown subsystem.
The disturbance has no effect on other
transactions.
The SMUX plug-in unit test has detected a fault
in the plug-in
unit. The test is to check that the SMUX plug-in
unit multiplexes
the 16 kbit/s channels correctly to the 64 kbit/s
The comparing test of the switching network
channel.
(GSWB) has detected an
error. The comparing test compares the bit
The test is carried out in the switching network by
pattern created in the
branching
switching network by the switchings in the
The
datatoofand
the leaving
switching
network
time switching
slots, coming
from
the SMUX,
network to the
control
memory and the
to the SWCOP,
bit pattern leaving the switching network.
incoming
connections
filebit
is different.
and by checking
that the
pattern contained in
the time slots is
correct.
Failure in the updating of the partner unit or
1
3
PCM line of the incoming circuit in the control
1
type of the controller of GSW.
memory
received.
4
time slot of the incoming circuit in the control
2
index of the controller of GSW.
memory
1
type of the controller of GSW restarted
5
PCM line of the incoming circuit in the reserve table
2
index of the controller of GSW
6
time slot of the incoming circuit in the reserve table
type of connection
(point-to-point connection PTP/point-to-multipoint
connection PTM)
00 multichannel connection between two external
1 type of the error. It can have the following values:
PCM circuits
01 multichannel multipoint connection between
01 beginning the transaction has failed in the user's
external PCM
end,
circuits
TCAP has not located the SCCP computer unit
1 type of the SCCP message that has an unknown
02 beginning the transaction has failed in the network
subsystem
as its
2
the connection's
incoming PCM circuit, from
because the TCAP user has not stated the version of
destination. It can have the following values:
SMWIBA/SMMUPO
TCAP to be used
03 beginning of the transaction has failed in the
01 the
CRconnection's
Connection Request
3
incoming
1
index
of SMUX plug-in
unittime slot, from
network
02 CC Connection Confirm
SMWIBA/SMMUPO
for unknown reasons
03 CREF Connection Refused
2 04 PCM
circuit coming
to SMUX
plug-in
unitthe hand's
transaction
has ended
abnormally
with
RLSD
Released
4 04the
incorrect
information, in the HNCONN/LICONF
time-out
05 RLC Release Complete
files,
3 05 of
incoming
time
slot
transaction
has
ended
abnormally for
1 06the
outgoing
circuit
(corresponds
to aunknown
4 Mbit/s
DT1
DataPCM
Form
1
connection's
incoming
PCM circuit
reasons
circuit
group)
07 DT2
Data Form 2
4 06 PCM
circuit
outgoingto
from
plug-in
sending
a message
theSMUX
user has
failedunit
AKincorrect
Data Acknowledgement
5 08the
information, in the HNCONN/LICONF
07
sending
a
message
to
the
SCCP
has
2
PCM circuit's 8 kbit/s channelfailed
09 outgoing
UDT Unitdata
files,
5 08 of
outgoing
slot
operationtime
automatons
have been used up
UDTS
Unitdata
Service
connection's
incoming
time slot to a 4 Mbit/s
1 0Athe
outgoing
PCM circuit
(corresponds
3 0B incoming
PCM circuit
(corresponds to a 4 Mbit/s
ED
Expedited
Data
circuit
group)
6-9
four
consecutive
bit patterns
coming
2
computer
address ofsamples
the partyofthat
requested
the to
circuit
group)
0C the
EAconnection's
Expedited Data
Acknowledgement
6
outgoing
PCM circuit
SMUX
plug-in unit.
service
RSR Reset
Request
2 0D outgoing
PCM
circuit's 8 kbit/s channel
4
PCM
circuit's
8 kbit/s
channel
0E incoming
RSC
Reset
Confirm
7
the
connection's
outgoing
time bit
slot
10-13
four
consecutive
samples
patterns
departing
3
family
identifier
of
thethe
party
thatofrequested
service
1 0F family
identifierData
of
program
block
thatthe
detected
ERR
Protocol
Unit
Error
3
incoming PCM circuit in the control memory
from
another unit to be
5
incoming
bit Test
pattern
IT failure
Inactivity
8 10the
error
code:
SMUX
plug-in unit.
process
identifier
of the party that requested the
updated (M, SSU). The file has not been updated 4 11
XUDT
Extended
Unitdata
4
incoming PCM circuit
channel in the control memory
service
in the unit which
2
number
of
the
message
which
caused
the updating
6 12 outgoing
bit pattern
XUDTS
Extended
Unitdata
Service
01 connection
is missing
from
HNCONN
received the updating input, either.
13
LUDT
Long
Unitdata
02 connection
is missing
from
LICONF
A file modification made in the Central Memory
1 life
number
ofofthe
message
that
updating
5
incoming
PCM
circuit
thecaused
incoming
focus
the
party
thatin
requested
the connections
service
3 14 unit
to be
updated
LUDTS
Long
Unitdata Service
has not been
file
updated onto disk. The data of the file on the disk 2
error codenumber
returnedinby
the
file update
(general
error
6
the
DX
Thebe
log
contains
4 reference
error code
returned
byhave
thelog.
unit
updated
2
network
indicator.
It can
theinto
following
values:
does not
message
of the
system).
See General
Messages
6
incoming
PCM
circuit
channel
theError
incoming
additional
16d REQMAN does not reply to the disk update
correspond to the data in the Central Memory.
of
System file
connections
onbefore
the error.
If the reference number is
A program block of the common channel
1 information
error
code
inquiry
time-out
00
international
network
0
for
error
code
explanations
not
used
in
the
log,
the
value
of the field is zero
signalling system has detected
01
value
of data
exceeds
file error
04106d
international
network
1 the accepted range
an error in the working file of the MTP routing.
recordnetwork
data are0 in conflict
0802
national
03national
value of
stored 1data is in conflict with new value
0C
network
3 file number
received
for that point
data code
3
4 destination
offset from the
beginning of the file
2
file number
4 number
of the destination subsystem unknown to
SCCP. If the
3 message
record that
number
is to be routed does not contain a
subsystem number,
4 thesubrecord
number
field's value
is FF
5 originating point code
There is not enough processor time for all
processes that are fit for
running. The operating system kernel has
temporarily increased the
priority of those processes that have not received
A signalling link has failed and changed state
running time for
from IN SERVICE to
some time. The processor has a 100 % utilization
OUT OF SERVICE, or its initial alignment attempt
rate.
has failed. If this
signalling link is the only one in the signalling link
A
lightweight
within
family
has or
The
situation hand
results
fromaaprocess
computer
overload
set, the system
been
a faultrunning
in somefor
sets also alarm 2070, LINK SET UNAVAILABLE.
a
period of time that exceeds the limit defined in
processes.
If there is an alternative
the parameter
signalling link available in the link set, the system
file. The other hands in the family have been
The
free stack
size of the process mentioned in
performs
a
waiting for their
the
changeover. In this case the signal transmission
turn to run. The running of the hand identified in
supplementary
capacity is also information of this alarm is below
the supplementary
the
threshold
decreased.
information of the alarm is stopped and the next
of 128 bytes. If it continues, the situation may
A
process,
specified
hand
is allowed
to in the supplementary
disturb the
information
of this
run, so as not
to disturb the functioning of the
functioning of the computer.
alarm,
has caused
other hands
in the an exception and, as a result,
the
process has
family.
been frozen. The exception may result from a
A process, defined in the supplementary
software
or usually results from a fault in the
The
situation
information
fields of this
hardware
fault.
functioning
ofsituation where it is impossible to
alarm, is in a
a
hand.
continue
The recovery from the freezing of a process may
execution. The process is stopped on purpose.
The
number of free hands of a hand type in a
require
The fault situation
process
familyactions, for instance a process
maintenance
is usually a result of erroneous packaging or
(indicated
restart or ain the supplementary information fields
functioning.
of
this
computer
switchover.
alarm) has dropped below the supervision
The
system
detected
error maintenance,
in a
Stopping
thehas
process
mayan
require
threshold during
semaphore
routine of
for example,handling
a
the measurement period.
the
operating
system kernel. The error may
process
restart.
disturb the functioning
If there are no free hands of a certain hand type,
of the erroneous application or the co-operation
All
local descriptor table slots for the process
thatthe
type
of applications.
family's
of hands cannot be reserved, and this may thus
dynamic
use are reserved and the reservation of
disturb the
a
new slot of the computer.
functioning
has failed. The error disturbs the functioning of
A process has called a buffer handling routine
the process
with an incorrect
family and thus possibly the functioning of the
buffer handle. A typical situation is a failure in the
whole computer.
release of
the buffer, so that the buffer remains occupied by
Reading
traffic
data
from the that
statistical
The fault of
may
be in
packaging,
is, an unit, or
the process.
back-up
insufficient number of
copying
fielddescriptor
reporting table
files, slots
has temporarily
dynamicof
local
in
failed
due towith the
comparison
a
fault, or
of statistics
or the I/O
number
ofoverloading
hand
arereport
reserved
a
The output
of theprocesses
regular field
has for
failed
system.
family.
The
fault
because the I/O
The
next
regular
or intermediate
report
may
may
also
in software,
too
many
system
is be
overloaded,
thethat
I/O is,
device
is notslots
in
therefore
contain
are
reserved.
order, the logical
information that is inexact.
output file used to print the report is not properly
The
process family indicated in the
connected
supplementary
information
to the I/O device,
buffer memory for making the
fields
of
this
alarm
report cannot be is not always the one whose
descriptor
reserved, or a field reporting file cannot be
table
is full, because some operating system
opened.
routines handle
tables other than the process family's own local
descriptor table.
This is especially the case when the family
identifier is 108.
1 id number of the processor whose load was
disturbingly high.
2 number of processes whose priority was increased by
the
1
signalling link number
operating system during the last inspection of the
ready-to-run
2
signalling link error code
queue.
01 stop command received
1
of the
where
scheduling
was
3 identifier
the identifier
of family
the family
thatforced
preceded
the process
02 erroneous BSN received repeatedly
executed
with
03 erroneous FIB received repeatedly
highest priority among the processes whose priority
04 error ratio too high
2
wasprocess identifier of the hand whose running was
05 acknowledgement delay too long
stopped
in the of
queue
for processes
for stack
running.
1 increased
family
identifier
the unsuccessful
process
whosefit
free
size is
06 initial
alignment
Fields
below
the limit. Fields
1, 2 and 3 consist of the
07 congestion
too long
3 3 and
focus
of the the
process
identifier
the hand
whose
4 contain
identifier
of theoffamily
in full.
complete
08 SIO received when one is not expected
running
identifier
the process
in one
question
09 SINofreceived
when
is not expected
stopped
4 was
process
identifier, see description in field 3.
0A
SIE
received
when
one
notcaused
expected
1 family identifier of the processisthat
an
2 identifier
of the
process
which
set
the expected
disturbance, see
0B
SIOS
received
when
one
is
not
exception
4
length
period,
inidentified
seconds,inthat
the3hand
was
5 description
priorityof
ofthe
the
process
fields
and
field 1 when one is not expected4.
0C SIPOinreceived
running
0D SIB
received
one is not
2
process
identifier
ofwhen
the process
thatexpected
caused an
6
of aprocess,
family
that
3 identifier
focus of the
seewas
fieldfit1for running during the
exception
whole
1 family
identifier
the process
was stopped
3
number
of theofsignalling
linkthat
terminal
inspection
period, although it received processor
4 of the
free
stack size
3
type of exception. Possible values are:
time
2
identifier
of the process
stopped
4 process
number
of the logical
signallingthat
linkwas
terminal
during
the in
period.
If the size
disturbance
occurred
because
5 decrease
free stack
was detected
because:
00
division by zero
of
3
thenumber
fault was
noticed
by: PCM circuit
5
of the
internal
1
identifier
04afamily
overflow
process,
this process
is the probable cause of
1 looped
ESP value
was below
the threshold
05
segmentation fault
the
01
LIBGEN
library
2 hand
values
other
than
zero were detected in the lowest
6
number
of the
external
2
type
identifier
06disturbance.
invalid
operation
code PCM circuit
02 128
code
produced
by the TNSDL translator
bytes
of the stack
07 parallel processor missing
03
Launcher
(i.e.
the
Program
starter
and
supervisor
7
previous
working state
of signalling
terminal:
3
minimum
percentage
of
hands
in alink
given
hand
08
double
fault
Fields
6identifier
and
7 contain
thefree
family
identifier
in full.
1
family
of the process
that
called the
routine
in Linux
type
09
faulty
segment
reference
in
parallel
processor
where00an
computer
units)
IDLE
the
supervision
period
0Aduring
invalid
Stateprocess
Segment
If
there
isTask
no
such
in the queue for processes
error
was
detected
01
OUT
OF
SERVICE
0B
segment not present
fit
4 cause
of
the
failure.
Values
set by system program
02 MONITORING
4
supervision
limitidentifier
percentage
0C
stack
exception
for
running,
the
is FFFF that
FFFF
2
process
identifier
of
the
process
called the routine
library:
03 WAIT
FORofFISU
1
family
identifier
theerror
process that called the routine
0D
general
protection
where04anNOT ALIGNED
an
error
wasof
detected
5
minimum
number
free hands in in
a given
0E
page
fault
7 where
process
identifier,
see
field 6hand type
error
detected
01
master
calling
fordescription
stopping
05 was
ALIGNED
during
10 error
in parallel processor
02
FAMILY_SERVICES_IN_USE
attribute
missing
06
PROVING
2 the
process
of the
process
that
called
the
supervision
period
FF
exception
not
found
in
the
logdetected.
8
ofidentifier
the
process
identified
in
fields
6The
and
7.routine
If
3 priority
error
code
describing
the
error
possible
03
error
in
buffered
message
reception
07
LOOP
CHECK
where an error was detected
there
1
family
identifierfamily
of the READY
process that called the routine
values
04
incorrect
generation
08are:
ALIGNED/NOT
6
ofprocess
free hands
inisa the
given
hand type
at theis end
isnumber
noan
such
(that
process
identifier
where
05
no
more
LDT
slots
09
ALIGNED/READY
3
selector
part
ofexception
the call return
address
of
4
of
the
address.
FFFF
FFFF)
error
was
detected
257d
error
in semaphore
name
06
saving
the
message failed
0A
IN SERVICE
the
supervision
period
If the
value
3use
is FF,
field has no significance
value
is of
0 field
258d
attempt
to
thethis
semaphore
07
numbers
of
hand
types
not valid in a way not
0B
EMPTYING
4 offset part of the call return address
2
process
identifier
of the
process that called the routine
allowed
by
08
hand
initialization
failed
0C file
UPPER
LEVEL
OUTAGE
1
number:
5
offset
of
the
exception
address.
9
tentative
return
address
code
segment
selector, where
where
an
protection
09
incorrect
user
for
the
routine
lib_TNSDL_stop_r
0D value
LOCAL
PROCESSOR
OUTAGE
the
of
field
3
is
FF,
this
field
has
no significance
theIf
process
error
was
detected
259d
illegal
attempt
tosubscriber
initialize
the
semaphore
0A
incorrect
user
for=the
routine
lib_TNSDL_create_r
0E5C0000
REMOTE
PROCESSOR
OUTAGE
=the
FACILI
facilities
(indentified
by
fields
6
and
7)
was
executing.
260d
ENTER_REGION
routine
call
incounters
a critical area
0B
incorrect
user for the
lib_receive_msg_r
0F4B0000
BOTH
PROCESSORS
OUTAGE
= SERLEV
= service
grade
3 selector
part
of the
call MIN_FREE_TIME
return
address
261d
EXIT_REGION
routine
call
outside
a critical
0C
parameter
error,
105940000
INTERNAL
LOOP
TEST
NORELC
= service
gradereturn
clear
code
Fields
9
andgiven
10= identify
tentative
function
1
error
by
I/OSTART_PTR
system.
area
0D
parameter
error,
11 code
EXTERNAL
LOOP
TEST
counters
address,
a
code
4 offset
part of the error,
call return
address
0E 5930000
parameter
TRANSITION_PTR
=the
DERELC
= was
service
grade counters
by
address
where
process
executing
during
cpu
General
error
message
of
the system.
Youfor
can check
4
selector
part
of
the
call
return
address
0F
internal
error
in
reserving
data
area
clear
code
group
time
supervision.
its
meaning
lightweight
hand = ACGAPP = service number counters
6500000
in
the General
Error
System
5 offset
part of the
call
return
10
internal
error
inMessages
savingaddress
theofstack
If the value of the fields 6 and 7 are FFFF FFFF, this
2
code:
field
haserror
no
2 Values
observation
set bytype:
Launcher:
significance. Also in near function calls it might not be
1d reading of traffic data failed
possible
0020subscriber
facilities
(FAC)
no response
to supervision
messages
2d
back-up
failed
to identify
the(RES)
codecopying
segment
of the process or library.
01
restarts
02 all grade
data
(SER)
Values
setcan
by of
theservice
TNSDL
translator:
You
check
the meaning
other
error codes in
1003
tentative
return
address
offset
ofofthe
process
intelligent
network
(IN)
services
(ACG)
General
(indentified
0480number
ofcalled
calls in
the
exchange
(TRF)
master
for
STOP
statement
Error
Messages
ofexecuting.
System
by81
fields
6codes
and 7)
was
05
clear
all calls
(CLR)routine
overflow
inofuser's
encode
06 clear codes of one outgoing number destination
The traffic measurement report output on the I/O 1 measurement type
device used for
printing the report has failed.
CGR
CIRCUIT GROUPS
DEST DESTINATIONS
CNTL CONTROL UNITS
A message to be received is longer than the area 1 family identifier of the process that received a message
SUBS SUBSCRIBERS
reserved for
to
TCAT TRAFFIC CATEGORIES
message reception, therefore, receiving the
an insufficient reception area
BS
CELLS
message to the
SMO
SUBSCRIBER MODULES
process data area was only partially successful. 2 process identifier of the process that received a
The forming or outputting of signalling
1 ANN
the lost ANNOUNCEMENT
report:
CHANNELS
message to
measurement report
CTD
CIRCUIT GROUP TO DESTINATION
If the process does not check whether message
an insufficient reception area
in the defined device has failed. The reason may
01
LINK TO
AVAILABILITY
DTDSIGNALLING
DESTINATION
DESTINATION
reception was
be in the
02
LINK PERFORMANCE
VANSIGNALLING
VOICE ANNOUNCEMENT
successful, the process may erroneously read
3 message length
definition of the logical file used in the outputting
03 SIGNALLING
LINK UTILIZATION
REMOTE
The receiving
of line signals is overloaded.
1 RSS
plug-in
unit typeSUBSCRIBER STAGE
information
in the
of the
04
POINT STATUS
BCHSIGNALLING
BEARER CHANNELS
data area outside the reception area as the end 4 message sender's computer
report, or in the switching, or the reason may be
05 SIGNALLING LINK SET AND ROUTE SET
2
plug-in unit index
part of the message,
the wrong
AVAILABILITY
2 error code 154d is output to this field, if no reply to
and interpret that data according to message
5 message sender's family identifier
operating state or overload of one of the I/O06 report
SIF AND
SIOrequest
OCTETS
HANDLED
WITH
output
is received
from
the RFGPRB
3 theerror
code
structure.
The
recovery
1
error code which
devices
whichsystem has deleted the trial
SIGNALLING
POINTindicates the reason for deleting the
program
0 the buffer
of the
signalidentifier
receiver in the LST plug-in
6
message
sender's
process
configuration,
trial07
the logical file because
in question is linked with.
SIF AND SIO OCTETS HANDLED WITH SIO
unitblock. Otherwise, any of the error codes returned by the
a) in connection with the latest OMU restart,
configuration.
You OCTETS
can checkHANDLED
its meaning
in General
08 SIF AND SIO
WITH
OPC,
said
is fullnumber
7
message
automatic return
Error
DPC
AND SIO
program
block is output. You can check their meaning
changed the software build to another because of in General
Messages
System.
SCCP of
SIGNALLING
METERS
File loading has been interrupted due to recurring 1 09
general
message
ofPOINT
the buffer
system.
can check
1 theerror
LSPPGM
message
forYou
received
signals
a fault situation
0A
SCCP
SUBSYSTEM
METERS
Error
Messages
of
System
errors.
itsfull
meaning with
is
or
0B
SCCP LOCAL
SUBSYSTEM
The unit is restarted to recover from the errors.
a command
of the service
terminalAVAILABILITY
extension MRS or in
b) a system restart occurred in a situation where
0C
SCCP
SINGLE
METERS
General
2 Error
the LSPPGM message buffer for supervision
the OMU (non-redundant)
0D
TC PERFORMANCE
AND UTILIZATION
Messages
of System
messages
The
1 0E error
code:
was alarm
not in is
theissued
trial when CCRECE receives
TRANSMITTED
AND RECEIVED FRAMES AND
is full
from a signalling link
OCTETS
ONof the family that detected the error
2 identifier
a message which it cannot distribute to the user
01
PCMCON file access error
D-CHANNEL
USAPRO
(A0): errorbuffer
detected by unit
state
3 the
message
modules
part concerned.
COSPPC
file
accessbetween
error theSTATISTICAL
0F02D-CHANNEL
MISCELLANEOUS
administration
(RTC85-LSPREC)
of
the
LSPPGM
is full
03 CIINTA file access error
METERS
An erroneous signalling message has been
1 FEMSER
error detected
in signalling
(2A3): error
detectedmessage
by file server for
10 Q.921
ERROR METERS
received from a plug-in unit.
memory
files
all of
theservice
filteringinformation
time counters
LSPPGM
are in
2 11 4value
octetof(SIO)
of received
TC
TRANSACTION
METERS
There is a failure or a disturbance in the plug-in uselnx-dxfile-loader
01 signalling (705):
message
isdetected
too long by Linux file
error
message
20signalling
LINK INTERVAL
LOG
unit, or the
02SIGNALLING
service information
octet is faulty
loader
21
MTP
SIGNALLING
POINT
INTERVAL
LOGmanager
content of the signalling message sent by the
The
error
may also
be
detected
by a database
5value
the
buffer
forcode
received
signals
in the
The free dynamic LDT slot count of a process
1
family
identifier
of the
process
whose
free
dynamic
3 22
ofmessage
destination
point
of received
SCCP
SIGNALLING
POINT
INTERVAL
LOG
partner exchange is
2
type
of plug-in
unitunit is full
AS7_U
plug-in
indicated in the
LDT
slot
countSEGMENTATION
signalling
message
23
SCCP
REASSEMBLY
faulty. The incoming signalling message is
message
bus
address of the AND
computer
where the failed
supplementary information fields of this alarm is 3
is
below
the
limit
ERRORS
INTERVAL
LOG
deleted, and if the
3 loading
indexwas
of plug-in
unit
executed
below the
4 24 value
of originating
point code of received
TC INTERVAL
LOG
disturbance is caused by a faulty signalling
supervision limit indicated by the process.
2 25
number
of GT
family's
free dynamic
LDT slotsLOG
signalling
message
SCCP
TRANSLATION
ERRORS
The
delaythe
buffer
1
plug-in
unit
typeof signalling terminal
terminal,
call of a plug-in unit is full.
4 load
logical
number
group
source
Messages
are
deleted of a single call can be
setup
or call
termination
01
memory limit
The fault may be in packaging, that is, an
3
supervision
5
ofunit
signalling
selection
ofif received
2
thevalue
value
will information
belink
output
inoctet
thefield
field
RFGPRB
when
the delay buffer is in use, so that the
2
plug-in
index
affected.
5 02
value
service
(SIO)
of received
disk of154d
insufficient number of
signalling
message
program
block
gives
no
answer
to
the
output
request of
signalling traffic is
signalling message
dynamic local descriptor table slots in
4 the
supervision
interval insome
seconds
report.
Otherwise
other
general error code
disturbed. The overflow situation may be caused 3
logical
number
of signalling
terminal
5
load
type
The
family indicated
1
family
identifier
comparison
with the in the supplementary
6
the value
of the circuit identification code field of
will
by overload or a
6 01 value
ofloading
destination point code of received
virtual
information
fieldsprocesses
of this
number
of hand
are reserved for a
such
be
output.
You
can
check the meaning of error codes
failure in the plug-in unit. The alarm is issued
signalling
message
02
immediate
loading
alarm
the supervision limit set to
2
family's
memory
use percentage
observed
by the field,
family.has
Theexceeded
fault
a
received
signalling
message that
contains
with
when there
its
memory
supervision
may
also beuse.
in software, that is, too many slots
e.g.
a
command
of
the
service
terminal
extension
is a changeover or controlled rerouting.
7
value
of originating point code of received MRS or in
6 load
group
During
start up,
the system allocates memory
are
reserved
or
the
signalling
messages
the TUP
and ISUP user
General
Error
Messages
of of
System
in customer
The amount of free memory in the computer is
1 size
of the biggest
free buffer
signalling
message
areas
to the family
3
supervision
limit percentage
the
supervision
limit
is
set
to
be
unnecessarily
parts
documentation.
below the alarm limit
7 identifier of the file whose loading failed
based
on
maximum memory use rate in normal
high.
such
used In
in supervision.
2
alarm
limit
used in supervision
8
value
of
link
selection
fieldfamily
of received
functions.
4 memory,
in signalling
kilobytes
bytes,
allocated
to label
the
the
case
the slot count may fall below the limit even 7-9
next three
after
the user
in theat
signalling
signalling
message
The
system
also supervises that this limit is not
time
of the supervision.
If itthe
exceeds
64 MB,
the value is
in
normal
operation.
message
received
from
signalling
link
If the computer runs out of free memory, memory 3 total free memory amount
exceeded.
FFFF
allocation fails
the
limit the
is exceeded,
this slot
alarm
is set
off.below
In
case
dynamic
LTD
count
falls
and may disturb the functioning of the computer. 4 total memory amount in memory administration
5 free memory, in kilo bytes, at the time of the
the supervision limit,
Memory
use
of process
families
is supervised
supervision.
itThe
is highly
probable
that
the
number
of
slots
has
size of the largest unified memory area is
because
a faulty family
If it exceeds 64 MB, the value is FFFF
been
significantly
used as the free
may
reserve
athe
lot reason
of memory
andshould
thus prevent
reduced,
and
for
this
be
memory amount, as its size is more in
other
6 memory, in kilo bytes, allocated to the family at the
clarified
accordance with the available
processes
from reserving memory. The failure to
end of the supervision period. If it exceeds 64 MB, the
immediately.
free memory amount than the total free memory
reserve memory
value
amount.
disturbs
the
functioning
the dynamic
processes
andslots
the
is FFFF
When the
family
has no of
more
LDT
The number of free buffer headers is below the
alarm limit used
in supervision. This indicates an increased risk of
running out
of free buffer headers. When there are no more
The message queue of the process has reached
free buffer headers
its defined maximum
the computer must be restarted.
length and the message sent to the process is
deleted.
The fault may be in packaging or software,
The
number
ofinsufficient
traps exceeds the alarm limit
resulting
in an
during
overall number of buffer headers or one of the
the
supervision
process
familiesinterval.
reserving too many headers. It is also possible
Traps
are
produced limit
whenhas
thebeen
program
uses
that
supervision
setresponding
to
be an
The the
file system
program block
is not
insufficient
or faulty
memory
unnecessarily
high,
to a message within
or,
for example,
faulty isaddtional
plug-in unit.
in
case
analimit
alarm
too early.
thewhich
allowed
time
or itsset
answer
is erroneous.
Traps do not usually disturb the functioning of the
If the program
program producing
block has not answered the message within the
A
process
failedindicate
to reserve
a buffer because
them,
but they
a disturbance
either inthe
the
allowed time limit,
buffer
size software or
hardware,
there may be discrepancies between files in the
requested
the
process
is larger
in the data by
that
the
program
uses. Ifthan
the the
fault is
units.
largest
related free
to hardware,
buffer.
the
system
other
alarms
well.
Some
of thenormally
countersgives
or logs
of the
SS7as
statistics
1 number of free buffer headers
2 alarm limit used in supervision
3 total number of buffer headers
1 family identifier of the process whose message queue
is full
2 process identifier of the process whose message
queue is full
1 number of traps during supervision interval
3 sender computer of the deleted message
2 alarm limit used in supervision
4 sender family identifier of the deleted message
3 identifier of the family that caused the latest trap
1 location unit type of the partner program block
5 sender process identifier of the deleted message
4 identifier of the process that caused the latest trap
2 location unit index of the partner program block
6 deleted message number
5 register's CS value at the moment of the latest trap
3 family identifier of the partner program block
1
family identifier of the process whose buffer
detection
reservation
4 number of the message sent to the partner program
6 failed
register's EIP value at the moment of the latest trap
block
detection
2 process identifier of the process whose buffer
1
of counters
lost:
5 type
number
of the fileorinlogs
connection
to which the error was
reservation failed
are not reported,
detected.
Buffer
reservation
failure
may prevent
the
The
address
formed
byorCS
EIP in
is question
an
because
the counters
logand
events
01
MTP
counters
If the
value
is FFFFFFFF, the file number cannot be
execution
of a the program
3 requested buffer size
address
where
are lost from the
02 SCCP/TC counters
identified
task
or make
slower.
execution
wasit when
the trap was detected, that
files.
03 MTP interval logs
Functioning
of a program block in a preprocessor 4 largest free buffer
is, the address
04
SCCP/TC
intervalbylogs
6
error
code returned
the partner program block.
is
not normal. program's general execution area
describes
If the alarmthe
concerns counter reporting, the
You
can
check
its
meaning
in the General Error
Either
start-up
of the program block has failed or 5 total amount of free memory
rather
than
a 30-minute
following
two
2
file number
of the counter or log file whose counters or
Messages
of
System.
the
program
specific
addressing
area.
freezing memory
periods have
passedexecution
during the
report
logs
block does not send an answer to the supervision
A
preprocessor
has restarted spontaneously or
1 were
type not
of the
restarted
preprocessor
unit
outputting,
and thus
reported.
If the
file numberplug-in
is not available,
the
message.
executed
by the
the counters
of the first reporting period are lost.
value of the field is FFFFFFFF
supervision
program
block due to fault. If the
2 index of the restarted preprocessor plug-in unit
The counters
of
preprocessor
is equipped
the freezing period
in question will not be
into
a unit which
working state is WO-EX, the
3 reset initiator
included
the following
Statisticsto
measure
the ratio between failed
1-8 SCP global title:
restart
causes
00 spontaneous, not executed by the supervision
reporting
period.
transactions and all
there are two digits in each byte. If there is an odd
disturbance to the function of the unit.
01 executed by the supervision program block due to
transactions between the SCP and the SSP. The
number of digits, the meaningless digit is FH and the
fault
If
the alarm concerns
reporting of interval logs,
measurement
is performed
rest FFH (e.g. the global title 123 is printed
the
5-minute
period
finished
before
on the
global freezing
titles of the
SCPhas
with
the MML
12 3F FF FF FF FF FF FF).
The
transmit
buffer of SAAL, which is maintained 1
external
interface identifier of the signalling link
4 the
number
of restarts
the
log
events
command
TDC.of the
by
the SSCOP
layer,
previous
5-minute
period are reported. In this
9
the number of all transactions in SCP
has
filled
Signalling
units, which are 2 the virtual path identifier of the signalling link
case,
the up.
log
eventsfailed
in message
If the ratio
between
transactions and the
during the observation period
sent
to SAAL,
are
question
are not
total number
of reported, but they are available
lost.
SAALcommands.
is able to handle normally only MTP-3 3 the virtual channel identifier of the signalling link
with
MML
An
actor has exceeds
failed to a
register
to the
DMX
family
identifier
of anthat
actor
that has
transactions
given limit
atactive
the end of a 1
10 thethe
value
of the
error ratio
caused
thefailed
alarm
management messages.
supervision.
to register to the supervision
period, and the
The signalling message transfer of concerned
4 number of signalling units in transmit buffer
total number of transactions does not exceed a
signalling link is
It
is possible
thatthis
the supervision data table has
given
limit, then
disturbed. This situation may be caused by the
filled
up. Thisfor the global title defined is printed.
disturbance
A
critical actor
for the functioning of the unit has
congestion
in the
means that the actor supervisor (SVATOR)
failed.
signalling data transfer or failure in the SSCOP
cannot
take more
This
function
has, actors
in
thee.g.
class
9 of thewhich
parameter
This
of actors
are
QXFPRB,
layerkind
of SAAL.
under
the
active supervision. The problem has no
file,
the
parameters
activates
recovery
The alarmthe
may
appear in the signalling link
effect
on theperiod (15), error ratio alarm limit
observation
functions
andsituations.
DAQTOR, which takes care of
changeover
actor
supervision
(14),
and
limit actors.
for already activated.
starting
other
the total number of transactions (13).
Apart from the active supervision, all actors are
Actor Supervisor (SVATOR) stops to feed the
supervised
watchdog feeder actor
passively, i.e. exceptions made by the actors are
and this will cause a unit restart.
always noticed.
If the actor is not supervised actively, the
erroneous behaving
(e.g. infinite loops) or the total stopping of the
Working state data in the memory of the
supervised unit is different
from the working state data of the supervised unit
in the memory of
the supervising unit. The system detects this
The phase advance setting of a rack has either
divergence by itself
been changed
and begins the actions in order to correct the
to default value or updated according to the
problem.
phase advance
measurement result.
Handling
measurement
definition
This data of
divergence
can be
causedfile
by has
message
failed.
be a
transferThere
errorsmay
during
If the default phase advance value was taken into
temporary
overload
the I/O-system.
the distribution
of theinworking
states toThe
functional
use, the
changes,
which have possibly
units. It may
functional units of the rack which are located far
been
made
have not been
updated
theitfile.
cause
malfunctioning
of the
system,toand
slows
Outputting
the statistical
measurement
report
has
enough
The
measurement
continues
down
or
may
even
failed.
The
report
of may have synchronization
from the
main
clock
using
thethe
changed
parameters,
but in a in
possible
prevent
automatic
recovery
actions
the
the
measurement,
which
has caused
the alarm
problems
with
restart
situation
system.
may
disappear
if the
the basic
timingor,
signals.
the system will continue the measurement using
measurement report is output, the data in it may
Data
writing
via the VDS device has failed. The
the old
parameters.
be
faulty.
Theadvance
third value of the rack was
If
the
phase
report
of the that
measurement
This means
the schedule of the
and
fourth
supplementary
information fields show
updated
when
some
that
has caused
thenot
alarm
may disappear. The
measurement
may
be correct.
the
reasonunits
for the
functional
had
synchronization
problems,
second and third supplementary
failure.
the
information
fields
show
the reason for
the failure.
The
third
and
fourth
supplementary
information
The
supervision
of the
functional
is work
not
synchronization
after
the
updatingunit(s)
should
fields
show
functioning
better.
This because of
the
reason for
the failure.
a
problem,
orwhen
the supervision
is of the
is technical
the case especially
the difference
stopped
by
the
user
old and
for
a phase
specialadvance
reason. value
If the supervision
is stopped
new
is big
enough.
If the
The program
block of the user
management
by
the user,
difference
was
(URMANA) has failed
the
system
starts it automatically
after
a while (in
only
a fewthe
measurement
updating
updating
validity timesunits,
of thethe
MMI
users' may
less
than
one hour).
have
no
passwords.
effects
on the
basic
distribution
of
The validity
times
of timing
the passwords
remain
Report
onofunits
SCCP
disturbances.
The
lack
supervision
does not prevent normal
functional
unchanged.
operation
in the rack.of the system,
but it slows down or may even prevent the
automatic recovery actions of
the
unsupervised
unit. disturbances of the SCCP
Report
on the analysis
1 working state of the supervised unit in the memory of
the system
maintenance unit
2 working state of the supervised unit in the unit's own
1 reason for phase update made:
memory
00 default phase advance was taken into use because
phase advance setting according to automatic phase
advance measurement is not possible due to
1 measurement identifier. You can check its meaning by
measurement result changing all the time. The
using the MML
reason
command T2C.
of measurement failure is typically the last rack
where the timing bus is terminated. If the CLAB units
2 measurements object list identifier (from 1 to 999). You
1 measurement
identifier
of thepower
report.supply
You can
check its
of the last rack
are without
or plug-in
can check
meaning
unitsby
of CLAB are removed, the automatic phase
its meaning by using the MML command T2C.
using
the MML
command T2C.
advance
measurement
fails
3 failed task:
01 phase advance
was
The
difference
1measurement
of updated.
the report.
You
can
check its
01 Writing ofidentifier
measurement
definition
file
failed
2
measurements
object list identifier (from 1 to 999). You
between
the
meaning
by
02 Passifying
of measurement definition file failed
can check
phase
advance
value used
using
the MML
command
T2C. and measurement value
its meaning by using the MML command T2C.
was
4specified reason for the error case shown in the third
too big and updating was needed. The phase
supplementary
1 failureisreason:
ERROR_CASE:
advance
2
the reason
forThis
dataiswriting
to fail:
information
field.
a general
error message of the
updated
after maintenance concerning the
01
Error intypically
I/O system.
system.
01
User
has
stopped
the
unit
supervision
thetiming
reason
for outputting
of
reportphase
failed:advance was in
signals
orfrom
when
default
02
Nocheck
response
I/Owith
system
You
can
its meaning
astopped
command
of theof
service
02
Unit
supervision
has
been
because
a
01
Buffer
allocation
failed
use
due
to
automatic
phase
advance
measurement
03 Memory allocation failed
terminal
technical
problem
02
No
data
writing
service
provider
problems
1
reason MRS
for failure
the password
time
extension
(see of
Service
Terminalvalidity
Essentials,
03 Error with data writing service provider
updating
Maintenance
Manual)
functional
unit
whose
supervision has been stopped:
2
old
phase
value
inadvance
writing
of
memory
file Messages
3specified
for the
error
caseError
shown
in the second
or 01
fromerror
thereason
document
thethe
General
of
02 error in writing of the disk file
supplementary
System,
0xFFFF
Supervision
of allsupplementary
units stopped
3specified
reason
whenfailed
the third
3
newcreation
phase
advance
03
of
hand
information
This
is value
a general
error
message
Supplementary
References
1 identifier field.
of disturbance.
Possible
values
are: of the
information
field
has
system.
phys_address_t
Physical
address
of theofunit
value
03. This is a general
error
message
the whose
system.
You
check its
meaning with a command of the service
01can
releasing
supervision
has connection failed, as no
You
can
terminal
acknowledgement
has been
been stopped
or technical
problem
prevents
check its meaning
with
a command
of the
service
terminal
extension
MRS (see Service Terminal Essentials,
received
the
extension
1
error
code.
Possible
values
are:
Maintenance
Manual)
02 (see
abnormal
release
of
the
time
supervision
to connection,
this
unit.
MRS
Service
Terminal
Essentials,
Maintenance
global title
or
from
the
document
the General Error Messages of
supervision
of the
Manual)
or
from
translation. The global title analysis was not
01 unknown nature of address indicator. There is no
System,
passive receiving
has expired
the
document
General time
Error(IAR)
Messages
of System,
completed because
analysis
Supplementary
03 abnormal References.
release of connection, erroneous IT
Supplementary
the analysed number was not found in the
for this nature of address indicator in the GANFIL
Report on the output disturbances of the SCCP 1
error code. Possible values are:
message
References.
analysis data. The alarm
global title
04 abnormal release of connection, time supervision of
may have some effect on the traffic capacity of
02 unknown numbering plan. There is no analysis for
translation. The results output record of the
record number formed as a result of global title
the01
hand
the system.
this
global title translation
translation
has expiredcauses a file access error when trying to
A message that contains the global title in
numbering plan in the GANFIL
contains incorrect information or global title
form an address
to the Global
Title
Result
failed,
theTranslation
time
supervision
The
amount
1 05
sizeestablishing
of messageconnection
buffers in the
message
size
class
question
will of
notfree
getmessage buffer memory in
modification cannot be
File (GTRFIL)
of
the
one
size class in
which
is
to itsmessage
destination.
03 unknown
translation type. There is no analysis for
done to the existing global title number. The
connection establishment (CONN_EST) has expired
the computer is below the alarm limit used in
thisrunning out of message buffers
alarm may have an effect
02
global title failed,
contains
06 translation
establishingofconnection
as an
theunknown
local
supervision. The alarm
translation type in the GANFIL
to the traffic capacity of the system. A message
destination
point code
subsystem
has
limit is usually set so low that the alarm indicates 2 number of messages allocated in the message size
Database
dumping
index; this
is still
requiredrequest
in some database
that contains
the has not been successful for a 1 database
not responded
to the
connection
a critical
class
04
unknowneven
encoding
scheme.
There
is noisanalysis
long
time
to
applications
though
thecontains
current
trend
that the for
global
titledue
in question
will not get to its
03
translation
of
global
title
an unknown
07
subsystem
does
not
respond
to
local
sending
reduction in the amount of free message buffers. this
a
high transaction load and the age of the disk
database
is identified
by no
thecounterpart
values entered in the
destination.
subsystem
number
local of
subsystem
has
3 08
number
free
messages
the message size class
encoding
scheme
in the in
GANFIL
copy has reached
two
followinga
supplementary
information
fields, i.e.
09
sending
signalling
message
to the subsystem
When there are no free message buffers,
its maximum limit. The dumping is now started
database
name
and
database
occurrence
04
translation
of
global
title
contains
a
reference
to a
fails, as the
reservation of a message fails
05 unknown global title indicator. There is no analysis
with an option to
record
of the
Global
Title Modification
File (GTMFIL).
subsystem
has
not
enrolled
for
the
service
and this may disturb the functioning of the
for
prevent transactions when overloading occurs.
2 0A
database
name
When
modifying
thetoglobal
title using
sending
message
user has
failed the values of
computer.
this global title indicator in the GANFIL
This strategy is
this0B sending message to MTP has failed
followed until the dumping is completed
3 0C
number
ofthe
database
record,
result isoccurrence
ancould
erroneous
globalthe
title
(e.g. too
SCCP
management
not locate
signalling
This alarm does not necessarily mean a fault.
06 unknown global title standard. There is no analysis
successfully.
many
digits
are added or removed)
unit
being
The alarm can also be
for
4 how
much late the disk copy is from the state in
distributed
an indication of a temporary shortage of free
this global title indicator in the GANFIL
memory.
2 0D
record
number
of GTRFIL
sending
signalling
message to a subsystem fails,
message buffers caused
The
format of the value is hh:mm
as
the
by a high processor load.
11 GANFIL contains no analysis for the first digit of
3 global
title standard,
possible
values
are:
standard
of the TCAP
message
is different
from the
the address
TCAP
The second layer protocol (LAPD) of the Dchannel of the primary rate
access has detected protocol errors. The cause
may be a malfunction in
the unit or the equipment functioning as the
The second layer of the primary rate access Dterminal equipment, or a
channel does not
faulty connection (loop) in the switching network
receive any answers to the command frames it
or at some other point
has sent. The missing
of the PCM connection.
answers may be due to a partial or total
There are transmission errors in the data link
inoperation of the remote end,
connection of the
or breaks in the data link connection.
primary rate access D-channel. The errors
manifest themselves in check
The alarm usually appears in connection with
sum errors of the second layer frames, and/or in
The
primary
access terminal has not
short-term
orrate
permanent
overlong
answered
to the
inquiries
or
breaks in the
data
link connection.
The alarm
frames due to the disappearance of frame
requests
to it.problems
may also sent
indicate
signals.
with protocol in the data link connection layer. In
other
words, the
A connection
has been re-established on the Dremote
doeswhich
not, in some situations, respond
channel,end
during
according
to
the
some information may have been lost. The alarm
recommendations.
usually occurs in
1
number of the channel link set (D-channel)
2
D-channel index within the channel link set:
00 primary channel
1 number of the channel link set (D-channel)
01 back-up channel (in primary rate access only,
not in use)
2 D-channel index within the channel link set:
3
type of the channel link set:
00 primary channel
1
number of the channel link set (D-channel)
01 backup channel (in primary rate access only, not in
00 primary rate access channel link set
use)
2
D-channel
index
within (SUB)
the channel
linklink
set:
01
subscriber
module
channel
set
02 exchange terminal (ET) channel link set
3 type of the channel link set:
00
primary
channel
03 of
functional
unit rate
channel
linkterminal
set
1 index
the primary
access
01 backup channel (in primary rate access only, not
00 primary rate access channel link set
in
use)number of the D-channel's PCM
4
2 01
channel
link setmodule
number(SUB) channel link set
subscriber
02 exchange terminal (ET) channel link set
3
type of the channel link set:
3 03
D-channel
index
the link
channel
link set
functional
unitwithin
channel
set(D-channel)
1
number
of the
channel
link set
00 primary rate access channel link set
4 type
of the
channel
link set:PCM
of the
D-channel's
2 number
D-channel
index
within (SUB)
the channel
linklink
set:
01
subscriber
module
channel
set
02 exchange terminal (ET) channel link set
00 primary rate access channel link set
connection with unit restarts, but it can also occur
00 primary
channel
functional
unit channel link set
The PXRECE has received a message which it
1 0103
error
code module
subscriber
(SUB) channel link set
in data
01 backup channel (in primary rate access only, not
cannot distribute to
erroneous
protocol
discriminator.
021dexchange
terminal
(ET)
channel link set
transmission connections of poor quality.
in
4 use)
number
of the D-channel's
PCM
the receiver.
can check
meaning
General Error
03You
functional
unititschannel
linkinset
Messages
3
type of the channel link set:
of System
5
expected
message
to which
An incorrect message has been received from
1 message
an errorthat
haswas
been
detectedorina the
message
response
was
the primary rate access
1d primary
the message
is too long
00
rate access
channel link set
2 expected
number of the primary rate access terminal
terminal. This may be due to a fault or
You
can check module
the meaning
other error
01 subscriber
(SUB)ofchannel
link codes
set
disturbance in the terminal
in
Error
Messages
System
02General
exchange
terminal
(ET) of
channel
link set
3
indicates
discriminator of the
statethe
of protocol
D-channel
itself, or to the incorrect contents of the message 6 internal
03index
functional
channelplug-in
link setunit
The AC25-S/AC25-A/AS7-U/AS7-V/AS71 the
ofreceived
the unit
reinitialized
message
sent by the
2
number of the primary rate access terminal
A/COCEN plug-in unit has restarted.
7 identifier of D-channel time supervision
remote end.
number of the D-channel's PCM
As a result of the restart of the plug-in unit AC25- 4
4-9 indicates the next six fields of the message
S/AS7-U, the OSI
administration releases all X.25 connections via
The channel group becomes unavailable and this 1
the name of the channel group that has become
that plug-in unit.
means that remote
unavailable
The plug-in unit is reinitialized after the
applications all of whose labels use unavailable
connections have been
channel groups
released.
become unreachable. The channel group
An OSI program block restart is caused by an
1
the family identifier indicates which program block
becoming unavailable is caused
internal
faultof the COCEN plug-in unit does not
has been restarted. Possible values are 0000 - FFFF
The restart
by the fact that the group contains no available
situation,
e.g.
when the memory space allocated
result in the
release
channels.
to
the program
2
the diagnostics field indicates the reason why the
of OSI
or TCP/IP connections via that plug-in
block
hasthe
been
exceeded.
program block is restarted. Possible values are:
unit,
but
level
An OSI program block has received a message 1
identifies the program block in question. Possible
The
disconnection
of thedecreased.
OSI connections
of
service
is been
temporarily
that
has not
specified
values are 0000 - FFFF
maintained by the
01 : memory space request too large
in its interface. The sender of the message is
program block results in the program block being
02 : memory space exceeded
written into the log of
2
the interface field identifies the interface where
restarted.
03 : erroneous interface table
the unit that accomodates the centralized part of
the fault occurred. Possible values are
A
callmemory
has been
receivedsituation
from theofnetwork
to a
1
the
part (max.
7 digits)
The
allocation
the program
04first
: ASN.1
decoding
errorof the address of
the OSI administration.
local
with
the calling remote end
blockapplication
prior
00 : administration interface
incoming
call is
denial.
to the restart
written into the log of the unit
01 : upper interface
2
the remaining part (8 digits) of the address of
where the
02 : lower interface
the calling remote end
centralised part of the OSI administration is
located.
3
number of digits in the address of the calling
remote end. The value is between 0x00 and 0x0F
4
OADFIL file record containing the called
local address
5
plug-in unit from where the call arrived
This alarm indicates one of the following two
situations:
1) Application Server Process (ASP) activation
failed, in case the
network element is working as an Application
A failure has been detected in the communication
Server.
between the
2) Signaling Gateway Process (SGP) activation
preprocessors of the system, or between a
failed, in case the
preprocessor unit and
network element is working as a Signaling
its host computer. The failure hampers
Parameter
Gateway. setting has failed concerning
communication.
Signalling
No.either
7 (SS7)
Because ofSystem
this error,
the signaling
signalling
over Internet
(IP).
capacity decreased,
or Protocol
the
Application Server or Signaling Gateway is not
The
MTP3 User
Layer (M3UA)
available
all. Adaptation
SCCP hasatdetected
at the signalling transfer
protocol has failed in setting at
point a signalling message
least one of the Stream Control Transmission
for which this alarm must be set. Additionally,
Protocol (SCTP) parameters
also the transit of the
in the context of the SCTP association
signalling message is to be prevented.
The
unit has not responded in the allotted time to
establishment.
This conclusion is based on the calling and the
a supervision
called global
message
sent
bythe
thevalue(s)
supervisory
unit.
The
This means
that
of the
SCTP
titles included in the message.
supervisor
lost the
associationhas
parameter(s)
connection
to the
unit
waits if the
unit has
do
not change
and
so and
the value(s)
of the
The
digital
signal
(DSP)
has
not
If thePCU
transit
message
isprocessor
destroyed,
it may
cause
restarted
or failed.
parameter(s)
are
not
answered to a supervision
disturbance
necessarily
thefrom
values that
the
user Quicc
has
message
sent
PCU
Power
in the function
of thethe
user
parts
of the signalling
Recovery
actions
have
been started at once and
configured.
When
the
parameter
processor,
or the DSP has reported
point that sent
after
a short
period operates with the old value of
setting
fails, SCTP
thatmessage.
a critical
process
running on for
it has
died.
the
Usage
restrictions
transit
The
BSC
sends
an overload
message
there
will be
another
alarm, which
tells to
thethe
reason
the parameter.
messages
are
usually
set
MSC
overload situations
for theinrecovery:
Due
to the failure,
the
signalon
processor
and the
on
exchanges
that
function
another operator's
inside
the BSC.
At the
arrival
1001 UNIT
RESTARTED
or of this message,
data
channels
interface.
the
MSC
decrease TO UNIT SUPERVISION
1010
NO will
RESPONSE
handled by it are temporarily out of use.
the
amount of paging by a certain percentage.
MESSAGE
The unit
restarted.
Notificationtries
wastoreceived
PCUwas
Power
Quicc processor
reload
This will help the BSC
via
andHW-management
restart the DSP.
to cope with the unusually high amount of paging
system.
messages.
1
type of the preprocessor unit generating the alarm or
suspected faulty.
See instructions on Diagnostics and Testing
1 SCTP Payload Protocol Identifier
2
index of the unit generating the alarm or suspected
1 - IUA
[RFC3057]
faulty; if .. the index is not known
2 - M2UA
[RFC3331]
3 - M3UA
[RFC3332]
3
channel identifier within the unit:
4 - SUA
[RFC2960]
1 type of access right violation of the STP function
5 - M2PA
[RFC2960]
(cause
code) FFFF host computer
SBCN:
6 - V5UA
[RFC2960]
0000 RSCN (SUB 0)
7 - H.248
[H.248]
01VXCN:
the sourceFFFF
point behind
the calling GTT result
host computer
8 - BICC/Q.2150.3
should not 0000 RSCN (SUB 0)
[Q.1902.1/Q.2150.3]
send
signalling
messages
with the called GT, the
RSCN:
FFFF
host computer
9 - TALI
[RFC3094]
translation 1...7 index of SBCN unit (SUB 1-7)
10 - DUA
<draft-ietf-sigtran-dua-03.txt>
of which8 leads
to the called
GTT
in (CLES)
question
CLxTG-0
(CLSS)
or result
CLET-0
[Ong]
(the message
has been
transmitted)
9
CLxTG-1
(CLSS)
or CLET-1 (CLES)
11 position
- ASAP number
<draft-ietf-rserpool-asap-03.txt>
1 02
slot
of thecomputer
plug-in
unit
in the
cartridge.
the source
point behind
the calling
result
is not
CLxTG:
FFFF
host
or GTT
RSCN
[Ong]
0xFF means
the slot position number is not
allowed
0 that
CLxTG
12 - ENRP
<draft-ietf-rserpool-enrp-03.txt>
available
to
send signalling
messages with the called GT, the
CLET:
FFFF RSCN
[Ong]
translation 0
CLET
13 - H.323
[H.323]
2 plug-in
unitleads
index
the
plug-in
unitresult
in the cartridge
of
which
toofthe
called
GTT
question
ATMX:
FFFF
host
computer
1 the
count
of Overload
message
that BSCinhas
been
14-Q.IPC/Q.2150.3
(the
message
has
been
destroyed
or
sent
back)
TRCO:
FFFF
host
computer
sent
to
MSC
in
[Q.2631.1/Q.2150.3]
3 number of1...4
the restarted
DSP (0...7)
index of ET2x
overload situations
2 signalling
of the adjacent point from which the
HWAT network
0
HWAT
2
4 IUA:
01 Periodic Supervision of DSP failed.
processed
2 the
count of rejected
ps-paging messages (gbassociation
number
The
does
notwas
get received.
an answerSignalling
to a periodic
signalling
network
4
typePQ2
of message
the
failure:
interface)
request
sent to the
caninside
get the
the BCSU
M3UA:
DSP
forvalues:
a preconfigured
maximum
following
01 connection
establishment
failednumber of times_
association set, to which the association belongs
02
connection
re-establishment
3 the count of rejected cs-paging messages (gbNormally, another restarting alarm (1001 UNIT
02
Failure
reported
by DSP
itself.
0003
international
network
0, IN0
message
queue
overflow
The system has detected that the Clock
interface)
3 IUA:
RESTARTED) will be
The
Component
Manager
of the
DSP
reported
04
international
network
1,
IN1
04
CRC
or
some
other
error
ratio
limithas
of the
frame
Generator
Unitthe
(CLGU)
The BSC sets
alarmhas
when a predefined
inside
the BCSU
Not
applicable
set thereafter.
that
a
critical
08
national
network
0,
NA0
level
restarted.
A CLGU
restart is an abnormal function
threshold of
discarded
process
running
on 1,
the
DSP has died_
NA1
has been
exceeded
that
should
not occur
paging
messages
has been exceeded.
4 0C
the national
count
of network
rejected
paging
messages (A-interface)
M3UA:
05
protocol
error
during normal operation. It may cause a
inside
the
BCSU
index
of
the
association
inside
the association set.
The system has detected a failure in the active
1
reason
3 00
point
code
value
of the adjacent point from which the
06unknown
loop test
failed
disturbance on the other side of
The
value
is
between
0-31
framer STM-1/OC-3
processed
07 error ratio limit of the time supervision has been
the 2N redundant synchronisation system.
interface unit. The failure was detected in the
01
failure
is detected
means ofThis
heartbeating
signalling
message
wasbyreceived.
and the 2nd
exceeded
4 identifier of the SCTP association within the computer
counterpart unit either
supplementary
FF other failure
unit02 failure is detected by switchover logic circuit
by the switchover logic circuit or because of
together
indicate
the
signalling point
Plug-in unit HOTLink cable or transmission fault 1 information
type of the field
plug-in
unit causing
the
alarm
consecutive failures in
from
detected.
5 number of the socket corresponding the association
the active framer unit supervision. The
which
the message
received,
that cannot
is, the linkset
FFFF means
that thewas
plug-in
unit type
be given
counterpart unit has taken the
from which
6
status
of
the
socket
option
setting
corresponding
the
role of the active framer unit and recovery actions
message
was received.
2 the
index
of the Value
plug-in
unit
causing
the of
alarm
parameters.
of
the
field
is
one
the
following
The
the alarm
1 the reason why activation/deactivation has failed.
haveBSC
beensets
started
for when paging
values
coordination
feature
the failed unit.
4 FFFF
the calling
GTT
into which
analysis
the
means
thatresult
the plug-in
unitofthe
index
cannotofbe
given
or
a combination
(sum)
of some
the following
values.
activation/deactivation has failed.
13028
calling
GTSYI_LAPD_FAILURE_EC
has
no
system information
acknowledgement
The
GTT result
and the calling GTmessages
analysis
3 led.
index
of calling
theRetransmission
HOTLink
interface
0001
SCTP
Timeout parameter setting
received
from
that lead
failed. layer 2
that
result
cancode
be checked
with thetest.
MMLPossible
commands
4 to
the
exact
error
of the HOTLink
Corresponding
parameter
names are
RTI.INIT,
14269
ILLEGAL_BTS_CONFIGURATION_EC
ZODL
and
ZODJ
reasons
are:
RTO.MIN
andbts configuration
illegal
respectively.
RTO.MAX.
14270
MANDATORY_SI_NOT_RECEIVED_EC
0040 HOTLink sfp module unplugged
all mandatory
information
messages
5 0080
thenot
called
GTT fault
result system
into which
the analysis
of the are
HOTLink
0002 SCTP
Peer Address parameter setting failed.
received
by
called
has
0100GTHOTLink
CRC transmission fault
Corresponding
trx
led.
The
calledparity
GTT error
result and the called GT analysis
0200
Hotlink
parameter
names are HB.INTERVAL and
14277
ILLEGAL_INIT_VAL_CCCH_CONF_EC
that
lead
0400 Hotlink clock error
PATH.MAX.RETRANS.
illegal
initialization
value for
ccch_conf
sytem
to that
result
can be checked
with
the MMLincommands
information message type 3
The warm-up of the spare ETPT, ETPE or ETPC
unit fails during controlled
switchover. The reason may be a fault in the
active or in the passive unit.
The alarm is issued from both units.
A digital signal processor (DSP) in ETP plug-in
unit has not answered
a supervision message sent from the main
processor of ETP, or the DSP has
reported that a critical process running on it has
The system has detected that PCUM which
died.
belongs to the PCU pool has
lost its PCU pooling configuration.
Due to the failure, the signal processor and the
data channels handled
An
restart has
by itinternal
are temporarily
outoccurred
of use. in the AFS plugin
unit.
The
main processor in the ETP plug-in unit tries
to reload and restart
the DSP.
1 the exact error code of the unit warmup failure.
If the authorized code generated by MD5 on
OMU does not match the one in
the message from the Shelf manager, the alarm
will be triggered.
1
Cabinet row location in the central office
2
Cabinet column location in the central office
3
Vertical position of the shelf in the cabinet
No response is obtained from the active unit
maintaining the main clock.
The alarm system has received more alarm
output tasks than it is able
to buffer for outputting or for sending to the Q3
core system. However,
the alarms that are not output or sent to the Q3
The MMI system is overloaded.
core system are
saved normally in the alarm system log file
(ALHIST), from which they can
be output with an MML command. The alarm is
A
disturbance
settemporary
after all buffered
alarmhas been detected in
the
command
output
tasks have been processed and sent
calendar
operation.
forward from
the alarm system
after a buffer overflow.
The command calendar interrupts the execution
An MTP confusion message has been received
of the calendar
in the exchange.
task that was being executed and blocks the
The signalling point indicated by the originating
task. An exception
point
is made with those command files that are
code given in the 3rd supplementary information
Event
handler
save its own attributes in
supposed
to becannot
executed
field has not
the
disk
fileonce
or and of which execution is not
more
than
identified the signalling network management
the
file services
for saving and reading the
interrupted
although
message. The
events
failed.
some ofhave
the commands
in the file fail (marked as
heading code of the signalling network
If
the fileinservices
are not functioning, they
NOINT
the
The
critical limit
of a security reporting counter
management
message
prevent
or disturbof the execution printout of the
CFTYPE
has
beenincolumn
reached.
is
given
the 6th supplementary information
the
functioning
the event handler.
MML
commandof
ICL):
field.
these calendar tasks are not blocked.
The blocked tasks are not executed before the
fault has been
corrected and the blocking is removed.
If the fault is permanent, then also the alarm
2430, ERROR IN
COMMAND CALENDAR, is set.
0001 Call Data Warming Failure
0002 Configuration Warming Failure
0003 Other Failure
1 number of the restarted DSP (0...7)
2 01 Periodic Supervision of DSP failed.
DSP has not answered to a periodic request sent to
the
1
DSP for a preconfigured maximum number of times_
packet Control Unit Identifier.
A BSC internal identifier of the logical PCU. System
02 Failure reported by DSP itself.
gives this
The Component Manager of the DSP has reported
identifier when the PCU logical object is created.
1
that type of AFS plug-in unit
a critical process running on the DSP has died_
2
index of AFS plug-in unit
3-18 reserved for future use_
1
used for
buffering
theshelf
alarms
to be
output
4 0 buffer
Horizontal
position
of the
in the
cabinet
has overflown
for buffering
alarms
to be formatted
5 1 buffer
Slotused
number
for ATCA the
board
(if module_type
=
forboard,
sending
to the
Q3 core system has overflown
ATCA
AMC
or RTM,
Otherwise it is set to 0xFF.)
2
6
1
number of alarms not output or sent to the Q3
core
system
FRU
type
error specification
error:number
7 MMLFRU
01 creation of MML session has failed
02 interruption in session
1
SIO in MTP confusion message
error in execution:
2
destination point code in MTP CONFUSION
03 syntax error
message
04 semantics error
1 error
code
05 command
has failed
3
originating point code in MTP CONFUSION
You
check its
meaning
06 can
password
check
error in General Error Messages
message
of System
07 loading error
08 data transmission error
4
heading code of MTP CONFUSION message
2 disk
file identifierauthority
09 security
insufficient
1 the
reporting counter that has reached its
Disk
file
where attributes
cannot
0A
OMU
state
TE orbe
SEsaved.
criticalimplementation
limit: in working
5
level indicator in MTP CONFUSION
Value
zero indicates
thatprogram
the file services
0B contradictory
MML
running for saving and
message
reading the events have failed
02 - counter for unauthorised users of service terminal
COFFER
error:
- counter
for unauthorised
of the network
6 04 confusion_msg_id
in MTP users
CONFUSION
message,
3 family
identifier not blocked
0C
command
- counter for use of network: unauthorised
i.e.05
a heading
Family
which fails
provide the requested file service
0D command
nottodeleted
commands
code that was not identified
0E
either
command
or control
parameters
not
07 - counter for unauthorised
MML
users
available
08 - counter for unauthorised MML commands
0F- counter
command
transferredsaves
to execution
10
for not
unsuccessful
in MML queue
log file
11 - counter for unsuccessful MML command checks
IOMANA
error:
12
- counter
for unsuccessful subscriber identifications
10
opening
of unidentified
logical file has
failed
13 - counter for
IMSI
numbers
11
connection
of
logical
file
has
14 - counter for IMEI IDs on black failed
list
15 - counter for unidentified IMEI IDs
The number of events written in the Security
Reporting Transaction Data
File (LETTER) during a monitoring period has
reached the preset alarm
limit.
This alarm is issued if a faulty message or a
CONFUSION message is
received from the partner exchange.
1 alarm limit of LETTER as a percentage
2 length of monitoring period in days
3 starting date of monitoring period
1 layer 3 BSSMAP message type
The message type values can be found in 3GPP
4 number of records in LETTER
48.008,
chapter 3.2.2.1 Message Type
The BSC cannot send an acknowledgment to the 1 signalling point code of the MSC
2 typical causes of refusing the message:
Global reset
51H = invalid message contents
message. The BSC does not transmit traffic.
2 program family found to be faulty.
52H = information element or field missing
FFFF : program family unknown
53H = incorrect value
The establishment or release of the connection
1 number
the A interface
PCM
54H = of
unknown
message
typecircuit
has failed.
55H = unknown information element
The call fails or a connection may be left in the
This
is a= PCMCON
record
index the BSC and the MSC
60H
protocol error
between
marker.
2 Iftime
of theisA0,
interface
circuit exchange
the slot
direction
is, ifPCM
thesystem
partner
The PXRECE (Primary Rate Access Receiving
1 identification
of the that
D-channel
has
sent
the
CONFUSION
message,
the cause for the
Program Block) has
(hexadecimal number)
3
number of the external PCM circuit
refusal
received messages from the D-channel, but it
In combined
be any ofBSC3i/TCSM3i
thethe
Cause
valuessystem
defined in 3GPP
has not been able
2 can
identification
of
D-channel
ET_PCM means Ater PCM between GSW2KB and
48.008
to route the messages forward. The reason for
(name)
The GSM speech circuit of the A interface is
1
number
of the PCM circuit
TR3E/A
(chapter
3.2.2.5)
this can be that
released in an abnormal
the message received from the LAPD link is
manner, which causes the call to be cleared from 4
this is:ofofthe
PCM
circuit the alarm
3 number
direction
thetranscoder
message that
caused
erroneous. The error
the speech
- self-sent
number ofmessage
the external
PCM
circuit,
if GSW
and
0
=
(the
partner
exchange
has
situation is not a serious one, but if there are
circuit in question.
unsubmultiplexed
A interface
are used
5
time
slot
of
the
transcoder
PCM
circuit
sent
the
A
buffer consecutive
that is used to supervise the alarm
1
type of buffer
several
CONFUSIONbuffer
message)
system's
message
01 communication
alarms with
the same D-channel system
- message
number
ofsent
the SMUX
PCM,
if exchange
GSW and
6
number
of
Abis
interface
PCM
circuit
1
=
by the
partner
traffic
requiring
acknowledgements
is full. Such
02 history buffer
identifier,
there may
be an
submultiplexed
buffers
error in are
the PXRECE distribution table or a
are
used
isAainterface
PCMCON
index
signalling
point code
of the
partner exchange
used
for the in
collection
history data of both the 4
2 This
family
identifier
ofrecord
the
sender
disturbance
the has of
The alarm system
found, having received
1
type of subobject (of the I/O device) suspected
alarm
system's
LAPD
severallink.
faulty
-slot
PCMCON
record index,
if circuit
GSWB is used
7
of identifier
Abis interface
distributed and centralised part, as well as for
3 time
process
of thePCM
sender
different observations to that effect, that the I/O
FFFF, subobject not specified
communication
device is defective.
2
time slot
of the PCM
8
external
PCMcircuit
circuitin question
between the distributed and centralised parts.
4 number
type ofofthe
receiver's
computer
unit
2
index of subobject (of the I/O device) suspected
The alarm system has found, having received
1
typeRecovery
of subobject
a functional
unit) suspected
See
and(of
Unit
Working State
The I/O system has been informed of the fault in faulty
3
circuit
9
time
slot Identification
of the externalCode
PCM(CIC)
circuit
several
differentof the buffer that collects history
faulty
The saturation
Administration.
the device.
FFFF, subobject not specified
observations
to that effect, that a functional unit
FFFF, subobject not specified
data may
4
PCM circuit
part
Circuit Identification
Code.
10
sub-time
theofexternal
PCM circuit
(not thethe
I/Oloss
device)
is defective.
cause
of some
such data.
5
index ofslot
theofreceiver's
computer
unit
3-8 This
the is
alarm
manual
numbers
(in BCD
format)
of 1.544
the
65535d
,
if
the
environment
is
T1
(ANSI
2
index of subobject (of a functional unit) suspected
Unit type supervision has been interrupted
1
program
block:
observations
Mbit/s)
11
error
code
The recovery
system
has been
of the
faulty
saturation
of the buffer
thatinformed
is used for
6
family identifier of the receiver
because
the Subscriber
first supported
the
fault hypothesis
61that
: unkown
messagenot
identification
faulty
unit.
FFFF, subobject
specified
communication
Module Testing Program Block (SBTSTP) or the 5 620060
LTMANA_P
time
slot
part
of Circuit Identification Code.
:
unused
PCM
between
two parts
(distributed and
7
process
identifier of the receiver
Time Slotthe
Based
Unit Test
0064
TSUPRO_P
is
255d,
if the environment
is T1 format)
(ANSI 1.544
: the
unused
circuit
3-863This
alarm
manual
numbers (in BCD
of the
centralised)
may
cause
Program Block (TSUPRO) is constantly reserved, Mbit/s)
0065
SBTSTP_P
6A
:
test
word
test
error
A
failure
has been
detected
in the RAMpart
memory
observations that first supported the fault hypothesis
an
imbalance
between
the
centralised
of
the
or the Message Transfer
MTSWIS_P
6B0067
: test word
swtst status error
of
the system
synchronization
alarm
and Switching
Service Program Block (MTSWIS) 6 6D number
of
the
external
PCM circuit.
:
connection
status
error
unit.
and
theseize
distributed
part that is sending. This may 2
cannot
the unit
error
This
isspecification:
65535d,
if GSW
is used in TCSM3i for
6E
:
connection
parity
error
lead
the or the Test Line Management
to betotested,
combined
BSC3i/TCSM3i
: connection
read error installation
loss
of
some
ofa(LTMANA)
the
setofvalues
and cancellations 1 6F01
The
LOGSAV,
hand
the
database
index
(some
database
applications
Program
Block
is database
unit type
supervision
is between
interrupted
ET_PCM
means
Ater
GSW2KBstill
70
:
HWILIB
function
callPCM
fails
of
the alarms.
management
system,
has sent
needand
this
unable
to reserve
the SUB-E
minimeter. The
02
supervision
of single unit is interrupted
TR3E/A
(virtual
circuit conversions)
the
DBSMAN
althoughisnowadays
supervision
of an
theupdate,
unit is the number of which
71information,
: data from HWILIB
erroneousthe database is
(update_seq_number)
usually
interrupted because theisrequested task is
7
time
slotcircuit
of theconversions)
external PCM circuit.
(virtual
inconsistent
with the DBSMAN's
view of what
identified
based
on the
incorrect, or because
no test
This is 255d,
if GSW
is values
used of the following two
that
should
supplementary
information
resultnumber
is obtained
forbe.
the requested test.
12 failed connection or release fields, i.e. database name
One or the other of the processes has failed and and
8 02 sub-time
slotfailed
of the external PCM circuit.
: connection
may have lost log
occurrence)
This
is 255d,
if GSW is used
05database
: release
failed
buffers. The DBSMAN will now no longer receive
03 : marker does not answer to the connection or
log buffers from the
2
database
9
number
ofname
the transcoder PCM circuit.
release message
database in question, and the database will be
This is 0xFF, if GSW is used
dumped, i.e. it is
3
number of database occurence
copied from RAM to the disk, thus correcting the 10
time slot of the transcoder PCM circuit.
failure automatically.
4
database
location
This
is 255d,
if GSW is used
An error occurred in the database management
system, and the
system has been set to the "fatal error" state. In
the "fatal
error" state, the management system program
Loading of the database fails. If several load
block acknowledges
attempts fail,
supervision messages negatively. As the program
the management system is set to "fatal error"
block is a critical
state. Because
one, the system resets the database unit.
of this, the system resets the database unit.
The reservation of a transaction or fastread hand
fails in
the database management system.
1
database index (some database applications still
need this
information, although nowadays the database is
usually
identified based on the values of the following two
1
database index (some database applications still
supplementary information fields, i.e. database name
need
and
this information, although the database is usually
database occurrence)
identified based on the database name and
database occurrence)
1
database
index (some database applications still
2 database
name
need this
2
database name
information,
although
nowadays the database is
3 number
of database
occurrence
usually
3
number of database occurrence
identified
based on the
the reason
values why
of the following
two
code
indicating
fatal
error
The distribution or updating of the Working State 4
1 error
error
code
presented as
a commonthe
error
code.
You
supplementary
information
fields,
i.e.
database
name
state
was
entered.
You
can
check
its
meaning
in
and Configuration
can
its for load failure
4 check
reason
and
General
Error with a command of the service terminal
File (SCDFLE) has failed.
meaning
databaseofoccurrence)
Messages
System
extension
MRSupdating
or
in
01 the disk
system (DBSMAN program block)
the General Error Messages of System
does
A faulty unit is spare.
2 database name
not answer when the DBMANA on the WO side asks
2
for consecutive number of distribution
3 number of database occurrence
permission to load
3 02 recovery
actionon the WO side does not answer
the DBMANA
error code
indicating why the hand reservation failed.
The warm-up of the spare unit fails. The reason 4
1
when load
the group where the warming failed
You can check its meaning in General Error Messages
may be a fault in
4
type of theonunit
data
was
DBMANA
thewhose
SP side
asks
forchanged
permission to load
of
the active or in the passive unit. The alarm is
2 03 file
where
the warming
failed
time
supervision
expires
on the WO side of the
System
issued from both units.
5
index of the unit whose data was changed
database
unit
the first the
loadloading
attempt
The restarting of the computer unit fails.
1
loadduring
group
failedhand to be
5 number
of thewhere
transaction
or fastread
6 04 number
of SCDFLE
record
time supervision
expires
on the SP side of the
reserved:
database
2 00file ifwhere
theside
loading failed
on WO
unit during the first load attempt
> 03 if on SP side (the number of the hand to be
reserved
The recovery actions in the unit have been
1
error code of recovery action.
is can
known)
interrupted or a subfunction
You
check its meaning with a command of the
of a recovery action has failed. The partner
program block in the
object unit has not responded, or it has returned
A clear request sent to release the calls of the
an error status.
time-slot-based
unit such as the SUB, CNFC, ET, etc. has not
been acknowledged.
service
terminal extension MRS or in the General Error
Messages
1
type of time-slot-based unit
of System
See Recovery and Unit Working State
Administration.
2
interrupted recovery action
There was an attempt to install an I/O device at
an SCSI address
that was already reserved.
1
number of SCSI bus
FAM_ID
2
unit index
0...1
family identifier of the error detector
3
partner program block
2
address of device on bus identified in field 1
FAM_ERR_CODE
0...7
erroridentification
code returned
error
detector.
A copy task has failed. The I/O system has used 1 name
of by
thethe
failed
copy
task.
You
can
check
its
meaning
with
a
command of the
backgroung processing
The name is an ASCII string
3 logical unit number (= LUN)
to carry out the task but copying some of the files service
0...7
terminal
extension MRS
in General
Error
failed.
2 number
identification
of theorfailed
copy task.
Messages
of
The number is a hexadecimal number generated by the
Saving the copy task information in the disk's
1 the
general
of the
system.
You can
check
LUN error
of themessage
master tape
drive
is always
0, numbers
System
If alarm 1802, BACKUP COPY LOG FAILURE, is I/O system.
copy log has failed
its
meaning
1...7
are
set simultaneously with
The name and the number of the task form an explicit
at least partly.
in
General
Error Messages of System
slave
tape drivers
FAIL_COMP
this alarm, the system has failed to save all the
identifier
message
bus address of the unit where the error
information on the
The fault may have been caused, for example, by 2
name identifier of the copy task whose recording in the
occurred
copy task to the copy log. The copy task
a disturbance in the
copy log
execution has been interrupted.
I/O system, a fault in an I/O device, or a load
failed. The name is an ASCII string
FAIL_FAM_ID
peak of the unit,
family identifier of the program block that made the
This alarm has no effect on the operation of the
because of which information could not be
error
rest of the system.
recorded within the
defined time period.
If alarm 1801, MASS MEMORY FILE BACKUP
FAILURE, is set simultaneously
with this alarm, the background processing of the
The IP Routing feature is experiencing an
unexpected resource
shortage.
The IP routing capability of the system is
Printing system cannot use the spooler. This
temporarily reduced
happens, for example,
until the routing database has been
when the SCSI-bus or hard disks go to TESTreconstructed from neighboring
state. The failure does
routers.
not disable the printing system, but new printing
The alarm is set if IP management shared library
tasks are handled
(YANLIB)
cannot
The telephony
capabilities of the switch are not
in non-spoolered mode. Handling printing tasks
provide
affected.IP configuration inquiry services for
in non-spoolered mode is
applications.
more unreliable than in spoolered mode.
Under this situation, the applications will get "no
Printing the BTS test report has failed in the
service" return
reporting
The tasks that are in spooler when failure occurs,
code when calling the library routines. If the
system
of the BSC.
are executed
application has failed
when the spooler is in use again. The system
to receive IP configuration data, it might make the
changes
automatically
A
disturbance
has beenfrom
detected in the
Network
Element
the
non-spoolered
mode
the spoolered mode
Winchester
or floppy
diskto
unable to provide
IP calls
services.
when
the
spooler
is
system. The disturbance may be caused by a
again
in DMASI,
use and or
allSCSIF
non-spoolered tasks are
DMADI,
completed.
plug-in unit, the connecting cable, disk controller,
Before giving a command concerning the
disk drive,
magnetic tape drive,
or by a command that is incorrect, insufficient or
or when making a state inquiry, TAPEDR checks
unnecessary.
the functioning
of the TAPI plug-in unit. If an error is detected,
Before read or write operations TAPEDR checks
this alarm
the functioning of
is issued.
the address and byte counters of the DMA
channel it uses. If a
failure is detected in the operation, this alarm is
If no label parameters have been defined for
issued.
TAPEDR in connection
with the preformatting or opening command,
TAPEDR tries to use the
old parameters stored in the data area. This
The error message is a consequence of a failure
always entails a
in the magnetic tape
correctness test based on the check sum. If an
unit, very poor condition of the tape, a serious
error is detected,
malfunction in
TAPEDR fetches the constant values and uses
the controlling plug-in units (TAPI, DMADI,
This
anthe
error
acknowledgement
to some other
them.isAt
same
time,
SCSIF), or erroneous
command
thethis alarm.
the systemthan
issues
task parameters sent by the application.
write command. The fault is in the equipment or
in the storage medium.
1 BCF identifier
2 BTS identifier
1
general error message of the system. You can check
its
3 TRX identifier
meaning in General Error Messages of System
2
address of the damaged sector of the disk drive,
4 type of main test
if 1FFFFFH, the sector address is not valid
3
1
0 = single TRX test with MML
first 8 characters of file name
1 = single RAX test with MML
2 = single STM test with MML
3 = single TRX test via Q3 interface
4 = single RAX test via Q3 interface
5 = single STM test via Q3 interface
6 = scheduled TRX test with MML
of theSTM
magnetic
tape
unit
7 number
= scheduled
test with
MML
8 = scheduled TRX test via Q3 interface
9 = scheduled STM test via Q3 interface
1
number of the magnetic tape unit
5 type of STM test
2
general error message of the system. You can check
1 = BCCH measurement
its meaning
2in General
= originating
call
Errortest
Messages
of System
1 3 number
of the
magnetic
tape unit
= BCCH
carrier
wave setting
= call
information request
3 4 block
number
2 5 general
error code.
You can
check its meaning in
= transceiver
sensitivity
measurement
General
6 =Error
STM test cancellation request
Messages
of System
= TRXof
test
TAPEDR contains a duplicated block number
1 7 number
the magnetic tape unit
8
=
TRX
loop
test
counter for each of the
9
=
antenna
test
magnetic tape units. The contents of one counter
0A = antenna loop test
are continuously
0B = TRX test for MetroSite ,UltraSite ,Flexi EDGE
behind the other. If the test indicates that the
The processor of the AS7 plug-in unit has
1
number of AS7 (0..n)
and
relationship
restarted.
Flexi
Multiradio BTSs
between the two contents has changed, the block
2 0C state
AS7:
=
Abisdata
loopoftest
numbering is
0D
=
Interrupting
Abis Loop test
started from the beginning, and the system
00
out of TRX
service
0E
=
EDGE
test for MetroSite ,UltraSite
issues this alarm.
01 working
,FlexiEDGE
and
testing BTSs
Flexi02Multiradio
0xff = not stm test
6 reason for failure (DX error code)
DX error code: see General Error Messages of System
The send buffer of the data transmission
connection of the operation
and maintenance network is full, or the X.25
network layer has not
granted permission to transmit.
The program controlling the AS7 plug-in unit has
not responded to the
supervision message within the specified time.
A disturbance has been detected on the data
transmission connection
of the operation and maintenance network.
1 number of OMI channel (0...n)
2 number of AS7 or AC25 plug-in unit (0...n)
1
number of the AS7 (0...n)
2
state data of the AS7:
00 out of service
1 number of OMI channel (0...n)
01 working
02 testing
FF supervision software does not know the state of
the AS7
1 unit type
The ET has observed that the clock frequency
slips on the incoming E1
or T1 circuit exceed the alarm limit defined for the 2 E1 or T1 circuit number if the unit type is ET
ET. The slips are
monitored for a 24-hour period.
TCSM's internal PCM circuit number (0d..7d) if the unit
An internal restart has taken place on an
1
unit type
type is TCSM
exchange terminal.
and the transcoder type is TCSM2
2
index of the internal PCM circuit of TCSM, 0..7d
Time supervision has elapsed, or the TRX has
sent a negative
acknowledgement to the BSC, which has
interrupted the ongoing message
exchange scenario.
Transmission equipment has set an alarm with a
different urgency level
than the one defined in the BSC alarm system.
There is an erroneous alarm
urgency level definition either in the transmission
One of the external synchronisation plug-in units
equipment or in
of a TCSM3i cabinet
the BSC, or there is disturbance in the Q1
has detected a fault and has set an alarm to the
service channel.
supervising transcoder
unit.
The
reserved
a file
is smaller of
than
This space
alarm may
affectforthe
performance
thethe
space
required
BSC transmission
equipment
by
the
system operation. If the number of the file
fault
management.
(given in the
supplementary information) is 7F4, charging data
File update on disk failed. As a result, the latest
related to a call
changes made to
have been lost.
the file mentioned in the supplementary
information field were not
updated on the disk.
Checksum of the load module of the computer
has changed.
If a file that was not updated must now be loaded
from the disk to
the memory, the latest data cannot be updated
The
request queue of the disk update
fromupdate
the disk.
system has been deleted and
a new empty queue has been created to replace
it. The system may have
lost information depending on what kind of disk
update requests were
in the queue when it was deleted.
E1 or T1 circuit number on the A interface (0d..15d) or
3
number of ET restarts
1
on ID
thenumber
Ater of the BTS site
interface (16d..31d) if the unit type is TCSM and the
2
ID number
of the base transceiver station
transcoder
type
is TCSM3i
3 ID number of the transceiver
1
Q1 address of the piece of transmission equipment
4 general error message of the system. You can check
2
the functional entity number specifies a physical unit
its meaning
of the
with a command of the service terminal extension MRS
transmission equipment, for example a plug-in unit or
1
index of the external synchronisation plug-in unit
or in
a
0d...1d
General Error Messages of System.
daughter board. The number can be 0...254
2 alarm number of the alarm set by the external
3
the supervision block number specifies the faulty
synchronisation
1
partfamily
of theidentifier of program block giving the alarm
plug-in unit
functional entity, for example a certain line interface
2
or error code
alarm number can be one of the following
00component
space reserved in memory for the file is too small
01 space reserved on disk for the file is too small
1 number
0630 of the file whose diskupdate failed
4
number of the Q1 service channel in the BSC, 0...27
1630
3 file number
2 number of the record whose diskupdate failed
5 If the
name
of the piece
of transmissionthe
equipment.
diskupdate
request
whole
file, the
3-9 alarm
data related
to theconcerned
alarm set by the
external
Not
included
if
the
name
is
in
the
alarm
object field of
value
synchronisation
plug-in
unit
1
start
address
of the faulty load module
the
alarm
of the
field
isprintout.
FFFFFFFF
See Alarm Structure, Alarm Reference Manual
2
first eight characters of the name of the faulty load
3
general error code returned by the I/O system.
module
6
number
of the piece
of transmission
equipment.
You
can check
its meaning
in the General
Error
Not
included
if
the
index
is
in
the
alarm
object field of
1
identifier of the update request queue file
Messages
the
alarm (003D0000H)
printout.
SIMQUE
or SEQQUE (003C0000H)
of System.
See Alarm Structure, Alarm Reference Manual
4
family identifier of the program block that set the
7
alarmoriginal Q1 fault code received from transmission
device
Updating to OMU's disk the files that are in the
file update queue
fails.
This can be caused by a temporary disturbance
The initialization of the general parameter file
or a permanent fault.
(PRFILE) or its
A temporary disturbance can be e.g. a disk unit
access table (PMTLIB) has failed.
disturbance.
A permanent failure can be e.g. that the file does
There
is an
not exist
on error
disk in the general parameter file
(PRFILE),
or theunit's memory.
or in the source
program blocks request for a parameter that
does
not exist.
Restarting
an unduplicated unit and restarting the
whole
network
Chaining of files containing semipermanent data
element
is risky, if there are requests in the disk
of the common
update
queues.
channel signalling system has failed or the
With
restart,
queuing requests are lost.
retrieval
of the
chained files has failed.
The file opening has failed. The program block
that set the
If the fault is in the routing files, the routing to the
alarm can neither use the file concerned, nor
destination specified in the faulty file does not
function in a
work.
normal manner.
The
therouting
load module
of the
if thestructure
fault is inofthe
and/or chain
channel
chain,
computer
unit is faulty.
routing and/or
Depending on where the file is used, the
channel data cannot be printed with MML
consequences of the
command.
fault may vary from insignificant to very serious
Error
for theratio counter alarm. LOADER or DUMPER
has
received
functioning
ofan
program block setting the alarm. It
excessive
may occur number of invalid command messages
or
negative
that
the program block cannot execute some of
acknowledgement
messages.
its
services
The Unit State Administration Program Block
When
a new task
arrives,
automatons
that
it
normally
offers,
andall
it may
at worst of
affect
(USAPRO) has detected
LOADER
and DUMPER
to
the
that the message communication between the
are
in service.the entire system.
functioning
unit and theofcomputer
supervising the unit fails on the message bus that
The system has partly or completely failed in file
is the object
distribution.
of the alarm.
The error occurred because distribution was
requested for a
The system is unable to use the units into which
non-existent or faulty file, the distributed data
The
alarm system has not been able to process
the message
does not exist
an
alarm event, fails
because
communication
on both message buses.
in the data area of the file, the distribution failed
all the records of the work file that could be used
due to the
in
processing
of
The
alarm supports
the activation of the
erroneous operation of the object unit, or an error
the
event are
already
inthe
use. The file is
automatic
recovery
for
Failure
either in the clock
signal coming from the
inside the
mentioned
in the
message
bus
that
is
the
object of the alarm:
active
distributor occurred during distribution.
Supplementary information field 2 of the alarm.
clock generator to the CLB generating the alarm,
1.
If
object of the alarm is an active message
or
inthe
thethe
Due
to
distribution error, contents of files may
An
alarm event means here the following events:
bus,
CLB
generating
the alarm itself.
vary
in
each
Clock
system
sending
the alarm has
detected a
- the
notice,
disturbance
observation
or fault
automatic
recovery
unit.
failure
in thefrom
back-up
observation
the
changes
the
operating
state
of
the
If the failure is in the clock generator, itactive
causes
unit.
The failure
does
application
message
busprogram
into
testnot cause immediate harm
1...2 seconds
to
the
functioning
- error
ratio
counter
update made by the
(alarm
0691
AUTOMATIC
clock
disturbance
to the wholeRECOVERY
system. This
of
the
system.
application
program
that
ACTION
WO-EX
->
TE-EX)
disturbance can cause
requires
creating
a new error
counter
- changes
the operating
state ratio
of
passive
traffic
disturbances
and starting
of arecovery
- new fault
hypothesis
created by the alarm
message
bus
into
active
actions for
system
on0691
the basis of
(alarm
RECOVERY
functional
units.AUTOMATIC
When a switchover
has been
the support
rules
ACTION
SP-EX
->
WO-EX)
performed in
- issues
an alarm
2692
INCORRECT
clock
system,
the units
that
were possibly
When
thereSTATE
are no about
free records,
WORKING
a faultythe information
removed from
on the
settings
ofthat is in test state. See the
message
bus
service
because
of the failure will be taken
new
observations,
on the updating of the error
description
of
alarm
automatically
ratio
counters that
2692.
back to use after diagnostics has found that the
are not created, or creating and processing of
1 disk identifier
00 disk 0
01 disk 1
90 disk is both or only one
1
number of the file to be initialized
2 general error message of the system. You can check
its meaning
2
number of the access file to be initialized; FFFFH if
with a command of the service terminal extension MRS
access file is not used
(see Service
1 Terminal
status:Essentials), or in the General Error Messages
(Instead of accessing the access file directly, the
02 requested parameter category does not exist
of System
PMTLIB accesses the
03 requested parameter number too big
PARAMETER_FILE_ACCESS_TABLE.
04 PRFILE
access
tablethat
(PMTLIB)
Temporary
error
situations
are resolved
The table gives the start point of the class and the
(PARAMETER_FILE_ACCESS_TABLE)
automatically:
if
1
family identifier
of program
block giving the alarm
number
of records
in the class)
is not
compatible
with PRFILE
the error
message
is PROGRAM
BLOCK IN FAILED
FF HAS
parameter
is not included in the data package;
FIELDS
NO
2
error code
3
code:
its value is the basic
value
RESOURCES
REQUESTED
TASK, NO FREE
01 chaining FOR
has failed
DESCRIPTOR
SLOT
or
TIME-OUT
02 initialization
direct addressing
to thetable
nexthas
file not
withbeen
the record
01
access
started
1
number
the
file of
that
failed
to open
2 ERROR,
familyof
identifier
of the
program
blockThe
involved
the
disturbance
is temporary.
disk update
number
02 of
initialization of access table has been interrupted,
requestthe previous file has failed
errors discovered in file contents
3 remains
identifier
of queue,
the process
involved
in the
the
stops
and the
the record
03 direct
addressing
to queue
the
next
file with
last
record
the
PRFILE
2
familythe
identifier
of theinprocess
familycannot
trying be
to open
operation
continues
number
accessed
the
file
4
parameter
category
which
is
affected
by
the
alarm
after
the
disturbance
is
over.
1 first
characters
the
name
the
faulty
load
which
is contained
in the
dataofon
the
record
of the
04eight
parameter
classintoo
large
module
previous
5 Theparameter
number
which isindicate
affectedaby
the alarm
following
error
messages
situation
that
file has
failed
4
family
identifier
of the trying
program
blockthe
which
3 identifier
of the process
to open
file
might
04 search has failed
performed
require user action. The queue stops and operation
the initialization
1
number
of the error ratio counter
continues
3
file number from which chaining has been attempted
4 only
errorwhen
codethe
received
in opening.
fault has
been corrected. The error
5
process
which
the
2-4See
three
last
received
error codes:
General
Errorperformed
Messages
of initialization
messages
are:
4
record number from which chaining has been
System for error code explanations
attempted
LOADER DUMPER Explanation
1
object unit type
11 21
command
message
CHECK
SUM invalid
ERROR
MESSAGE
5
file number
to whichIN
chaining
has been attempted
12
22
unknown
message
TRANSFER
2 DATA
object
unit indexTIME-OUT
13 VERIFY
23 invalid
copy or acknowledgement
DATA
ERROR
message
DEVICE NOT IN USE
1 DISK
number
filenegative
whose distribution
failed message
15 COMMAND
-of the
sent
acknowledgement
ABORTED
16
26
missing
copy
or
acknowledgement
FILE WRITE PROTECTED
2
file number
message
FAILURE
IN DISK HARDWARE
This
have
caused
distribution failure.
1Bfile may
2B
no more
freethe
automatons
ERROR
IN DISK
MEDIUM
It
is eitherPROGRAM
the distributed
file or
a control file used
EDISKD
BLOCK
BUSY
1 alarm number of the alarm event that was not
by
theWRITE
distributor
(FLLIST, for example)
DISK
PROTECTED
processed as there
DMA
were TERMINATION
no free records ERROR
3 DRIVE
generalNOT
errorREADY
message of the system
You
can
check
its meaning with in the General Error
END
OF
DISK
FOUND
2 file number of the
file that had no free record in order
1
the record
number
in the HWTABL file that contains
Messages
ERROR
BURST
CORRECTED
to
data
of
System.
FILE
MARKED
BAD
process an alarm event
related COMMAND
to this alarmTO THIS DEVICE
ILLEGAL
In
the
following,
some TO
of the error
codes
are specified:
COMMAND
DISK
FORMAT
3 ILLEGAL
further information
on theTHIS
reason
for setting
this alarm:
2 INCORRECT
unit from which
the
alarm is wired. If the value of the
DMA
ACCESS
1 00 the
record
numberreserved
in the HWTABL
file that
contains
all of
the records
for handling
alarm
is 0000 maintenance
cannot be
defined of
HAND
CREATION
DID NOT unit
SUCCEED
= resources
I/Ofield
DEVICE
data
events
having IN INCORRECT WORKING STATE
theINCORRECT
distribution
PARAMETER
related
to number
this
alarm
the alarm
given inIN
theTASK
first supplementary
3 INVALID
sourceCOMMAND
index
process
have run out because of too many
information
simultaneous
2 LATE
unitDMA
fromalready
which the
alarm is wired. If the value of the
field
are
in use
distributions
MEMORY
ALLOCATION
ERROR
field
01 all records
in the file are
already in use
TIME
LIMIT
EXCEEDED
IN unit
MESSAGE
WAITING
is 0000 the maintenance
cannot be
defined)
DISTRIBUTION
NO EQUIPMENTTIME-OUT = time-out reserved for
distribution
FREEhas
BUFFER
3 NOsource
index
expired
because
of communication
disturbance
NO RESPONSE
FROM
DMA
between
the DIRECTORY ON DISK
NO SUCH
distributor and
theSYSTEM
server process
OVERLOAD
IN I/O
PARITY ERROR
MESSAGE
TIME-OUTCONFLICT
= communication problem
DISK RESERVATION
between
the
distributor
RESET UNSUCCEEDED
The phase lock of the clock system needs
adjustment, or the
frequency of a higher level exchange is not within
permitted
limits.
The 2 MHz synchronization signal coming to the
clock equipment
Neither one of these reasons does not cause
is missing from the CLK2 clock input. The fault
disturbances to
does not
the functioning of the system at the point when
have any effect on the functioning of the system
The
alarm2 MHz synchronization signal coming to the
if there
clock
equipment
is generated.
Theisreason of this alarm is to
is nothing wrong in external synchronising signal
missing
from the CLK1 clock input or else the
inform the
of CLK0
corresponding
exchange
operating personnel
that actions need to be
or CLK1 clock input.
terminal
has lost the frame synchronization
taken
that
The 2 MHz synchronization signal coming to the
signal.
The
fault
prevent
disturbances.
clock equipment
does not have any effect on the fuctioning of the
is missing from the CLK0 clock input or else the
system if
corresponding
there is nothing wrong with the synchronising
exchange terminal has lost the frame
One
inputs (CLKO...2) in the CLG
signalofofthe
theclock
CLK0
synchronization signal.
plug-in
hasinput.
been
or CLK1unit
clock
The fault does not have any effect on the
manually set as a synchronization source.
fuctioning of the
system if there is nothing wrong with the
The
clock generator
synchronising
signal (CLG) of the clock system is
faulty
the or CLK1 clock input.
of the or
CLK0
frequency of the synchronization signal is not
within permitted
limits. The alarm starts automatic recovery
Failure in the basic timing signal coming to the
actions.
MBIF plug-in unit,
or in the plug-in unit itself. When the alarm is
If the failure is in the clock generator, it causes
active, the
1...2 seconds
plug-in unit does not work or it is not reliable.
Failure
either in the
timingsystem.
signal coming
to
clock disturbance
tobasic
the whole
This
the
MPTL can cause
disturbance
plug-in
unit of the Mand
or GSW
generating
the
traffic disturbances
starting
of recovery
alarm,
actionsorforin the
MPTL
plug-in
unit
itself.aWhen
the alarm
is active,
functional
units.
When
has been
Failure in the
basic
timingswitchover
signal coming
to the
the
plug-in in
performed
push-button receiver
unit
does not work
or it that
is notwere
reliable.
clock
the units
possibly the
unit orsystem,
in the ET1E
plug-in unit
generating
removed
from
alarm. When the alarm
service
of the
taken
is active,because
the plug-in
unitfailure
does will
not be
work
or is not
Error
in the tone generator or in the timing signal
automatically
reliable.
itback
receives.
to use after diagnostics has found that the
When
the alarm is active, the plug-in unit does
units are
not work
faulty.orIf the alarm is caused by a fault in the
is
not reliable. spare unit, the above mentioned
clock
This isgenerator
an error ratio counter alarm. The error
disturbance
ratio counter monitors
If
the not
alarm
is generated
by system
a failuredoes
in thenot
active
does
exist
but the
clock
the read
and
write
operations
of the control
tone
generator
have
a
memory of the switching
and
the
tone
generator
thatfault.
is acting as a spare
spare
unit
because
of is
this
network.
The
counter
updated according to the
This
an error ratio counter alarm. The counter
unit isisnot
acknowledgement
monitors
the failure
test causes problems to the
working, the
received from the SWIF plug-in unit.
events
formingofofthe
theswitching network. The counter is
updated
according
to
tone. If the
tone generator
acting as a spare unit
the
acknowledgement
received from the SWTST
becomes
active
plug-in
unit.
because
of the automatic changeover of the
alarm target unit by
the system or if the alarm is targeted to the tone
generator of
the spare unit, the failure does not cause
immediate problems
with the forming of the tone but the redundancy
of the tone
generator is lost.
1
the record number in the HWTABL file that contains
data
relating to this alarm
2
unit from which the alarm is wired. If the field value
1
the record number in the HWTABL file that contains
is
data
0000 the maintenance unit cannot be defined
relevant to this alarm.
3
source unit index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
relating to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
relating to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
relevant to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
relating to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
related to this alarm
3
index of the unit
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
relevant to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000 the maintenance unit cannot be defined
data
relating to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1
the record number in the HWTABL file that contains
field is 0000, the maintenance unit cannot be defined
data
relating to this alarm
3
source index
2
unit from which the alarm is wired. If the value of the
1 number of error ratio counter
field is 0000, the maintenance unit cannot be defined
2-4 three most recent error codes:
3
source index
63 unused circuit; the circuit has not been defined
1 number of error ratio counter
for
any circuit group
2-4 three most recent error codes:
6D status of the SWIF plug-in unit has not become
correct
68 impossible to set the state of the SWTST plug-in
in sending of SWCM control information
unit
6E parity error in sending SWCM control
in the compare test of the switching network
information
6A impossible to set the state of the SWTST plug-in
6F error detected during switching in the verification
unit
of
in the sending test of the test pattern
SWCM control information
This is an error ratio counter alarm. The counter
monitors the compare
test of the switching network. The compare test
compares the incoming
bit pattern to the outgoing bit pattern in the
This is an error ratio counter alarm. The counter
connections of the
records the
network.
uniformity of the data in the switching network
control memory
and in the connection file.
The semipermanent connection has failed
repeatedly.
The semipermanent connection can fail if there
are disturbances
There is fault which might have caused
in any of the resources used by the connection.
disturbance in the calls
connected in the switching network. The system
has detected that
a switching network plug-in unit is not available.
The system has detected a failure in the cartridge
The plug-in
power source
unit is either disconnected or faulty. As a result,
feeding the switching network (e.g. PSC4). As a
the call
result of this,
control computer and switching network are
the call control computer and switching network
There
is fault until
which might have caused
unredundant
are unredundant
disturbance
thealarm
callshas been located and the
the cause ofinthe
until the cause of the alarm has been located and
connected
in the switching network. The system
fault has been
the fault has
has
detected that
corrected.
been corrected.
there is a fault either in that plug-in unit of the call
The PROM memory check sum of the call control
control
computer's SWCOP
computer which controls the switching network
plug-in unit has changed. As a result, the call
(SWCOP or SWPRO),
control computer
or in the basic timing signal coming to the
and switching network are unredundant until the
The
checkmemory
sum of the computer unit's initial
switching
fault has been
loading
program
plug-in unit
of the switching network (e.g.
corrected.
has
changed.
fault does not necessarily
SWCSM).
As aThe
result
have
of theimmediate
fault, the call control computer and
consequences,
butare
it might lead to a situation
switching
network
The system
has detected
that the tone generator
where
the
unredundant
until
the
or the timing signal cause of the alarm has
object
unit of the
been
located
andalarm cannot load the software
it receives
is faulty.
from
the has been corrected.
the fault
mass memory when the unit is restarted. As a
If the alarm object is the active synchronization
The
error
counter monitors the SMUX plugresult,
theratio
object
unit, the fault
in
unit
unit
of test.
the alarm is unredundant until the fault has
situation is serious as establishing new calls may
The
beentest is performed to check that the SMUX
be prevented.
plug-in
unit
corrected.
multiplexes the 16 kbit/s channels correctly to the
The system
hastone
detected
an error
in operational
the files of
redundant
generator
is not
64 kbit/s
the
central
if it is
the alarm
channel.
memory.
object.
1 number of error ratio counter
2-4 three most recent error codes:
69 compare-test error in switching network
1 number of the error ratio counter
2-4 three most recent error codes:
6C RAM/SWCM compare test error
0 trunk circuit to trunk circuit
1 trunk circuit to subscriber
2 subscriber to subscriber
4 O&M connection
5 multi-slot connection between two external PCM
1
type of the plug-in unit controlling the switching
circuits
network
6 multi-slot point-to-multipoint connection between
external
2
index of the plug-in unit controlling the switching
PCM circuits
network
1
of the plug-in
unit controllingconnection
the switching
8type
unidirectional
semipermanent
network
3
type of the plug-in unit that caused the alarm
2
incoming PCM circuit of connection; SUB
2
index of
the plug-in unit controlling the switching
(Subscriber
Module)
FFFF means that the plug-in unit type cannot be
network
number
if
connection
is controlling
subscriber the
to subscriber
1
type of the
plug-in unit
switching
determined
network
3
type
of thetime
plug-in
that
caused the
alarm
incoming
slot unit
of the
connection;
connector
4
index of the plug-in unit that caused the alarm
location
if
2
index of the plug-in unit controlling the switching
FFFF
means
the plug-in
unit type cannot be
connection
is that
subscriber
to subscriber
network
FFFF
that the plug-in
1
index means
of the SWCOP
plug-in unit
unit.index cannot be
determined
determined
4
incoming
slot that
of the
connection.
The value
3
type of thesub-time
plug-in unit
caused
the alarm
4
index of the plug-in unit that caused the alarm
is significant
only
thethat
connection
is on
a type
bit-based
switching
FFFFwhen
means
the plug-in
unit
cannot
be
FFFF means that the plug-in unit index cannot be
network
determined
determined
(GSWB)
1
4
5
index of the plug-in unit that caused the alarm
outgoing PCM circuit of connection
FFFF means that the plug-in unit index cannot be
6
outgoing time slot of connection
determined
7
outgoing sub-time slot of connection. The value is
significant
only when
the
connection
is on a bit-based switching
1 number
of the
error
ratio counter.
network
(GSWB)
2-4 three
most recent error codes. They have the fixed
value 00H
8
BCD-coded transmission speed of connection
1
(kbit/s)family identifier of the program block that detected
the error
9
error code:
2
file number
01
subscriber module or switching service sends
The entire memory space allocated to the files of 1
file number
3
record number
error
the central
FFFFFFFF
record cannot
berepair
defined
acknowledgement
when
of connection is
memory is in use. The expansion of files is
attempted
congested.
4
number
of the incoming
02
subscriber
module ormessage
switching service does not
Subscriber-activated functions requiring memory
respond
space fail.
to connection request
03 subscriber module or switching service does not
respond
to state of connection inquiry
04 connection is repaired but contains repeated
breaks
This is an error ratio counter alarm. The counter
monitors
the messages coming to the central memory. The
counter for
unsuccessful events is incremented when the
The central memory reading program block
parameters of the
(CMREAD) does not
incoming message conflict with the files of the
receive the day class of the current day. Because
central
of this,
memory, or if the message is erroneous or
the time controlled calls are directed to an
The
signalling point cannot be reached because
unknown.
erroneous
none of the signalling
destination.
routes of the signalling route set can be used.
Signalling traffic to
the signalling point concerned is totally blocked.
The operator has configured the parameters of
This might cause
the exchange, eg. the
a situation where CCS calls to the signalling point
signalling network, with MML commands, and the
concerned fail
modified data has not
or where, in the worst case, all outgoing calls, for
been updated in all computer units. The alarm is
An
addressing
example,
fail error has occurred while a
a warning that the
program
block point
is performing
(the signalling
that cannot be reached is
configured data is on in just one computer unit,
the
read
and
write
of an external file.
HLR)
or all
calls
of operations
a
therefore the data
It
is possible
certain
type fail (the signalling point that cannot
may be lost if a switchover is performed for the
that
the opening
of the file has failed. The
be
reached
A
failure
hasisoccurred in the distribution of a file
unit
in question.
program
block
thatorset
for
example
SCP
SMSC).
modification
In connection with this alarm, the system may
the alarm cannot use the file in question, nor can
from
the
CM
to
other
units. The file is not updated
also issue alarms 2068,
it function in a
to
disk,
either.
FILE
DISTRIBUTION
FAILURE, and 1065, DISK
normal way. The alarm is used mainly in
The
operation
of the exchange can be disturbed
UPDATE
FAILURE.
The
signalling
teststatistics,
has failed. Lockout of the
connection
withlink
SS7
as far as the
signalling
but it is not related to any specific feature. SS7
operation is related to the file in this alarm.
link
on level
has succeeded, but testing the
statistics
are2not
signalling
related to link
charging.
on level 3 has failed and the signalling link is not
All signalling links in the signalling link set are
brought into
unavailable.
use. The system restarts the signalling link and
There is no direct connection to the partner
the signalling
exchange to which this
link test is repeated.
link set is connected. If there is an alternative
There is a faulty signalling link terminal in a
connection between
signalling link set
the exchanges, traffic is routed to that
whose links are all unavailable. A prepared
connection. If the alarm
switchover is attempted
2064 ROUTE SET UNAVAILABLE is also on,
for the unit serving the signalling link terminal
The
or restoration
of a signalling link
thereactivation
is no connection
to
before the alarm
fails.
the partner exchange or another exchange
is issued. The alarm 2070 LINK SET
If
there are
other this
available signalling links in the
reached
through
UNAVAILABLE is issued
signalling link set.
simultaneously to indicate the unavailability of the
link set, signalling traffic is transmitted through
A
program
block of the common channel
link
set.
them.
There
is something
wrong
with the data
signalling
system has
detected
Signalling
transmission
capacity
is, however,
transmission
connections
of
an update failure in a stand-by unit. The program
decreased.
the
links
of
this
link
set,
and/or
links
have been
block of the stand-by
The
alarm
1072
SIGNALLING LINK OUT OF
blocked.
The
exchange
unit attempts to correct the failure by warming up
The
warm-up
ofalso
a stand-by
unit performed
SERVICE
hasattempts
been
automatically
to reestablish
the by a
the dynamically
program
block
of signalling link.
issued
about
this
connection
by
attempting
changing data from the active unit. If the
the
common
channel
signalling
system
doesThe
not
to
restart
the
links thatthe
are in state
UA-INS.
correction
succeeds,
succeed.
If the
alarm
program block cancels the alarm. If the correction
alarm
is issued whileLINK
starting
the
stand-byis
1072
SIGNALLING
OUTup
OF
SERVICE
fails, the
alarm
unit,
the
start-up
given
for
each
link
which
is
2074 WARM-UP FAILURE IN SPARE CCS7
fails.
OnUA-INS.
the other hand, if the alarm is issued
in
state
PROGRAM
BLOCK is issued.
from a unit which
If the alarm is active during switchover, there will
is in state SP-EX, it means that the attempted
be disturbances
correction of
in the operation of the program block that issued
dynamically changing data from the active unit
the alarm.
has failed.
In this case the system has also issued the alarm
2073 UPDATE
FAILURE IN SPARE CCS7 PROGRAM BLOCK.
1 number of the error ratio counter
2-4 three most recent error codes. They have the fixed
value 00H
1
reason for the failure
01 message communication failed
02 response message does not contain the day
class
1
2
signalling point code
message communication status returned by the
operating system.
2
signalling network identifier:
You can check its meaning in General Error
Messages of System
00 international network 0 (IN0)
1
family identifier of the program block issuing the
04 international network 1 (IN1)
alarm
3
status of the reply message.
08 national network 0 (NA0)
You can check its meaning in General Error
0C national network 1 (NA1)
2
message bus
address of unit 1 (updating unit)
Messages
of System
1
family
ofpoint:
the program block that detected
3
type ofidentifier
signalling
3
message bus address of unit 2 (spare unit)
the error
00 ordinary signalling point
4
number of the file whose data is contradictory with
2
number
file where
the error was detected
03
groupofofthe
signalling
points
the data
04
adjacent
signalling
point
1
error
of
the code:
file copy situated in the other units
3
number of the record where the error was detected.
Record number
01
no response
from which
the distributor
5
number
of the record
contains contradictory
zero refers to a file opening error
data 02 faulty response from the distributor
03 errors in file distribution carried out
1
number of signalling link
by the distributor
04 internal error in file distribution
2
error code
01 no acknowledgement message has been
2
number of the file the distribution of which failed.
received from tested
1
number
of signalling
link setonly
whose
are
The
parameter
is significant
withlinks
error
code
channel within the specified time after the test
unavailable
values 01,
message
02 and 03
was sent
2
number of links in signalling link set
02 test pattern received in the test
3
general
message
1
number error
of signalling
linkreturned
terminalby distributor.
acknowledgement
message
3
signalling
pointiscode
The
parameter
significant only with the error code
differs from the one sent in the test message
value
03,
2
number
of logical
signalling
link terminal
03
signalling
link forms
a loop
4
signalling
network
identifier:
in
which case
you can
check its meaning in General
04 acknowledgement message received from wrong
Error
3
number of signalling link set
link
1
number
of of
signalling
link 0 (IN0)
00
international
network
Messages
System.
04 international network 1 (IN1)
4
indicates
thelink
prepared
switchover for the
3
number
ofwhether
signalling
terminal
2
error
code
08
national
network 0 (NA0)
4
number
unit has
been of errors that occurred in file distribution.
01
initialization
control
record
signalling
link
0C
national
network
1 (NA1)
The
parameter
isofsignificant
only of
with
error code
accepted
4
number of logical signalling link terminal
fails
value
03
1
error
code switchover accepted
00
prepared
02 semipermanent connection of signalling link
01
number
of the update
message is incorrect
FF check
prepared
switchover
not accepted
terminal in
02 file reference error
switching network fails
03 initial alignment of signalling link fails
2
file number
1
error
04
ETcode
is not in state WO-EX
01
reference
in active
unitlink terminal
05 file
signalling
link error
has no
signalling
If the value is zero, a file is not involved, but a table
02 no reply from active unit
function
located on the own data area of the program block
03 file reference error in stand-by unit
04
checkofnumber
of warm-up
message is incorrect
3
number
signalling
link terminal
3
record number
2
4
detector
of logical
the error
number of
signalling link terminal
00 active side
01 stand-by side
3
file number
If the value is zero, a file is not involved, but a
table located on the own data area of the program
block
Message transfer between the signalling link
terminal and the CCNETM
program block does not function. The signalling
links using this
signalling link terminal are unavailable.
A failure has occurred while updating dynamically
changing
data into the distributed signalling unit. The
failure may
be caused by overloading of the unit or the
A program block of the common channel
message bus, or
signalling system has detected
by the fact that the updating program block does
a logical error in a file containing semipermanent
not get
data. The
enough running time.
configuration of the signalling network may be
A failure has occurred when the CCNETM
partly in disarray.
program
block performed
SS7 signalling
traffic can be disturbed due to the
As a result, signalling traffic to some signalling
tasks
failureassociated with the change of the
point may be
distributed
signalling
and therefore
temporarily disturb the signalling of
blocked.
unit.
calls,
A loop test performed by the signalling link
and
so have
also an effect in exchange's ability
terminal
has failed.
Due
to the failure the signalling of the call traffic
of
switching
The Signalling Links Management Program Block
may
be
calls.
orders the signalling
disturbed and therefore affect also the
link terminal to perform a loop test if aligning the
This
double_eth_interface_failure_a
is reported
exchange's
ability of
signalling link
only
whencalls.
(EL0
switching
does not succeed within two minutes. The test is
and EL1) or (EL4 and EL5) has cable failure.
used to check the
And there shall be ethernet_interface_failure_a
operation of the signalling link terminal. The loop
reported first.
The
number
of circuits connected to the circuit
test is
repeated
This alarm report is not computer unit state
group
has changed
so
periodically
until it succeeds
or the signalling link
related.
that
the number of circuits available (in the WOis deactivated.
But it need (EL0 and EL1) or (EL4 and EL5)
EX
state)
ofeither
the in the terminal, in the
There
is aout
fault
to be configured in IP management system and
total
number
of
circuits
circuit group has
internal
PCM
circuit
or in the
The
warm-up of an active
unit performed by the
set the
fallen
below
the matrix, or these are configured
in
the
switching
statistical
program
administrative
UP first.
threshold
level defined by the MML command
incorrectly.
blocks
ofthe
theinterface
commonpairs
channel
signalling
system
If one of
is set
to DOWN
state,
TBS.
Inmore
case signalling
of the
One
or
links are unavailable for
fails.
The
statistical
this alarm
will not be reported.
BSC,
the limit is defined with the PAFILE
transmitting
program blocks repeat the warming attempts of
An
FR virtual
connection
parameter
ALARM
LIMIT has
FORbeen taken out of
signalling
traffic.
the SS7 signalling
use.
The error A-IF CIRCUITS (MML command
UNAVAILABLE
network in a few minute intervals. The operation
code
EGP).of the virtual connection reveals why it was
of MTP and SCCP
taken
out of that the traffic capacity of the
This indicates
or call switching are not affected.
use.
The
channel may have lost some data
circuit
The FRgroup
user has
access is unable to function. There
packets.
decreased.
have
been too
The failure
maymany
be caused by overloading of the
protocol
errors in the supervision of the access.
partner unit
The
error
code of or a malfunction in the
(central
memory)
the
user access
indicates the type of the latest
message
bus.
All operating system buffers of a certain size
protocol error.
have been
The error code helps to identify the probably
reserved. The fault can stop the normal operation
faulty functional part
of the
of the user access. The system has been unable
computer unit.
A
has
beenofdetected in a Common
to failure
transmit
some
Channel
Signalling (CCS) file.
the frames.
One of the routing tables contains illogical data:
there is at least
one signalling link that cannot be reached. The
signalling message that
generated the alarm has been deleted. The
alarm can also be caused by
the failure of the CCS work files warm-up or
updating. This has caused
the work files of the signalling unit to be warmed
up again. If warming
up the files of the unit fails, the unit is restarted.
When the warm-up
fails, the alarm 2134, WARM-UP ERROR IN
1
number of signalling link which maintains the state
of the
signalling link terminal (,when applicable)
FF** signalling link terminal is not dedicated to one
SS7 link
1
error code:
only - i.e. CCNETM maintains the state of
01 unit to be updated has not acknowledged a
signalling link
record of
terminal as a separate entity
SS7 routing data
02 unit to be updated has rejected a record of SS7
1
error code:
2
which causes the message transfer between
routing data
the signalling
03 unit to be updated has not compeleted warm-up
01
of data
exceeds
accepted
range
of values
link value
terminal
and the
CCNETM
program
block
to be
procedure of
02from
conflict between record data
started
SS7 routing data
scratch
1
error code:
2
file initialization
number
01
request received when one is not
2
file number or
expected
01
state ofnot
theactual
supervision
automaton
of the
unit
13D007F
file 13D007F,
but the
computer
3
record
number
02
incorrect
answer to state inquiry of a signalling
change
is incorrect
unit specific
link 02 message contents are incorrect
allocation
table of
link
1
number
of signalling
linklogical signalling
03
link terminal
answer
03 signalling
time supervision
for thedoes
unit not
change
has expired
functions
04
informs
that SS7file
terminal cannot be
04 CCSEND
conflict in data
of SLINKF
2
number of signalling link terminal
reached
3
record number
2
additional information, no significance
3
number of logical
signalling
link terminalthe SS7
signalling
link terminal
1 shows if it is el0
& el1 failure
or el4 & within
el5 failure
computer
el0 and el1
301 message
bus address of unit to be removed from
4
result of internal
loop test. The internal loop test can
02 responsible
el4 and el5for MTP level 2
traffic
only be performed on a one-channel AS7-S plug-in
unit.
4
number
ofbus
signalling
link
function
within
4
message
address
of terminal
unit to group
which
traffic
is the
1
01 receiving
direction
circuit
The
loop is then
formedofinside
the AS7-S plug-in
SS7
directed
transmitting
direction
circuit
group
unit. 02
computer
responsible
for of
MTP
level
2 (,when
applicable)
2
number
of of
circuit
group in hexadecimal
00
no
errors
FF
restart
communication
is not caused by failure
04
error
ratio
too
big
in
1
family identifier of program block from which the
10
loop
connection
successful
dialogue
related
tonot
particular
link
SS7
signalling
network
data
hassignalling
been interrogated
80 test has not been performed
5
result
of external loop test. An external loop means
2
error code:
1
user identifier
thatFR
the
01 no reply
timeslot used by the signalling link is connected in a
2
data link connection identifier
loop
3
type of state data of the SS7 signalling network:
from
the switching
01 signalling
link matrix to the signalling link
3
error code, the state of the previous active route
terminal.
1 FR02user
identifier
signalling
point
03 SCCP of own exchange
a route
can
have the following states:
00 code:
no
errors
2 error
04 error ratio too big
error
internal
state
shown
explanation
SIO
received
when
onevalue
is
0008
acknowledgement
number
ofnot
theofexpected
status
4
data
corresponding
to the
3rd enquiry
1 code
index
ofstate
overflown
buffer
with
MMLpool
09
SIN
received
when
one
is
not
expected
sent
by
supplementary
0 ...
13SIE received
command
FWO
0A
when
is not expected
the
user device (BSS)
isone
incorrect
information:
0B
SIOS
received
when
one
is of
notsignalling
expected
01number
no protocol
events (status
enquiry
or statuspoint or
signalling
link, index
2 8000
number
ofof
overflown
buffers
LOP_STATE
UA-LOP
passivated
by
0C
SIPO
received
when
one
is
not
expected
message)
during
the
SCCP
signalling
network
0 ...
7FFFFFFFH
operator
10
loop
connection
not
successful
1
error type: supervision
functionality
4000
LUS_STATE
UA-LUS
subscriber
interface
onefrom
is not
expected
01
file
in received
disorder
0211
noFISU
status
enquirywhen
received
user
device (BSS)
(FRperformed
bearer channel) not
80
test
has
not
been
within
functioning
the routing
specified
timefiles of the CCS have been chained to
2000
LAC_STATE
UA-LUS
faulty subscriber line
each
03 acknowledgement number of the status message
0000other
TES_STATE
UA-SYS
no error,
waiting
in such a way that the field
number
of thefor
sent by
acknowledgement
from
next the user device (BSS) is incorrect
the remote
end file in the chain.
filestatus
is obtained
from
the previous
04 no
message
received
from user device
0003The
EX_STATE
AV-EX
transmitting traffic
(BSS) withininternal checks of the programs have
detected
that time
specified
the device
value obtained
the previous
file in the
05 user
(SGSN) from
has replied
to full status
chain
enquiry
is not feasible.
The only
record
which
the value refers
of virtual
connections
with
a functionality
to
supervision
doesmessage
not contain any data, or the value refers to
status
Initialisation of the pointer at the beginning of a
file
failed, or there is an incorrect number of records.
The
start-up of the process detecting the failure does
The send buffer on a plug-in unit is full.
not
Messages are deleted
succeed, which causes a reset of the process or
until the situation has been corrected, which
the unit.
means there can be
disturbances in the signalling traffic. The situation
The warming-up of the routing data concerned
may be caused
with common channel
by an overload or a failure in the plug-in unit.
signalling has failed. The program block tries to
perform the
warm-up again. If the warm-up is now successful,
The release of a trunk circuit that uses common
the program block
channel signalling
acknowledges the alarm.
has failed, or no reply has been received to the
release message
in spite of another attempt. The trunk circuit
The locations of the plug-in units do not
cannot be brought
correspond to the settings
back into use before it has been released.
of their addresses, or several plug-in units have
been given the same
The traffic capacity can decrease temporarily if
address, the interrupt level of the plug-in unit in
A
check
there
is asum
lot error has been detected in the
the equipment
software
package to the exchange's capacity
of traffic compared
database is erroneous, or because the computer
loaded
theisprogram memory (RAM memory)
and thisinto
alarm
has a hardware defect.
of
a plug-in
unit ontrunk circuits simultaneously.
issued
for several
The plug-in unit or plug-in units concerned do not
the DMC bus. The error was detected by the
The
loading
of a software build into the program
function
properly,
plug-in
unit's is
check
No
charging
lost due to this alarm.
memory
(RAM)
which can
disturb different operations, depending
sum counting function.
of
plug-in
unitunit.
on the DMC bus has failed.
onathe
plug-in
The initialization of a plug-in unit has failed. The
system is
not using the plug-in unit in any of its functions.
The supervision of a plug-in unit has failed. The
system is not
using the plug-in unit in any of its functions.
An error occurred in the switching network when
the modified
header of a cell picked randomly from a circuit
failed to
connect to another circuit.
A fault has been detected in the control bus of
the Switch Control Processor (SWCOP).
1
family identifier of the detector of the fault
2
process identifier of the detector of the fault
3
1
number of file where the fault was detected
plug-in unit type
2
plug-in unit index
3
1
logical number of signalling terminal
error type:
1 record number in warm-up message does not
correspond
to the one requested
1
error code
2 warming-up of record in question is unsuccessful
00 no answer received from SWICOP to release
attempt
2
number of the file to be warmed up
01 connection-unsuccessful answer or unknown
answer message
1
of the of
plug-in
unit to be warmed up
3 type
number
the record
from SWICOP (see supplementary information
field 7)
2 index of the plug-in unit
02 it has not been possible to send a circuit release
request
3 type of the last detected error:
1 type of
plug-in unit where the check sum error was
to the
SWICOP
detected
08 no answer received from RMAPRB to release
01 error in location of plug-in unit
attempt
02 no interruption from plug-in unit
2 index
the plug-in
unit where
the not
check
sum error
FF of
cause
of connection
failure
known
was detected
1
plug-inofunit
typeunits
on which
loading
of
4 number
plug-in
in wrong
locations
2
PCM circuit
ofhas
connection
software
build
been unsuccessful
5 absolute address of the last plug-in unit whose address
3 number
of check
sum errors detected by the check
time slot
of connection
2
does plug-in unit index: identifies the plug-in unit
sum counting
on
which loading
softwareorbuild
has
been plug-in
correspond
to itsoflocation,
where
several
1 not
plug-in
unitoftype
function
4
state
data
call control automaton
unsuccessful
units have been placed
2
plug-in
index
4
check
sumunit
in the
software
package
5
PCM
of partner
exchange
3
this iscircuit
a general
error message
of the system. You
can
3
general
error
code, exchange
indicating
the reason
why
5
sum
counted
the software
package
6
time
slot
of partner
1 check
plug-in
type from
check
itsunit
meaning
in General Error Messages of
the initialization failed. You can check its meaning
System.
in
Generalidentifier
Error Messages
of System.
7
message
2
plug-in unit
index of SWICOP answer message
4
1
first supplementary information field of
index
of SWCOP
initialization
failureplug-in unit that detected the error
2
5
index
of the
ASWI plug-in
unit from which
second
supplementary
information
field ofthe test
was
activatedfailure
initialization
1
index of plug-in unit controlling the switching network
3
number of incoming line inside SWCOP
(SWCOP-S)
4
vpi/vci or vpi address, used when selecting
2
index of switching memory plug-in unit (ASWI or
outgoing address on ASWI
SW64B)
Unit State Administration Program Block
1
general error code returned by the detector of the
(USAPRO) or Loading
error.
5
number of outgoing line
Manager (SLOGAN) has found that a
You can check its meaning in General Error
preprocessor unit fails to
Messages
of address in memory of ASWI
6
outgoing
restart. The alarm is issued due to either of errors
System.
in the
loading of the unit or in the activation of the
software build.
2
if loading error, this field contains the file that
The alarm is also issued if the total time
caused the error, otherwise 0FFFFFFFFH is output
supervision of the
restart expires.
As a result of the fault, the services of the
preprocessor unit
that is the object of the alarm are not available to
Error ratio counter alarm. An excess of rejections
of the protocol data
units of the connectionless OSI network service
8473 has occured during
the monitoring period due to other factors than
The alarm notifies of corrupted state protocol
momentary congestion.
data units of
the links of the connectionless OSI network
services. The corrupted
state protocol data units may be a result of
Error ratio counter alarm. The counter is used to
software or hardware
monitor the
problems. The routing database has been reset
receiving of corrupted link state protocol data
due to the corrupted
units transmitted
state protocol data units. This may result in a
by the links of the connectionless OSI network
Error
ratioincounter
situation
which alarm. The counter is used to
service. An excess
monitor
themight be temporarily unreachable,
some links
of corrupted link state protocol data units has
rejection
of cause
connectionless OSI network service
which may
been received during
9542
protocolin the use of OSI services.
interruptions
the monitoring period, which results in a partial
data units. The rejection of a protocol data unit
The
state
database of the connectionless
resetlink
of the
state
can be caused
OSI
service
data.network
This may
result in a situation in which the
by defective heading data or defective operation
links
is overloaded
OSI services
are due to insufficient memory
of the protocol.
allocated
to state
not available.
The alarm notifies that an excess of protocol data
data. The connectionless OSI network service
OSI
unitsapplications
has been cannot use the connectionless
cannot be used before
OSI
network,
since
the
rejected
during
the monitoring
period. The fault
more memory becomes available as a result of
network
has no user who provides a
situation service
may lead
state data being
service
onwards
to OSIthe OSI services are not
to a situation
in which
outdated. This may result in a situation in which
applications.
The lack of network service user
available.
The
connectionless
OSI network service is not
the OSI
services
may result from a failure
available.
The
are not available.
of a computer unit or a failure to set a network
situation may result from a failure to configure the
service user. This may
OSI network
result in a situation in which the OSI services are
service or from the internal operation of the OSI
The
unlocked linkage of the connectionless OSI
not available.
network service.
network service is not
This may result in a situation in which OSI
available. This may result from a failure of data
services are not
terminal equipment,
available.
problems in OSI network or the operation of the
The OSI database contains no CLNS entity that
connectionless network
could be used for
service. This may result in a situation in which the
the initialization of the connectionless OSI
OSI services are
network service.
not available.
Either all the CLNS entities are locked or no
The connectionless OSI network service has
CLNS entities have
discarded one area address,
yet been created in the database. As a result, the
since the amount of the area addresses given
connectionless
exceeds the maximum amount
network service cannot be used and the OSI
of area addresses. This results from an error in
The
connectionless
services
may not beOSI network service has
the configuration of the
received
available.from another
area addresses. This may lead to a situation in
nodea protocol data unit in which the maximum
which some of the nodes
amount of the area
cannot be reached and, therefore, the OSI
addresses is different from the maximum amount
The
connectionless
network service has
services
may not beOSI
available.
of the area
received a protocol data unit
addresses of the OSI network service. This
from another node of the OSI network, in which
results from an error
the protocol version data
in the configuration of the area addresses of the
is different from the version data of the OSI
OSI network.
network. This results from
This may lead to a situation in which some of the
an error in the configuration of the nodes of the
nodes cannot be
OSI network, which
reached. As a result, OSI services may not be
prevents communication between nodes with
available.
incompatible protocols.
This may result in a situation in which some of
the nodes cannot
be reached and, therefore, the OSI services may
not be available.
1 number of the error ratio counter
2-4 three latest error codes indicating the reason for the
three
latest errors
00 no specific reason
01 error in the operation of the protocol
02 check sum error
1 04
number
of in
the
error
counter
error
the
heading
data of PDU
05 dividing messages into parts is not allowed
2-406
threedefective
latest error
codes.
They have the fixed value
PDU
received
00H.
07 duplicated protocol option in PDU
destination
address
cannot be reached
1 80
the number
of error
counter
81 destination address unknown
undefined
error
in source
2-490
three
latest error
codes.
Theyrouting
have the fixed value
91
syntax
error
in
source
routing field
00H.
92 unknown address in source routing field
1-16
theallowed
system that has transmitted the link
93 identifier
route isofnot
state
A0 PDU's life time ended during the transmission of
protocol data unit (link state PDU) causing the
message
overloading
of life time ended while the message was
A1 PDU's
the compiled
database
being
1 type of the alarm
B0
unsupported
optionnetwork service
1 activation
of theundefined
connectionless
B1 unsupported protocol version
attribute
B2hasunsupported
safety option
failed
B3
unsupported
source
routing
option
2 user of the network
service
is not
in a functioning
1 B4
type unsupported
of the alarm route option
unit
1
CLNS
B5
errornotice
in the of
compiling
of message
3 identification
the network
service user has failed
2 configuration of CLNS has failed
3 updating of the attributes of the CLNS configuration
2 general error code that indicates why the setting of the
has failed
1 network
identifierservice
of the failed
linkage
user has
failed. You can check its
meaning in
2 a general error code that indicates why the
2 General
type of the
failure
Error
Messages of System.
configuration of the
1 terminal equipment of the linkage has failed
OSI CLNS has failed. You can check its meaning in
2 connectionless network service has discovered that
1
type of
the failure
General
Error
the
1
the CLNS
used for the initialization cannot be found
Messages
of System
linkage is faulty
in the
3 error in management information
database
4 terminal equipment of the linkage is locked
1-16 the first 16 bytes of the discarded area address. The
2 a general error code that indicates why the retrieval of
maximum
3 a general failure code that indicates why the OSI
the OSI
length
of an area address is 19 bytes. If an area
CLNS
linkage
CLNS data has failed. You can check its meaning in
address
is not available. You can check its meaning in General
General Error
contains less than 16 bytes, the additional bytes at the
Error
1 Messages
maximum of
amount
of area addresses received
System
end
of
Messages
of System
the address have been initialized with the value 00H.
2-16 the first 15 bytes of the system identifier of the
sender
of the protocol data unit. The maximum length of the
1 version data of the protocol data unit (PDU) received
identifier is 16 bytes. If the identifier contains less than
16 bytes, the additional bytes at the end of the address
have b
een initialized with the value 00H.
The connectionless OSI network service has
received from another node a
protocol data unit in which the length of the
system identifier is
different from the length of the system identifier of
The connectionless OSI network service has
the OSI network
received a protocol
service. This results from an error in the
data unit from another node, in which all the area
configuration of the nodes of
addresses are
the OSI network, which prevents communication
different from the area addresses of the
The
creation
of awith
new adjacent node for the OSI
between
nodes
connectionless OSI network
connectionless
network
identifiers of different
length. This leads to a
service. This results from an imperfect
service
failed due to lack of resources of the
situationhas
in which
configuration of the nodes
own
This cannot be reached and,
somesystem.
of the nodes
of the OSI network, which prevents
results
from
anOSI
imperfect
configuration of the OSI
therefore,
the
services
The
management
information
of the local OSI
communication
between
the nodes
network,
since
the
may
not
be
availale.
systems
management
concerned.
This leads to a situation in which
node has too many adjacent nodes compared to
has
been
corrupted
some
of the
nodes due to a software or a
the resources. This may
hardware
The
cannot be defect.
reached
and, therefore, the OSI
result in a situation in which some of the remote
corrupted
management
information partially or
services
may
not
be
An
OSIcannot
connection
from the exchange to the
nodes
be reached
totally
prevents
available.
destination
cannot be OSI network service. This
via the connectionless
the use of the connectionless OSI network
established.
situation
may prevent The
the use
of may result from lack of
service. This may result
valid
addresses,
OSI services
for these nodes.
in a situation in which OSI services are not
temporary overloading or lack of data
The
message traffic between a frame relay
available.
transmission links. The fault
terminal (AS7) and the
may prevent the transfer of data (e.g. charging
FRCMAN program block is down. The frame
data) from the exchange
relay terminal is not
to the administrative computer, but it will not
relaying frames.
The
traffic
resultmessage
in the loss
of between a frame relay
terminal
charging.(AS7) and
the FRCMAN program block is down. The frame
relay terminal is
not relaying frames.
The name server cannot add a new service
name to the nametable
as the nametable is full. This situation can be
corrected by increasing
the size of the nametable. If the nametable is full,
The PCM trunk circuit is looped in the direction of
it may have effects
the trunk circuit.
on the functionality of the network element,
depending on the unit
it arises in.
The PDH interface unit does not respond to a
supervision message or, if
the object plug-in unit is ET1E, the alarm data
generated by the exchange
terminal does not make sense.
The exchange terminal is faulty. It keeps sending
an acknowledgement
signal to an AIS command, although the OMU
has not set the sending of
the AIS signal.
The exchange terminal is set into equipment
looping state, that
is, the PCM trunk circuit is looped in the direction
of the
network.
1 the length of the system identifier of the OSI network.
The system
identifier forms a part of the Network Entity Title (NET).
2-16 the first 15 bytes of the system identifier of the OSI
1-16 the system identifier of the sender of the protocol
network node
data unit.
that has sent the data unit. If the identifier is shorter
Maximum length is 16 bytes. If the identifier contains
than 15
less
bytes, the additional bytes at the end of the address
than 16 bytes, the additional bytes at the end of the
1-16
system identifier of the sender of the protocol
have the
been
address
data
unit. with the value 00H.
initialized
have been initialized with the value 00H.
Maximum length is 16 bytes. If the identifier contains
less than 16
bytes, the additional bytes at the end of the address
1 source of the alarm
have been
0 unknown source
initialized with the value 00H.
1 database error
2 work file error
1
called remote OSI application. The value is the first
2 number of the corrupted file
14 letters
0 file number is not available
of the AE name.
>0 file number
2
reason for the failure of the outgoing call. Since the
1
type of frame
access:
3 number
of the relay
corrupted
record
call may
FFFFFFFF not available
be rejected for more than one reason, each reason is
00 user access
described
01 trunk
access
4 type
of the
alarm
in one bit. If the value of the field is 0x00, it has not
0
no
specifying
cause of
code
1
message bus address
the unit where the frame relay
been
2 1frame
relay
access
identifier
record
cannot
be
found
terminal
is located
possible
to locate the reason.
2 data in the records is inconsistent
3 3message
address
of the unit where the frame
failure tobus
read
the
database
2 number
frame
relay
terminalcannot be found
Bit 1: of
called
OSI
application
relay
4 access
data in the database is inconsistent
Bitfirst
2: 16
calling
OSI application
cannot
be found
1 5the
of the service
name
which you
is located
failure
tocharacters
write the record
3 error
code:
Bit
3:
called
OSI
application
is
locked
tried
to add
thethe
nametable.
6 failure
to to
read
record If the name of the
Bit 4: iscalling
OSI application
is locked
shorter
16 relay
characters,
use spaces to fill
4 service
number
of
logicalthan
frame
terminal
01Bit
initialisation
request
received
when
5:
network
address
related
to the none
calledisOSI
up
the resterror code that indicates
5
a
general
why
the
expected application is not valid
5
error
code,
state of logical terminal:
management
1 03
unit
type
terminal
fails to
reply torelated
FRCMAN
program
Bit
6: network
address
to the
calling block
OSI
information
isfails
corrupted.
You
can check
its meaning
09 terminal
toisreply
to FRDMAN
program
blockin
application
not valid
access
awaits
permission
to update
data in
General
2 03Bit
PCM
number
in
switching
network
7: circuit
no appropriate
calling
addresses
can be found
distributed
unit
Error
Messages
of
System
4 state of frame relay terminal:
for
physical
terminal used by access has been
3 04no
significance
the selected transmission link
1
unit type
restarted,
but no
01Bit
not
initialisation
request
received
from either
8:even
application
service
element
is congested
acknowledgement has been received from
terminal
temporarily
or
permanently
2
E1 or T1unit
circuit number if the unit type is ET
distributed
02Bit
initialisation
message
sent to service
the terminal
9: producer
of the session
is congested
05 access has been deleted with an MML command,
03
first
access
being
created
on
the
terminal
either
temporarily
or
permanently
TCSM's
internal PCM circuit number (0d..7d) if the unit
but
nounit type
1 04
load
initialised
on the
Bit
10:level
X.25limits
data being
terminal
equipment
hasterminal
no free
type is
TCSM
acknowledgement
has been received from
05
more
accesses
being
created
on
the
terminal
virtual
and the transcoder
type is TCSM2
distributed
unit
2 06 PCM
circuitonnumber
in switching
network
or ETS
accesses
terminal,
only deletion
of access
may
channels
08
access
awaits
permission
to make the connections
index
beIn
in all
progress
Bit
11:
database
error
other cases,
the
index of the active
09when
access
awaits
acknowledgement
thatunit
thewith PDH
unit
type
ETcallingon
07Bit
more
accesses
created
terminal,
creation
12:
types
of is
the
and
the called
OSI
1
unit
type
interfaces
connections
were
activated
applicationwith
successful
3
no
significance
MML
command
match
2
E1 ordo
T1not
number
or ETS
index, Signal
3 ET1E
: circuit
29H
V5.2
linking
identification.
08
terminal
is
empty,
nothing
progress
Bit
13:
inconsistent
locationin
data
of the OSI
when
unit
type
is ET.
received
6 the family that failed
to deliver the awaited message
09
firstunits
access
on terminal,
creation
application
TCSM
internal
PCMcreated
circuit number
0d..7d,
when unit
Other
: no being
significance
activated
with
Bit
14:
X.25
data
terminal
equipment
not
available
type is TCSM.
MML command
23
virtual
connections being created for user of
3
no
significance
terminal
40 virtual connections being created for trunk circuit of
terminal
61 virtual connection being created for user of terminal,
creation
activated with MML command
62 virtual connection being deleted from user of
In the ET plug-in unit a fault has been detected in
the RAM
or in the hardware. If the fault is in the RAM, the
check sum
of a load module in the RAM has changed, or the
The Message Transfer Part (MTP) is unable to
check sum of
transmit or distribute
a program located in the ROM has changed.
a signalling message due to an error in the
contents of the message,
or because of inconsistencies between the
Due to forced switchover, file updatings which
routing tables and the
were in process have
routing information contained in the message.
been uncontrollably interrupted. As a result, the
Signalling traffic to
data in the files
the target point is disturbed because signalling
of the active and the passive unit and the disk
A
subsystem
of the
SCCP is unavailable.
messages
have
been
differ from each
Signalling
deleted. messages cannot
other.
be transmitted to the subsystem in question. The
fault may affect
the traffic capacity.
A program block has detected an updating error
of the spare unit. The
program block of the spare unit attempts to
correct the updating error
by warming up the dynamically changing data
The SCCP has failed in routing a message
from the active unit. If the
received from the user
operation succeeds, the program block cancels
part of the SCCP.
the alarm.
The alarm is caused by erroneous configuration
The effect of the alarm on depends on the error
of the system.
code of the
alarm. Typically the fault causes a failure of a
The fault may affect the traffic capacity of the
single
system.
call.
A resource defined in the parameters of the
system is failing.
The reason for the alarm can be, for example,
erroneous
configuration, erroneous messages sent by
A
resource
the parameters of the
counter
enddefined
or userinpart
system
or a set has
off offailed.
a timer when sender is in
As
a result, themode
objectwith
unit of the alarm cannot
asynchronous
perform
its end.
the counter
functions.
The activation of the D-channel has failed, or the
The
systemofmay
this alarm
when thein a fault
restoration
the set
D-channel
connection
common
channel
signalling
situation
program
block
detected
anfor
erroneous
has failed.
The has
cause
may be,
example, a
message
which
can
be
fault in the
A
logical
error message
has been that
detected
in the file
any
signalling
accordant
with
primary
rate access
terminal is
used
by the Dconnected
with
the
SCCP
or
TC
protocol.
channel, a fault
primary
rate access.
The D-channel
defined
in
The
in question
is always
lost
but
in themessage
D-channel
connections,
or a break
in the
the
the
fileofcannot
be
effect
it
connection
activated
nor useddepends
in signalling.
on
traffic
on
the
situation.
The
loop
test
performed of
bythe
theremote
primary
rate
itself
and capacity
non-operation
end.
access terminal has
failed
between
primary
access
Signalling
in thethe
channel
in rate
question
is terminal
and
the connection
impossible.
The
matrix.
There
a fault either
the terminal,
on
effects on
the is
operation
of theinexchange
depend
an
on internal
what thePCM
circuit,
or inisthe
connection
matrix, or their
D-channel
used
for.
configuration is
faulty. One or several signalling channels cannot
be used for
transmitting signalling traffic. The faulty channels
typically
issue alarm 2250, FAILURE IN D-CHANNEL
ACTIVATION OR RESTORATION.
1
type of fault:
00 read/write memory error detected by RAM test
01 check sum error in load module of RAM
02 check sum error in ROM program memory
1 error code:
03 daughter board is missing (ET2E)
04 Framer circuit failure (ET2E-TB,ET2E-TCB,
0 message directed to unreachable destination point
ET2A-TB,ECE2-B,ECE2-CB and ECE2-AB)
1 message directed to unknown destination point
2 message incorrectly initialised by user part
1
code
corresponds
the interrupted
task:
2 error
when
thethat
functional
unit isto
TCSM,
index of ET
3 message received from network faulty
plug-in unit. Otherwise FF
4 no service defined for SIO
01 modification of signalling route set data interrupted
5 no unit found for control message of signalling
02 modification of signalling route set parameters
network
interrupted
1 6number
of the
signalling
linkunavailable
is unable tosubsystem:
handle this long a
03 modification of signalling link set data interrupted
values 01H - 0FEH
message
04 modification of signalling link data interruted
7 message deleted because there is danger of circular
05 modification of signalling link parameters
2
indicator of the network where the subsystem is
routing
interrupted
defined:
8
STPcode
message addressed beyond A-interface
1 06
error
modification of service information data interrupted
00
IN0, international
network
0
9
destination
point of
of updating
the message
is a network
cluster
01 control
number
message
incorrect
07
modification
of MTP
statistics
indexesisinterrupted
04
IN1, international
networkuser
1 parts are blocked
A
message
deleted
because
02 no
updating message
08
modification
of L3PARA and L3RINF files
08 traffic
NA0, national network 0
from
interrupted
0C NA1, national
network 1 of signalling network
deleted
2 Bfilemessage
number of
the filebecause
to be updated; if the value is
1
type of error. Possible values are:
congestion
zero,
is
2-4 filethis
numbers
of the files whose updating was
3
signalling point code of the signalling point where
not a file, but a data structure located in the data area
interrupted.
01
destination
point
unknown
the
unavailable
subsystem
is located
2
indicates
the value
ofcode
the service
information octet of
of the
If
there
were less
than 3 files,
the value of additional
02
destination
subsystem
is unknown
theprogram block
fields
is FFFFFFFF
03
originating
pointmessage
code unknown
4
reason
why
subsystem
signalling
1 handled
message
number
of theunavailable
erroneous signalling message
04
00 originating
unknown subsystem is unknown
3 record number
signalling
point
where
the subsystem
ismessage
located
3
indicates
the value
the Destination
Point
Code
of the
2 01
group
number
of theof
erroneous
signalling
2
type
of thebe
SCCP
message the routing of which failed.
cannot
reached
handled
Possible
values
are:
an identifier
SSP
message
prohibited)
signalling
message
3 02
family
of the (subsystem
program block
which sent the
1
resource that is failing and the number of resources
concerning
erroneous signalling message
which
triggers
the alarm
if resources
fallthe
01
CRsubsystem
Connection
Request
the
has
been
received
4 available
indicates
the value
of Originating
Point
Code of
below
itConnection
(the
alarm limit)
02
CC
Confirm
03
local
subsytem
has
not
"called
in"
for
using
thethe
handled
4 process identifier of the program block which sent
03
CREF service
Connection Refused
SCCP
signalling
message
erroneous signalling message
1 ordinary
timerstatus
record,
limit
% been
RLSD
Released
subsystem
testalarm
(SST)
has5 not
1 04
resource
which
has failed
2
alarm
record,
alarm
limit 2 pcsLink Selection Field of
05
RLC Release
Complete
responded
5
indicates
the
value
of
Signalling
5 error (error code) detected in the message coming
3
control
record
of 1themessage
timer service using the
06
DT1
Data
Form
to
after
signalling
the
handled
signalling
01 the
ordinary
timer
recordpoint's restart (MTP restart)
from
userthe
timers
defined
by 2the operator,
alarm limitin2 the
pcs
07
DT2
Data
Form
05
SCCP
is
unavailable
(a UPU 114H
received)
02
wake-up
record
to the
transaction
portion (TCAP:
ITU and 2B6H
4
TNSDL
timer,
alarm limit
5%
08
AK
Data
Acknowledgement
signalling
6-10
five
next
post-header
bytes
in
the
signalling
03 control record of the timer service using themessage
timers
ANSI):
1 09
number
of
the channel
link setis(D-channel)
UDT where
Unitdata
point
theapplication
subsystem
located
defined
by the
0A
UDTS
Unitdata
Service
04
TNSDL
timer primitive
7025
unidentified
D-channel
index within
the channel
link set:parameters
2 0B
number
of resources
defined
in the system
ED Expedited
Data
7027 rejection in wrong operational state
0C EA Expedited Data Acknowledgement
7028
user has
requested sending of "end" message,
0 = primary
channel
0D
RSRcode:
Reset
Request
1
error
2
number
of
resources
defined in the system parameters
although
= backup
channel
(inavailable
primary rate access only,
3 1
number
of
resources
0E
RSC
Reset
Confirm
00
channels
have
been
defined
erroneously
no
messages
have
been
received
from the in
counter
not
in use)
0F
ERR
Protocol
Data
Unit Error
different
end
IT
Inactivity
Test available when the alarm is
computer
units
3 10
number
of resources
identifier
ofset:
the "cancel" primitive not in
3 7029
type
ofinvoke
theExtended
channel
link
11
XUDT
Unitdata
01 the primary D-channel
is missing in the channel
issued.
use
1 12 number
of
the primary
rate access
terminal
XUDTS
Extended
Unitdata
Service
linkIf
set
the
value
is
0,
alllength
resources
are
still unavailable
702B
error
in
the
of
element
0
primaryLong
rate Unitdata
access channel link set
13=03
LUDT
no
internal
time slots
have been defined for the
SCCP
address
too
long
2 702C
of
the
channel
link
system (D-channel)
1 =number
subscriber
module
(SUB)
channel
link set
14
LUDTS
Long
Unitdata
Service
terminal
702E
TCAP
message
too
long
2 = exchange terminal (ET) channel link set
04 the
terminal
index
is erroneous (too big)
use
of D-channel
TCAP
not permitted
3 7032
of indicator.
the
within
the
link set:
3index
= functional
unit channel
link
setchannel
network
Possible
values
are:is inconsistent
06 the
status of D-channel
existent
7034
no impulses
in the message
in user
DCLSCO
andthe
DCHSET
files
sent
primitive
in a wrong state
primary
channel
4 7036
number
of has
D-channel
PCM
00
international
network
0, IN0
703A
error
in
the
application
context
01 international
backup channel
(in primary
1, IN1 rate access only, not in
2 04
file parameter
number network
703B
error in the TC2 message
use)
08 national network 0, NA0
nationalofnetwork
1, NA1
3 0C
number
the
record
containing the erroneous
in the
message
4 error
type detected
of the channel
link
set: coming from the network
information
to the transaction portion (TCAP: 114H ITU and 2B6H
4 destination
code to which a message was
(if possiblepoint
to define)
ANSI):
00
channeltolink
attempted
be set
sentof the primary rate access
01 channel link set of the subscriber module (SUB)
7000
unidentified
type
02 channel
link setmessage
of the exchange
terminal (ET)
The SCCP has received a message addressed to
a signalling
point or signalling network for which the SCCP
has not been
defined. The system might be incorrectly
The alarm logic in the switching network does not
configured and the
function.
error can affect the traffic capacity of the system.
The fault can be in the cabling, in the SWCOP
It is
plug-in unit, in the
also possible that the configuration problem is in
power supply unit of the switching network
In
theconnection with the database integrity
cartridge or in the
checking,
inconsistencies
remote end.
switching memory plug-in unit. The fault does not
have been found in the database. Because of
directly affect the
these faults, the
traffic capacity of the network element, but it
functioning of the database may be disturbed.
An
updating
occurred in the updating
prevents
the error
system
operation
a file
from givingofthe
following alarms that are
located
outside
program block.
important
for thethe
operation
of the network element:
There are inconsistencies between the data of
-two
2051,
files.POWER FAILURE IN SWITCHING
NETWORK
(power exists
supplybetween
alarm ofOSCFIL
the
Usually the conflict
and
switching
network
cartridge)
OSCFIL. In
this case the starting of a spare unit does not
If
the initialisation
of a plug-in
unit fails,
or aalarm
plug-help.
2052,
SWITCH CLOCK
FAILURE
(clock
in
gives
of unit
the switching
memory
aplug-in
notice that
unit)it is unable to establish a physical
transmission
connection,
is not
possible
to establish
OSI
As
result ofitOSI
this
alarm,
the call
control
An aoutgoing
connection
cannot
be computer
connections
via the
and
the
established from the exchange.
plug-in
unit
in question.
switching
network
unredundant
until
the
The situation
may are
be due
to a lack of
available
reason
of
the
alarm
addresses, a temporary
The
system
will not
attempt
usehas
thebeen
plug-in
has
been
found
outof
and
the to
fault
overload,
or
a lack
transmission
paths.
The
OSI administration
unit
when
establishing files contain contradictory
corrected.
record
connections. You can correct the fault in the OSI
references.
situation has arisen from an error
subnetwork The
interface
in
bythe
performing a switchover, or by forming the
internal
functioning.
Other alarms related to OSI
connections
via other
Several attempts
have been made during a
management
plug-in
units
in
the
channel
group of the plug-in
certain period of
are
likely to be issued in connection with this
unit.
time to establish an X.25 connection to the
alarm. The
exchange from a
fault
maycheck
prevent
the
transfer
of plug-in
data (e.g.
You
can
theauthorised
cause
of the
source
that is not
to do
so. unit's
The
integrity
checking
charging
data)
initialisation
error
from of the database was
interrupted
because
from
the exchange
toofthe administrative
the MUFILE,
ATFILE/OETFIL,
OPCFIL, or
an
error. This
may be caused by, for
computer,
but problem
itThe disconnection
OPHX25
files.
example,
problems
will
notphysical
result
intransmission
the with
loss of charging.
of the
connection is caused
system
files DXPFIL, MAFILE, DBFILS or
by
a
faulty
Taking a backup of the database has lasted too
DBPARA,
or problems within
transmission
long, and the link. The fault may prevent the
the
program.
This alarm does not mean that the
transfer
of
data
management
system terminates the process.
database
is data) from the exchange to the
(e.g. charging
inconsistent.
checks cannot be run until
administrativeIntegrity
computer,
The
default
of the
cache
which is
the
but iterror
will notsize
result
in the
loss memory
of charging.
defined
todeleted.
be
has been
reserved for disk units is defined as too large in
the
parameter file DOFILE.
The size either exceeds the size of the free
memory in the
computer unit or is so large that there is not
enough memory
for all the files or programs in the unit in the
startup or
during normal use.
In the first case, the system calculates the size of
the new
1 type of the SCCP message received:
01 CR Connection Request
02 CC Connection Confirm
03 CREF Connection Refused
1
index of the SWCOP plug-in unit which detected the
04 RLSD Released
error
05 RLC Release Complete
06 DT1 Data Form 1
2
wired alarm for which the alarm logic does not
07 DT2 Data Form 2
function
1 08
identifier
of the
database;
AK Data
Acknowledgement
00 power supply alarm of the switching network
although
some database applications still need this
09 UDT Unitdata
cartridge
information,
0A UDTS Unitdata Service
01 clock alarm of the switching memory plug-in unit
it0Bis becoming
moreData
common that the database can be
ED Expedited
identified
0C
EA
Expedited
Data
Acknowledgement
1
number
3
index
of of
thefile
switching memory plug-in unit
by
values
given
in the next two supplementary
0D the
RSR
Reset
Request
FF, if the object of the alarm is not the switching
information
RSC Reset
Confirm
2 0E number
of plug-in
record
memory
unit
fields,
thatProtocol
is, the name
of the
database and the
0F0FFFF$FFFFH
ERR
Data
Unit
Error
= record
cannot
be specified
number
the
10 ITof
Inactivity
Test
1 database
of file 1 Unitdata
11 number
XUDT occurrence
Extended
12 XUDTS Extended Unitdata Service
2 13
record
number
of file 1
name
of the
database
LUDT
Long
Unitdata
= recordService
cannot be specified
140FFFF$FFFFH
LUDTS Long Unitdata
3
number
of
the
database
occurrence
1
plug-in unit index: indicates in what part of the
3
numbernetwork
of file 2 for which the SCCP has not
2
signalling
computer
4 been
if the
results
of theunit
integrity
checking
asked
to be
defined:
unit the plug-in
representing
theare
OSI
subnetwork
4 reported
recordtonumber
of file
2 contains the number of the
a
file,
this
field
interface is situated. Possible values are 0 - 131.
= record
specified
file.000FFFF$FFFFH
international
network
0, cannot
IN0unitsbecreated
Values
0-15 indicate
plug-in
with the
1 In
the
callingcase,
local
application.
The"NONE"
value isin
the
any
other
there
is
the
text
the field.
04
international
network
1,
IN1
WTP
number
of OAPFIL
08record
national
network
0,
NA0
command.
5 0C
if the
results
of theindicate
integrity
checkingconnections
are asked toofbe
national
network
1, NA1Ethernet
Values
128-131
PCI
2 reported
the called
remote
application.
The
value
is theof
to
a
file,
this
field
contains
the
identifier
computers
record
number
ofreport
OAPFIL
disknumber
where
the
is located.
The field
3
destination
point
code
to file
which
the message
wascan
1 the
the
of the
faulty
file
have
values
00
(W0)
or
01
(W1).
If
reporting
was
attempted
to
be
sent.
If
the
message
to
be
routed
2
diagnostics field that indicates the type of the fault.
3-10
diagnostics
table:
the reasonpoint
whycode,
the outgoing
call
directed
into
include
the
destination
the
2 does
thenot
faulty
record
Possible
values
are:
failed.
an
MML
device,
field has the value FF.
value
in the
field the
is FFFFFFFF
Each marking may contain one of the following
3
diagnostics
field identifies the error type. Possible
00 : not
specified
1
plug-in
unit
index: identifies
the plug-in
unit fromto
diagnostics
4 number
ofare:
destination
theOPCFIL
message
values
01
:
plug-in
unit
notsubsystem.
specified inIfthe
where
the
calls
originated
codes:
be routed
does not include
number
of failed
subsystem,
02 : initialisation
of the the
physical
layer
the value
in
the
field
is
FF
00 : initialisation
not specifiedof the network layer protocol failed
03
2
no
significance,
the value is FFFF
0x00
: not specified
01
type
mismatch
(local/remote)
04 : record
physical
layer
disconnected
0x01
:
remote
address
records
locked
5
originating
point
code.
Identifies
theare
signalling
1 identifier
of the database;
02 : unallocated
record
3 point
the
BCD-coded
alarm
number
ofsent
the
observation
0x02
:
local
address
records
are
locked
from
which
the
message
was
although
some database
still need this
03 : record
key out ofapplications
scope
that
supports
suspicions
ofinachannel
break-ingroups
attempt
0x03
:
no
free
channels
information,
04 : invalid reference key (unallocated record)
0x04
:
no
proper
local
address
for
selected
channel
6 itnumber
of originating
subsystem.
If the
message
is becoming
more
common
the
database
can
be
05 : invalid
reference
keythat
(record
type
mismatch)
0x05
:
Application
Service
Element
temporarily
to
be
routed
does
not
include
the
number
of
identified
06
:
invalid
reference
key
(out
of
scope)
1 subsystem,
identifier the
of the
database;
congested
value
the
fieldtwo
is FF
by the values
given
in in
the
next
supplementary
although
some database
applications
still need this
0x06
:
Session
Service
provider
temporarily
information
information,
congested
7 fields,
reference
in theofDX
The logand
contains
that number
is, the name
thelog.
database
the
is
becoming
moretemporarily
common
that
the database
0x07
: X.25
PLP
congested
theit erroneous
message.
If the reference
number can
number
of the
beisidentified
not type
usedoccurrence
in the log, the value of this field
1 database
error
is 0by the values given in the next two supplementary
information
default
size
of the disk cache memory defined
2 00
name
of the
database
fields, that is, the name of the database and the
in the parameter file exceeds the size of the free
number of the
memory
3 number of the database occurrence
database occurrence
in the unit
4 cause for the error. You can check its meaning in
2
name of the database
01 size of the cache memory defined so large that
General
there
is Messages of System
Error
3
number of the database occurrence
not enough free memory for the system. There is not
enough
5 identifier of the disk from which the database was
cache
checked
andfor all files when loading or some application
4
location of the database
does
the inconsistency found.
not getvalues
the amount
memory
requires during
Allowed
are 00of
(W0)
or 01it(W1)
5
family identifier of the program block which manages
normal use.
The initial loading of the computer unit fails from
all sources
because:
a) the source computer units' trial or new pack
status is
Boot loading fails. The Boot Management
different from the one in the unit to be
Program Block (BOMBER)
loaded, or
has detected an error in the unit serving as the
b) the source computer units contain a
source of
different software build,
the loading. Loading of the computer unit may
The
orOMU has restarted with other than the
succeed later
default
that is units do not respond
c) thepackage,
source computer
from the same source or from some other source
the
has fallen
a repeated
reset
with the
Theunit
loading
of the into
computer
unit may
succeed
of loading.
default
package,
later from
some source.
or the loading of the default package failed and
Either the Software Configuration Management
BOLERO has chosen
File (SOMAFI) is out
another package because of that.
of order on the disk, or the reading of the file from
the disk
fails, or the file is not identical on both disks.
An error has occurred in the initialization of the
hardware
As a result, the disk moves to TE-state and the
interface of the program. The necessary data
disk update queues
cannot be read
are interrupted. The situation generates alarm
from the equipment database, or the data is
The
ESP
register
value of a process identified in
2007,
FILE
UPDATING
erroneous.
the
ON AUXILIARY STORAGE IS NOT
supplementary
this alarm is
PROCEEDING.information
If only one fields
of theof
disks
Because of this error, the target unit does not
illegal.
generates this alarm, the fault in question
work as
This
leads to faulty
functioning, especially to
generates
A
fault has also
beenalarm
detected in a plug-in unit that
expected.
process
2806,
SOMAFI
UPDATE
ERROR.
acts as a
freezing and, with critical processes, also to
signalling terminal of the system. The fault
recovery
prevents the plug-in unit
actions of the unit where the process is located.
from functioning. The fault may be in the plug-in
Automatic return to another package will be
unit itself, in its
started after time
program build or in the operational environment
supervision. The alarm is set at OMU restart.
that is in close
contact with it.
Automatic return to another package, i.e. change
of default package,
occurred during the latest system restart. The
reason for the return
was either a spontaneous reset cycle or an
The execution of file or database conversion
initiation of return due
failed.
to time supervision. The alarm is set at OMU
restart.
Due to the failure, the database which was the
target of
Some B-channels remain barred on the Dthe conversion has lost its integrity and cannot be
channel indicated in this alarm.
used.
This means that not all B-channels are available,
The database or the file system used as the
and some or all
source for
traffic to this D-channel is barred.
The
initial loading
thebe
CPU
plug-in
the conversion
canofstill
used,
sinceunit
no has
failed,
because
changes
were
The reason might be, for example, that the
the
loading
controller cannot load the requested
made
to them.
remote end has not responded
load module. If
to the RESTART message, or that all restarted
the alarm is not cancelled soon after it is set, the
circuits have not received
object unit
acknowledgement in the RESTART
of the alarm is unable to function.
ACKNOWLEDGE message.
1 trial status of the computer unit to be loaded:
0001 (T)
= unit is on trial side during changing
of the software build
0000 (F)
= unit is not on trial side
1 error code. You can check its meaning in General Error
FFFF (SCD__ER) = status is not known
Messages of System.
2 new pack status of the computer unit to be loaded:
2 load module name
1
status(T)
of the =
default
package
thepackage
OMU
0001
unit has
a new during
software
3 message bus address of the computer unit to be
restart:
during
loaded
FB = fallback
changing of the software build
BU(F)
= backup
0000
= unit has an old software package
4 trial status of the computer unit to be loaded:
NW(SCD__ER)
= new
FFFF
= status
is not known
1 general error message
of the system.
You can check
UT = untitled
its 0001
meaning
(T)
= unit is on trial side when changing
UD 12
= undefined
3 in
the
first
bytesMessages
of the software build identifier
General
aError
software build of System.
0000 (F)
= unit is not on trial side
2
status of the package running in the OMU:
FFFF
(SCD__ER)
= status is not known
1
family
FB =identifier
fallback of the detector of the error
BU = backup
2
process
identifier of the detector of the error
NW = new
UT = untitled
3
general
error code
UD
= undefined
1 family
identifier
of the process where the illegal ESP
You can check its meaning in General Error
value was detected. Fields 1, 2 and 3 contain
Messages of System.
the complete process identification
4
additional information
2 process identifier, see description in field 1
1 index
thecheck
signalling
terminalin General Error
You of
can
its meaning
Messages of System.
3 process focus, see description in field 1
2 type of fault:
4 illegal ESP value
01 = loop test between the signalling terminal and the
1 packages to and from which automatic return occurs,
switching network has failed on several channels
unless return is
02 = check sum of the signalling terminal code is
denied with an MML command:
incorrect
NW -> BU or BU -> FB
FF = other fault causing malfunction
1 package to and from which automatic return occurred:
2 time limit, in seconds, of return due to time supervision
NW -> BU or BU -> FB
1 name of the conversion program
2 error code indicating the reason for the failure
of the conversion. You can check its meaning with a
command
1 number of the D channel whose circuits remain barred
of the service terminal extension MRS
(see Service Terminal Essentials, Maintenance Manual)
or from the document General Error Messages of
System,
1 Supplementary
reason for failedReferences
loading:
02 controlled interruption by the unit that was being
loaded
03 restart of the unit that was being loaded
04 error detected by loading controller during loading
05 time exceeded in the loading attempt
06 failure in creating a loading hand
07 illegal loading state of the loading controller
08 file not found in the loading controller computer
09 file cannot be opened
0A file cannot be closed
0B file reading failed
The alarm is set when automatic return is allowed
from the package in
use. The alarm is also set at OMU restart, if
automatic return is
allowed and the restart did not cause a return to
A fault has been detected while initializing or
another package.
updating the contents
Automatic return to another package occurs if the
of the RY9STA, SW9STA and/or CI9FIL file. The
system restarts
RY9STA, SW9STA and CI9FIL
spontaneously three times so that there are less
files are used for executing the SP-CIC -> PCMThe
transfer part (MTP) has detected
than message
ten minutes
TSL conversion for the
an
unauthorized
between
restarts.
TUP, ISUP, BICC, and BSSAP signalling
signalling message (STP) passing through.
messages coming from the
signalling network.
The CPU -5 V supply voltage is faulty. The
voltage
needed
in the
The faultismight
cause
serious disturbance in the
unit
switchover
traffic
since the logic. The fault does not affect the
traffic
capacity
incoming
signalling messages can not be
of
the network
element
directly, but as a result,
processed
the
problematic
The space for
reserved
for a file is smaller than what
the
unit's ability
circuits.
is required
to recover from faults that require switchover is
for the functioning of the program block. The fault
severely
decreased.
The
is in fault
the is usually caused by errors in the files or
conflicts
between
software.
The
alarm
system
ofisthe
preprocessor
unitan
was
the
The
alarm
typically
caused
error
For files.
example,
if the number
of the
file isby
5 or 6,
all
unable
to of the
in
a
record
alarms are
process
the
setbecause
message, orvalues
the disturbance
or
CPCMSP
file,
of the
not transmitted
from thethe
preprocessor.
fault
signalling point code (SPC),
observation
as all the records
the FAILFL
service
information
(SIO)of
circuitfile
A file error
has beenoctet
detected
inand
thethe
alarm
reserved
identification
code
system file
for
theare
observation
with
the respective
number
(CIC)
read
from
a CPCMSP
record
positioned
in the
preprocessor
unit.
Thepointed
alarm
are
in use.
out
by
the
PCM-TSL.
Note
system
When
are no more(SP_INDEX)
free records available,
that
thethere
signalling
identified
software
is unablepoint
to find the requiredisdata
in the
When
starting
the
data
on the computer unit, the system has
by
the
signalling
file,
detected
thatofthe
the
settings
the
observations
with(SPC).
the
network
(NET)
andnew
signalling
point
code
or the desired
information
is not
within
voltage
in the CPU clock circuit has failed. The
same alarm
acceptable limits.
fault
is not
number
areserious
lost
until
free
records
are available
The
may
also
issue
alarm
The system
reason for
the
error
is that
data of an alarm
for
the
operation
of
the
unit.
As
the
result of the
due
to
the
conf_between_two_files_error_a
The
system
has updated the CPU clock circuit
set by
a
fault,
the CPU
cancellation
of
observations
stored.
(0x2261)
in
connection
with
this
alarm.
time
because
program
blockitis missing from the file, data has
cannot independently maintain the correct time
differed
been from the system's calendar time. The
during possible
fault
does incorrectly
not affect or a program block is setting
initialised
power failures. However, the system updates
the
operation of the unit directly, but it may
an
The
both amount
the timeofoffree
the memory in the computer is
prevent
the with
computer
alarm
itself
incorrect data. A possible but
belowclock
the alarm
CPU
circuitlimit
and the time of the computer
unit
from maintaining the correct time during a
unlikely
used
in supervision.
The alarm limit is usually set
unit from
the
power
failure.
reason
can also be that the contents of the file
so
lowclock
that
main
unit of the network element after the
However,
system updates the time of the
has
been the
the
alarm
indicates
critical reduction in the
computer
unit starts.a alignment
The
RBS multiframe
been lost
computer
unit
from
the due tohas
damaged
during
loading,
a transmission
amount of free memory
between
theunit
signalling
main
clock
of the network element after the
error
or
a
or its fragmentation so that it is unusable.
terminal
and
the
ET, or the ET does not respond
computer
unit
starts.
faulty RAM
memory.
to the status
When there is no free memory, memory
inquiry
of the
RBS multiframe
alignment.
A
a
result
of
the
the
system
ofThe
the
A
process
identified
the alarm
first two
supplementary
reservations
fail error,
andinthis
index
of the ET
in cannot process the alarm that
preprocessor
unit
information
of this alarm
hascomputer.
reserved more
may disturb fields
the functioning
of the
question
is included in the first additional
the
program
dynamic
information
field in this alarm's supplementary
block
mentioned
memory
thanofisfree
allowed
in the
alarm limit
The amount
memory
indicates
the set
sizebyof
of
this alarm.
information
the largest
attempted
to set.area,
In this
case, the
alarm in the
process.
unified memory
because
it illustrates
When
thecannot
alarm is active, the speech lines which
question
amount of free
use
the RBS
be
output
to the
alarm
If
the
system
does
not output
cancel
the
soon of
memory
more
accurately
thandevice.
thealarm
total amount
signalling in the ET are out of use, or the system
after
it
has
free memory.
cannot
been set, the memory remains reserved for the
supervise the operation of the RBS signalling
process.
because of the
In such a case, there is probably a fault in the
problems in the operation of the ET.
code
implementing the process that should be
investigated.
1 packages which allow automatic return
NW -> BU or BU -> FB
2 value of reset counter ( 3,2,1 ). The value of reset
counter is
1 error code:
decreased at spontaneous OMU restart. The value
indicates how many restarts are allowed before
00 Addressing of CPCMSP file record failed while
automatic return
adding circuit
occurs. That is, when the value is 1, automatic return
01 Addressing of CPCMSP file record failed while
1
typeafter
of STP function's access right violation
occurs
removing circuit
the next restart.
02 Addressing of RY9&SW9&CI9 file chain failed while
01 the originating point in question should not send
adding circuit
signalling messages to the destination point
03 Addressing of RY9&SW9&CI9 file chain failed while
(message has been transmitted)
removing circuit
04 Addressing of RY9&SW9&CI9 file chain failed in
02 the originating point in question must not send
initialisation phase
signalling messages to the destination point
05 RY9STA&SW9STA&CI9FIL file chain corrupted
(message has been deleted)
SW9STA
fileof
distribution
failed
1 06
family
identifier
the program
block that set
07
CI9FIL
file
distribution
failed
thesignalling
alarm
03
messages should not be sent to the
08 RY9STA file distribution failed
destination point through the incoming link set in
2 error
code (message has been transmitted)
question
10
Erroneous
signalling
point
code
(SPC) while
adding
00 space
reserved
for a file
in the
memory
is
1
alarm number of the observation (BCD coded) not
circuit
inadequate
04
signalling
must not
be sent to the
processed
asmessages
no
free records
11
Erroneous
signalling
point were
code available
(SPC) while
destination
removing
circuit
3 high
byte
of thethe
fileincoming
number link set in question
point
through
2 12
family
identifier
ofinformation
the program
block
that while
set adding
Illegal
service
octet
(SIO)
(message
has
been
the unprocessed alarmdeleted)
circuit
1
code
4 error
low byte
of the file number
13
Illegal
service
information
(SIO) while
10
unknown
disturbance
flagoctet
05 signalling messages
should
not be sent to the
removing
circuit
11destination
unknown point
error through
ratio counter
the outgoing link set (route)
14
circuit
identification code (CIC) while
12in Erroneous
unknown(message
fault
flag
question
has been transmitted)
adding circuit
Erroneous
circuit
code
(CIC)the
while
2 15
family
identifier
of theidentification
program
block
setting
06
signalling
messages
must not
be sent
to the alarm
removing
circuit
A2destination
library programs
of BANTAM
library used
to (route)
set and
point through
the outgoing
link set
16
Erroneous
circuit identification code (CIC) length in
cancel
an alarm
in question
(message has been deleted)
SEINFI file
service specified for the user part in SEINFI file
3 17
file No
number
2
the
value of the service information octet (SIO) of the
18 Unknown circuit identification code (CIC)
signalling message handled
Non-existent
identification
(CIC) after
4 19
family
identifier ofcircuit
the program
blockcode
that attempted
adding
set
the alarm
3 to
the
value
of the destination point code of the signalling
1A Circuit identification code (CIC) still exists after
message
handled
1
size of the largest free buffer
removing
5 index that was used when attempting to set the alarm
4
the value
ofused
the originating
point code of the signalling
2
limit
in
supervision
2 alarm
number
of outer
PCM
circuit. The information has no
message handled
significance
3 with
totalerror
amount
ofvalues
free memory
code
04, 06, 07 and 08
1 the
ET index
5
value of the signalling link selection field in the
message
handled
4 signalling
total slot
amount
of memory
withinThe
memory
administration
3
of outer
PCM circuit.
information
has no
2 time
error code:
significance
multiframe
lost in
between
ET and
6-801
theRBS
3 bytes
coming alignment
after the label
the signalling
with error code values 04, 06, 07 and 08
signalling
message
1 family identifier of the process
terminal
4 02
signalling
point code.
The
hasstatus
no
response
from
ET04,
toinformation
inquiry
the
of the
9
thenoerror
code is
03 or
the linkofset
from which
the
2 ifprocess
identifier
significance
with
RBS
signalling message was received
error
code values
00, 04, 05, 06, 07 and 08
multiframe
alignment
3 the alarm limit set for the dynamic memory usage
if the
codeinisbytes
05 or 06, the link set to which the
theerror
process,
5 of
service
information
octet. The information has no
signalling message is going to
significance with
error code values 00, 04, 05, 06, 07 and 08
6 circuit identification code. The information has no
significance with
error code values 00, 04, 05, 06, 07 and 08
7 value of SP-INDEX corresponding to the signalling
The process supervision of the computer has
stopped due to an
interruption in the supervision process. In the unit
start
phase, also the unit start is stopped.
The data file group of the virtual data storing
device (VDS) on the hard
A stop in supervision leads to a situation where
disk or on the removable disk is full and the
application
system is overwriting
failures are not detected as normally. Therefore,
untransferred data.
The
CPU watchdog is not functioning. The fault
the computer
may
prevent therestarted
start
is automatically
after a minute has
If the storing target of the VDS device is WDU,
of
the necessary
passed
from the unit recovery actions in a fault
the normal
situation.
setting of the alarm.
transfer of files to the post-processing system
The
operating system has detected a fault in the
has failed.
clock signal
of
thestoring
CLS ortarget
CLABofand
has taken
use the
If the
theitVDS
deviceinto
is FDU,
the
CPU
plug-in
transfer
to the
unit's
internal synchronization.
post-processing
is notfrom
supported.
The
CPU plug-in unit system
type differs
the equipment.
media must be changed before
the VDS device is full; otherwise data may be
lost.
The fallback
of the software
data file copying
group contains
either build that is
being
background
uncompressed
(original) files
processed
in a network
element
been
or compressed
files, or there
canhas
be two
interrupted
because
of
an
separate groups
error.
The fallback buildcompressed
cannot be used.
for
files,copying
Oneuncompressed
of the finishingand
tasks of the fallback
depending
on
the
predefined
compression
mode
failed. This does
of
the
VDS
device.
not always affect the usability of the fallback copy
just made,
because it is possible that only one part of the
The alarm limit of the filling level of a database
network element has
file has been
remained in the fallback copying state, and must
exceeded.
be released manually.
In this case the fallback copy itself can be used.
Database
disk updates have been prevented with
If one of the
the
MML command
necessary
finishing tasks has been interrupted
DBP.
due toDatabase
an error, disk
the copy is not updated.
Updates
saved
fallback copy
is in
notmemory
completely usable.
may
be lostsupplementary
if the system isinformation
restarted.
See
alarm
The AFS plug-in unit has lost the framefields for
more
information.
synchronising signal.
No alarms can be transmitted from the exchange
terminal.
The system has detected a fault in the serial
channel of SERO
or SCSIF plug-in unit used by VDU or LPT. The
terminal device
using the faulty plug-in unit is not operational.
The restart of the AFS plug-in unit has failed,
The fault
data transmission
has no effect on the operation of the rest of the
to the AFS does not function, or the AFS has not
system.
responded to a
supervision message within a defined time. The
alarm is also issued
if internal resets occur too often in the AFS.
Attempts are made to restart the AFS at regular
intervals after
the alarm has been issued, and if the restart
proceeds normally,
the alarm is cancelled.
If data transmission to the AFS does not function
or the AFS
1 family identifier of the supervision process that had
the interruption
2 process identifier of the supervision process that had
the interruption
1
type of the target disk (either hard disk or
removable disk)
for example: WDU, FDU
2
index of the target disk
for example: 00,01,SB
The first and second supplementary information
fields can make
for example the following combinations: WDU 00,
WDU 01, WDU SB
FDU 00, or FDU 01
3
number of the VDS device data file that was
overwritten first.
The alarm also applies to all data files
1 theofphase
of the fallback
copying
where
this application
that were
open
whilethe
theerror
alarm
occurred:
was
active
06 prevention of disk updates
07 interrogation of databases to be dumped
1 the phase of the fallback copying where the error
08 sending the dumping request to the databases
occurred:
09 forming of MAFILE-based copy lists
0A dumping of the database
0F updating of the fallback copying data
0B fallback copying of the MAFILE files
10 ending the fallback copying state in the database
1 database
index
(someofdatabase
applications
still need
0C fallback
copying
the ASWDIR
files
11 resuming disk updates
this0D copying the user's own directories
12 updating the fallback build identifier and the
information,
although
nowadays
0E finishing
the copying
task the database is usually
change delivery
identified
based
on therequired
values of
the following two
19 copying
of other
files
identifier
supplementary information fields, i.e. database name
1 13
database
identifier;
some
applications
still
changing
the status
ofdatabase
the old and
the new fallback
and
2
family
identifier of the process family that returned the
require
this
builds
database
error
codeoccurrence)
information
butsecure
the tendency
is today that database is
14 tasks that
the restoring
identified
15 informing the event log of the new fallback copy
2
database
3 on
type
ofbasis
thename
unit
thatvalues
is likely
to have
the
ofthe
the
entered
in caused
the nextthe
twoerror
updating
build history
1 16 unit
type that
indicates
whether the exchange
supplementary
17terminal
releasing
theET
resources
is
an
or
an
ETS copying:
3
number
of status
database
occurence
4 information
execution
of
the
fallback
fields,
database
1A updating
the transfer
listname and database
occurrence
2
PCM
circuit
number
4 01
number
of the
isswitching
about
to network
fill up when unit
copying
of file
the which
files in
was
interrupted
2 number
family
identifier
of theindex
process
family
that returned
type
is ET,of
orthe
ETS
when
unit started
type
is ETS the
02
copying
files
has
not
been
1
always FF, no significance
error code
2 name of the database
3
no code
significance
5
error
describing
the error situation that led to the
2
plug-in
3 type
of theunit
unittype
that is likely to have caused the error
interruption
of
the
fallback
copying. You can check its
3 number of the database occurrence
meaning
with
a
command
of
thethe
service
terminal
3
plug-in
unit
track number
in
subrack
4
code
describing
1 error
type
of AFS
plug-in the
uniterror situation that was
extension
returned when
or inidentifier:
General Error Messages of System,
4 MRS
family
fallback
copying
wasunit
being finished. You can check
2 theindex
of AFS
plug-in
Supplementary
its meaning
References
C2...D1 (VDU-1...VDU-15)
in General
Error Messages of or
System.
E0...EF (LPT-1...LPT-15)
5 fallback usability data:
5
error code:
00 the fallback copy cannot be used
SERO plug-in
unit
01 114d
the fallback
copy can
bemissing
used
connecting
a testcopying
loop failed
0210039d
the usability
of theinto
fallback
not known
10041d FIFO write error
10042d FIFO data error
10043d no interrupt caused by incoming data
10050d no interrupt caused by emptying of FIFO
The connection of the circuit used in the call
failed in the
switching network. The reason for the failure may
be that the
SWICOP program block does not reply to the
Times differ over 0.1 seconds in the units
connection request
maintaining the main
sent by another program block. The connection
clock of the exchange. If the times differ, the
request may also
active unit
contain erroneous information, or the switching
is suspected faulty.
File
record
data
does not correspond to the
network
may
have
seizure
situation
a HW fault
which causes a failure in the
indicated
in the bitmap.
connection.
The validity check carried out by the program
block in connection
with the restart revealed a file error in an alarm
system file.
The check sum of a file, calculated over the data
Report Forming Program Block (RFGPRB) uses
or the load
this alarm when detecting
module, differs at different times. The file
nonconformity in the contents of the files used in
contents have changed
creating certain
uncontrollably.
The
MMI system has detected that the contents
reports.
of the disk file
Depending on the changes to the file contents
itThe
uses
are can
erroneous.
alarm
be issued also during the normal
and where the file
operation when the
is been used, the consequences of the fault to
When
Supplementary
field
points at
program
block
has detected
notinformation
beenin
able
find1 the
An
has
been
theto
operation
or
the error
functioning
of
the
TAUTHO,
PAUTHO
required
data
in
the
file,
files unit of the alarm may vary from
the object
or UPFILE
it may
not
beset
possible
towhen
start an
the command
data file,
is not
within
the
limits or
all
of the
calendar.
unimportant
to grave.
MML
session,
free records
in
or
the commands
of
command
group IAthe
(MMI
the
have been
used
up.
In addition,
alarm
Thefile
command
calendar
is unable
to continue
The
IOLOCO
file (Logical
File Table) is faulty. The
System
Authority
Handling)
is
used
to
indicate
operating unless the
system
cannot
cannot
be
used to change
the erroneous
record
that
operations
connected
thefault
alarm
fault the
is corrected.
The
reasons with
for the
can
use
the
logical
file given in the alarm.
in
the
file
infile
question.
system
log
(ALHIST)
be, for example,
Depending
the useless logical file, data may
have
failed.ofonthe
corruption
command calendar control file
be
lostSupplementary information field 1 points at
When
The
handling
during
OMU of a file by the files validity checking
JOINUS,
it may
not immediately after the unit
1.
The alarm
issued
program
block
switchover
oristhe
hard disk is so full that the
be
possible
to
log
intoisthe
element
has
restarted
has failed. calendar
The alarm
notnetwork
critical as
to the with
command
remote
user
account.
functioning
theit.network
is
unable toof
use
If the RFGPRB program block has issued the
element.
Command
classes'
do not output
When
points
at the CAUTHO
file, itto
alarm, the
the alarm
effects
ofguidances
the
MML
terminal;
may
not
be
possible toon the file, are as follows
the
fault,
depending
when
theMML
first letter
of the MML
is of
execute
commands,
or thecommand
commands
(file number
given,
the in
name
of
command
group
IA
is given
the supplementary
information field
the
class is not
output, cannot
or when a
(MMI
System
Authority
Handling)
3
ofcommand
the
alarm):
The
file
system
has detected
erroneous be used
question
mark
is given
to
change
the
information in the file system
after
the command
the
menu
of the
erroneous
record
inletter,
the
file
in0x01250000)
question.
- TEFORMGX
number
control
files.
As a(file
result
of
the
data error, foror
command
class (file
is not
output.0x01E80000):
TEOUTPGX
number
example preventing
When
the reports
alarm
at may
an
MML
program,
its
Those
that
use
data
from
these files
or allowing
a diskpoints
update
fail.
A
hardware
fault
has been
in a when
This
iscreated
due
a failure
that detected
has occurred
loading
intoto
the
memory
when
computer
unit
during
the
the
SHOPRO
program
maycannot
fail, and
commands
of that MML
be the
created.
initialisation
phase.
The
unit cannot
operate.
block
hascannot
tried
either
to form
command
groupprogram
be executed.
specific
menu files
- TEASCFGX
(file number 0x01A70000):
on
the
diskreports
or to points
add
group-specific
When
the
alarm
at the
EYELET
file,
Those
thatcommand
use
data
from
this
filethe
have
prompt
texts
remote
user
may
not
be
incomprehensible
in
the
file.
able
toDIPFIL
execute
any MML
commands.
layout,
because,
for example,
fixedEYELET
headings
contains
and fixedtemporary
character user
Missing
of are
command
classes'
guidances
profile
data.
strings
not output
into the
report. does not
prevent an MML
session,
but complicates
it. 0x01120000):
When
Supplementary
information
field 1 points at
- AMTEXTGX
(file number
QWERTY,
it may
Depending
on not
the extent of the fault in the file,
be
no possible
alarm textto log into a service terminal session
in the
unit where
is output
to either part of the alarms or to all of
1 reason for the connection failure
10 SWICOP does not acknowledge the connection
request
49 error detected in the hunting chain
1 date in the active main clock unit (normally CHU)
61 unknown message received
62 unused PCM
2 time in the active main clock unit (normally CHU)
63 unused circuit
64 unused route
3 date in the spare main clock unit (normally CHU)
1 66
file number
congestion on the route
67 circuit not free
4 time in the spare main clock unit (normally CHU)
2 6A
file version
error innumber
the test of the test pattern
6B swtst status error of the test pattern
3 6D
errorstatus
code error of the connection
1
error code
6E01,02
parityrequired
error of data
the connection
was not found in the file
00
According
toreading
the bitmap
record is free, but
6F04,05
connection
errorthe
file parameter value
is not within allowed
the record data corresponds to a reserved record.
limits
01 According to the bitmap the record is reserved,
06
no record end mark found
1
number
but
the record
data
corresponds
to a free failed
record.
2 file
0000
in alarm
which
the connection
08 - 0800
writingPCM
in the
system
log file (ALHIST)
FFFF located
if the
value
of
the
1st
supplementary
on disk failed
2
file
version
4
record
number
information
09
creation of the alarm system log file (ALHIST)
field both
is 10 on system and backup disk
failed
3
check
sum
calculated
over:record
5
data
in
the
first
erroneous
1
erroneous
file:
0A
opening
the logical connection to the alarm
01 Terminal
Authority
File (TAUTHOGX.IMG)
system log
file (ALHIST)
failed
data timeslot in which the connection failed
3 0001
- 1F
02
Command
File (MCOMNDG1.IMG)
0C
no more Group
free records
in the file
loadifmodule
FF00
the
value ofAuthority
the 1st supplementary
03 MML
Command
File
information
(CAUTHOGX.IMG)
2
family
identifier
of
the
program
block issuing the
1
family
identifier
ofofprogram
4 linear
start
address
the file block issuing the alarm
field
is 10error
sum
of an MML program
alarm05 check
06
Forbidden
MML Command Combination File
0001
2
typeend
ofHWALCO
error:
5 linear
address of the file and the bitmap (if there is
(FORBIDG1.IMG)
0002 ALARMP
one)
4 computer
controlling
the switching network in which the
07
Profile
File (PAUTHOGX.IMG)
000A
RFGPRB
01 error
in creating the command calendar
connection
1
number
ofPassword
the faultyFile
file (UPFILEGX.IMG)
08
User
0143
DPALAR
command
file
failed
09
Directory
Client
Configuration File
00A2
ASYLIB
library
(.CMD)
2
number of the faulty record
(JOINUSGX.IMG)
02 inquiry of a logical file COFFERFILE gives
10
Temporary MMI User Cache File
3
file number
erroneous
(EYELETGX.IMG)
1
firstvalues
8 ASCII characters of the file name
OSEcode
ST Authentication
File (QWERTYGX.IMG)
4-5 11
- error
01: when
the program
03
error in inquiring
about
a logical block
file issuing the
12
Management
Interface
Configuration
alarm
is
the
RFGPRB:
2
3 ASCII characters of the file's extension File
COFFERFILE
(KAKOLAGX.IMG)
typeerror
of unit
and family
identifier
the program
04
in opening
a logical
file of
COFFERFILE
block
sending
the
data
formatting
task
3
common
error
code indicating
theor
cause
of of
thea
06
in
handling
(write, read,
inquiry
1
errorerror
code:
2
failure ofphysical
the
disk file) the command calendar control
-file
error
code 02:
operation.
file
(CTRCALGX.MIF)
01
value
default
language exceeds
total
with
value
03the
ofits
Supplementary
information
number
ofof
alarm,
You can check
meaning in General
Error field 1:
offollowing
system
languages
F0
order
of
the
file
is
erroneous
the
field
has
no
significance
Messages
of System.
3
general
error code.
If there
is no I/Olanguages
error, the is
02
valueI/O
indicating
number
of system
1 number of the file where erroneous information was
value
too big
otherwise:
-isdisk
error
code
04:
detected
4
that
was
the object
of the file
operationError
0. addition
You
can
check
its meaning
in General
of
text into
DIPFIL (RAM)
has failed
-03
FD
erroneous
record
number,
0 = W0 disk file contents
Messages
04
search
of text
from
TXTMENn1
file (on disk) has
FE
end-of-file
character
error
the
following
field
has
no
significance
2 number
of the
1System
= W1
diskrecord or, in the case of a byte string
failedof
- FF
error& in
directory data
file, the
2
=
W0
W1
1 general
error
message
of the field
system.
You
can
check
05
reference
to MCOMND
file (RAM)
has
failed
- other
errorfrom
codes:
significance
displacement
the neither
beginning
ofhas
theany
file where
the
its meaning
with
06
creation
of MENUESxn
file on disk has failed
E0
file
creation
failed
error
4 a command
number
ofofthe
erroneous
record
in the(on
command
service
terminal
extension
MRShas
or
writing
inthe
MENUESxn
file created
disk)
-07
file
writing
failed
6
-E1
error
code
01,
when the
program
block issuing
thein
was
detected
calendar
the
General
failed- alarm
FB file
reading
failed unknown output format
is
the
RFGPRB:
control
file (CTRCALGX.MIF)
Error
of System
documentation
08 Messages
reading
from
TXTMENn1
file (on disk) has failed
3 general error message of the system. You can check
09
creation
of
logical
file
has
failed
3
number
of
the
faulty
record:
-number
other error
codes:
fieldinhas
no significance
its
5 meaning
of the
next the
record
queue
with a command of the service terminal extension MRS
2
specified:
-error
valuecodes
FFFFFFFF
has no significance
or in General
value
05
of
Supplementary
information
field 1:
Error Messages of System in customer
documentation
- MCOMND
error code
valuewhich
of default
language
file01:
record,
contains
the name of
error code 02: number of languages
the faulty
- MML
error
codes 03 and 04: field value not significant
program
error code 05: type of file reference error:
1d: file is not found
2d: file is read-protected
Updating the file system control file in the own
unit, to the co-unit
or to some other unit failed. As a result of the
updating error,
for example preventing or allowing a disk update
Updating the file system control file on hard disk
may fail.
failed. As a
result of the updating error, for example,
preventing or allowing
a disk update may fail.
No stand-by unit has been configured for the
functional units of
the replaceable N+1 redundant unit type which is
the alarm object
unit. Instead, all the functional units are in the
The database events performed by the database
WO state or the
management system
only primary spare unit is in the WO state.
have been defined to be recorded in an event log
with a parameter
If the user has configured recovery redundant
in the DBPARA file. The database management
Time
diversion
is over 5 seconds in the systems
groups
to this unit
system sets this
belonging
to
type by UST-MML
command then the alarm
alarm if it cannot contact the event log
the
Operations
and Maintenance
network. The
object
unit is a member
of
management program block
fault
indicated
a recovery
redundant group which has no standwhen it tries to start recording events. In this
by the
alarm is not serious, but it is worth fixing
unit.
ISDN
callsystem
between the BSC and the TRX failed.
case the
so that
The
TRX
in question
is is necessary for
cannot
record
data that
the
data
gatheredunits
fromare
systems
belonging
to the
These
functional
therefore
not fault
unable
to transmit
database
recoveryGSM
and calls.
network
tolerant. If a
in an error situation the state of the database
would
chronologically
comparable.
failure be
occurs
in one of them,
the resources
cannot
be restored
This
alarm
is
configured
to issued
that when the creation of
as
accurately
as in a case
where database
signalling
capabilities
towards
unit are lost.
events
have
been
recorded
the Abis interface to the D-channel system link
successfully.
created to the DCHSET
has failed. The signalling capabilities are defined
The
BSC receives
anrecord
erroneous
O&Mevents
message
If
cannot
database
in
bythe
thesystem
management
sent
by thelog,
BTS
via the
the
event
the
of the BSC's radio network. The reason for this
Abis
interface.
The message is rejected.
state
offailed
the database
can be
databasecan only be restored to the
level
of
the
reading, failed signalling in the program blocks or
previous
backup
copy.
Updates
that have
takenof
This
alarm
is issued
when
the program
blocks
between
them,
place
after
backup
the
Abis
interface
failed
creation
of a hand or an error in forming
copying
be reloaded
to the database.
have
notcannot
succeeded
in the attempts
to configure
the frequency
lists.
the radio network
after the BCSU has been reset. The reason for
The BSC buffer reserved for active BTS alarms is
this can be a failure
full.
in opening the DCHSET file or failed signalling
Because of this, an alarm may be missing from
between the program
the active alarms.
blocks AOMPRB and ABIPRB.
Thus, as the alarm is missing from the active
The BCF-specific buffer reserved for active BTS
alarms, the cancelling
alarms in the
of the alarm may be left unprocessed and is not
BSC is full. Because of this, an alarm may
sent to the OMC.
be missing from the
active alarms. Thus, the cancelling of the
The output buffer reserved for BTS alarms in the
alarm may be left
BSC is full.
unprocessed and is not sent to the OMC.
Because of this, some alarms received and their
cancelling
information is not sent to the alarm printer.
1 type of the unit where the partner program block is
located
2 index of the unit where the partner program block is
located
1 disk unit where updating failed
00 hard disk 0
3 number of the file whose updating failed
01 hard disk 1
10 both hard disks, 0 first
4 number of the message that caused the update
11 both hard disks, 1 first
FFFF the message number cannot be identified
80 system hard disk
81 back up hard disk
5 error code returned by the partner program block or
90 both hard disks
the library
FF the disk unit cannot be identified
can
check itssome
meaning
in General
Error
1 program.
identifier You
of the
database;
database
applications
Messages
of
still
2 number of the file whose disk update failed
System
need this information although more often the database
is
3 number of the record or, in the case of a byte string
recognized on the basis of the name and database
file,
1 system identifier of the network element supervising
occurrence
the
from the beginning of the file where
the displacement
time in the network
the
2 error
namewas
of the
database
detected.
If the whole file was updated, the field value is
1
BTS identification
3
number
of the database occurrence
FFFFFFFF
2
TRX identification
4 number
of the message that caused the disk update
FFFF the message number cannot be identified
3
reason for call failure
1 signalling type
5 1:
error
code returned by the disk update system. You
Telecom
1 = internal
error
can2:check
O&M its
2 = external
error Error Messages of System
meaning
in General
2 identification of the D-channel system
1
4 identification
error code of the D-channel system
decimal number
decimal number
if an internal error caused the call failure:
3 ID number of the BTS-site. Zero is not in use
decimal number
1 = connection
1 signalling
type request error
2
=
connection
error
4 1:
IDTelecom
number of the BTS. Zero is not in use
3
=
congestion
2:
O&M number on route
decimal
4 = call failure
5 = D channel
modification
2 ID
general
error
message
of theiserror
system.
You can check
5
number
of of
thethe
TRX.
not in use
1 identification
BCFZeroerror
6
=
D
channel
activation
its decimal
meaningnumber
7 = otherError
internal error
in General
2 reason for the failure presented by the general error
Messages
of System
6
generaloferror
message of the system. You can check
message
its the
meaning
You error
can check
itsthe
meaning
in General Error
if system.
ancode:
external
caused
call failure:
1
identification
of the
BCF
3 with
error
a command
of the
service terminal extension MRS
Messages
failed opening of the DCHSET file
or 1:
in System
of
error
in the
ISDN
specification
2 General
reason
for
thevalue
failure
presented
by aSupplementary
general
error
2:
failedcode
signalling
between
the interface
program
blocks
Error
Messages
of System,
message
of
the
AOMPRB
and
References
5 system.
internal
Youerror
can code,
checkno
itssignificance
meaning in General Error
ABIPRB
1 reason
for the failure presented by a general error
Messages
of
7
error
code:
message
of the
FFH
= internal error code is not significant
System
1:
failedYou
database
read;itsget_link_user
system.
can check
meaning in General Error
2: failedofdatabase read; get_bts_data_abi
Messages
6
if internal error caused the call failure and the error
3:
failed database read; get_trx_data_abi
System
code is 5 or 6:
4: DCHSET has more than the allowed number of TRX
The fault has no effect on the operational state of links to D-channel number
the BCSU unit in question
the radio
5: DCHSET has more than the allowed number of
network or the traffic capacity of the BSC.
if not:
O&M links to
the BCSU unit in question
FFFFH = D-channel number is not significant
6: failed signalling in the AOMPRB program block
7: failed signalling between the program blocks
7
PCM circuit number
PXRECE and
AOMPRB or between the PXRECE and ABIPRB
Call-specific charging data could not be saved
successfully in all
the devices defined in the logical file.
Charging data is not lost, as in this case it has
The BSC radio network recovery has failed. The
been saved at
maximum number
least in one of the devices.
of retransmissions of the fault has been
exceeded, or the
This alarm is only set in the case that more than
GUPDAT has returned the DX error code in its
The
BTS sitestoring
type in the BSDATA (BSS Radio
one primary
acknowledgment,
Network
Configuration
device have
been defined for storing charging
or the recovery has been interrupted due to a
Database)
is different
from the actual type of the
data, and storing
cannot
system reset.
BTS.
be done to all of them.
The start-up
of the
failed
duenot
to transmit
a failure
result may
be atest
cellhas
which
does
If
more
than one primary storing device have
in
reading
traffic
been
defined fornecessary
storing for the test from the
the
information
because
radio network recovery
has not received
charging
data,
the
data will be stored in all of
BSS
Radio Network
the fault,
them
at the same
time. (BSDATA).
Configuration
Database
or
a cell
whose
capacity
is
use although
The
alarm
indicates
that storing
theout
fileofdevice
opening
has it
If a primary
and a spare
have
is
not
failed.defined,
The program
been
the data is
faulty,
or ahas
recovery
which
could
be
blockstored
that
set spare
theaction
alarm
cannot
useisnot
the
only
in the
device
if there
a file in
terminated.
question with
and the primary
problem
cannot
therefore function normally.
device.
The BSC has received the Global reset message
from the MSC.
Depending
on whatfor
thedefining
file is used
for, devices
the fault's
Recommendations
storing
for
All calls are released.
effect
on the
charging
data can be
functioning
the program
that set the
found in theofinstructions
onblock
charging.
The
alarmMSC
can has
be sent an overload message, or
access
have been to very serious. It may
anythingclasses
from insignificant
updated
in connection with the Global reset
be that the
message.
The overload
program block
is no longer able to perform some
may
concern
the
or the message
of
the
services
it exchange
Charging data has
been lost because the saving
transfer
part.
Access
classes
normally
offers.
This
can,
at
its worst, have an
buffer of detailed
of
the on
subscribers
are removed from use.
effect
the
charging is full.
functioning of the entire system.
The saving buffer may be full because the saving
The saving buffer of detailed charging is filling up
of charging data
because the
has been unsuccessful or there is an overload in
saving of charging data to the devices connected
the exchange.
to the logical
file is unsuccessful. The setup of new calls is
The network element does not contain a
blocked when
sufficiently new backup copy for
this alarm is current, if traffic restrictions apply.
the default package. The backup copy package
may be missing entirely,
The saving buffer may be full because the saving
may be too old, may not be the backup copy for
This
alarm indicates
a problem that could cause
of charging
data
the default package or
loss
of charging
data. or there is an overload in
has been
unsuccessful
finding out the age of the backup copy package
Call-specific
charging data could not be stored on
the exchange.
fails.
any of the devices
If you have to restore an outdated backup copy
defined
oncharging
the logical
file. gets
The problem
can
be in
When
the
buffer
full, alarm
2503
The
MSC
notamount
sent
an acknowledgment
to the
package,
ahas
great
the
definition
of
DETAILED
CHARGING
LOST
Global
resetinformation
message may be lost.
of changed
the
logical file, an error in the I/O system or in the
is
issued.
sent
by the BSC. The BSC does not transmit
storing
traffic.
device(s), or the reservation of the system buffer
has failed.
As long as alarm 2525 is active, storing of the
charging data fails.
NOTE! If you decide to make a switchover, DO
NOT restart the spare
charging unit before the switchover. If the
spare unit is
restarted before the switchover, the data in
1 general error message of the system. You can check
its meaning with
a command of the service terminal extension MRS, or
in the General
Error Messages of System
1 BCSU identification
2 PCM identification
3 BCF identification
1 identification of the BCF
4 BTS identification
5 TRX identification
1 test type. Possible values:
6 time slot (TSL) identification
0 = single test of the TRX by means of an MML
1 = single (DCS)
test of the
RAX by means
of an MML
7 D-channel
identification,
a hexadecimal
2 = single test of the STM by means of an MML
1 number of the file whose opening failed. Possible
3 = single
testfailure
of the in
TRX
the
Q3 interface
8
reason
for the
thethrough
recovery
presented
by
values:
= singleerror
test message
of the RAX
the Q3
a4general
of through
the system.
Youinterface
can check
= single test
the
STM through
the Q3 interface
its5
meaning
with=ofaAMTEXT
command
of the Text
service
terminal
0x001120000
(Alarm
File)
6 =extension
scheduled
testor
of in
the
TRX byError
means
of an MML
MRS
General
Messages
of
0x006390000 = BSDATA (BSS Radio Network
1
the MSC
7
=signalling
scheduledpoint
test code
of theofSTM
by means of an MML
System
Configuration Database)
8 = scheduled test of the TRX through the Q3 interface
0x006780000 = BTFILE (BTS Test Data File for
2
A-Interface
Reset
type through
- TDM orthe
IPQ3
9 = scheduled
testSelector
of the STM
9
alarm
number
Scheduled
TRX Test)
interface
0x0067C0000 = BTWFLE (BSC TRX Test Result
1
signalling point code of the MSC
File)
2 in the case of an STM test, STM test type. Possible
0x0067D0000 = BRWFLE (BSC RX Antenna Test
values:
2
01 : File)
overload of the MSC
Result
02
: overload of =theBTRFIL
message
transfer
part Alarm
0x006D70000
(Radio
Network
1 : Global
= BCCH
measurement
03
reset
Definition
File)
1 general
error message
of the system. You can check
2 = originating
test call
0x007570000
= GLAHIS (File for BTS Alarms
its meaning
with carrier
3 = BCCH
setting
Currently
On) of the service terminal extension MRS, or
a4command
= call status
request
0x0075D0000
= GHEHIS (Header File for BTS
in the
5 General
= receiver sensitivity measurement
Alarms
Currently On)
Error
of
Systemrequest
6 =Messages
STM
test
interrupt
1 general
error
message
of the
system.
YouAlarms
can check
0x0075E0000
= GEXHIS
(File
for BTS
0xff
=
STM
test
not
in question
its
meaning
with
Currently On
a command of the
service terminal
(Extension
Part)) extension MRS, or
3
general
error message of the system. You can check
in the
General
0x007800000
= GBUHIS (BSC Alarm History File)
its Error
meaning
Messages=ofGBMFIL
System (BCF Maintenance Mode
0x008000000
1 reason
for the alarm:
in the General
Error Messages of System
File)
0x008060000
= BCWFLE
(BSC with
TestFB
Callstatus
Result File)
00
default package
is a package
0x008070000
= BBWFLE
(BSC with
BCCH
01
default package
is a package
NWMeasurement
status
Result
File)
02 network
element does not have a package with FB
1 general
error message
of the(BSC
system.
You can check
0x008080000
= BXWFLE
RX-Sensitivity
status
its
meaning with
Measurement
Result
File)
03 a package with FB status is not the backup copy of
a0x0086E0000
command of the
service terminal
extension
MRS,File)
or
= TDPFLE
(Threshold
Parameter
BU package
in the
General
0x0086F0000
=
OTCFLE
(BTS
Test
Data
File
for
04 backup copy package is too old
Error Messages
of System. Value 143 means that the
Scheduled
MOC
1 signalling
point
code
ofof
the
MSC
05 finding
outTest)
the
age
the
backup copy package
reservation
0x008700000
=
CITFLE (Scheduled RX Sensitivity
fails
of Creation
the system buffer has failed. Otherwise the status
Test
has been
Information)
received
from the
system.(BSC Abis Loop Test
0x009950000
= I/O
BAWFLE
Result File)
2 not significant
3 not significant
4 general error message of the system. You can check
its meaning
in General Error Messages of System
The first alarm limit of the usage degree of the
data file group in the
Virtual Data Storing Device (VDS) on the hard
disk or removable disk
has been exceeded.
The second alarm limit of the usage degree of
the data file group in the
If the storing target of the VDS device is FDU
Virtual Data Storing Device (VDS) on the hard
(magneto-optical (MO)
disk or removable disk
disk), this is a normal functionality. The user has
has been exceeded.
The
data file
to prepare
to group of the Virtual Data Storing
Device
on the
change (VDS)
the media
in FDU.
If the storing target of the VDS device is FDU
hard disks or removable disk is full.
(magneto-optical(MO) disk),
If the storing target of the VDS device is WDU,
this is a normal functionality. The user has to
The
currentfrom
datathe
file is followed by an
this
comes
The
alarm
given the
if the Control Program Block
prepare
to is
change
untransferred
data
file
(in
fact
that
more
data
is stored
in the VDS than can
for Echo
media
in Canceller
FDU.
FULL
state). The VDS device is used by an
be
transferred
Unit (ECCPRB) fails to connect or to disconnect
application
that has more
criticalThe
data
than the
to
the
post-processing
system.
reason
may
the
echo
canceller.
If
the
storing
target of the VDS device is WDU,
application
be that the that sets the alarm 2733.
this
comes
from
the
The
program
block
BCF software
builds
transfer
of files
into handling
the postprocessing
system
fact
that
more
data
is stored in the VDS than can
checks,
prior
to down
If
thebeen
storing
target
of the
has
slowed
or VDS device is FDU
be
transferred
starting
thethat
directories
created
for to
BCF
(MO
diskup,
/ or
prevented,
the amount
of data
be builds
to
the
post-processing system. The reason may
(/BCF_PACK,
magneto-optical
disk), the user should change
stored has increased.
be
that the
/BCF_PACK/PACK_0
... PACK_39,
the
media
in FDU that
The
alarm
a measurementsystem
or
transfer
of indicates
files into the postprocessing
/BCF_PACK/HWDATA)
on an OMU disk.
immediately.
The
VDS
device
is
used
observation
reportdown
has orby an application that
has
been
slowed
If
some
directories
are missing on the disk, the
has
more
critical data
been
overwritten
and
Theof
writeover
occurred
prevented,
or that
the lost.
amount
data to be
program
block
creates
If
overwriting
untransferred
files in
the VDS
than
the
data
of
the
application,
which
sets the
in
the
oldest
stored
has increased.
the
necessary
newisdirectories. But if the
device
incyclic
question
alarm
file of a2731.
disk file
system.
The
writing
of asystem
measurement
or observation
directories
cannot
be checked
forbidden, the
stores data
on a spare
The
VDS
device
is
used
by an application that
report
on
a
disk
has
failed.
or
created,
this
alarm
is
set.
device
only
thecontains either
The data
fileafter
group
has more critical data
file
in OPEN state
has become
uncompressed
(original)
files full (see
than the data of the application, which sets the
instructions
on I/O
System).
or compressed
files,
or there can be two
alarm 2732.
If
overwriting
files is allowed,
system
separate
groups
The
Report
Forming
Programthe
Block
(RFGPRB)
overwrites
the
next
file
for
uncompressed
and
compressed
has
able tocontains either files,
The not
databeen
file group
of
theadata
file the
group
(usually
the
oldest file)mode
and
depending
on
predefined
open
logical
file
from
the
I/Ocompression
Services
uncompressed
(original)
files
the
data
is lost.
of
the
VDS
device.
(IOESEB).
The
system
or compressed files, or there can be two
issues
thegroups
alarm when an outputting task is sent
separate
The
registration
of
thestoring
SCCPconnections,
subsystem
or
the isis
If
there
are no
spare
data
The
system
can
continuously
work and no
data
to
auncompressed
logical
for
and compressed files,
TCAP
user
lost.
The
time
lost
for
the
timebe
being.
file that
cannot
opened. Outputs
directedmode
to
depending
on thehas
predefined
compression
as
user
of
SCCP
failed.
sending
for
fault
correction
is as
longThe
as the
spareof
device
thethe
erroneous
of
VDS
device.
signalling
has
storing
file are
lost.
messages
to the respective subsystem is not
capacity.
The
alarm
system
has found,
received
This alarmso
is preceded
by the having
alarm 2549.
possible,
one or more observations
this
does
not group
send any
signalling
messages
The
data
file
contains
either
to
that
effect,
thatcontinuously
the
I/O device
is defective.
The
The
system
can
work
and no data
is
either.
The
uncompressed
I/O
services
is (original) files
lost
for
the
time
error
may influence
the there
trafficcan
capacity
of the
or
compressed
be two
informed
about files,
this inororder
to activate
the
being.
The
alarmgroups
system has found, having received
system.
separate
necessary recovery actions.
one
or more observations
to
for uncompressed
and compressed
files,
that
effect,
that
the
functional
unit (not an I/O
depending
on
the
predefined
compression
mode
This alarm is not output on the alarm printer,
as it
device)
is defective.
of
the VDS
is used
onlydevice.
for
The recovery system is informed about this in
Report
forming
service
is unable
to form
the
producing
the alarm
system's
internal
filterings.
order to activate the
requested
report,
However, when
a
necessary recovery actions.
because
running
report is
forming
code the
fails,
hypothesis
of thisof
number
confirmed,
alarm
loading
the
1597 I/OofDEVICE
FOUND
This alarm is not output on the alarm printer, as it
code
fromBY
the
disk fails
or the service
requested
FAULTY
ALARM
SYSTEM,
or some
other
is used only
is
unknown.
alarm
that is by itself severe
for producing the alarm system's internal
enough to cause activation of the recovery
filterings. However, when
actions of the said
a hypothesis of this number is confirmed, the
I/O device, is always output.
alarm 1598 UNIT FOUND
FAULTY BY ALARM SYSTEM, or some other
alarm that is by itself severe
enough to cause activation of the recovery
actions of the said
functional unit, is always output.
1
type of the target disk (either hard disk or removable
disk)
for example: WDU, FDU
1
type of the target disk (either hard disk or removable
2
index of the target disk
disk)
for example: 00,01,SB
for example: WDU, FDU
1
typefirst
of the
disksupplementary
(either hard disk
or removable
The
andtarget
second
information
2
index of the target disk
disk)
fields can make
for example:
for example: 00,01,SB
for
FDU
the example:
following WDU,
combinations:
WDU
00,
WDU
01,
WDU
SB
1 PCM
Thenumber
first and second supplementary information
2
index00,
of or
theFDU
target
FDU
01disk
fields can make
2 time
number
forslot
example:
for
example: limit
00,01,SB
3
percentage
of usage degree exceeded when
the following combinations:
the
alarm
is
3 indicates
with
T if the
indicated
is a quasi circuit
WDU
00,
WDU
SB PCM
1 error
sent
by01,
theWDU
function
that checks
and creates
Thecode
first and
second
supplementary
information
(i.e.set
connected
to the01MGW) and indicates with an F if it
FDU
00,
or
FDU
the
BCF
fields
can make
is a
build
You
can check
its meaning in
General
for directory.
example
the
following
combinations:
WDU
00,
example:
50%
realpercentage
circuit
(i.e. itlimit
is connected
to MSS).
In has
casebeen
the
3
of usage degree
that
Error
WDU 01, WDU SB
termination
is virtual, you can check the corresponding
exceeded
when
Messages
of
System
00,of
orreport:
FDU
01
4
percentage
limit
of usage
degree
which the
1 realFDU
type
circuit
value
in the
MGW by
usingunder
RCI MML
the
alarm
is set
alarm
is
command
cancelled
= observation
for1example:
80% report
2 = measurement report
for
example:
40%
4
field
indicates
thedegree
cause under
of the which
alarm the
is
limitwhether
of usage
1 thepercentage
type
of report:
a request
to connect or to disconnect. If the value of
alarm
is
theremoved
field
00, the disconnection
was unsuccessful; if
1 =isobservation
report
the
2 = measurement report
value
FF, the connection
was unsuccessful
for is
example:
70%
1
general error code returned by IOESEB. You can
2
general error code, indicating why the disk
check
5
reason why connection failed. The value of the field
storage
meaning with
command
the service
is aits
clear
You acan
check
itsofcheck
meaning
in terminal
wascode.
unsuccessful.
You can
its meaning
in
extension
MRS
or in General
Error Messages of
the
instructions
on
clear
codes
General
System
1 identifier
the network
to which the user attempted to
ErrorofMessages
of System.
in customer documentation.
register
PUMPRB has detected the following reasons:
2
name of the logical file that could not be opened
00: IN0, international network 0
04: IN1,5E
international
network
1
the
VIDAST
IOMANA
program
block
1 type
of sub
object
(ofTEOUTP
theorI/O
device)
suspected
faulty
3
record
number
of
file
08:not
NA0, national network 0
does
FFFF,
objectname
not specified
- valuesub
FFFF:
of the logical file is obtained
0C: NA1, national
1 message
respondnetwork
to a task
either in the task message to RFGPRB
E7
no
buffer
can
be
2 index of sub or
object
I/Oreserved
device)
faulty
from(of
thethe
report
formingsuspected
code
2 subsystem
whose
registration
failed or IOMANA
E8
the
message
from
VIDAST
FFFF,
sub
object
not specified
other
values:
record
number
of
TEOUTP
file
1
typebe
of sub
object (of a functional unit) suspected
cannot
handled
faulty
01 SCMG
2783
size(in
of BCD
disk file
is inadequate
3-8 alarm numbers
format)
of the observations,
sub PUMPRB
object not is
specified
02FFFF,
TUP
2817
unable
to transmit a buffer to
which first supported the fault hypothesis
ISUP
the03
disk
2 04
index
of sub
object
(of a functional unit) suspected
OMAP
fileload
system
1 name
of the
module (without the extension part)
faulty
05
CAP
that contains the report forming code of which the
FFFF,
sub object
specified
05
MAP
thefailed
disk
writingnot
system
has detected the following
running
06 MAP-HLR
reasons:
3-807
theMAP-VLR
alarm manual numbers (in BCD format) of the
2 number
of report request message
observations,
08 MAP-MSC
A1 disk storing error, can be caused, among
which
first supported the fault hypothesis
MAP-EIR
other
3 09
error
code that gives the reason for report forming
0A
MAP-AUC
by a its
missing
diskindirectory
failure. Youthings,
can check
meaning
General Error
0B
ISS of System.
Messages
0C INAP
other error codes are generated by the disk writing
0D B-ISDN
system
0E TC-TEST
20 USN-SSN
90 SMLC_C
91 GMLC_C
The alarm system has generated this alarm in
order to inform the
operator of user actions required during the
normal working hours.
The alarm is generated when the corresponding
The alarm system has generated this alarm in
failure hypothesis is
order to inform the
confirmed. This happens, when there is a
operator of immediate user actions required. The
sufficient number of
alarm is generated
failure and/or disturbance observations which
when the corresponding fault hypothesis has
Connections
between the OMU and the unit fail,
support the failure
been confirmed. This
connection
hypothesis according to support rules.
happens when there are enough fault and/or
between the ASS of the OMU and the switching
disturbance observations
network
is faulty,
The support
rules are rules predefined in the
which support the fault hypothesis according to
connection
betweenbythe GSW and SSW is faulty
system,
or
defined
A
time slot
of the unit has been found to be faulty
support
rules.
or
else
the SWTST
the
operator
with the MML command ARA. The
in two
successive
or
SWCM
plug-in
unit is faulty. The alarm is
system
does
not is
contain
tests.
The
alarm
removed
when the
time
slot is
Support
rules
are rules
predefined
in the
system,
cancelled
as
soon
predefined
rules
for
generating this alarm and
in order
again.
or
defined
by the
as
successful
connections to the unit are reached
therefore
it never
operator
withhas
thedetected
MML command
The
The
system
thathimself
theARA.
phase
meter of
during
the
issues
it, unless
the operator
defines
system
does
not
contain
the
supervision
of which
the alarm was issued.
rulessynchronization
concerning
it. unit
predefined
rules for generating this alarm and
is
defective.
The
idea behind this alarm is that if the operator
therefore never issues
defines the
it,
thedefect
operator
himself
rules
It
isunless
a major
if the
alarmdefines
is directed
at an
support
rules,
he
can
The
operation
mode
ofinfluence
the unit the
has alarm
been system
concerning
it.
The
idea
active
so
that
it
will
changed
to alarm
plesiochronous
either
behind
this
is that
if the
operator
defines
synchronization
unit;
there
may
slips
in the
generate
this command
alarm,
classified
asoccur
requiring
with
an MML
given by
the
user oruser
due
the
support
rules,
PCM
connections.
actions
during
to
a
failure
in
all
the
he can influence the alarm system so that it will
normal
hours, assignals.
the result
of another
externalworking
synchronization
Slips
occur
generate
thishas
alarm,
The
system
detected a fault
standby
synchronization
unitinisthe
notstate
in of
alarm
or
a
combination
generally
in
the
classified
as
requiring
immediate
user
action,
as
the
working
order
if
the
alarm
is
of
alarms which operation
he considers
to require
actions.
plesiochronous
mode.
The number
of
the
result
of
another
synchronization
unit's oscillator. It may be due to
directed at it.
slips
depends
on the of alarms which he
alarm
a combination
one ofor
the
correctness
the
control word value which is in
considers
to of
besituations:
serious.
following fault
The
system has detected that the logic carrying
the synchronization
out
selection
unit.the
The
situationofisthe
serious if the control word of
- the value of the control word of the oscillator is
synchronization
signal in the synchronization unit
the synchronization
approaching
is
defective.
unit
has drifted too far from its correct value.
the limit
The
has
detected
a failuretoincontrol
the power
- thesystem
oscillator
does
not respond
Most
it is not aplesiochronous
major defect but
the
If
the likely,
change
operation
source
voltageto the
- the temperature
of the oscillator is incorrect
exchange
cannot
follow
the
mode
occurred
as
a
result
or
in the
operation
voltagediffers
of thesignificantly
synchronization
- the
outgoing
frequency
from
external
synchronization
source if signals,
the alarm
is
of
a failure
in the synchronization
it may
unit.
the correct
directed
an to
active
either beatdue
a
onesystem has detected that at least one of the
The
synchronization
complete
lack
ofunit.
signals
to aobject
change
in is
itsan
It is a major
defect
if the or
alarm
unit
three
plug-in units of
frequency.
active
It
is synchronization
a major defect ifunit
the (CLSU)
alarm isisdirected
at an
the
The
standby synchronization
unit ismissing
not in or the
synchronization
unit; the failure may cause an
active
wire
looporder
supervising
working
if the alarm
is
The
synchronization
unit returns
in the
interruption
in unit when
synchronization
the
outgoing
the immobility
ofoperation
the plug-in
units
is otherwise
directed
at
it.
plesiochronous
mode
The
system
has
detected
that the
the
use
of differs
the
network
element.
frequency
broken.
slowly
to
the
nominal
frequency
if
it is able to use
synchronization
anthere
significantly fromunit
thegenerates
correct one;
may
the
long-term
mean
incorrect
clock
signal.
ifoccur
the alarm
object
unit is the standby
slips
in
the
It
isthe
a major
ifThe
the control
alarm isword
directed
at an
of
controldefect
word.
is changed
synchronization
unit,
it
PCM
connections.
A significantly
different
active
a
few
times
in
a
minute
It
is
a major
defect
ifmay
the alarm is directed at an
is
not
in working
order.
outgoing
frequency
The
system
hasto
detected
that the
operation
synchronization
unit.
standby
when
returning
theThe
nominal
frequency.
active
even
disrupt
the
functioning
the network
parameters
of the
synchronization
unit is not inof
working
synchronization
unit. The standby
element.
synchronization
differ.
Itatisit.not
majorthe
order
the alarmunits
is directed
As
theifsynchronization
unitindoes
notaknow
synchronization
unit is not
working
defect,
however.
The
absolute
frequency
of
the
order
if the alarm
at it. synchronization
If
the alarm
objectisisdirected
the standby
system
corrects
operation
parameters
of the
incoming
signal, the
it can
also reject
a signal that
unit,
it
is
standby
synchronization
has
the correct
not
working
order.
unit in
socomplete
thatifthey
correspond
to the
parameters
of
frequency
the synchronization
unit's
own
the
active unit
after the
frequency
is outside
a
few supervision
rounds.
normal
control range.
However, the alarm is
usually cancelled as the
synchronization unit returns to the nominal
frequency in the
plesiochronous mode and detects the signal to
be correct in about twenty
1 subobject type value, formed according to the support
rule,
which defines the group of observations supporting the
generating
of this alarm in more detail than the alarm number
1 subobject type value, formed according to the support
of the observations and the alarm object unit alone.
rule, whose
The value is usually the supplementary information field
purpose is to define the group of observations
value
supporting the
(defined in the support rule) of the supporting
generating of this alarm in more detail than on the basis
1
PCM circuit number
observation.
of the
If the support rule gives a default value for this
alarm number of the observation and the alarm object
2 field,
timeslot
on PCM
the value
in thiscircuit
field is FFFF
unit alone.
The value is usually the supplementary information field
3
family identifier
of theformed
program
block causing
2
subobject
index
value,
according
to the support
1
PCM circuit
number
value
rule, the alarm
(defined in the support rule) of the supporting
64 TSUPRO
which
the group of observations supporting the
2
faulty defines
timeslot
observation.
If the
65 SBTSTP
generating
support rule gives a default value for forming a value for
67 alarm
MTSWIS
of this
in more detail than just the alarm number
3
thiserror code (to CDSU, NDSD and NDSM units)
of
the
observations,
the alarm object
unit and the
21
received
BSS-pcm
field,no
theanswer
value of
the fieldforisthe
FFFF
4
specification
of error
subobject
type
loop test request
10the
connections
fail
the GSW field) alone.
(see
explanation
in in
the
no answer
forprevious
the according
PSTN-pcmto the support
2 22
subobject
indexreceived
value, formed
11value
connections
fail
insupplementary
the SSW
The
is
usually
the
information field
loop test request
rule, whose
40 faulty connection between the ASS and GSW
value
23
an incorrect
signal
received
in the BSS-pcm loop
purpose
is to define
theisgroup
of observations
41 faulty
connection
between
ASS and SSW
(defined
in the
support rule)
of thethe
supporting
test the
supporting
6A connections fail, SWTST plug-in unit faulty
observation.
24
an incorrect
in the
PSTN-pcm
generating
of thissignal
alarmisinreceived
more detail
than
on the basis
6B support
connections
fail, SWTST
unitthis
faulty
If the
rule gives
a defaultplug-in
value for
field,
loop
of the
connections
fail,
SWCM plug-in unit faulty
the6D
value
in
this
field
is
FFFF
testnumber
observation, the alarm object unit,
1 alarm
error
code of thefail,
6E
connections
SWCM plug-in unit faulty
25the
no
answer
is
received
to theofBSS-pcm
loop test
and
01
of theincontrol
word
the oscillator
6F value
connections
fail,
SWCM
plug-in
3-826
alarm
numbers,
BCD-coded
form,
ofunit
thefaulty
no
answer
is
received
to
the
PSTN-pcm
loop test
subobject
type
alone
(see
the
explanation
in
the
approaching
the limit
observations
supporting
signalling
(to
MFC
units
only)
previous
field).
02
oscillatorof
out
of alarm
controlaccording to support rules.
the
generating
this
00
significant
The
value
is usually
the supplementary
information field
03not
incorrect
oscillator
temperature
The
value
of
fields
that
are
not significant is 0000.
8007R2outgoing
signalling
backwards
value
frequency
of oscillator significantly
90
R2
signalling
forwards
(defined
in the support
rule) of one
the supporting
different
the correct
If
fault wasfrom
generated
according to the support
A0theMFP
observation.
If the
rules of
support rule gives a default value for forming a value for
alarm system's centralized part (i.e. the alarm output
this error code
1
shows that
field,
the
value
of
the field
is FFFF
failure
in
power
source
voltage
the01
ALARMP
program
block has
set the alarm), only
02
failure
in
operation
voltage
alarm numbers
3-8 alarm numbers, in BCD-coded form, of the
of observations that are still active but not sufficient to
observations supporting
certify the fault hypothesis corresponding to this alarm,
the generating of this alarm according to support rules.
are
The value of fields that are not significant is 0000.
output when the alarm is cancelled.
If the alarm was generated according to the support
rules
of
alarm of the fault:
1
detector
system's centralized part (i.e., the alarm output shows
that the
00 CLS
ALARMP
block has set the alarm), only alarm
01 otherprogram
unit
numbers of
1 observations
differing operation
parameter:
that are still
active but not sufficient to
01
state
of
synchronization
signal
certify the
02hypothesis
priority of synchronization
fault
corresponding tosignal
this alarm are output
when03
theoperation mode of synchronization unit
alarm is cancelled
2
differing synchronization signal, when the differing
operation
parameter is state or priority of synchronization
signal:
01 2M1
02 2M2
03 2M3
04 2M4
05 FS1
06 FS2
The system has detected that the bus between
the synchronization units
is defective. The other synchronization unit may
also be faulty. The
fault does not have a direct effect on the
The system has detected that the switchover
functioning of the network
from the passive to the
elementbut the defective bus will make the
active synchronization unit fails.
recovery of the system more
difficult in some faults of the synchronization
The standby synchronisation unit is not in
The
units.system has detected that the signals
working order.
produced by the synchronization
units
in different
If the are
alarm
appears phases.
now and then, in connection
with a diagnostics run,
It
isinnot
a major that
defect.
or
a situation
is otherwise
of the
The
system
has detected
that theout
incoming
1 synchronization signal
ordinary,
it
is
not
synchronization signal is
serious
if itorcan
be successfully
cancelled.
defective
missing.
The fault does
not affect the
CLS:
traffic capacity
01 2M1
of the network element.
02 2M2
The system has detected that the check sum of
03 2M3
the synchronization unit
If the synchronization signal is not the one
04 2M4
ROM memory has changed.
according to which
05 FS1
the system is currently synchronizing, the fault
06 FS2
It is not a major defect; if the alarm is directed at
The
Datathe
Storing Device (VDS device)
1
type of the faulty disk (either hard disk or removable
doesVirtual
not affect
the active
has
failed to store
disk) TCSM:
synchronization
in data
any way.
synchronization unit, there is a small chance that
on one of the hard disk(s) or on the FDU,
11 SI1
slips will occur in
depending
on what is signal is the one that the
for
WDU, FDU
If the synchronization
12 example:
SI2
the PCM connections.
defined
as the storing target of the VDS device.
system
is
13
SI3
The Virtual Data Storing Device (VDS) is not able 1
error code of the WDU-0 hard disk. This is a general
2
index of the faulty disk
currently
using, the system will automatically
to
store
data
error 14 SI4
The
standby
synchronization unit is not in
If
the storing
target is hard disk, the hard disk
choose
the
next
15
SI5 of the system. You can check its meaning
on the hard
disks.
reason
message
working
order
if theThe
alarm
is is a disk operation
redundancy
has been
for
example:
00,01
suitable
incoming
synchronization
signal.
16
SI6
failure. at it.
in General
directed
lost. An acknowledgement of a successful storing
17
SI7
Data cannot be stored to the VDS device in
Error Messages of System.
The
Virtual
Data
Storing Devicesignals
(VDS device)
typeESI
of the
disksupplementary
(either hard disk
or removable
is
sent
to the
program
The
first
andtarget
second
information
If
all
incoming
synchronization
are faulty, 1
18
question
until the
fault is
cannot
create
new
data request to the VDS
disk)
block
that
sentathe
storing
fields can make
the
removed.
(Note: this field only indicates the situation when the
file
because
there is no room
on the diskto(either
device.
for example the following combinations: WDU 00,
system
will synchronize
itself according
the
fault NIU:
WDU
or
FDU, depending
FDU
WDUfor
01,example:
FDU
00 WDU,
signal
generated
by
21
STM1
synchronization
The VDS device acknowledges the failure in
first first
occured.
The
reason for theinput
fault may change
on
the
storing
target
of the
VDS
device).
If
the
target
is
FDU
then
an
acknowledgement
of
or
FDU
01.
the
oscillator
of
its
own
clock
unit.
22
second
STM1
synchronization
inputor removable
The
Virtual
Storing
Device (VDS device) is 1
storing
dataData
to the
process
duringtype of the faulty disk (either hard disk
2
index
of STM1
the target
disk
an
unsuccessful
storing
23
third
synchronization
input
not
handle
thatable
sentto
the
storing request to the VDS device. disk) subsequent storing without a separate alarm setting.)
If
the storing
target of the
VDS
is FDU,
is
to the
block
thatdevice
sentor
the
general
message
of the system.
24
fourtherror
STM1
synchronization
input You can check
itssent
control
filesprogram
TTSCOF
or TTTCOF,
itsstoring 3
alarm
2650,
STORING
for example: 00,01,SB
request
to
the
VDS
its
parameter
filegroup
VIPARA.
for
example:
FDU hard disk. This is a general
The data file
contains either
2
error
code ofWDU,
the WDU-1
OF
THE DATA FAILED ON ONE DISK, is set and
device.
meaning
in General Error Messages of System.
TBU:
uncompressed
(original)
files
error
The
DBSMAN
block is unable to delete 1 database
index
(some
database
applications
still need
the VDS
deviceprogram
will
The
firstSTM1
and second
supplementary
information
31
first
synchronization
input
Iforthe
storing target
of or
VDS-device
is WDU
index
of the
faulty
disk You can
compressed
files,
there can be
two there 2
message
of the
system.
check its meaning
the
disk
log
and/or
cannot
inform
the
application
using the
VDS device that this
fields32
cansecond
make STM1 synchronization input
The
data
file
group
contains
either
are
two separate
separate
groups
Erroralthough nowadays
transfer
the
disk(original)
log data files
into the database files in General
information,
database
is usually
data
storing
for
example
thesynchronization
following
combinations:
WDU
00,the
uncompressed
(Note:
this
field
only
indicates
the
situation
when
33
third
STM1
input
versions
of the TTSCOF
file (maintained
by
for example:
for
uncompressed
and
compressed
files,
Messages
of 00,01,SB
System.
on
disk.
identified
based
on the values of
the following two
has
failed.
WDU
01,first
WDU
SB
or
compressed
files,
or
there
can
be
two
fault
41
2M
synchronization
input
VIDAST).
version
dependingOne
on the
predefined compression mode
supplementary
information
fields,
i.e.
database
name
FDU
00,
or
FDU
01
separate
groups
first
occurs.
The
reason
for
the fault
may
change
42
second
2M
synchronization
input
Neither
disk
has(.VDS)
a consistent
the for
1 identifier
ofand
the
database;
for
its own
use
and thecopy
otherof(.IMG)
The
first
second
supplementary
information
of
the
VDS
device.
(Note:
this
field
only indicates
the
situation
when the
As
a result,
the
diskand
logs
mayone
become
too
full
and
If
the
storing
target
is
WDU,
or
both
of
the
for
uncompressed
compressed
files,
during
database.
although
some database applications still need this
transferring to
fields
can make
fault
and database
updates
database
occurrence)
local
hard adisks
indicates
whether
the
recovery
attempt
succeeded.
depending
on
the predefined
subsequent
storing
without
a separate
alarm
setting.)
CLGU:
If
there
properly
functioning
copy of themode 3
information,
the
postisprocessing
system.
Ifcompression
saving
for
example
the
following
WDU
00,
first
occurred.
The
reasoncombinations:
for the fault may
change
cannot
be
recorded
on the
disk.
are
full.
If
storing
to
one
of
the
hard
disks
is
This
field
only
indicates
the
situation
when
of
the
VDS
device.
01
EXT1
database
it is 01,
becoming
more common that the database can be
TTSCOF file intended
WDU
WDU SB
during
2 database
name
successful,
alarm
theexample:
alarm
is first
set.(=
If FAILURE
there are several
for
10032
IN DISK
02
EXT2
in
the
the the
operation
of thefails
system isthe
not identified
for
thememory,
own
VDS device
FDU
00oforthe
FDU
01. without
subsequent
storing
a separate alarm setting.)
Neither
diskuse
hasof
aOF
consistent
copy
of theand
1 identifier
database;
2650,
STORING
THE
DATA
FAILED
ON
ONE
recovery
attempts
while
the two
alarm
is active, no new
HARDWARE)
in
immediate
danger.
by
the
values
given
in
the
next
supplementary
VDS
device
onthe database
database,
and
some
database
applications
still needorthis
3 although
number
of
database
occurence
DISK,
is
set
and
storing
alarms
are
set
to
inform
about
the
success
MCBC:
However,
the is
copy
of the some
database
lostget
from information
the
active ifside
restarted
dataismay
number of the file in which the handling the error
management
system
tries
unsuccessfully
tostoring
load 3
information,
continues
as
usual,
but
only
to
one
disk.
If
failure
of
these
recovery
attempts.
01
EXT1
the
memory,
fields, that is, the name of the database and the
lost.
If the saving
occurred
the
database
from a
it is02becoming
more common that the database can be
has
failedsituation
on both
EXT2
the
fault
mayfor
prevent
the restart
of the number
of
the
of
TTSCOF
intended
transferring
the
files
disk.
The
databse
cannot
be
used.
identified
4
type
of
the
unit
where
thesucceeded
database is located
disks,
alarm 2651, STORING OF THE DATA
00 recovery
attempt
database.
database
occurrence.
(.IMG) fails it
example:
05E30000
(= VIPARA)
by for
the
values
given
in
the
next
supplementary
FAILED ON BOTH DISKS, is set
40
no
recovery
needed
as two
the other
hard disk is
PTUM: 05E40006 (= TTSCOF
means that the post processing system does not information
variant 6)
5 family
identifier
of the
program
block
handling
the
and the VDS device will inform the application
in
order
(only
when
storing
target
is
WDU)
01
EXT1
2 name of the
database(= TTTCOF variant 10)
receive the correct
05E5000A
fields,
that
is,
theattempt
name offailed,
the database
and
database
using the VDS
80EXT1
recovery
search for
anthe
existing
02
(up-to-date) information on the state of the data number of the
device that data storing has failed.
data
file
failed
due occurrence
to a disk error
03
INT1
3
number
of
the
database
files in VDS device.
4 database
failed
file
operation:
occurrence.
81SFP1
recovery
attempt failed, no existing data file
04
Post processing system receives the information
R = an attempt was made to read from the file
If storing has failed, the VDS device attempts to 4 location
could
be found
05
database
that it requires for
W =SFP2
anof
attempt
was made to write to the file
2 name
of
the
database
recover from the
the transferring, when the TTSCOF is again
T = an attempt was made to write the TTSCOF
situation by searching the WDU or the FDU for
4
number
of the
data
file ofinput
theblock
VDS
device
whose
2
00
frequency
of of
connected
below
3.7 kHz
5
family
identifier
the program
handling
the
successfully saved on the
(.IMG)
3
number
of theofdatabase
occurrence
the next data file which is
creation
01
frequency
connected
input
above
4.5
kHz
database
disk. However, if the fault is not corrected, the
used for transmitting files
in TRANSFERRED state and created on the disk.
failed. This field only indicates the
The dumping of a database fails in the database
management system.
A database copy remains continually (for dozens
of minutes)
inconsistent on the disk specified in information
field 1,
without being even momentarily consistent.
This is an internal error in database management
However, the alarm
system.
is not given if the number of constantly
inconsistent databases
The Disk Updating System Management
on the disk decreases steadily, for then it may be
Program Block (DBSMAN) thinks
The
database
assumed
that disk updating system (DBSMAN)
there is an error in the size of the database log
has
intentionally
the situation
will correct itself. If the alarm is
buffer. In the
stopped
given, it itself in an active unit because of a
initialisation phase of the DBSMAN a log buffer is
serious
faultdatabase
in its
means that
disk updating depends on
deemed faulty,
functioning
(e.g.
the problems in handling the
no
more
than
one
An
occurred
the MMLsize,
Command
Log
if it error
is smaller
than while
the minimum
and also
database
disk
log).
disk.
Even
if the
other disk did contain a
Program
when
the Block
size of
In
this case,
the normal disk updating of
consistent
copy
(LOMANA)
reading for
from
the MML
the work filewas
designated
handling
thecommand
log
databases
is not in
possible,
of
the
database,
the event of a failure the
log or writing
to than
buffer
is smaller
databases
cannot be dumped on a disk, nor
situation
could
it.
that
of
the log system
buffer. After
the initialisation,
a
The
recovery
sets
this
failure
observation
loaded
fromwhere
a disk.both
easily
arise
copies
are inconsistent.
possible
error
in connection
The
error does
not inhibit
thehandling
execution
MML
is
detected
when
theoffailure
with
restart
of the
the family
whole
system.
If
thethe
value
of information
field
2 is 0,The
then the
commands
but
database,
the
DBMANA,
requests
observation
is
disk
mentioned
without
MML command
log
information
the
DBSMAN
to transfer
to the
disk log a units
log in
cancelled
immediately
after
all computer
in
the
first
field
will remain
unusable
the
The
recovery
system
sets
failurefrom
observation
subsequent
monitoring
andthis
buffer
whose
length
is
state
WO
have
point
of
view
of
after
it has
supervision
ofthe
useDBSMAN's
is impossible.
different
from
conception of it.
started
into
state
WO-EX. System
DBSMAN
(Disk
Updating
Management
received
an
input
to start unit changeover.
The
The
error
prevents
When
an
observation
hypothesis
becomes
Program
Block).
Then
the
failure observation
database
updating
on
the
disk.
Automatic
certain
uncertain,
alarm
isorgiven
for the diskafter
in question
only once,
is cancelled
immediately
the changeover
recovery
measures
are has
taken:
The
POSIX
subsystem
gone
into a state
in
the
corresponding
alarm
or its
cancellation
are
without
has
been
executed,
or
either
the
unit
contains the DBSMAN, or the
which
it cannot
be used.
not
output
on that
specifying
the
database
whose
copy
is
the
changeover
failed.
one
that
has
thehas
As
aalarm
consequence,
thesole
processes
the
printer.
The
purposewhich
of theare
inconsistent,
for eventually
DBMANA,
or
both
are
restarted.
In addition to
crucial
to the
of will become
hypothesis
is functioning
to databases
the
copies
of
all
Whenit is
anpossible
observation hypothesis becomes
this,
the
unit
not
network
and I/O-devices
are
filter
outdo
the
output
certain
and
inconsistent
onwork;
the of
disk
Loading
software
build
forand
aalarms
plug-in
unitalarm
in files
the
certain
orathe
uncertain,
to
modify
the DBPARA
the DBINFO
not
visible, for
cancellations
concerned.
If
the
value
of
the
information
field
DMC
bus
has
the
corresponding
alarm or its cancellation are2
on
the
disk.
example.
in
connection
with
the
unit
restart.has not been
is
greater
failed.
The on
loader of the
software
not output
than
0,
then
DBSMAN
can
use the disk
able
to determine
the alarm
printer. The sole purpose
of the
mentioned
in
field
1,
but
the
the
code fileisoftothe
programmable logic based on
hypothesis
filter
A
unitofbelonging
to thespecified
equipment
of the
system
copy
the database
2 stays
for
information
it of certain
out
theinoutput
alarmsin
infield
connection
is not
the normal
some
other
reads
from
the identification circuit of the plug-in
with
the
changeover.
working
state WO-EX
(spare).
reason
inconsistent
on(in
theuse)
diskorinSP-EX
question.
unit. This
Because of this the unit
information includes the plug-in unit type, variant
does not perform its usual functions or the spare
An
active
code,
andunit is faulty, and as a sign of this the
unit does not
supplementary
interchangeability. The PILOAD program block
function as a spare unit for the unit in use.
information
FLTY (Faulty unit) is set for it. The
loads the software
Either the state of the unit has changed because
unit
in use
buildremains
and it has
detected the fault. As a result of
of a fault or it
in
WO-EX
state, because the system cannot
the
fault
Fault
has been
detected
circuit group files,
has been
changed
by theinuser.
change
its state
TE-EX
the
unit tointo
bemay
loaded
remains usage
inoperative.
andplug-in
a
corrupted
file
prevent
of
The
unit
has to be
returned
to its the
normal working
for the following reason:
this
state.
circuit group. The switching capacity of the
- The spare unit of a 2N or N+1 replaceable
exchange
This alarmmay
has be
been preceded by one of the
redundant unit is in
severely
following impaired,
notices: if these alarms are generated
a working state (e.g. TE-EX) which does not
by a number
allow it to be taken
of
different
circuit hunting
chains/circuit
groups.
0691
AUTOMATIC
RECOVERY
ACTION
into use to replace the active, faulty unit.
An automatic recovery action has changed
the working state
- If the unit is N+1 complementary redundant or
of the unit because of a fault. The recovery
unredundant, the
has been activated
number of units of this unit type that are out of
based on the alarms issued about the fault.
use exceeds the
The numbers of these
level permitted in the minimum configuration.
alarms are given in the supplementary
1 identifier of the database;
although some database applications still need this
information,
it is becoming more common that the database can be
identified
1
disk on which the copy of a database has
by the values given in the next two supplementary
remained inconsistent. The field may have
information
values 0 (W0) or 1 (W1)
fields, that is, the name of the database and the
number of the
2
if the alarm concerns all databases, the value of this
1 database
identifier of
the database;
occurrence.
field
although some database applications still need this
is 0. Then the DBSMAN is unable to handle the
information,
2 name of the database
given disk freely.
it is becoming more common that the database can be
If the value > 0, the alarm concerns the database
identified
3
of the
database
1 number
database
index
(someoccurrence
database applications still
corresponding
by the values given in the next two supplementary
needto
this
the identifier. The disk indicated in the previous
information
information, although the database is usually
field is
fields,
the name
of the database
4
errorthat
thatis,
caused
the dumping
failure. and the
identified
then in order but the copy of the said database has
numberYou
of the
can
check
its
meaning
in
General
Error
based on the database name and
database
remained
1
alarm code:
database
occurrence.
Messages
occurrence).
inconsistent on this disk for some reason
of System
If the
alarm does not concern any specific database
creating
LOMADM hand failed while removing
2 01
name
of thethe
database
(i.e.
3 old
name
database
filesof thewhether
5 information,
theinformation
alarm originates
the 4th supplementary
field = from
01 orWO
06),or
creating
the
LOMADM
hand
failed while removing
3 02
number
of the
database
occurrence
SP
side
of
the
database
unit
the
valueofofthe
thisdatabase
field = 0. In this case, also the field
4 old
number
files when
the numberoccurrence
of files exceeds the
DATABASE_NAME is filled with zeroes. If the value >
maximum
number
4
the log buffer
sizeallowed
according to the DBMANA, as
00
WO
0,
5 the
ifcreating
the alarm
database,tothis
theconcerns
MMLLOGone
subdirectory
thefield
system
indicated
0103SP
alarm
concerns the database corresponding to the
indicates
the
disk
failed
by its
request for a log buffer to be stored on disk.
identifier.
ofthe
the
database.
Otherwise
the
value
is 0
1 04location
the
unit
activethe
before
changeover
creating
MMLLOG
subdirectory
to the
backup
Iftype
the of
DBSMAN
gives
alarm
in connection
with its
disk
failed
initialisation,
then this field indicates the log
2
database
name
6
ifindex
the alarm
concerns
database,
this field
2 05buffer
of the
activeon
before
changeover
creating
LOMWRI
hand
size
in unit
the DBINFO
filefailed
prior
to the possible
indicates
the
06change
creatingofthe
LOMMML hand failed
value
3
number of
database
occurrence
identifier
ofdirectory
the process
familyfrom
handling
the database
07
ASWDIR
missing
theblock
system
disk
1 family identifier of theisrunning
program
(which
(DBMANA).
08
ASWDIR
directory
is
missing
from
the
backup
disk
5
the
log
buffer
size
according
to
the
DBSMAN
before
has set
the alarmthe
4
if the
concerns
database, this field
Otherwise
value
isa0specific
09
interrogating
the
system
identifier
failed
receiving
alarm)
indicates the location of the database.
0Athe
interrogating
system
request to the
store
a log name
buffer failed
on disk. If DBSMAN
Otherwise, the value = 0.
0B
the
hand
has
been
restarted
due
failed refresh
gives
2 DMX process identifier of the runningtoprocess
1 0C
type
ofalarm
the plug-in
unit for with
which
loading
of then
the this
interrogating
computer
unit
information
failed
the
in connection
itsthe
initialisation,
5 software
reasonbuild
of stopping
DBSMAN
failed
interrogating
the active
failed
field
indicates
log buffer
inunit
theprocess
DBPARA of
3 0D
POSIX
process identifier
ofcomputer
thesize
running
the0E interrogating the spare computer unit failed
01 of
error
initialization
of DBSMAN
2 0F
index
theinplug-in
unit group
interrogating
the hand
failed
RAM
10
the
hand
has
been
restarted
due
to failed
1 working
state of logbuffer
the unit (TE-EX,
BL-EX,
BL-ID, SE-OU
02 database
error
3
general
error
message
of size
the
system.
supervision
6
the
log
buffer
size
in
the
DBPARA
ofYou
thecan
diskcheck
prior to
or SE-NH)
its 11
meaning
the possible
hand haschange
been restarted
the
of value due to a faulty
03 database
disk log pointer
error
in General
Error Messages
of System
message
12 the hand has been restarted due to defective
04
database
log
cleaning
1
working
state disk
of the
object
unit error
operation
32 opening the LOMWRI logical file failed
database
dump
recovery
error
2 3305
address
the
computer
where
the impulse caused
writing tooffile
failed
by 34
thecreating
fault a file failed
06
stopped
by the
the field
operator
cameDBSMAN
from.
If the
value
is failed
not an address,
a logical
file
to
aofalarm
physical
file
1 35
thelinking
file that
generated
the
it is360 the maximum number of daily log files has been
created
01 SWOCGR, a file indicating the primary circuits of
3 37 the
family
IDMMLLOG
of the program
that informed of the
reading
directory
thethe
hunting
groups,
and thefailed
numbers of
fault.
the
96 Ifopening
the
permanent
logical
file MMLLOG failed
circuits in the hunting groups
of the
is not text
a family
is 0
97value
reading
the field
MMLLOG
fromID,
theitDIPFIL
file failed
98
reading
the
execution
text
from
the
DIPFIL
file
02 SCHORD, a file indicating the chained list of failed
4 99 the
ID of
message
that
informed of the fault. If
writing
to the
thein
permanent
logical
circuits
the hunting
groupfile MMLLOG failed
theC8
value
reading the file listing in removing old data failed
of the field the
is not
ID, it is
0 failed
C9
fileaindicating
inmessage
removing
data
03 removing
TSLCGR, a file
theold
numbers
of the circuit
CA copying
the
file
from
the
backup
disk
to the the
system
group and the hunting group, to which
5-7 disk
theoralarm
numbers
of the first alarms on the basis
vice
versa
failed
circuit in question belongs to
of which
the code.
unit was
If the
of the
is
2 the
error
Youfound
must faulty.
interpret
its value
meaning
on field
the basis
2
record that
generated
the alarm
not value
an alarm
number, it is 0 information field 1
of the
of Supplementary
Data in the file situated in several units is
inconsistent in
different units.
Due to the fault, the object unit of the alarm may
There is inconsistency between the data in the
have
maintenance computer
erroneous information of the configuration of the
and the Working State and Configuration File
system and
(SCDFLE) of the object
therefore the unit in question or units of the same
computer of the alarm. The configuration of the
A
unitmay
belonging to the equipping of the system or
type
SCDFLE file of the
a
that
beunit
unavailable
to the system.
object computer of the alarm is different to the
is essential for the operation of the system is not
configuration of the
in normal
maintenance computer or there is some other
working state WO-EX (working executing) or SPThe
between
errorratio
in the
data. the number of rejected
EX (spare executing).
measurement results and
Because of that, the unit no longer executes its
the
all measurement
As anumber
result ofofthe
fault, the objectresults
unit ofexceeds
the
tasks or the spare unit
the
acceptable
alarm
may havelimit
no longer acts as a redundant unit for the
set
by the
user. The
is used
to supervise
wrong
information
ofalarm
the system
configuration
Adjacent
cell The
information
working unit.
state ofhas been defined
the
traffic
loadunit
of
and
thus
the
incorrectly
the BSDATA
the unit hasinchanged
either due to a fault or due
LAPD
links or
and
BCSU
units
andtype
to detect
the
in
question
units
ofConfiguration
the
same
may be
(BSS
Network
Database).
to userRadio
actions.
possible
overload
unavailable
for
the
system.
Either
the MSC
or the
Immediate
actions
are required to put the unit
situations. The alarm may also be caused by
source
BSC
can detect
the error during an
back
into
normal
working
The
alarm
of the usage degree of the
shortfirst
breaks
in limit
the Abis
external
handover. When the
state.
data file group of the
interface.
error has been detected, the handover attempt is
Virtual Data Storing Device (VDS) on the hard
interrupted.
One
of removable
the following
notices has preceded the
disk or
disk
alarm:
has been exceeded.
The second
limit are
of the
usage degree of
followingalarm
counters
updated:
the
data
file
group
of
the
0691
ACTION
If the AUTOMATIC
storing target RECOVERY
of the VDS device
is FDU
Virtual
Data
Storing
Device
(VDS)
on changed
the hard
- When
the MSC
detects
the
errorhas
An automatic
recovery
action
(magneto-optical(MO)
disk),
disk
or removable
disk
HANDOVER
MEASUREMENTS:
the
state
of
the
this working
is a normal
functionality.
The user has to
hasunit
been
exceeded.
004100
MSC_O_ADJ_CELL_ID_ERR
due
to
a
fault.
activation
the
The
datatofile group of The
the Virtual
DataofStoring
prepare
CLEAR
CODE
MEASUREMENTS:
recovery
action
is
Device (VDS)
on the
change
the media
in FDU.
Thisbased
means
that
more
data is about
stored in the VDS
M_INVALID_CELL
notifying
hard 500926
diskson
or alarms
removable
disk is full. the fault. The
than
alarm
numbers
of
If the storing target of the VDS device is WDU,
can
be transferred
to the the
postprocessing
system.
-The
When
the
BSC
detects
those
alarms
are
in error
theby
supplementary
current
datathe
file given
is followed
an
this
comes
from
The
alarm
issued
whenthe
thetransfer
event queue
reasonisfields
may
be that
of fileshas
to the
HANDOVER
MEASUREMENTS:
information
untransferred
(in
fact
that full.
more data
data file
is stored
in the VDS than can
become
postprocessing
004100
MSC_O_ADJ_CELL_ID_ERR
of
this
alarm.
FULL
state). The VDS device is used by an
be
transferred
Old
events
at
the slowed
beginning
of the
queue are or
system
hasCODE
been
down
or prevented,
CLEAR
MEASUREMENTS:
application
that has
less
critical The
datareason
than the
to
the
post-processing
system.
may
overwritten
byADJ_CELL_ID_ERR
that
the
amount
ofSTATE
data CHANGE
500513
0690
WORKING
data
of the
be
that
new
events.
Thisincreased.
does not the
affect
the traffic
inofthe
to
be
stored
has
The
user
changed
working
state
The
self
test
of into
the
echo
canceller's
application
that
sets
thepostprocessing
alarm
2551.daughter
transfer
of
files
the
system
network.
the
unit
with
board
hasslowed
detected
has been
down or
The
VDS
device
is used by an application that
an
MML
command.
a
fault.
If
the
storing
target
of the
VDSof
device
is be
FDU
prevented,
or
that
amount
data to
This
alarm
may data
bethe
issued
if the connection
to the
has less
critical
(MO
disk
/ increased.
stored
has
OMCthe
is down,
than
data
ofaffects
the application
that has
set the
How
alarm
the
operation
of
the
magneto-optical
the
user shouldbeen
change
Thequeue
timing
ofSECOND
thedisk),
Echoor
Canceller
found
the
is
blocked,
the OMChas
cannot receive
alarm
2550,
system:
the
media
in
FDU
The
VDS
device
is
used
by
an
application
that
faulty.
any
events.
ALARM
LIMIT FOR UNAVAILABLE VDSimmediately.
has less critical data
DEVICE
DATA
FILES
REACHED.
-than
If the
state
ofofan
active
unit with
2Nsets
or the
the
data
the
application
that
This alarm
can
concern
two event
queues:
replaceable
N+1
redundancy
If
overwriting
untransferred files in the VDS
alarm
2459.
1)
(the
mostthe
probable
one)
This
alarm
isconverter
preceded
by
theunit
alarm
2731,
FIRST
isalarms
no
longer
WO,
spare
must
be taken
The
DC/DC
faulty.
The
equipment
device
in question
is is
2)
observation
reports,
if
observation
reports
are
ALARM
LIMIT
FOR
into
use.
receiving
power
supply
Forbidden,
the
system
storeseither
data only in a spare
The
data
file
group
contains
sent
as
CMISE
UNAVAILABLE
VDS-DEVICE
DATA
FILES
This
may
cause
a
loss
of
tasks
that
are
being
from
theafter
converter
is inoperative.
device
the(original)
uncompressed
files
events
REACHED.
set
upOPEN
(calls, state
file
in
has
fullbe(see
or compressed
files,
orbecome
there can
two
for example).
instructions
on I/O System).
separate
groups
Related
The dataalarm:
file group contains either
If
overwriting
files isand
allowed,
the system
for
uncompressed
compressed
files.
This
80%
OF
THE
EVENT
USED
uncompressed
(original)
filesBUFFER
-2734,
If
the
state
of next
an
active
with complementary
overwrites
the
file unitcompression
depends
on
the
predefined
mode
of
-or
indicates
that 80%
queue
becomes
compressed
files, of
or the
there
can be
two full
N+1
redundancy
of
data
file group (usually the oldest file) and
thethe
VDS
device.
separate
groups
is no
longer
WO, it will cause the separation of
the
data
is lost.
for
uncompressed
and compressed files. This
the
unit
The system can continuously work and no data is
depends
on
the predefined
mode
from
use
(from
hunting,
forcompression
example) and
the isof
If
there
are no spare storing
connections,
data
lost
for the
the
VDSofdevice.
release
the
tasks
lost.
time
time The
being.
handled
by the unit
(calls,
for
fault correction
is as
longfor
asexample).
the spare device
The system can continuously work and no data is
has storing
lost
for unit
the is non-redundant, the operation of the
-capacity.
If the
1
file number of the file containing inconsistent data.
1
number of the faulty record
2
unit type in the faulty record
3
index in the faulty record
1 unit working state (TE-EX, BL-EX, BL-ID, SE-OU tai
SE-NH)
1 00: BCSU unit overloaded
01: LAPD link overloaded
2 BTS identification of the LAPD link with the largest
traffic load.
1 identification of the BTS. Identification of the source
Identification of the LAPD link is composed of the BTS
BTS of the failed handover attempt. The adjacent cell
identification and the TRX identification
information
of the source BTS is incorrect
1 - 255d : BTS identification
1
type0dof: the
disk
(either
hard disk or removable
fieldtarget
has no
BTS
identification
2 event identifier
disk)
3 TRX identification of the LAPD link with the largest
0 the MSC has detected an error in the adjacent cell
example: WDU, FDU
trafficfor
load.
definitions.
Identification
the LAPD
link is composed
the BTS
1
type of theoftarget
disk (either
hard3,disk
orofremovable
Supplementary
information
fields
4 and
5 cannot
2 identification
index of the
target
disk identification
and
the
TRX
disk)
be defined
1 the BSC has detected an error in the adjacent cell
for
example:
1
: TRX00,01,SB
identification
for- 16d
example:
WDU,
FDU
definitions.
0d : field has no TRX identification
Supplementary
information
fields
4 and
5 are the
1
typefirst
of the
disksupplementary
(either
hard3,disk
or removable
The
andtarget
second
information
2
index of the target disk
identifiers
disk)
fields
can
make
4 BTS
identification
of the LAPD link with the second
of the target cell set by the MSC
for example:
largest
for example: 00,01,SB
for
FDU
the example:
following WDU,
combinations:
traffic
load.
3 identification of the target cell
WDU 00, WDU
01,
WDU
SBis composed of the BTS
Identification
of
the
LAPD
link
The first and second supplementary
information
2 identification
index00,
of or
the
target
disk identification
FDU
FDU
01TRX
and
the
fields
can BCC
make,
0-FF
(Base Station Colour Code). The target cell
example:
wherefor
for
00,01,SB
3
percentage
limit
of usage degree exceeded when
1
- example:
255d
: BTS
identification
the
following
combinations:
handover
has
been attempted. The value is set by
the alarm0d
is : field has no BTS identification
WDU
00, WDU 01, WDU SB
the
1 MSC
failure
The
firstcode
and second supplementary information
set
FDU
00,
or FDUis
01
FF
information
not available
1can
the
interface
program
has link
failed
to the
reply
several
fields
make,
5
TRX
identification
of the LAPD
with
second
times
for example,
example: the
50%following combinations: WDU 00,
largest
3
usage
degree exceeded
when
4
identification
oflimit
the of
target
2percentage
to
thecell
daughter
board does
not
WDU
01,communication
WDU SB
traffic
load.
the
alarm
is
work
FDU
00
or
FDU
01
4
percentage
limit
of
usage
degree
under
which
of
LAPD link
isand
composed
of the the
BTS
1 Identification
the
index
thethe
integrated
EC:
set
0-FF
NCCof(Network
ColourET
Code).
Theeven/odd
target cell
3is daughterboard
selftest
failed
alarm
identification
and
the
TRX
identification
Possible
values:
where4 a component fault has been detected in the
0 cancelled
even
forhandover
example:
80%been attempted. The value is set by
daughter
board has
1 - 16d
odd : TRX identification
the1MSC
5
memory
ofTRX
the daughter
board is faulty
for ROM
example:
40%no
0d
: field
has
identification
4
limitis
usage
degree
under information
which the
information
available
1 FF percentage
record
number
ofofnot
the
record
containing
Concerning
the EC1P plug-in unit, the value of the
alarm
is
about
6 BTS
identification
of the LAPD link with the third
field
is
insignificant
removed
5 identification
theHWTABL
target cellfile
this alarm inofthe
largest
traffic
load.
for
example:
70%which
of the the
target
cell iswhere
handover
2 1-FFFF
source
unitBCCH
alarm
wired.
theBTS
Identification
offrom
the LAPD link
is composed
ofIfthe
has
been
value
identification and the TRX identification
attempted.
setcan
by the
MSC
of the field
is 0000,The
no value
objectisunit
be defined
FFFF
(65535d)
frequency
information
is
not
available
for
alarm
1 - the
255d
: BTS identification
0d : field has no BTS identification
3
unit index
7 TRX identification of the LAPD link with the third
largest
traffic load.
Identification of the LAPD link is composed of the BTS
The plug-in unit is not properly in its place in the
subrack, it is
missing altogether, it is in the wrong track, or the
wiring that
is used in checking that the plug-in units are in
One of the cables in the rack indicated in the
their place
alarm print-out
has not been short circuited where there is a
is not (properly) attached.
missing plug-in unit.
A power supply fuse has blown. This may have
been caused by a fuse
that is of the wrong type, or by a faulty plug-in
unit or voltage
source.
There is a fault in the timing signal coming to the
cartridge or
in the plug-in unit giving the alarm (the red
indicator light is lit).
When the alarm is set, the functionality of the
The voltage source of the cartridge is faulty.
plug-in unit may
However, the cartridge's
be lost completely or its functioning is unreliable.
power supply has been backed up with another
power source, so the
the units equipped in the cartridge remain
A cartridge is without power supply. If there is no
functional.
back-up power
supply, its only voltage source is faulty. If the
cartridge
has access to a backed-up power supply, all its
One of the line safety switches of the power
power sources
supply adapter is open,
are faulty. Units equipped in the cartridge are
or one of the power supplies of the racks is cut
inoperative. The
off, or there is voltage
alarm requires no actions if another alarm 2759,
difference between two PDFU:s. The power
One
or several
cartridge-specific
fuses of the
POWER
SUPPLY
FUSE
supply has no back-up anymore,
power
supply
FAILURE,
thatofconcerns the same cartridge is
which means that the units that receive their
the
has In
blown.
A wrong fuse, a faulty voltage
alsorack
issued.
this case,
power supply from the
source
or short
the voltage
source of the cartridge is without
faulty power supply remain functional as long as
circuit
in
theispower
supply cable may have
power
and
thus unit
The
HWAT
plug-in
the remaining
power is faulty. When the alarm
caused
the fuse to blow.
inoperative.
is
on, the
supply
is working.Alarm will be generated if there
When the interruption of power supply concerns
functioning
is a voltage of HWAT is partly or completely lost.
a cartridge equipped
The
more detailed
difference
between PDFU:s.
with a power source, the alarm 2757,
reason for the fault is in the first additional
The
CLAB plug-in
unit is faulty. Either the CLAB
CARTRIDGE
NON-REDUNDANT
information field.
does
not SUPPLY
respond to
the
POWER
FAILURE,
is set about that
supervision
messages
sent to it by the control
cartridge or the
alarm 2756,
computer,
or the
software
CARTRIDGE
POWER
SUPPLY FAILURE, which
of
the
CLAB
hasindetected
a fault in its interfaces,
can
be
ignored
this
situation.
The SBUS used for the collecting of hardware
in the RAM of the
alarms between the
plug-in unit, in the phase-locked loop, in the
HWAT plug-in unit and CLAB plug-in units has
power supply, in the
become faulty.
changeover signal or in the basic timing bus
The fault may lie in bus cabling, in the HWAT, or
Communication
bus between
the duplicated
interface of the CLAB,
or
in a CLAB.
CLAB
unitssum
does
the check
of not
the function.
program memory of the
The traffic between the HWAT and the CLABs
When
the alarm
is on,
CLAB has
changed,
orthe
a plug-in unit that is the
does not work via the
object
unitbeen
of the
fault has
or the value of the cabling delay
SBUS in question. If also the standby SBUS is
alarm
or the
measured
byco-unit
CLAB may
has not function reliably.
faulty, the system
changed. When the alarm is on the CLAB does
supervises only the hardware alarms of the BCE
not function or its
rack/cabinet.
functioning is unreliable.
The changes in the working state of CLAB made
by the user
(with the MML command USC) do not succeed.
1
record number of the record containing the
information
about this alarm in the HWTABL file
2
unit from which the alarm is wired. If the value of the
1
record number of the record containing information
field
about
is 0000, no object unit can be defined for the alarm
this alarm in the HWTABL file
3
unit index
2
unit from which the alarm is wired. If the value of
1
record number of the record containing information
the field is 0000, no object unit can be defined for
about
the alarm
this alarm in the HWTABL file
3
2
1
unit index
unit from which the alarm is wired. If the value of the
type of the functional unit where the alarm
field is 0000, no object unit can be defined for the
interface plug-in unit is located
alarm
2
3
1
index of functional unit. If the alarm interface
unit index
plug-in unit is in a duplicated functional unit, then the
type of the functional unit where the alarm
index of the even-numbered one
interface plug-in unit is located
3
2
alarm group in the alarm interface plug-in unit
index of functional unit. If the alarm interface
plug-in unit is in a duplicated functional unit, then the
type
the functional
alarmofinput
number unit where the alarm
index of the even-numbered one
interface plug-in unit is located
1
4
3
2
1
4
3
2
1
4
alarm group in the alarm interface plug-in unit
index of functional unit. If the alarm interface
plug-in unit is in a duplicated functional unit, then the
type
the functional
alarmofinput
number unit where the alarm
index of the even-numbered one
interface plug-in unit is located
alarm group in the alarm interface plug-in unit
index of functional unit. If the alarm interface
plug-in unit is in a duplicated functional unit, then the
type
the functional
alarmofinput
number unit where the alarm
index of the even-numbered one
interface plug-in unit is located
3
2
alarm group in the alarm interface plug-in unit
index of the functional unit. If the alarm interface
plug-in unit is in a duplicated functional unit, the
1
failure
specification:
4
index of
the power supply adapter giving the alarm
index of
(0/1)
the even-numbered one
00 HWAT does not respond to supervision
messages sent by
3
alarm group in the alarm interface plug-in unit
the control computer
1 failure specification:
01 failure detected in the testing of HWAT's
4
index of the fuse panel giving the alarm (0/1)
interfaces
00 CLAB does not respond to supervision
02 checksum of HWAT's program memory has
messages
changed
01 failure detected in interface testing
1
faultfault
specification:
03
in HWAT's random access memory
02 check sum of program memory changed
04 message traffic is down between HWAT and
03 fault in RAM
00 allmessage
CLABs traffic between HWAT and the CLABs
04 configuration contradiction (HCLTBL - SCDFLE)
on 05 connection cannot be established from the
05 fault detected in phase-locked loop
the bus does not succeed
active
unit's
1
failure
specification
06
fault
in 5V power supply
HWAT plug-in
through thethat
SBUS
spare
unit's
00 CLAB
set to
thethe
alarm
has
detected
07
fault detectedunit
by hardware
HWAT
that the
08 fault in field changeover signal
bustiming
to the bus
CLAB
plug-inof
unit
09communication
fault in the basic
interface
thethat is
the
object
CLAB
of the delay
alarm measured
does not function
0Aunitcabling
by CLAB has changed
2 number of SBUS; in use only when the value of
supplementary
information field 1 is 00
00 CLAB is not responding to supervision
messages
on SBUS-0
01 CLAB is not responding to supervision
The clock signal coming to the rack/cabinet (to
the CLAB plug-in
unit) is faulty.
If the object of the alarm is the active clock
An error has been detected in the functioning of a
generator (CLS),
preprocessor or
it is possible that the whole network element is
the preprocessor configuration is erroneous. The
without clock
alarm is set in the
signals. This means that there is an interruption
following situations:
The
power of the optical transmitter
in thetransmission
use of
- the counterpart family communicating with the
laser
has been
the network
element. The field does not work, the
Preprocessor
decreased,
and is not within the required range
message bus
Supervisor (PS0PRB) has detected an error in
anymore.
The power
does not work,
also the operation and
start-up or
level
will continue
to decrease,
eventually
maintenance
connections
areby and
The
subdestination
selected
call
control
is of
supervision
of a critical
program
block
in the
the
transmission
of
out
of
use.
the
wrong
preprocessor
the signal will not function with the SDH interface
type
dynamic routing.
Theacknowledge
subdestination
- the for
preprocessor
does not
thehas
in
question.
If
the
object
of the alarm is the spare clock
been
definedmessage
supervision
generator,
usepreprocessor
dynamic routing
but it does
lead to an
-to
the
configuration
is not
erroneous,
Storage
area
for the
switching
the
system
is used
functional
butmessage
the redundancy
ofof
external
that
is,
there
is
the plug-in
unit is full.
clock
route,
or it leads
to a special
route (i.e number
discrepancy
between
the hardware
New
messages
will be
lost
until there is space
generator
has been
lost.
modification
configuration
and
the
equipped
available in the
ofhardware
the incoming called subscriber number to a
transmission buffer. The message traffic going to
The
system
detected
a failure in the hardware
desired
number)
-the
theplug-in
startup
of the
unit
haspreprocessor takes too long a
block
of
the
plug-in
which
does
not
lead to an external route. Thus,
time
or
it
does
stopped, which disturbs the execution of tasks
unit.
was detected based on two
this
not The
startfailure
at
belonging
to all.
the plug-in
consecutively
subdestinationfailed
cannot be used as a routing
unit. The situation in question may be caused by
supervision
tests,
based on a serious
alternative.
Iferror
no inorthe
There
is an
either an
overload
or a feature information
malfunction
in the
alternative
subdestinations
can be found in the
control
fileplug-in
(FIFILE)
fault in a
unit.or
operating
device. The plug-in unit is defective
desired
the program block has requested a parameter
and
cannot perform
destination,
call is released. If other
that does notthe
exist.
all
the tasks defined
subdestinations
can for it.
The
system
hasare
detected
athe
fault
in theway.
SERO or
be
found,
they
used
normal
Because of this error,
theinprogram
block that has
SCSIF
In caseplug-in
where unit's
the pair unit raises the alarm
requested the
serial
channel
used
against
the other
unitby the visual display unit
parameter value does not necessarily work in the
(VDU)
or printer
(LPT).when PAIR_OK wired line
(the alarm
is triggered
way it should in
The
fault
wasthe
detected when attempting to write
goes
down)
The
destination
system ofinthe
O&M network
relation
to the parameter
question.
In these
data
on the device.
supplementary
system
not information
responded fields are set to all FF
kinds
ofhas
error
The
system will not write data on terminal device
(not
applicable).
to
the
supervision
despite
several
situations
programmessage
block works
according
to the
in question until
attempts.
default value in each
the fault has been corrected. Data written when
case
(program
block/parameter).
Buffering
the data
to be written in the cartridge
fault was detected
tape
unit
fails
is lost.
The
fault does not affect the operation of
on
disks due to the working state of the
theboth
system
disks
or to disk
otherwise.
failures, or for some other reason. As a result,
The Recovery Program Block (RCXPRO) has
tape storing is
detected that the disk
slowed down considerably, and this may cause
update of the Working State and Configuration
the charging buffers
File (SCDFLE)
to fill up. After the buffers have filled up, the
has failed. As a result, the data of the object
Errors
while alarms are being transmitted
systemoccur
will lose
maintenance
to
Q3 interface.
data.
computer of the alarm and the data of SCDFLE
The alarm parameters related to Q3 interface
of the disk
may
The
If thebe
I/Oerroneous.
system has
dedected that the disk has
memory are inconsistent.
reason
this is
that the Q3 agent cannot open
becomefor
faulty,
and
the
file which changed the hard disk's working
consequently
Due to the fault, the restart of the computer or
contains
parameters
related to Q3
state, thealarm
system
will
system (e.g.
interface,
because
issue alsoor
alarm
2692,the
INCORRECT WORKING
with the MML commands USU or USS C=DSK
reading
STATE. of the file has failed. The alarm does not
parameter) may fail,
prevent the
because the SCDFLE file is then loaded from the
exchange from functioning, but part of the alarm
disk.
information (object
class and/or alarm type) may be erroneous. This
fault does not cause
loss of charging information or alarms.
1
functional unit type where the fault was detected
2
functional unit index
1 type of the preprocessor plug-in unit
2 index of the preprocessor plug-in unit
3 general error message of the system telling the reason
1 type of the SDH interface plug-in unit whose laser
for the alarm. You can check its meaning in General
transmission
Error
power is not within the required range
Messages of System.
2 index of the SDH interface plug-in unit whose laser
1
DNSFIL
file (destination)
which
4 record
in casenumber
of error of
in the
start-up
or supervision
of a critical
transmission
leads
to an
illegal
subdestination
program
block
in the
preprocessor, the family identifier
power is not within the required range
of
2 the
record
number
of the
CMORGR
file the
(subdestination
failed
program
block.
Otherwise
field has value
3 the exact error code of the ETS2 optical interface test.
alternative) which does not lead to a route or does not
FFFF.
1
type of plug-in unit
Possible
lead to a route via a special route
reasons are:
2
index of plug-in unit
3 special route number which does not lead to a route
0002 Optic transmission fault
3
index Laser
used for
plug-inpower
unit'slevel
message
switching
0004
transmit
low is
1 identifies
the faulty
unit, if the alarm
itself
addressed
0008
Laser
transmit
power
level
high
to other
Laser
bias
current
unit.0010
Possible
unit
types
are: level low
0020 Laser bias current level high
0000 the faulty unit is included in the alarm header
1 status:
0161 STM-n Interface Unit
02 requested parameter category does not exist
0168 E1/T1 IP Transport Unit
03 requested parameter number too big
020B Ethernet Exchange Terminal
04 FIFILE access table (PMTLIB)
05CD SDH Exchange Terminal
(FEATURE_FILE_ACCESS_TABLE) is not
1
always FF, no significance
compatible with
2 identifies the faulty unit index.
FIFILE
2
family identifier:
FF parameter is not included in the data package; its
3the exact error code of the plug-in unit test.
value
C2...D1 (VDU-0...VDU-15)
or
Simultaneous
reasons ID
are
1 destination
is the basicsystem
value
E0...EF
(LPT-0...LPT-15)
possible
to appear.
Possible reasons are:
0001 Loss of 8M clock
2 family identifier of the program block involved
0002 Loss of 8k clock
1 0004
general
error code which indicates why saving on disk
Overheat.
3
identifier of the process involved
0 failed.
0008 Clock synthesizer: Output clock squelch
You can
check
its meaning
in General
0010
Clock
synthesizer:
DPLL
A loss ofError
lock Messages
4
parameter category which is affected by the alarm
of0020
System
Clock synthesizer: DPLL B loss of lock
Clock
synthesizer:
External
VCXO presented
clock loss
1 0040
reason
of the
failurewhich
of the
update,
5
parameter
number
isdisk
affected
by the
alarm
2 0080
general
error
code which
indicates
why
saving
on disk
Clock
synthesizer:
Input
clock
loss
according to the general error code:
1 failed.
0100 Synchronization Transmission Block failure
You can
check its meaning
in General Error
Messages
0200
/ interconnecting
backplane
810d Switchover
an error haslogic
occurred
in the SCDFLE
file update,
of
System
cable
fault
because the disk update did not complete during
1 0400
type of
error:
theMemory
set timetest
limitfailure in unit computer
0800 Timing over Packet Block failure
0 = the
openingPHY
of the
ALRFIL
file has failed. This error
1000
Ethernet
Block
In case
of other value,
youfailure
can check its meaning in
occurs
2000
LAPD
failure
General Error Messages of System
onlyPrimary
if the EHBACK
program
4000
flash image
failureblock or the OMU is
restarted
8000 GSW loop test failure for ET
1 = the
reading
the ALRFIL file has failed. This
8001
DSP
Coreof
Failure
reading
8002 error
Ethernet Switch Failure
indicates
that Failure
the memory of the computer unit may
8003
FE-FPGA
not
8004 PCM-MUX FPGA Failure
function
8005
Mountcorrectly
failure from Flash Bank 0
8006 Mount failure from Flash Bank 1
8007 Unmount failure in Flash Bank 0
8008 Unmount failure in Flash Bank 1
This alarm indicates that the update of the
Software
Configuration Management File (SOMAFI) on a
disk has failed,
or the updates made by the BOLERO program
Restoring data from the DXDAT tape has been
block to the SOMAFI
interrupted. This
are incorrect. The result may be that a wrong
may be caused by a data reading or writing error,
build is loaded
or the user
to the system next time it is restarted.
has interrupted the task with MML commands.
Mass memory device power supply is faulty. If
the power supply has
Due to the interruption, the system has not been
no redundant unit, the tasks fail that are
able to restore
positioned in the mass
all data from the DXDAT tape. When the fault that
memory device that receives its power supply
BTS
alarm
caused
the handling has been interrupted
from the faulty power
because
thehas
loadbeen
of the
MCMU the restoring
interruption
corrected,
supply.
has
exceeded.
task been
can be
continuedThe handling was
interrupted
to avoid
thebe
unit
normally. Data
will not
lost.
If the mass memory device has a redundant unit,
restart and to guarantee the traffic capacity of the
The
program
block handling radio network alarms
the saving
tasks
BSC during the
has
been restarted.
are successful
to the redundant mass memory
unit overload.
As
a result
of power
this, handling of radio network
device,
if the
alarms
has
momentarily
supply of
the
redundant mass memory unit is
After the interruption, the operational state of the
been
inoperative and radio network alarms may
functioning.
Spooler
is a storage
radio network
may place in the disk for printing
have
gone
After
the
I/Ounnoticed.
system
has detected the fault in the
tasks.
When
thethe
printer
be
incorrect
as
BTS alarm situation in the
functioning
device
is
created
to
the
system, the creator
BSC is incorrect.
of
the mass
device,
it will issue its own
defines
how memory
much data
the spooler
alarm
concerning
can contain. The creator defines the maximum
Spooler
ismemory
the storage
place
in hard disk for
the
massfor
device
in question.
number
both the
number
of tasks
printing tasks. When printer
and the amount of data in the spooler. These
device is created to system, the creator defines
values can be changed later.
how much data spooler can
This alarm is set, when the amount of data
contain. The creator defines the maximum
This
alarm
is due
communication
problems
and/or
number
of to
tasks
is
number for both number of tasks and
with
network
printer.
10 per
cent from
the defined maximum value.
amount of data in the spooler. These values can
Alarm
is set either
because
connection
to printer
If the amount
of data
or the number
of tasks
be changed later.
can
not
bemaximum
established
reach
the
value, all new
This alarm is set when the amount of data and/or
or
eithertasks
because
printer has
rejected
printing
are rejected
until
there issome
enough
The
IP Routing
number
of tasksconfiguration is missing or invalid.
printing
task
twice.
space
in
the
spooler.
The
reach the maximum value.
The
exact
cause
for alarm founds
out2813
from the
In
such
cases,
an until
alarm
system
can
notsystem
route IPsets
traffic
the
first
field ofSPOOLER
the alarm. FULL.
PRINTER
configuration
has
beenare rejected until there is
All new printing
tasks
corrected.
enough
space
EMT
message
transfer)
If
the (external
system cannot
establish
theprotocol
connection to
in
the spooler.
connection
to an external
printer,
The telephony capabilities of the switch are not
system
faulty because
of a missing heartbeat
possibleisreasons
are:
affected.
signal.
ThisIP-address
may be or port number is not
- printer's
caused
because of a failure in the external
correct
A connection to the directory server cannot be
system
or indisconnection
the network
network
established from
connection.
The IP address of the external
printer
power-off
the network element.
system is shown in the
supplementary
of thepossible
alarm. reasons
If
printingMMI
taskusers
isinformation
rejected
Remote
cannottwice,
be authenticated;
only
The
background loading of the radio network
are:
local MMI user accounts
plan
was interrupted
due
The
impact
of the
fault
depends on the type of
- printing
task
has
corrupted
can
be used
until
the
connection to the directory
to
a
BSCsystem.
or MCMU
restart. As a result, the radio
external
problems
in
printer
server is working.
network
is
Typicallydata
an external
system is some kind of
inconsistent.
network element
The used IP address might be incorrect, or the
management application and the failure does not
directory server is down.
affect the traffic
capacity of the network element.
1
reason for the alarm:
00 writing on W0 disk failed
01 writing on W1 disk failed
02 writing on both disks failed
1 general error message of the system that indicates the
03 updates made by BOLERO are incorrect
reason for the interruption of data restoring. You can
check the meaning of the field value in General Error
Messages of System. If the user has interrupted the
2 general error code of the system, tells the reason for
task, the field value is 0
1 type
of thedisk
master
computer
where
theitsalarm
interface
the failed
update.
You can
check
meaning
in
plug-in
unit
is located
General
Error
Messages of System. If the reason for
2 number of blocks that were successfully restored
the
during the task
2 index
If the information
alarm interface
alarm of
in the master
previoucomputer.
supplementary
field is
plug-in
unitthis
is located
in asignificant
doubled computer, then an
value
03,
field
is
not
1
significant
3 not
sequence
number of the block during which the tas
even
index is
is always
used 0)
(the value
was interrupted.
This is the first block of the restoring task that the
3 alarm group in the alarm interface plug-in unit
system
was unable to restore
4 number of the alarm input
4 number of blocks that still remain unrestored in the
task.
The number of remaining blocks is counted from the
1
for alarm:
sizereason
of
00
number
printing
is close
taskthe
given
by theofuser.
Thetasks
number
may to
bethe
inaccurate
maximum
value
if
01
the
amount
data in
is the
close
to the
value
there
are
fewer of
blocks
tape
thanmaximum
the user has
02 both number of printing tasks and amount of data
indicated
1 reason for alarm:
are
00 the number of printing tasks is close to the
close to the maximum values.
maximum value
01 the amount of data is close to the maximum value
02 both number of printing tasks and amount of data
1 reason for alarm:
are
00 printing task is rejected twice
close to the maximum values.
01 network problem
02 printer's address can not be found
03 printer's address type is invalid
04 connection to printer refused
05 unknown failure
2 if alarm is set because some task is rejected twice, this
1
fieldIP address of the external system using the EMT
connection.
contains rejected task's task id. You need this
identification number
2 ifIDyou
of the
client
using the
connection
in the printing
have
to remove
the EMT
rejected
task from
external
system.
queue.
1 general error code of the system that indicates the
If alarm
reason
for is caused because connection to printer can
notthe
be failed directory access. You can check its meaning
established this field's value is 0d.
with
a command of the service terminal extension MRS
(see instructions
on MASHAN), or in General Error Messages of System
2 LDAP API error code, which gives more detailed error
information
A connection to the LDAP directory server or to
NetAct cannot be
established.
Network element cannot use its unique account
for NetAct.
This alarm is raised when ATM layer OAM
(Operations, Administrations
There is no user account defined in the NE or it is
and Maintenance) detects a loss of continuity in
incorrect.
the ATM connection
The NE cannot log into NetAct automatically or
where the OAM continuity check is activated. The
Error
when
validating the digital signature of the
access
the LDAP
ATM connection is used,
licence
directory with its own account.
for example, for control channels or transferring
management information inquiry message
user data. When this
between DMX and Chorus unit.
alarm occurs, it means that the ATM connection
The client actor in the Chorus unit is trying to
Updating
the
in question
is BTS
out ofalarm
use. system file on disk
inquire the licence
failed. As a result,
information from Licence server, but the
a BTS alarm may be missing in the alarm history.
information in the message
is found corrupted.
Printing BTS alarms fails.
The feature related to the client actor in the
Chorus unit or the
Licence management system may be not
functioning
properly.
There has been
a fault in handling a radio
network alarm.
As a result of this, the BTS alarm situation is
different
in the OMC and BSC alarm systems.
The main processor of the CPU plug-in unit has
reached the maximum
recommended operating temperature. Reasons
for this can be: the room
or cabinet temperature is too high, a broken or
DIMM memory configuration on the CPU plug-in
unfastened processor
unit is incorrect.
cooler, or an electrical failure in the CPU plug-in
Incorrect configurations may cause some electric
unit.
components to be
overheated.
When the operator has given, from the OMC, the
command to
delete the BCF, this alarm is issued if deleting the
files
belonging to the software build fails for some
The BSC disk system has been overloaded
reason even
during the downloading
if deleting the BCF software build itself succeeds.
of BCF software builds, which means that the
program block
handling the downloading, BTDOWN, cannot
Updating the control file of a scheduled BTS test
read files from the disk.
on the
In this case all ongoing downloadings are
disk of the OMU unit has failed.
interrupted and restarted.
1 general error code of the system that indicates the
reason for
the failed LDAP directory access. You can check its
meaning with
a command of the service terminal extension MRS
1 ATM interface identifier
(see instructions
on MASHAN), or in General Error Messages of System
2 virtual path identifier
3 virtual channel identifier
1 the identification information of the feature which is
based on
4 OAM flow type to identify the OAM level (f3, f4s, f4e,
a licence. Feature code is generated by a specific tool
f5s, f5e)
and it is
of the connection for which the loss of continuity was
a unique, Nokia -wide number with a decimal value
1
number of file. Possible values:
detected
between one and
4284967295
0x007800000 = GBUHIS (BSC Alarm History File)
2 general error message of the system. You can check
1BCF number
its meaning
in General Error Messages of System
2 BTS alarm number
3 consecutive alarm number in alarm history
1 error situation as a result of which alarm information
could not be sent to the Q3 interface.
4 BTS alarm state:
0x0 = reading the BSDATA (BSS Radio Network
cancel_c
=0
Configuration
start_c
=1
Database) failed
disturbance_c = 2
0x1 = forming the alarm for the Q3 interface failed
notice_c
=3
0x2 = the internal buffer of the radio network alarm
system has overflown
5
general
error message of the system. You can check
1 error
code
its 00
meaning
The error
DIMMmessage
memory of
modules
have contains
been configured
2 general
the system,
with aforcommand of the service terminal extension MRS
illegally
additional
or in the mechanics used. Mechanics cooling is not
information on the fault when reading the BSDATA has
General
Error Messages of System
enough
for
this
Youof
can
its meaning
withdirectory
a command
1 failed.
number
the check
BCF software
build's
nameof
memory configuration. Therefore some electric
the
where
components
may be
service
extension
MRS or in
Generaldirectory
Error
the filesterminal
to be deleted
are located.
Possible
overheated.
Messages
of
System
names are 'PACK_0 ... PACK_39'. Thus the number of
the
01 Some
of alarm
the installed
DIMM
are unusable
3 base
station
See modules
Base
Alarms
directory
name
cannumber.
have values
in the Station
range 0...39.
due to an
The
incorrect combination
of sockets used or
4 base
alarm
valuesstation
are given
in state:
decimals, so that they correspond
incompatible
models
cancel
=
0
directly to the directory name (e.g. 14 corresponds to
of the DIMM
alarm
1 modules
1 the
number
of =
file.
Possible values:
directory
PACK_14).
disturbance = 2
notice
3 = btfile
0x006780000
2 error
code =triggered
by deleting the files of the BCF
software build. You can check its meaning with a
5
BCF
number
2
number
of record
command
The system
has detected
a serious
that
1 error code:
overloading
may be caused
by error
the updating
of
the
service
terminal extension MRS or in General
may
of thehave
BTSbeen
alarmcaused
6 BTS
number
Error
Messages
of System
by
the hard
disk
or the SCSI
69d time supervision
expired
history,
by the
buffering
of Q3controller
events orplug-in
by the
3 general error message of the system. You can check
unit
radiobreaking
networkdown.
7
TRX
number
its meaning in
Saving
data
into theThe
hard
disk or may
reading
data
database
updates.
situation
occur
when 2-4 not in use
General Error Messages of System
from
the hard
disk
the BSC
is restarted.
8 D-channel number (DCS)
fails.
9 PCM number
A serious fault has been detected in the hard disk
system.
The fault may partly or totally prevent the read
and write
operations to the alarm object disk. Even if the
The check sum stored in the directory block of
operations
the hard disk or in
are prevented only partly, the fault may cause
the block allocation map, differs from the
errors in
calculated check sum. The
the data that is written to the disk or read from
directory of the disk drive or the block allocation
Connection
supervision has detected an
the disk.
map is in disorder.
unknown connection to a LAN
switch,
that
is, be
a LAN
connection
that is not in the
The fault
may
caused
by:
When saving the directory block or the block
LAN topology.
allocation map to the disk,
-The
SCSI
interface
plug-in
unit (DMADI,
DMASI,
required
alarm
definition
data
is not
the disk
system
calculates
and
adds
the found
check
This
can mean that there is an unauthorized
SCSIF)
from
thethe
NEMU
sum to
savedalarm
data.
connection
attempt
theSCSI controller has
-system
CPU plug-in
unit (iftothe
database.
alarm
set also
Later when
readingThe
theoriginal
block, the
diskis system
network
element.
been
intergrated
with
defaultthe
definition
calculates
check sum
to CPU)
data.
of
the read
data, compares
it tosource
the stored
There
a failure
in the power
of thecheck
mass
- SCSIiscable
sum,
and
in
case
the
memory
(hard
disk resistor (SCSIT)
- SCSI bus
terminal
check
sums differs, gives this alarm.
or
the DAT-recorder).
- SCSI
adapter
- a cartridge connected to the SCSI bus
The
failure
can
prevent
in full
or reading
partly the writing
The
failure
prevents
writing
and
-The
hard
disk logic
power
alarm
ofsupply
a mass memory's power
and
reading
operations
to the mass memory
-supply
hard disk
itself
is faulty.
operations
to the
diskunit.
serving as the object unit
serving as the
object
A
alarm logic does not by itself affect the
of faulty
this alarm.
power
supply of a mass memory, but it prevents
Writing or reading of the NEMU alarm information
possible malfunctions
to/from NEMU alarm
in the power source from being detected.
database fails.
1
error code:
51d hardware missing
186d the read and written data conflict with disk
supervision
1
error code
208d writing to the DMA circuit failed
217d check sum error of the disk directory
or block allocation map
You can check the meaning of other error codes in
You can check the meaning of error codes in
General
General Error
1 extra
unit
index information
Error
Messages
of Systemof the switch where the
Messages of System
unknown
connection is detected. This unit index is for LDI
2
address of the faulty sector on the disk
internal use.
For example, if the unit type is MCBC, this index value
1
number
of the alarm
3 thefirst
8 characters
of thewhose
faulty definition
directory data is not
indicates
found.
or file name
that the unit is main switch (the value is equal to or
greater than
100) or extension switch (the value is less than 100).
For
traditional units, the value is the same as the unit index.
2 plug-in unit type of the switch where the unknown
connection
1
faulty is
unit
detected
00
PSC4 : power source does not activate its
3
plug-in
unit index of the switch where the unknown
alarm
signal
connection
is
01
SCSIF:
there is a fault in the alarm signal
1 detected
The reason for database failure. Possible values are:
receiving
DB operation timeout
logic of the power source at the SCSIF
4 DB
portconnection
number oferror
the interface where the unknown
SQL execution
error
connection
is
2
ordinal number of power source
With
it is amaximum
HEX value.
For the
The maximum number of active alarms for a
1 detected.
the number
of the
the AHUB3,
alarm whose
number
of
CNW
LAN,
specified alarm number is
simultaneous
active
00 - 03 the
ordinal number of the power source
the
porthas
name
is the value minus 0x7D0. For the EMB
exceeded.
alarms
exceeded.
inside
LAN, the the SCSI bus specified in field 3
port name is the value minus 0x3E8. For example, the
NEMU applications record any significant
1
the7D6
reason for Event Log failure. Possible values are:
value
3 Fullnumber
of SCSI
bus
occurrences to Windows Event
Application
log
is port 0/6 for the
CNW LAN, and the value 0x3F9 is
Application and Nemu Security Log. This alarm is port
Full
Nemu Security log
1/1
00 for bus
0 of SCSIF
created because writing
Corrupted
Application
log0
the01
EMB bus
LAN.
1
of
SCSIF
to this Event Log has failed for some reason.
Corrupted Nemu Security0log
The Lb interface related settings and operations 1 indicates
the 0cause
of alarm
02 logbus
ofnot
SCSIF
1
Some important information
Event
could
be opened
5 00
unit
typebus
of
the
related
LAN
do not allow the sending
SCCP
Lb+
subsystem
03
1
of
SCSIF
1 (0x0F) state is prohibited
related to the security data as well as hardware,
of location requests to the Lb interface. The
01 SCCP
BSSMAP-LE subsystem (0xFC) state is
etc.
software and system
interface between the BSC
prohibited
problems may have been lost.
and the stand-alone serving mobile location
02 SCCP Lb+ subsystem (0x0F) registration has failed
An emergency call related location request has
centre (S/A SMLC) does not
03 SCCP BSSMAP-LE subsystem (0xFA) registration
failed in a case where
function correctly and location requests cannot
has failed
the stand-alone serving mobile location centre
be handled in the S/A
04 Unit switchover has lasted too long
(S/A SMLC) and
SMLC. The S/A SMLC does not allow any
05 S/A SMLC does not accept the BSC connection
Lb interface are used for acquiring a location
Ethernet
switch power supply is faulty.
1
type of the master computer where the alarm interface
connections.
request(s)
estimation. The interface
If the Ethernet switch has no redundant unit, the
plug-in unit is located
between the BSC and S/A SMLC does not
tasks
that arerequests,
positioned
Any location
for example commercial or
function correctly and location
in
the Ethernet
switch,
emergency,
cannot
be which receives its power 2 index of the master computer. If the alarm interface
requests cannot be handled in the S/A SMLC.
supply
theBSC's
faulty Lb interface. All of these
plug-in unit is located in a doubled computer, there is
handledfrom
in the
power
supply,
an
problems
may fail.
lead to a
Emergency location requests cannot be handled
even index
situation where location requests are lost.
in the BSC's Lb interface.
If the Ethernet switch has a redundant unit, the
This problem may lead to a situation where
saving tasks are successful
3 alarm group in the alarm interface plug-in unit
location requests are lost.
to the redundant Ethernet switch, if the power
supply of the redundant
4 number of the alarm input
The alarm is active until the emergency call
Ethernet switch is functioning.
related location request
can be handled successfully in the Lb interface.
The BSC-VNP interface is used for transferring
1 indicates which VNP server the failure is related to:
real-time road traffic
00 Primary VNP server
information to an external Vendor Network Probe
01 Secondary VNP server
(VNP) server.
2 indicates the cause of the alarm:
The tape in the tape unit is full. The system
1 number of the tape unit
The BSC-VNP interface related signalling
00 SCCP BSSTS subsystem (0x10) prohibited
closes the tape file,
connection control part (SCCP)
01 SCCP BSSTS subsystem (0x10) registration failed
rewinds the tape, and sets the tape unit into OFF 2 value of CRC counter which tells how many CRC
settings do not allow the normal use of the
02 Incorrect SCCP settings
LINE state.
errors were detected
interface. The interface
03 Connection to VNP server lost
during the storing of data on tape. The higher the
The
system
failure
the hardware
faulty plug-in failed
unit type.
between
thedetected
BSC andathe
VNPinserver
does not 1 identifies
04 Clock the
synchronization
The system will not store data on tape until the
number, the worse
block
of the
TCSMwhich
function
correctly,
05 VNP stream request failed
user has replaced
the condition of the tape or the dirtier its read heads
interface
unit.
was
detectedresults.
based on 2 identifies
faulty failed
plug-in unit index.
either leads
orThe
mayfailure
lead to
unwanted
06 Serverthe
start-up
the tape. If the tape unit is redundant, the system and/or write
two consecutively
07 Incorrect net ID
automatically
heads
failed
supervision
orcause,
basedyou
on acan
serious
3the exact
error code ofversion
the plug-in unit test.
Depending
on the tests,
failure
locate
SCTP
thethe
primary
unitequipment.
inside
a If 1 08
theIncorrect
ID of theprotocol
MGW for which the connection was lost
directsconnection
the storing to
onto
standby
malfunction
in
the at
Simultaneous reasons are
the
problem
either
H.248
unit
pool has been
the tape
unit
operating
plug-in
is defective
possible to appear. Possible reasons are:
the
BSC
ordevice.
at the The
VNP
server.unit
lost.
It endangers
the
related
2 the ID of the h248 unit pool
is non-redundant,
datapossible
may benon-call
lost.
and cannot perform
signaling and so can
all
the or
tasks
defined
for events
it.
Loss of 8M clock
Some
all of
the data
cannot
handled 30001
cause
inconsistent
state
MSSbe
and
the type of the primary unit. Possible values: CCSU or
Because
theSCTP
tape unit
is between
set into
BL-SY
state, the
There
is no
connection
to either
primary
or 10002
the ID
of the
MGW
for which the connection was lost
Loss
of 8k
clock
in
the
interface
and
MGW.
SIGU
system
also sets
secondary
inside may lead to a situation
0004 Overheat
all of these unit
problems
the
alarm unit
2692,
INCORRECT
WORKING
an
H.248
pool.
Non-call related
H.248STATE. 20008
the ID
of the
h248 unit pool
Clock
synthesizer:
Output clock squelch
where
data events
4 the index of the primary unit
signaling
not possible
are lost. Ifisevents
are lost, the functionality of the 0010 Clock synthesizer: DPLL A loss of lock
and
so it can cause inconsistent state between
3 the type
of synthesizer:
the primary or
secondary
unit
toward which
Clock
DPLL
B loss of
lock
real-time
The BSC road
restart without radio network restart has 50020
possible values:
MSS
and
MGW.
the
connection
0040
Clock
synthesizer:
External
VCXO
clock
loss
traffic
service
becomes
unstable.
failed.
0
- if connection is closed with SHUTDOWN, or no
was lost.
Possible
values:
CCSU
orloss
SIGU
0080
Clock
synthesizer:
Input
clock
response
0100 Synchronization Transmission Block failure
for SCTP connection establishment
40200
the index
of the logic
lost primary
or secondary
unit
Switchover
/ interconnecting
backplane
cable
0x1000
- connection is closed because of no
The system maintains a CRC counter for each
1
faultnumber of tape unit
response
tape unit.
50400
possible
values:
Memory
test failure in unit computer
for application
heartbeat
messages
The value of CRC counter is printed out each
20800
value
counter
tells
how
many CRCor no
0 Timing
-ofif CRC
connection
is which
closed
with
SHUTDOWN,
over
Packet
Block
failure
other
for
other
error
codes
please
see RFC4960
time the tape unit
errors
detected
response
1000 were
Ethernet
PHY Block failure
is closed. If the error limit is exceeded, the
during
the
storing
of data on establishment
tape. The higher the
for for
SCTP
LAPD
failure
The alarm is set for inconsistency of L2/L3 LAN 12000
unit type
LANconnection
switch
system sets an alarm.
number,
0x1000
connection
is
closed
because of no
4000
Primary
flash
image
failure
switch
the worse
the
condition
of the
tape
or the dirtier the
response
8000
GSW
loop
test
failure
for
ET
administrative state and LAN switch runtime
2 unit index for LAN switch
The reason for the alarm is either the tape's bad read
for
application
heartbeat
messages
value.
condition and/or
and/or
write
headserror codes please see RFC4960
other
- for other
3 the
activation
status value of L3 licence.
The
connection
of the is able 1
number
of error
OMI channel
(0...n)
dirty data
read transmission
and/or write heads.
The system
4-5
the
exact
code of the
plug-in unit interface test.
The LAN switch administrative state is set to L3
operation
maintenance
to continueand
storing
The
reason
mode by user, but
0 The license is inactive.
network
is outbut
of use
due to a disturbance
a
data on tape,
post-processing
the tape or
may
for physically
highest
interface
is switch.
found from
the LAN switch is running in L2 mode. Running
The switch
functions
as L2
fault.
cause problems.
IF_STATUS[0]. The
LAN switch in L2 mode
for license
second
highest
The cause
alarm is
for inconsistency
of L2/L3
LAN 1reason
unit
for LANis
switch
can
anset
unexpected
malfunction
in internal
1 type
The
active.interface is found from
The
alarm
does
not
require
immediate
actions
IF_STATUS[1]
etc.
switch
LAN and site
The switch needs to be reloaded before L3
regarding
the system,
Simultaneous
are possible to appear. Possible
administrative
and LAN
switch runtime
2
unit index
forreasons
LAN switch
connectivity of state
a network
element.
features
can be
but
if the tape is in bad condition and the read
reasonsconfigured.
are:
value.
and/or write heads
3 the activation
status
valueasofL2
L3switch.
licence.
switch
functions
This
general alarm
indicates
actual HW
10001
row The
of
the
rackmodule
in the hall
are
may
be
lost. that
Optic
sfp
unplugged
Thedirty,
LAN data
switch
administrative
state is set to L2
(information read from
0002
Optic
transmission
mode by user, but
2 The
license
is active
with advanced
L3 features.
4
plug-in
LAN fault
switch
(ASCII form)
shelf SDR repository) and corresponding HW
20004
rack Optical
in aunit
rowtype
of aofrack
transmit
power level low
the LAN switch is running in L3 mode.
configuration data in
0008
Optical
transmit
power level high
3 The
license
is inactive.
equipment database mismatch, for example
30010
vertical
measure
of a shelf
inlow
a rack
Laser
bias
current
Activation or reactivation of the Operations and
1 number
of the OMI
(00...FF)
L3 features
are channel
still level
in use.
Automatic comparison of existing
0020
Laser
bias
current
level
high
Maintenance
The switch functions as L2/L3 switch.
HW and HW configuration data finds one or more 40040
horizontal
measure
of a cartridge
in a shelf
HOTLink
module
unplugged
network's data transmission connection has not
The
switchsfp
needs
to be
reloaded before L3
conflicts. An alarm is
0080 HOTLink
fault
succeeded
features
are
set during the comparison process if there is a
5 plug-in-unit
track
number
in cartridge
HOTLink
CRC
transmission
fault
during five minutes in spite of repeated attempts. 0100 disabled.
conflict. Supplementary
0200 Hotlink parity error
information fields identify the reason of the
60400
identifies
theEthernet
type of hardware
component.
Gigabit
Block
failure
4 plug-in
unit type
of LAN
switch(ASCII
form)
conflict.
Module
type
together
with
module
number identifies
0800 GigE loss of signal failure
location
in Link
a cartridge
or cartridge track.
1000
GigE
down failure
8000 GSW loop test failure for ET
7 module number identifies a particular instance
of module type. No information in this field if
module_type has value module_type_t_no_info_c.
8 type of the actual plug-in unit
The exchange terminal has observed that the
incoming signal is missing.
The fault situation causes traffic to fail on the
2Mbit/s connection,
so the system automatically redirects traffic to
The exchange terminal has received a remote
connections that are
end alarm from the E1
working properly.
circuit. This alarm is set when, for example, the
remote end has detected
one of the following disturbances in the incoming
The state change of a 2 Mbit/s protective
signal transmission: no
connection
signal received, AIS received, frame alignment
was unsuccessful.
lost, or no CRC frame
found. If the duration of this alarm exceeds the
The
terminal has observed that the
FRMexchange
alarm limit,
HDB3
code (FAULT
error ratio
alarm 2915
RATE MONITORING) is set
of
incoming PCM circuit exceeds the value 10
as the
well.
E-3.
The exchange terminal has lost the frame
synchronizing signal and
is receiving the AIS signal.
The exchange terminal has lost the frame
synchronising signal.
The exchange terminal has observed that the
HDB3 code error
ratio of the incoming PCM circuit exceeds the
value 1E-3.
The error counter associated with the E1 or T1
circuit has reached its
maximum value after the previous clearing,
indicating that the error
ratio exceeds 1E-3.
The trunk network circuit supervision has
detected an error situation
on the E1 (2Mbit/s) or T1 (1.544 Mbit/s) trunk
circuit or in
the ET(S) supervision connection. The trunk
E1-ET: The ET has detected CRC4-10E-6 bit
network circuit supervision
errors on the incoming E1
clears the calls that come through the ET(S) in
circuit. The error ratio exceeds the notification
question and directs new
limit set for the ET.
calls through trunk circuits which are in order.
Events in the error counter are monitored, step
E1-ET: The ET has detected a notice sent by a
by step, for one minute.
remote
end indicating
If the duration
or the frequency of the fault
that
the CRC4-10E-6
exceeds
the value limitbit error ratio on an E1
T1-ET: The ET has detected CRC4-10E-6 bit
circuit
the limit.
set for is
it, over
the system
generates a fault-specific
errors on the incoming T1
alarm
before
issuing
The exchange
terminal
has observed
that the
circuit.
The error
ratio exceeds
the notification
T1
ET:
The
ET has
detected
a notice sent by a
the
FRM
alarm
(Fault
Rate
clock
frequency
slips on
theMonitoring). You can
limit
set
for the ET.
remote
endvalue
indicating
check
the
limits
incoming
T1
circuit
have
Events
in E1
theor
error
counter
are exceeded
monitored,the
step
that
theeach
CRC4-10E-6
bit with
errorthe
ratio
on acommand
T1 circuit
set
for
trunk
circuit
MML
threshold
limit
by step, for
onedefined
minute.for
is
over
thethe
limit.
YEP.
Use
MML
the ET.
The slips
arecommand
observed at one-hour
AHO
to
see
the
trunk
circuit alarms that are on at
intervals.
present. There
are two ways to generate FRM. The supervision
issues FRM after the
duration of a fault specific alarm has exceeded
the time limit set for
generating FRM.
FRM is also generated if there have been short
disturbances more often
1 unit type
2 E1 or T1 circuit number if the unit type is ET
TCSM's internal PCM circuit number (0d..7d) if the unit
1 unit type
type is TCSM
and the transcoder type is TCSM2
2 E1 circuit number if the unit type is ET
E1 or T1 circuit number on the A interface (0d..15d) or
TCSM's internal PCM circuit number (0d..7d) if the unit
1
on reason
the Aterfor state change:
type is TCSM
interface (16d..31d) if the unit type is TCSM and the
and the transcoder type is TCSM2
00 no requests
transcoder
type
01
return prohibited
is TCSM3i
E1 circuit number on the A interface (0d..15d) or on the
02 controlled by user
1
Ater unit type
automatic control
3 03
no significance
interface (16d..31d) if the unit type is TCSM and the
04 forced control
2
PCM circuit
transcoder
type number in switching network or ETS
05 not in use
index,
is TCSM3i
06 out of order
when unit type is ET
1
unit type
3 ET1E
: T0 bits of odd frame
2 general DX 200 error code. You can check its meaning
3 Other
no units
significance
: no
significance
2 in General
E1 circuit
number
in switching
network or ETS
Error
Messages
of System
index,
when unit
type is ET.
3
Mbit/s
1 2
unit
typecircuit to be protected, for which a protecting
TCSMcircuit
internal
circuit
number 0d..7d, when unit
2 Mbit/s
hasPCM
been
assigned
type is TCSM
2 E1 or T1 circuit number when the unit type is ET
4 E1
protecting
2 Mbit/s
circuit
which
a 2 Mbit/s
or T1 circuit
number
if the
unitprotects
type is ET
3 circuit
no significance
that needs to be protected
1
unit type
TCSM's internal PCM circuit number (0d..7d) if the unit
5
state of the 2 Mbit/s circuit to be protected:
typenew
is TCSM
2
PCM circuit number in switching network ETS index,
and the transcoder type is TCSM2
unit type is ET
00when
in use
01
spare
1 E1
unitortype
T1 circuit number on the A interface (0d..15d) or
3 02 no
significance
out
of use
on the Ater
2 interface
E1 or T1(16d..31d)
circuit number
the type
unit type
is ETand the
if theifunit
is TCSM
6
new state
of protecting 2 Mbit/s circuit:
transcoder
type
TCSM's
internal PCM circuit number (0d..7d) if the unit
TCSM3i
1 is
unit
type
00
use
type
is in
TCSM
01
spare
and
the transcoder
typedepending
is TCSM2 on the frame
3
additional
information,
2 02
E1 or
outT1
ofcircuit
useof number if the unit type is ET
alignment
mode
E1
or
circuit
number in
oncase
the Aofinterface
(0d..15d)
or
the
ET.T1No
significance
ET1E
plug-in
units.
TCSM's
internal
circuit
number
(0d..7d)
if the
unit
7
quality
class
of 2PCM
Mbit/s
circuit
to be protected.
1
on
theunit
Atertype
Possible
type
is quality
TCSM class is based on the classification of the
The
interface
(16d..31d)
ifplug-in
the unitunits
type is TCSM and the
values
with
other ETtype
and
the
transcoder
is TCSM2(pointing out in which
alarms
controlling
the protection
2
E1 the
or T1
circuit number
if the unit type is ET
transcoder
type
mode
ET
is
TCSM3i
issuing
alarm
is): on the A interface (0d..15d) or
or T1the
circuit
8 E1
quality
class
of number
the
protecting
2 Mbit/s
circuit.if the unit
TCSM's
internal
PCM
circuit number
(0d..7d)
1
unit
type class is based on the classification of the
onThe
the Ater
quality
type
TCSM
3 CRC4/ESF
noissignificance
: 11H
interface
(16d..31d)
if the
unit type is TCSM and the
alarms
protection
and
thecontrolling
transcoder
type
is TCSM2
double
frame/SF
: the
0H
2
E1 or T1type
circuit number
if the unit type is ET
transcoder
is TCSM3i
E1 or T1 circuit number on the A interface (0d..15d) or
TCSM's internal PCM circuit number (0d..7d) if the unit
1
type
on unit
the Ater
type
TCSM
3 noissignificance
interface (16d..31d) if the unit type is TCSM and the
and the transcoder type is TCSM2
2
E1 or T1type
circuit number if the unit type is ET
transcoder
is TCSM3i
E1 or T1 circuit number on the A interface (0d..15d) or
TCSM's internal PCM circuit number (0d..7d) if the unit
on the Ater
type
TCSM
3 noissignificance
interface (16d..31d) if the unit type is TCSM and the
and the transcoder type is TCSM2
transcoder type
is TCSM3i
E1 or T1 circuit number on the A interface (0d..15d) or
on the Ater
3 no significance
interface (16d..31d) if the unit type is TCSM and the
transcoder type
is TCSM3i
The SDH interface receives higher-order virtual
containers whose
path signal label (the C2 byte) does not
correspond to the expected one.
This means that the payload of the virtual
The SDH interface receives an MS-AIS
container is not what was
(Multiplexer Section Alarm Indication
expected. Incorrectly configured SDH
Signal) signal. The signal is cut, or faulty frames
multiplexing structure or payload
have been received on
type either at the near or far end of the network
the SDH transmission link. There are traffic
The
exchange
terminal
element
with the
SDH has lost the frame
disturbances on the SDH
synchronising
signal
and problems.
is
transmission link
causes
There are
transmission link, or the traffic is completely
receiving
an disturbances
AIS signal.
either traffic
congested on the link.
on the SDH transmission link, or the traffic is
completely
prevented
The exchange
terminalonhas received a remote
the
link.
end alarm from circuit T1.
TAS raises this alarm if downloading the Flexible
Alerting Data from
HSS fails.
TAS raises this alarm if a member URI in a
flexible alerting group cannot
be translated into a telephony number. The
allowed digits are: 0 .. 9 and
A, B, C, D, E.
BTS sites have been restarted due to the restart
of the entire BSC
or the restart of the active MCMU.
1 number of the SDH path in question
1 unit type
2 T1 circuit number if the unit type is ET
TCSM's internal PCM circuit number (0d..7d) if the unit
1 unit type
type is TCSM
and the transcoder type is TCSM2
2 T1 circuit number if the unit type is ET
T1 circuit number on the A interface (0d..15d) or on the
TCSM's internal PCM circuit number (0d..7d) if the unit
1
AterTHE TYPE OF THE ERROR:
type is TCSM
00
- NO ANSWER
HSStype
(GUARD
TIMER
interface
(16d..31d)FROM
if the unit
is TCSM
and the
and the transcoder type is TCSM2
EXPIRATION
IN TAS)
transcoder type
01
- FLEXIBLE-ALERTING-DATA DATAREPOSITORY
is TCSM3i
T1 circuit number on the A interface (0d..15d) or on the
READING FAILED IN HSS
1-16
Ater THE NUMBER OF THE FLEXIBLE ALERTING
(THE SERVICE IS NOT PROVISIONED TO
GROUP.
ONE
BYTE CONTAINS
TWOis TCSM and the
interface
(16d..31d)
if the unit type
SUBSCRIBER)
DIGITS. type
EG. NUMBER 492012563434 IS
transcoder
REPRESENTED
AS
is TCSM3i
2-17 THE NUMBER OF THE FLEXIBLE ALERTING
49 20 12 56 34 34 FF FF FF FF FF FF FF FF FF FF
GROUP. ONE BYTE CONTAINS TWO
DIGITS. EG. NUMBER 492012563434 IS
REPRESENTED AS
49 20 12 56 34 34 FF FF FF FF FF FF FF FF FF FF
TRX deblocking phase of the radio network is
ongoing after BSC restart.
A failure has been detected in the RAM or
FLASH memory of
the TRCO plug-in unit.
A local user has logged in.
A hardware fault has been detected in the
transcoder plug-in unit.
1 failure identification:
0 RAM test has detected a failure in the read/write
memory
1 Check sum error in the program memory
2 Check sum error in exchange terminal software
build
stored in FLASH memory of TRCO
3 Check sum error in transcoder plug-in unit software
1
in BSC: type of blocked plug-in unit
build
stored in FLASH memory of TRCO
in TCSM: type of blocked plug-in unit
2 in BSC: number of transcoder plug-in unit
The signalling processor of the transcoder plug-in 1 number of TCSM internal PCM circuit in A-interface
0d...13d
unit
1...7
receives AIS signal.
in TCSM: type of blocked plug-in unit
2 PCM circuit time slot in A-interface
0...31
3 in BSC: first time slot of Ater interface to which the
faulty plug-in unit is related
3 PCM circuit time slot in Ater interface
0d...31d
0...31
in TCSM:number of transcoder plug-in unit
4 first bit in use of the PCM circuit time slot in the Ater
0d...13d
direction
0...7
4 in BSC: length of sub-time-slot in bits
5 number of bits used of the PCM circuit time slot in the
1 half rate (8 kbit/s)
Ater
The signalling processor of a transcoder plug-in 1 number of TCSM internal PCM circuit in A interface
unit is not
1...7
receiving the bit pattern of an idle channel signal
nor the TRAU frame synchronizing signal.
2 time slot of A interface PCM circuit
0...31
Maintenance supervision to the signalling
1 number of TCSM internal PCM circuit in A interface
processor of a transcoder
1...7
3 time slot of Ater interface PCM circuit
plug-in unit is cut off, a memory failure has been
0...31
detected in
2 time slot of A interface PCM circuit
the signalling processor, or switching the channel
0...31
A plug-in unit has been blocked with a command 1
of blocked
plug-in
unit time slot in Ater route
4 type
first used
bit of PCM
circuit's
fails.
given from the
0...7
3 time slot of Ater interface PCM circuit
local user interface.
2 index of blocked plug-in unit
0...31
5 0d...14d
number of bits used in time slot of Ater route PCM
circuit
A traffic channel of the TCSM unit has been
1 first
number
TCSM
internal
PCM
circuit
the Adirection
interface
4
usedofbit
of PCM
circuit's
time
slot in Ater
The following fields are relevant only when the plug-in unit
blocked with a command
1...7
0...7
in question
is a(8transcoder
plug-in unit:
1 half rate
kbit/s)
given from the local user interface.
2
full
rate
(16
kbit/s)
2 number
time slotof
ofbits
the used
A interface
circuit
5
in timePCM
slot of
Ater direction PCM
3 4firsthigh
Ater interface time slot to which the faulty
0...31 speed circuit switched data (32kbit/s)
circuit
The loop test of the TCSM unit has found a traffic 1
of TCSM
internal
PCMdata
circuit
in A interface
transcoder
8number
high speed
circuit
switched
(64kbit/s)
channel faulty.
1...7
plug-in unit is related
3 1time
slot
of (8
thekbit/s)
Ater interface PCM circuit
half
rate
0d...31d
0...31
2
full
rate
(16
kbit/s)
2 time slot of A interface PCM circuit
4
high speed circuit switched data (32 kbit/s)
0...31
4
ofofsub-time-slot
in bits
Maintenance supervision to the signalling
1 8length
number
TCSM
internal
PCM
circuit
A-interface
4
first
used
bit
ofcircuit
PCM
circuit's
time
slot
Ater route
high
speed
switched
data
(64inkbit/s)
processor of a transcoder
1...7
0...7
3 time
slot
of (8
Ater
interface PCM circuit
half
rate
kbit/s)
plug-in unit which includes a through connected 6 1type
of failure
0...31
2
full
rate
(16
kbit/s)
channel is cut off,
2
slotof
ofbits
A-interface
PCMslot
circuit
5 time
number
used in time
of Ater route PCM
4 0...31
high speed circuit switched data (32 kbit/s)
a memory failure has been detected in the
circuit
0
failure
in
program
or
data
memory
The host unit of the alarm bus between TCSM
1
of
failure:
4 type
first used
bitcircuit
of PCM
circuit'sdata
time(64
slotkbit/s)
in Ater direction
8
high
speed
switched
signalling processor, or
1
maintenance supervision cut off
units has observed a fault
0...7
the signalling processor receives AIS signal.
3 1
type
half
ratechannel
(8the
kbit/s)
2failure
switching
channel failsTCSM and BSC failed
in one or more units connected to the bus. The
LAPD
5 00
bit map
of 32 items,between
where value of faulty sub time
2
full
rate
(16
kbit/s)
alarm may be issued due
01
TRCO
unit
5
number
of plug-in
bits used
in processor
time slot offailed
Ater direction PCM
slots
is
1
0 failure in program or data memory
to a fault in the service channel, power source,
02
TCSMfrom
power
source
failed
or TRCO
fuse broken
circuit
beginning
item
defined
in
field
The software build of the ET plug-in unit or of the 1 1type
of failure: supervision cut off 3
maintenance
TRCO plug-in unit
transcoder
2 signalling processor receives AIS signal
processor or EPROM circuit. A maximum of 20
1
rate (8
kbit/s)
plug-in unit is missing from the FLASH memory
0 half
software
build
of E1 exchange terminal is missing
TCSM units may be connected
2
full
rate
(16
kbit/s)
of the TRCO.
1 software build
of T1 exchange terminal is missing
to one alarm bus.
4
speed
circuit
switched data
(32unit
kbit/s)
2 high
software
build
of transcoder
plug-in
is missing
The alarm is given if the disk has been installed 1 8type
of the connection
field replaceable
through
or highunit
speed circuit switched
in the unsupported
data
position.
2 number
of the cabinet in which the plug-in unit is
(64 kbit/s)
located
The transmission device under BSC supervision
does not respond. Either
the service channel TO the device IS cut OFF
OR disturbed OR
the settings OF the device itself are defective.
There is a fault in the SMHW plug-in unit of the
SM2M submultiplexer.
There is a fault in the LK2M plug-in unit of the
SM2M submultiplexer.
1 NUMBER OF the Q1 service channel IN the BSC
3
the which
shelf in
which
thehas
plug-in
is located
6 number
directionoffrom
AIS
signal
beenunit
received
2 transmission equipment Q1 address
4 0slot
number of the FRU
A interface
1
Ater
interface
3 transmission
equipment name
1
BSC
5 number of the Q1
slot service
in whichchannel
the diskinisthe
located
4 transmission equipment INDEX
2 transmission equipment Q1 address
5 TRCU INDEX IF the ET IS IN the submultiplexed A
3 transmission equipment name
1
number of the Q1 service channel in the BSC
INTERFACE
4 transmission equipment index
2 transmission equipment Q1 address
5 fault severity class
3 transmission equipment name
bit 0
(A) urgent fault alarm
4 transmission equipment index
bit 1
(B) deferred alarm
bit 2
(D) reminder switch
5 fault severity class
bit 3
(S) service alarm
bit 4
(X) alarm situation has changed since the
bit 0
(A) urgent fault alarm
last clear
bit 1
(B) deferred alarm
bit 5
(E) external alarm
bit 2
(D) reminder switch
bit 6
0
bit 3
(S) service alarm
bit 7
0
bit 4
(X) alarm situation has changed since the
There is a fault in the DB2M plug-in unit of the
transcoder unit.
1 number of the Q1 service channel in the BSC
2 transmission equipment Q1 address
There is a fault in the MSC interface of the
transcoder unit's
DB2M plug-in unit.
There is a fault in the BSC interface of the
transcoder unit's
DB2M plug-in unit.
The channel of the transcoder unit's TRC15 plugin unit is looped,
the channel receives AIS signal, or the TRAU
synchronisation
(a disturbance related to the call or occurring
There is a fault in the circuit group interface of
randomly) occurring
the transcoder
in the channel has disappeared. The new signal
unit's TRC15 plug-in units, or both TRC15 plug-in
in the channel
units are
is other than the pattern defined for an
disconnected. None of the signalling processors
There
is a fault
in the DX2M plug-in unit of the
unoccupied
channel.
of the TRC15
transcoder
plug-in units responds.
unit.
External wire alarm is on in the supervisory
substation.
There is an equipment fault or a memory fault in
the TRC15 plug-in
unit of the transcoder unit. An equipment failure
is issued if the
signalling processor connected to the channel
This is an error ratio counter alarm. The error
does not respond to
ratio counter monitors
the supervision message of the DB2M. A memory
the quality of Cell Broadcast Center connection.
failure is issued if
The alarm indicates
the signalling processor detects an error in the
that the error ratio of the Cell Broadcast Center
Exchange
(ET) has received an
checksum terminal
calculated
connection has
acknowledgement
a test run on the RAM. A
from the ROM or inofthe
exceeded the allowed limit.
loopback
either causes
from line terminal (LT) or network
memory failure
termination
(NT1),
although
norestarted.
loopback
the signalling
processor
to be
command has been
The system has detected a fault in the V3
given.
In case blocks
of suchthe
unintentional
loopback, the
The
TFHPRB
faulty channel.
interface
in an
LT or NT1
ISDN primary access rate, either in the line
loops all the time slots transparently back to ET
terminal (LT) or
but does
the network termination (NT1). The fault
Abis
PCM circuit
state is unknown.
The
in
not change
their contents
in any way.
Asservice
a result,
situations are
the
exchange
traffic
on
described in detail in the field descriptions of the
may
suffer.
this connection
fails and the system redirects all
alarm
traffic to
description.
connections that are working properly.
The diagram below shows the configuration of
The diagram below shows the configuration of
the V3 interface
the V3 interface
between exchange termination and line
between exchange termination and line
termination in an ISDN
termination in an ISDN
primary rate access to which the fault situations
primary rate access to which the fault situation
refer:
refers:
+----+ +----+ +----+ +----+
+----+ +----+ +----+ +----+
! TE !___!NT1 !___! LT !____! ET !
! TE !___!NT1 !___! LT !____! ET !
3 transmission equipment name
1 number of the Q1 service channel in the BSC
4 transmission equipment index
2 transmission equipment Q1 address
5 TRCU index if the ET is in the submultiplexed A
3 transmission equipment name
1
number of the Q1 service channel in the BSC
interface
4 transmission equipment index
2
Q1 address
6 transmission
fault severity equipment
class
5 TRCU index if the ET is in the submultiplexed A
3 bit
transmission
equipment
name
0
(A)
urgent
alarm
1
number
of the
Q1 fault
service
channel in the BSC
interface
bit 1
(B) deferred alarm
4 bit
transmission
equipment
index
2
(D) reminder
switch
2
Q1 address
6 transmission
fault severity equipment
class
bit 3
(S) service alarm
5 bit
TRCU
if thesituation
ET is in has
the submultiplexed A
4 index
(X) alarm
3 bit
transmission
equipment
name changed since the
0
(A) of
urgent
fault
alarm
1
number
the Q1
service
channel in the BSC
interface
last clear
bit 1
(B) deferred alarm
bit
5
(E)
external
alarm
4 bit
transmission
equipment
index
2
(D) reminder
switch
2
transmission
equipment
Q1 address
6 bit
fault
severity
class
6
0
bit 3
(S) service alarm
bit
7
0
5 bit
TRCU index
if thesituation
ET is in has
the submultiplexed
(X) alarm
changed since A
the
3 bit 4
transmission
equipment
name
0
(A) of
urgent
fault alarm
1
number
Q1 service
channel
interface
last clear
1
(B)
deferred
7 bit
number
of the
faulty alarm
supervisory block in the
bit 5
(E) external
alarm index
4
transmission
equipment
bit 2
(D) reminder
switch
transmission
2
address
of
alarm
unit
6 bit
fault
class
6 severity
0
bit
3
(S) service
equipment.
See thealarm
equipment manuals for further
bit 7
0 index if the ET is in the submultiplexed A
5
TRCU
4
has changed since the
information
3 bit
name(X)
of alarm
alarm situation
unit
bit 0
(A)
urgent
fault alarm
1
number
of
Q1 service
channel
interface last
clear
1
(B)
deferred
7 bit
number
of the
faulty alarm
supervisory block in the
5 code
(E)Transcoder
external alarm
8 bit
fault
number.
TRCU,
Unit
bit
2
(D)
reminder
switch
transmission
2
address
of alarm
unit
6 bit
fault severity
class
6
0equipment
See
manuals
for further information
bit 3 the (S)
service
equipment.
See thealarm
equipment manuals for further
bit
7
0
4
number
of
alarm
unit, has changed since the
4
(X)
alarm
situation
information
3 bit bit
name
of(A)
alarm
unitfault alarm
0 of
urgent
1 number
theclear
Q1
service
channel
the BSC
corresponds
to the
number
of ETinPCM
last
bit 1 of(B)
alarm
7 number
thedeferred
faulty supervisory
block in the
5
(E)
external
alarm
8 bit
fault
code
number.
SSS,
Substation
bit 2 Supervisory
(D) reminder
switch
transmission
2
transmission
5 bit
TRCU
number
if Q1
ET address
is infurther
submultiplexed
A
6
0serialequipment
See
manuals
information
bitthe
3 equipment
(S)
service
alarm formanuals
equipment.
See
the
equipment
for further
interface
bit
7
0
4
number
of alarm
bit
4
(X)
alarm unit
situation
has changed since the
information
3 transmission
equipment
name
1 index of error
counter
lastratio
clear
0 - 3 of the faulty channel
7
number
5
number
of functional
block
bit
5
(E)
external alarm
8
code
number.
4 fault
transmission
equipment
index
2-4See
three
error
codes
of the
ratio
counter's
bitthe
6 latest
0
equipment
manuals
for error
further
information
6 error
alarm
category
8
fault
code
number.
counter
update, substation itself
00
supervisory
bit
7
0
5 See
TRCU
index
if the ET
is in the
A
equipment
manuals
forsubmultiplexed
further information
01the
- 20
digitalinterface
inputs
1 type
of
exchange
unit
interface
bit
0
(A)
prompt
maintenance
alarm
Transport
pipe
operation
not available
21
- 29
inputs block
7 0001
number
ofanalogical
faulty
supervisory
in transmission
bit There
1
(B)
deferred
alarm
has
been
a
protocol
message
collision or
equipment.
2
theclass
PCM trunk
circuit
connected to the
6 number
fault
bit severity
2 of(D)
reminder
switch
is on
the
6 exchange
alarm
See
thecategory
equipment
manuals
for
further
information
interface
unit
bit system
3
(S)ismaintenance
alarm
temporarily out
of data transfer credit;
bit
0
(A)
urgent
fault
alarm
bit
4
(X)
alarm
situation
has changed since the
1
type
of
exchange
interface
unit
no
action
needed
bit
0
(A)
prompt
maintenance
alarm
8
fault
code
number.
3 bit
data
equipment
1 terminal
(B) deferred
alarm
previous
resetfrom which the
0002
COTS
not responding
bit
1
(B)
deferred
alarm
See
the
equipment
manuals
for
further
information
acknowledgement
2 5 (D)
reminder
switch
bit
external
alarm
2 bit
number
of(E)
the
PCM
trunk
circuit
connected
the not
Connection
Oriented
Transport
Serviceto
does
bit
2
(D)
reminder
switch
is
on
on
is received
bit bit
3loopback
alarm
6 (S)0service
exchange
respond
bit 3to (S) maintenance alarm
bit
4 7 (X)
has changed since the
bit
0alarm situation
interface
unit
data
transfer
or situation
a connection
release has
been
bit
4of network
(X) alarm
has changed
since
the
1 00
index
= LT
last clearelement specific BTS signalling unit
received
previous
reset
01 5
= NT1
(E) of
external
alarm
7
number
supervisory
3 bit
fault
situation
detected
in block
V3 interface in severity
Bad(E)
connection
type
external
alarm
2 0003
listbit
of5PCM
circuits
whose
state is unknown
bit
6
0
order
value
theuse
most
fault
pipe
user00isequals
trying to
an severe
unknown
bit Transport
6(the lowest
0
bit
7
0
36d
DX2M,
2
Mbit/s
Digital Cross Connect
etc.)
service
bit If7 several
0 alarms are active simultaneously, alarms
Board,
unitBad
2severity
of
higher
0004
CEP will displace those of a lower one.
7 Thus
number
ofone
the faulty is
channel
only
active
at aincorrect
time
Transport alarm
pipe user
is using
connection
8
fault
code
identifiers
8 00
fault code number.
supply and remote
end alarm have been
0005Voltage
OSI management
not responding
See
the equipment
manuals
23d
test mode
isinrequest
on
simultaneously
lost
NT1for further information
0006
No resource
for
frequency
error
01112d
Voltage
supply
been cut
from
NT1 for data
Transport
pipe has
resources
areoff
not
available
synchronization
failure
02122d
The
incoming
signal
from
ET to NT1 has been cut
transfer
124dIncorrect
synchronization
off0007
unit state failure in clock restoration
128d
equipment
fault
and
NT1
lostinthe
entire
signal or the frame
The
unithas
is not
the
WO state
130d
memory
fault
alignment
incoming signal from TE
0008
Hand to
notthe
reachable
Calls have been cleared repeatedly on the same 1
number of PCM circuit
A interface circuit due
to BTS and transcoder unsynchronisation and
Indicates:
the number of successive
- number of external PCM circuit if GSW and
releases has exceeded the limit defined in the
unsubmultiplexed A interface are in use
Calls have been cleared three successive times 1
identifier of the base station
PAFILE alarm parameter
on the same Abis interface
(alarm limit for successive remote tc failures).
- number of SMUX PCM circuit if GSW and
channel due to BTS and transcoder
2
identifier of the TRX
submultiplexed A interface are in use
unsynchronisation.
3
identifier of the radio time slot
SCCP has failed in routing the SCCP signalling
1 reason
for error. record
Can have
theif following
- PCMCON
index
GSWB isvalues:
in use
message. The
4
number of external PCM circuit
failure is caused by the inconsistency in the
values
specific SCCPPCM
parameters
2 01 time
slotofofthe
thepoint
above-mentioned
circuit
in TCSM3i for combined BSC3i/TCSM3i installation
parameter values in
XUDT_USED and
ET_PCM means Ater PCM between GSW2KB
SCCP parameter file. The fault causing the error 3
UDT_DENIED
are inconsistent
circuit identification
code
There is a processor error in the digital signal
1 track
andnumber
TR3E/Aof the faulty plug-in unit on the cartridge
affects
processor (DSP)
the traffic capacity. The SCCP signalling
2 filePCM
number.
If file
is not identification
given, the value
in the
circuit
partnumber
ofDSP
the circuit
code
or some other hardware failure in the plug-in unit 4
2
of the
faulty
(0...31)
5 number
time slot
of external
PCM
circuit
messages that are not
field In T1 (ANSI 1.544 Mbit/s) environment the value is
containing
related to any connections are not sent to the
is FFFFFFFF
0xFFFF.
signal processors.
3
error
code indicating
the fault
in the
DSP.
6
sub-time-slot
of external
PCM
circuit
All
virtual connections/links
of the Network
1 packet
Service Entity
Identifier.
signalling
points
The meaning of the error code can be checked in
Service
are
Packet
together the PCUs
to whichEntity
this inconsistent
parameter set is
5
time Service
slot partEntity
of thegroups
circuit identification
code of a
Due to the failure the signal processor and the
General
unavailable.
Cells connected to the PCU have
NSE
(Packet
defined.
3 fileIn
number.
If file
number
is environment
not given, thethe
value
in is
the
T1
(ANSI
1.544
Mbit/s)
value
data channels
Error Messages of System.
lost General Packet
Control Unit (PCU2) Pooling)) and/or the Network
field
0xFF.
handled by it are out of use.
Radio Service in single point Gb. In Multipoint Gb Service
Entities
FFFFFFFF
A Network Service Virtual Connection/Link is
1 isPacket
Service Entity Identifier.
the GPRS service
of anumber
PCU (Multipoint
Gb).
If Gb
over IP is not in use,
6
of external
PCM
circuit.
unavailable. It cannot
Packet Service
Entity groups
together the PCUs of a
is not lost if 1 or more NSEs available in the
the
value
of the
field
is 0xFF.
4
record
number.
If
record
number
is not given,
the value
in
TCSM3i
for
combined
BSC3i/TCSM3i
installation
be used for General Packet Radio Service, that NSE (Packet
PCU.
in
the
ET_PCM
means
Ater
PCM
between
GSW2KB
is, the data transfer
Control Unit (PCU2) Pooling)) and/or the Network
2 field
network
Service Entity Identifier.
isEntities
FFFF
and
TR3E/A
capacity has decreased.
Service
The system has unsuccesfully tried to unblock a 1 AFrame
Relay
Bearer
channel
identifier.
Network
Service
Entity
groups
together the Network
of a PCU (Multipoint Gb). If Gb over IP is not in use,
network service virtual
A
number
that
identifies
the
bearer
channel that carries
Service
7 thetime
slot
of
external
PCM
circuit
value of the field is 0xFF.
connection as many times as defined with the
the
NS Connections
(in Frame
Relay)
orgiven,
the Network
5 Virtual
record
number. If record
number
is not
the value
NS-UNBLOCK-RETRIES parameter.
virtual
connection.
Service
in
the
8
sub-time-slot
of
external
PCM
circuit
2 Network Service Entity Identifier.
An acknowledgement is not received from the
(in
IP) that
provide
communication
field
is Links
FFFF
The system has unsuccesfully tried to block a
1 Virtual
Relay
Bearer
channel
identifier.
AFrame
Network
Service
Entity
groups
together the Network
terminating side.
2
Network
Service
Entity Identifier.
between
9
number
of
transcoder
PCM
circuit
network service virtual
A number that identifies the bearer channel that carries
Service
The virtual connection remains blocked. System
A Network
Service
Entity
groups
together
NS
entities.
NSEI
is an
identifierthe
thatNetwork
has endIfsame
GSW
is
used,
this
0xFF.
connection as many times as defined with the
thethe
NS
Virtual
Connections
(in value
FrameisRelay)
or the Network
can not use it for
Service
Virtual
to-end
NS-BLOCK-RETRIES parameter.
virtual connection.
Service
General Packet Radio Service, that is, the data
that
provide
significance
the Gbcommunication
interface.
10Connections
timeLinks
slot across
of
transcoder
PCM
circuit between the
An acknowledgement is not received from the
Virtual
(in
IP) that
provide
communication
The
system
has unsuccesfully
tried to reset a
1
Frame
Relay
Bearer
channel
identifier.
transfer
capacity
has
same
NS
entities.
If
GSW
is
used,
this
value
is
0xFF.
terminating side.
2
Network Service Entity Identifier.
between
network
service virtual
number
identifies
channel
that carries
decreased.
NSEI
is Control
anthat
identifier
thatthe
hasbearer
end-to-end
significance
3 A
packet
UnitEntity
Identifier.
In spite of the failure, the virtual connection is
A
Network
Service
groups
the
same NS
entities.
NSEI
is an together
identifierthe
thatNetwork
has endconnection as many times as defined with the
theANS
across
theinternal identifier of the logical PCU.
BSC
marked as blocked at
Service
Virtual
to-end
NS-RESET-RETRIES parameter.
virtual
connection.
Gb
interface.
System
givesthat
thisprovide
identifiercommunication
when the PCUbetween
logical object
the originating side. System can not use it for
Connections
the
significance across
the Gb interface.
An acknowledgement is not received from the
is
The
Network
Service
1
frame
Bearer channel identifier
General
Packet
RadioEntity Identifier (NSEI) or
same
NS Relay
entities.
terminating side.
2
Network Service Entity
3 created.
VirtualIdentifier.
Connection
Identifier.
the
Network
a
number
that
identifies
the
channel
that carries
Service,
that Service
is, the data transfer capacity has
NSEI
is an
identifier
that
hasbearer
end-to-end
significance
Packet
Control
UnitEntity
Identifier.
The virtual connection remains blocked. System 3 A
Network
Service
groups
together
the Network
The
NS-VC
is
an
end-to-end
virtual
connection
Virtual
Connection Identifier (NS-VCI) received
the
Network
decreased.
across
theinternal identifier of the logical PCU. System
A
BSC
can not use it for
Service Virtual
between
the
BSS Connection
and
from the other end do
Service
Virtual
Gb this
interface.
gives
General Packet Radio Service, that is, the data
Connections
that provide communication between the
the
SGSN.
not match with the identifiers configured locally.
in
IP casewhen
value of PCU
this parameter
is 0xFFFF
identifier
logical object
is created.
The
alivecapacity
test of ahas
Network Service Virtual
1
Packet
Servicethe
Entity Identifier.
transfer
same
NS entities.
Network Service Entity Identifier and Network
3
Network
Service
Virtual
Connection
Identifier.
Connection/Link has
Packet
Entitythat
groups
together
thesignificance
PCUs of a
decreased.
NSEI
isService
an
identifier
has
end-to-end
4
a
status
that
identifies
the
reason
unavailability:
Service Virtual
2 The
network
Service
Identifier
offor
the
unavailable
NS-VC
is an Entity
end-to-end
virtual
connection
In (Packet
Frame
failed as many consecutive times as defined with 4
NSE
across
the Relay: network Service Virtual Connection
Connection Identifier have an end-to-end
Virtual
between
the
BSS
and Pooling)) and/or the Network
Identifier
the NS-Alive-Retries parameter. The system
Control
Unit
(PCU2)
Gb
interface.
01
no acknowledgement
to the
unblock procedure
significance across
Connection
that is virtual
configured
locally
the
SGSN.
of
the
unavailable
connection.
The NS-VC is
marks the virtual
Service
Entities
from
the
other
end
The
Network
Element (SGSN or BSC) has
1 a
Packet
Service
Entity
Identifier.
the Gb
interface.
Network
Service
Entity
groups together
the
Network
an
end-to-end
virtual
connection
between
thein
BSS
connection/link blocked in the originating side
of
a
PCU
(Multipoint
Gb).
If
Gb
over
IP
is not
use,and
3 02
Network
Service
Virtual
Connection
the
bearer
channel
has
become
unavailable
received
notification
of be used for General
Packet
Service
Entity
groups
togetherIdentifier.
the PCUs of a
The connection
can not
Service
Virtual
the
SGSN.
and initiates
the
value
of is
the
is 0xFF.
The
NS-VC
anfield
end-to-end
virtual connection
03
the
DLC
has
become
inactive
a
detected
network
service protocol error from
NSE
(Packet
Packet
Radio
Service.
Connections
that
provide
communication
between
In IP:
Network
Service
Virtual
Link Identifier
of the the
a reset procedure. The system cannot use the
between
the
BSS
and
04
user
side
has
lost
the
DLCI
from the
network
the peer. The sending
Control
Unit virtual
(PCU2)
Pooling))
and/or
the
Network
same
NS entities
unavailable
link.
The
NS-VL
is
a
virtual
connection/link
2 the
Network
Service Entity Identifier.
SGSN.
NE has ignored the received erroneous message Service
NSEI Entities
is an identifier that has end-to-end significance
communication
for General Packet Radio Service, that is, the
A Network Service Entity groups together the Network
and has returned an
of a PCU
Gb).
If Gb over
IP is notininSGSN's
use,
across
the
from (Multipoint
BSC
towards
remote
IP endpoint
data transfer
Service
4 path
A status
identifies
reason
for unavailability:
error status message.
the
valuethat
of the
field is the
0xFF.
Gb interface
NSE.
capacity has decreased.
Virtual Connections (in Frame Relay) or the Network
Service
01
no acknowledgement
to the reset procedure from
2
Network
Service
Entity
Identifier.
3
network
Service
Virtual
Connection
Identifier of the
5
frame
relay
bearer
channel
identifier.
Links
(in IP) that
provide
communication
theVirtual
other
end
A Network
Service
Entitythe
groups
together
the
Network
unavailable
number
that
identifies
bearer
channel
that
carries
between
02 thethe
bearer channel has become unavailable
Service
Connection that is configured locally
theVirtual
same
NS
entities.
NSEI
is
an
identifier
that
has
end-to03
theConnections
DLC has become
inactive
Virtual
(in Frame
Relay)
or the Network
the
NS-VC
is an end-to-end
virtual
connection
between
Network
Service
Virtual
Connection.
end
04
user
side
has
lost
the
DLCI or has not received it
Service
theInBSS
and
IP
transport
mode,
the
value
of
this
parameter
is
significance
the Gb interface.
from
the Links across
Virtual
(in IP) that provide communication
the SGSN
0xFFFF.
network
between
The committed information rate of the Network
Service virtual connection
has been exceeded. The system has discarded
uplink LLC frames.
1 Frame Relay Bearer channel identifier.
A number that identifies the bearer channel that carries
the NS
virtual connection.
The Network Service Virtual Connection Identifier
(NS-VCI) received
from the other end is unknown for the receiving
party.
1 frame Relay Bearer channel identifier
2 Network Service Entity Identifier.
a number that identifies the bearer channel that carries
A Network Service Entity groups together the Network
the Network
Service Virtual
service Virtual Connection
Connections that provide communication between the
in IP case value of this parameter is 0xFFFF
1
Packet
Service Entity Identifier.
same
NS entities.
Packet
Entitythat
groups
together thesignificance
PCUs of a
NSEI isService
an identifier
has end-to-end
2 received Network Service Virtual Connection Identifier
NSE
(Packet
across
the
of the
Control
Unit (PCU2) Pooling)) and/or the Network
Gb interface.
unavailable Virtual Connection
Service Entities
1 the
Packet
Service
Identifier.
NS-VC
is an Entity
end-to-end
virtual connection between
a PCU Service
(Multipoint
Gb).Connection
If Gb over IP is not in use,
3 of
Network
Virtual
Service Entity
groups togetherIdentifier.
the PCUs of a
thePacket
BSS and
the
value
of is
theanfield
is 0xFF. virtual connection
The
NS-VC
end-to-end
NSE
the(Packet
SGSN
between
BSS
and Pooling)) and/or the Network
Controlthe
Unit
(PCU2)
2 the
Network
Service Entity Identifier.
SGSN.
Service Entities
1 APacket
Service
Entity
Identifier.
Network
Service
Entity
groups together the Network
of a PCU (Multipoint Gb). If Gb over IP is not in use,
Packet Service Entity groups together the PCUs of a
Service
the value of the field is 0xFF.
NSE
(Packet
Virtual
Connections (in Frame Relay) or the Network
Control Unit (PCU2) Pooling)) and/or the Network
Service
2 Network Service Entity Identifier.
Service
Entities
Links
(in IP)
thatIdentifier.
provide communication
1 Virtual
Service
Entity
APacket
Network
Service
Entity
groups together the Network
of a PCU (Multipoint Gb). If Gb over IP is not in use,
between
Packet Service Entity groups together the PCUs of a
Service
the value
field isNSEI
0xFF.is an identifier that has endsame of
NSthe
entities.
NSE
(Packet
Virtual
Connections (in Frame Relay) or the Network
to-end
Control Unit (PCU2) Pooling)) and/or the Network
Service
2 significance
Network Service
Entity
Identifier.
across
the Gb
interface.
Service
Entities
Links
(in
IP) thatthe
provide
communication
1 Virtual
status
that
specifies
paging
area type
Aa Network
Service
Entity groups
together
theused:
Network
of a PCU (Multipoint Gb). If Gb over IP is not in use,
between
Service
3 Base
Control
Function
value of
field isNSEI
0xFF.is an identifier that has endthe
same
NSthe
entities.
01
Routing
Area
Virtual
Connections
(in Frame Relay) or the Network
to-end
02
Location
AreaStation
Service
4
Base
Tranceiver
2 significance
network
service
entity
across
the identifier.
Gb interface.
Virtual
Links
(in
IP) that
provide
communication
1 A Network
type of the
plug-in
unit
controlling
switching
network
Service
Entity
groups
together
the Network
2
the
valueVirtual
of paging
area indicated
from the SGSN
between
5
BSSGP
Connection
Identifier.
Service
3 Base Control Function
same
NS
entities.
NSEI
is an identifier
that has endThe
BSSGP-VC
is an
virtual
connection
2 the
index
of
the
plug-in
unit
controlling
switching
Virtual
Connections
(inend-to-end
Frame
Relay)
or
the
Network
to-end
between
the
BSS
network
Service
4 Base Tranceiver Station
significance
across the Gb interface.
and theLinks
SGSN.
(in IP)ofthat
provide
communication
1 Virtual
message
number
theNumber
Event which
caused the
The
BVCI
is
as
of the
BTSorder
(supplementary
3
type ofVirtual
theformed
plug-in
unit causing
alarm
between
5
BSSGP
Connection
Identifier.
alarm
3
Base Control Function.
information
the
NS entities.
is an identifier
that has
Thesame
BSSGP-VC
is an NSEI
end-to-end
virtual connection
field
3) +means
10 000.
FFFF
that the plug-in
unitthe
type
cannot
be
an
end-to-end
significance
across
Gb
interface.
between
2 Not
computer
information
of subscriber
which
tried to
available
in the SGSN,
always set
to 0d.
given
the
BSS
and
the
SGSN.
The
BVCI
is
formed
as
subscribe event
1
type
theidentifies
unit, where
subscribed
recovery
3
a cause
that
thethe
exception
condition,
defined
Number
ofof
BTS
4
Base
Tranceiver
Station
event
4 (supplementary
index
of the plug-in
unit causing
the
alarm
in
information
field
3)
+
10
000
3 family information of subscriber which tried to
is located
3GPP
48.018
subscribe
NotFFFF
available
in that
the SGSN,
always
to 0d.
means
the plug-in
unitset
index
cannot be
event
2
index Virtual
of the unit,
where the
subscribed recovery
given
4
BSSGP
Connection
Identifier.
1
ID Virtual Connection Identifier.
5 BSC
BSSGP
event
is located
BSSGP-VC
is anofend-to-end
virtual connection
4 The
process
subscriber
tried to
The
BVCIinformation
is formed as
Number
of which
BTS (supplementary
between
the
BSS
2
the
type
of
failed
operation:
subscribe
event
information
3 andfamily
id of subscriber
the SGSN.
field 3) + 10 000.
The
BVCI
formed
as Number
of BTSYou
(supplementary
09
errorerror
inis loading
the
BSC
5
general
message
of theconfiguration
system.
can check
1 BSC
ID field
4
process
id of subscriber
information
10
error
in
unloading
the
BSC
configuration
its
6 a status that specifies the failure reason:
3)
+ error
10 000
11
in activating
the BSC configuration
meaning
in
General
2
type
of the
failed
task: Error Messages of System
5 thethe
service
subscribed:
12
error
in
deactivating
configuration
01 no acknowledgementthe
to BSC
the reset
procedure from
the03
other
collecting
01error
and in
11data
announcements
of unit state change
end
0402
error
transfer
and in
12data
announcements
of unit restart
3 02
the reason
for failure.
A general
error
message
of the
supporting
network
service
entity
has become
0503the
error
in
adaptation
and
13data
announcements
of unit
switchover
system.
06 unavailable
error in synchronization termination
You can check its meaning with a command of the
07This
error
when
is pending
field
maysynchronization
also get other values,
but the effects
service terminal
of these services to the network element operation,
extension MRS or in the General Error Messages of
3 the
reason
failure.
A generalservices,
error message
of
except
forfor
thethe
above
mentioned
are small
System.
the system.
You can check its meaning with a command of the
service terminal
extension MRS or in the General Error Messages of
The system has unsuccessfully tried to unblock a
BSSGP virtual
connection as many times as defined with the
BVC-UNBLOCK-RETRIES
parameter. An acknowledgement has not been
The system has unsuccessfully tried to block a
received from the SGSN.
BSSGP virtual
The virtual connection remains blocked. The
connection as many times as defined with the
related cell has lost
BVC-BLOCK-RETRIES
General Packet Radio Service.
parameter. An acknowledgement has not been
The system has unsuccesfully tried to reset a
received from the SGSN.
BSSGP virtual
In spite of the failure the virtual connection has
connection as many times as defined with the
been marked as
BVC-RESET-RETRIES
blocked in the BSC.
parameter. An acknowledgement is not received
The Network Element (SGSN or BSC) has
from the terminating
received a notification of
side. The virtual connection remains blocked.
a detected BSSGP protocol error from the peer.
The related cell has
The sending NE has
lost General Packet Radio Service.
ignored the received erroneous message and
The system has noticed a paging request for an
has returned an error
unknown routing area (RA)
status message.
or location area (LA).
Requested paging cannot be executed.
This alarm notifies of a fault that may have
caused disturbances
to the calls connected to switching network. The
system has
detected a fault in a connection between two
Alarm can cause serious problems to the system
plug-in units in
recovery
the switching network. Because of this fault, the
service or other service which uses Event
call control
Forwarding service.
computer and switching network are without
From the point of view of the operation of EF
Recovery
event
backup until
the announcing service cannot
service the
receive
reason for this fault has been found out and
alarm is not a serious thing.
subscriptions.
The reason for this is probably the
fixed.
filling
EFOCEF transmits events to the subscribers
up of the data structure used for storing of data.
The
Network
without
caringResiliency load, unload, activation
or
deactivation
about
their contents. For example recovery
The program block whose subscription has failed
operation
has notorbeen properly executed.
announcements
is possibly
system configuration informations are events
not able to react correctly to recovery actions.
which
can be Resiliency data synchronization has
The Network
This
may
forwarded
by EFOCEF.
failed.
lead to a situation, where controlled recovery
actions cannot
EFOCEF has a subscriber list for Event
be performed.
Consumers that need
Event Forwarding service. When the number of
The program block in question may be
event
responsible for e.g.
subscribers exceeds a certain limit, it sets this
releasing during switchover a resource in use,
alarm.
and now it
does not receive information about the
Program block, which failed subscription, may not
switchover.
work
properly which can lead to uncontrolled
operations (for
example program block does not get recovery
The Network Resiliency user initiated operation
has not been
properly executed.
The Ethernet device is faulty or the Ethernet
cable is disconnected.
TCP/IP packets cannot be sent to network or
received from network
through this interface.
The initialization of EGPRS dynamic Abis pool
has failed. The problem can
be caused by a connection error between
PCUPCM and Abis ETPCM, or the
pool information update to PCU has failed. The
The database management system of the
PCU's ability to transfer
database primary copy sets this
EGPRS traffic has been reduced or totally
alarm when remote copy updating has been
prevented.
prevented by the MML command
DBT.
The resource control has set one or several
PCUPCM timeslots out of use
While this alarm is on, updates to the database
from the PCU plug in unit. The problem can be
primary copy are done
caused by connection error
but the delivery of those updates to remote copy
in the group switch (GSWB). BSC's capability to
Starting
of data
collection
is prevented.
This
means for statistical
transmit GPRS
measurement
that the data inhas
thefailed.
remote copy is inconsistent
traffic has been reduced until recovery action is
The
indicates
with alarm
the data
in the that this measurement does
performed.
not
work.copy. However, updates that should be
primary
delivered
to switching
the database
Warming of
data has failed. As a result,
remote
copy
the switchingare cached and when the remote
copy
updating
resumed
statuses
of theisspare
unit generating the alarm
again
with
the
MML
and its active unit command DBT, the updates
are
delivered
to the When
remotethe alarm has already
do not
correspond.
The
alarm
system
hascopy
not been
to process
copy
and
the
remote
will beable
consistent
with
been set, the
an
observation,
the
primary
copy.
possible active status of the spare unit may
because all the available records of the work file
cause disturbances
used
in
The
reasonable
time for
the duration
of links
in traffic,
for example
failure
of signalling
handling
the
observations
are already in use.
preventing
the
remote
copy
The
alarm
is
set
if
executing
a
command
in a
and disconnection
updating
depends
onwill
therestore
database
question of
POSIX
of calls. The
system
the in
functioning
After
theapplication
free records have been used up, the
and
the
configuration
file causes an error. The criticality
the signalling
information
onFor
the example, if there will be plenty
which
uses
level
for
links within
ait.few
minutes. Warming may also fail,
settings
of new
observations in the unit (either all
of
updates
to
the
line is I (important error). Execution of
ifThe
thecurrent
load
falling
alarm is set
if executing
a command
in a in
observations
the
database
primary
copy
thetime.
application
the
on
the
active unit
is too
big and
at the
POSIX
or
only
the ones
with the alarm number given in
the
remote
unit
configuration file continues but there may be
configuration
causes an
error. Thefrom
criticality
the
firstto readfile
needs
up-to-date
information
the
erroneous
level
forcopy, information field) are lost until free
supplementary
remote
information left in the system. There is more
the
current
line
configuration
file isbe
C
records
are
updating
of in
thethe
remote
copy
An
error
has occurred
in work
fileshould
handling.
information
(critical
again
available.
prevented
for
as
short
Because
this, thein the computer log.
about
theof
problem
error).
The as
system
sets the POSIX configuration
an
interval
possible.
feature
using the
file in question cannot perform
process into
its tasks in the
error-state. Therefore, the POSIX configuration
normal way.
The
supervision of LAN connections has found
cannot
the
connection
from
continue
in the computer
unit. There is more
Depending on where the file is used, the
the
terminal to the destination IP address to be
information
consequences of the fault
faulty.
To get
a
about the
problem
in the computer log.
may vary from insignificant to very serious. The
connection to the destination IP address, the
fault may prevent
LAN supervision program
a single program block from executing some of
requests the redundant LAN connection in the
its services that it
IPET program to make a
normally offers, or it may at worst affect the
switchover to the terminal's other Ethernet
functioning of the
interface (a terminal has
entire system.
two LAN ports). If the connection to the
destination IP address via the
other Ethernet interface is successful, the fault
does not prevent
the forwarding of IP traffic via the terminal. If not
1 BSC ID
2 the type of failed operation:
01 error in Protected BSC association creation
1handle that the Ethernet device reserves for the user of
02 error in Protected BSC association deletion
the device.
08 error in committing Protected BSC configuration
This handle is used in the TCP/IP stack to map the
13 error during IP connectivity test operation
Ethernet device
to the Ethernet interface of the TCP/IP stack
1
Abis
identifier
3 dynamic
the reason
forpool
failure.
A general error message of the
system. You
2 PCI bus number
2 can
BCSU
unitits
index
of PCU
controlling
the of
dynamic
Abis
check
meaning
with
a command
the service
pool
terminal
3 PCI device and function number
in the General
Messages
of
1 extension
the name MRS
of theordatabase
whoseError
remote
copy
3
plug-in unit index of PCU controlling the dynamic Abis
System.
updating
pool
is prevented
4 amount of working timeslots in EGPRS dynamic Abis
2 the occurrence number of the database whose remote
1
PCU
plug
in unit index
pool
at the
moment
copy updating is prevented
when this alarm was set
2 amount of faulty 16 kbit/s timeslots at the moment
3 the type of the remote unit where the database remote
when
5 amount of working timeslots in EGPRS dynamic Abis
copy
this
alarm
was set
pool
the
system
1family
identifier
of the program
block which
has
updating
is prevented.
If the prevention
is directed
to all
tried
to
achieve
at moment when this alarm was set
requested
starting
remote units
holding the database in question, the
valueofofthe data collection
6 cause value:
this field is 0000
1 : no resources in PCU
1 2error
type
: connection
error
2
4 00
theactive
unit index
of thenot
remote
unit to
where
the database
unit does
respond
warming
request
3 :error
information
update error
code indicating
the reason for the failure. You
remote
01
warming
discontinued
4
:
PCU
not
ready
cancopy
check
its
updating
is prevented. If the prevention is directed
5 :meaning
other in the General Error Messages of System
to all units holding
the database in question or to all
1
alarm number of the observation that was not
units
7
failed PCUPCM
processed
astype given in the previous supplementary
of the unit
FFFF
: not relevant
there were
no free records available in the work file
information
3type
the measurement
which
data collection
starting
fieldofholding
the database
in question,
two dots
(..) are
8
failed
timeslot
2
reasonPCU
why
there
wereofnothis
free
records for processing
failed:
displayed
as
the
value
field
1 Ifthe
name
of
the
file
where
the
error
was
encountered.
the the 7th supplementary information field (failed
PCUPCM)
observation
Measurement type when the value of the
has
a value amount
FFFF then
thisobservations
is not relevant.
00 allowed
of the
with the same
supplementary
2 the line where the error was encountered.
alarminformation 1 (family identifier) is 04:
9
dynamic
pool
PCM
1 failed
the
name
of
theAbis
file where
the
was encountered.
number
is already
active
thuserror
reserving
all the
FFFF
:
not
relevant
available
00
circuit
group
measurement
(CGR)
or
3 the value (can be other than the official DX error
records
remote subscriber stage measurement (RSS)
codes)
1001
failed
dynamic
Abis
poolwas
timeslot
2
the
line
where
error
encountered.
the
work
filethe
is totally
full
destination
measurement
(DEST)
received
trying
to execute
the command
on the
If
thecontrol
9th when
supplementary
information
field
02
unit
measurement
(CNTL)
1
type ofdynamic
the errorAbis
thatpool
happened:
above
(failed
PCM)
has
a
value
FFFF
then
03
subscriber
measurement
mentioned
line or
trying to load(SUBS)
the file mentioned on
this
is
not
relevant.
3 04
the value
be other
than the official DX error
traffic (can
category
measurement
01
of the work
file failed (TCAT)
thecreation
line.
codes)
05
subscriber
module
measurement
(SMO)
02 opening the work file failed
received
when trying to(BS)
execute the command on the
06
cell
measurement
03 reading the work file failed
1
destination
IP address
above
07
announcement
channel
04 writing
the work file
failed measurement (ANN)
mentioned
line orto
trying
to load the file mentioned on
08
circuit
group
destination
05 closing the work file failed measurement (CTD)
2 the
index
of the inoperative
Ethernet
interface (DTD)
line.
09
destination
to destination
measurement
10
voice
announcement
measurement
2 name of the file that the error concerns: (VAN)
11 B-channel measurement (BCH)
P2ALAF work file used by the alarm system in Chorus
plug-in
Measurement type when the value of the
unit
supplementary
information 1 (family identifier) is 6A:
00 load observation of circuit groups (CGR)
02 load observation of control units (CNTL)
13 load observation of destinations (DEST)
The POSIX Configuration feature provides
means for client
programs to request external programs to be run
on their
behalf (eg. a client may run "ifconfig" program to
Rerouting of a TC (Transaction Capabilities)
configure
message has failed, the
a network interface or "mount" to gain access to
message is discarded.
a file
system).
TC rerouting is used when signalling relay
The signalling link is defected and the state of it
function is done at
has
If thechanged
Command Executing Proxy family
TC user level. In TC rerouting a TC transaction
from
IN-SERVICE
OUT-OF-SERVICE. The
(CEPRXY)
has no to
free
begin message is
signalling
message
transfer
hands currently
available
it raises this alarm.
rerouted to a new destination address and the
via signalling link in question is not possible. The
There
has occured
TC transaction
is a failure in the SAAL stack,
system
The
alarm
is cancelled once hands become
which
transfers
locally
ended.
performs
automatically signalling link changeover
available
signalling again.
data. The signalling message transfer
to
the
Because
most
of the external programs are
via signalling
TC
sets the alarm in the case of a failure
alternative
signalling
in the signalling
executed
under
a not link
link
in question
possible and signalling
between
TC
andisof
TC-user.
The
delay
buffer
which
is maintained
network.
Ifthe
there
is ofSAAL,
time
limit,
lack
available
hands
should notby
messages
which have
SCCP
(Signalling
Connection Control Part) sets
the
SSCF-NNI
no
alternative
signalling link, the systems sets
be
a
already
been
sent to the signalling link might
the
alarm,
if the
layer,
hasalarm
filled
up. Signalling message units,
also
the
permanent
occurrence.
have
been lost.
GT
analysis
of
the new called party address of
which
are directed
2070, LINK
SET UNAVAILABLE.
The
system message
has changed the state of the
the
relayed
to the
delay buffer are lost. Signalling message
Signalling
link
start
or restart
has The
failed.
Thecase
signalling
link
to
leads
to
the
own
signalling
point.
latter
tranfser of the
signalling
messages
OUT-OF-SERVICE
and it is not possible to
could
cause
a
signalling link in question is disturbed. Situation
are
transferred
via other,
perform
changeover
to properly working
loop
situation.
may be
a
signalling
links in the
another, replacing
link. The system sets
consequense of the congestion in signalling data
signalling
network.
The
capacity
of the signalling
automatically
the
The
discarding
of defected
the
rerouted
message
will
Hot
billing
cannot
connect
to a posttransfer
or system
it may
message
transfer
signalling
link
back
to
the
IN-SERVICE
state
cause
TC
user
level
processing
system
be caused by
a failure in the SSCF-NNI layer of
is
though
decreased.
when
SAAL
dialogue
fail. may
with
anthe
IPto
protocol,
or the connection is lost. As a
SAAL.
The
alarm
resources
are in order again.
result,
appear in the signalling link changeover
hot
billing data cannot be transferred to the postsituations.
There has been an error related to the exchange
processing.
terminal (ET)
If Hot Billing data is not included in the normal
configuration. The error is related to the file
charging data
system failure,
(bulk data), the Hot Billing data may be lost.
communication error between program blocks, or
Despite attempts, the MSC has not answered the
the ET configuration is
circuit reset
too big for the system to handle. In the latter
messages, which means that the base station
case, the system can not
circuit in question
recover by itself. In other cases, the system tries
is not in use.
One
of the from
common
to recover
the statistics measurements has
stopped
to an error.
failure. Ifdue
the recovery
does not succeed, the ET
The
first supplementary
in question
can not be information field
identifies
the measurement,
used.
which has stopped. The third supplementary
Either the handling of the dynamic counter files
information field shows the
has failed or
reason for the failure.
handling of compiled counter files has failed.
As a result, data on some call is missing from
This alarm is set to indicate that the system
dynamic counter files.
cannot offer the desired
For example, the file's pulse counters and/or time
dynamic counter service. The failure may be due
counters may not be
to an error in the name
up-to-date.
server, handling error of control, counter or index
files, or the
The handling of the counter file may fail because:
resource error when reserving a hand for the
service.
- there is an error in the counter file updating
message sent
The impact of this fault on the functioning of the
by the update service user or in the transfer
Dynamic Counters is
message sent by the
that either counters cannot be collected from
transfer service user
memory files and backup
copied to a disk file, or counters cannot be
- there is an error in handling of either Accounting
transferred to the post
1 possible values are:
01 incorrect TC-rerouting primitive.
TC-user has sent incorrect TC-Reroute primitive to
TC. The alarm
is set by TC.
1 number of the signalling link
02 pending rejects.
TC-user has sent TC-Reroute primitive to TC even if
2 logical number of SAAL
there were
reject components in the TC-Begin to be rerouted.
3 error code showing the reason for taking signalling link
1
Thenumber
alarm isof the signalling link
out of service:
set by TC.
2 03
logical
number of
SAAL
unexpected
TC-rerouting
primitive.
01 stop command received
TC-user has sent TC-Reroute primitive to TC in an
02 signalling link release request from the remote
3
the external interface identifier of the signalling link
incorrect
1
number of the signalling link
node
state of dialogue. The TC-Reroute primitive is only
03 excessive error rate
4
the virtual
path identifier of the signalling link
allowed
in number
2 04
logical
of is
SAAL
peer
SSCOP
not responding
the state where TC-Begin has been received from
05 mismatching state with the peer SSCOP
5
the virtual
channel identifier of the signalling link
network
and no
3 06
errorexcessive
code
showing the of
reason
for dealy buffer
congestion
1 number
of the duration
signalling
link
other
messages
are sent
or received. The alarm is
overflow:
07 too frequent SSCOP recoveries
6
error
code showing the reason for SAAL failure:
set01
by TC.
delay
buffer
is full outage
remote
processor
2 08
logical
number
of
04
GT
analysis
of SAAL
the called
of thehas
rerouted
02 saal
memory
allocation
theaddress
delay buffer
failed
09
stack
failure orfor
CCM
repair
01
mismatch
in states in SSCF, SSCOP and LM
message
leads
03 Out_Of_Service message buffer is full
3
external
of the signalling link
02 the
SSCF
defect identifier
the layer
own interface
signalling
point.
04tomemory
allocation
for
the Out_Of_Service
03 SSCOP
layer defect
The
distribution
of
this
message
to the user could
message buffer
4
the
path identifier of the signalling link
04
LMavirtual
is
defected
cause
loop.
has failed
05 AAL5
layer is
defect
The alarm
set by SCCP
5
virtual
channel delivery
identifierhas
of the
signalling
link
06 the
SAAL
parameter
failed
(timer delivery
1
the user
service
block where
the The
errorvalue
was detected:
error)
2 TC
computer
address.
of the field is
01
6
errorTrunk
codeNetwork
showingMaintanance
the start error:
FFFF
02
Layer
Management
01
SSCOP
connection
has failed (alignment failed)
if thePhysical
field is not
used
02 too many errors during proving (proving failed)
total family.
time
forThe
proving
expired
(timer
3 03
TCexternal
user
valuehas
of the
field
is
FFFF
1
PCM
information
of
the
circuit
to T2
be expiry)
2 04
reason
foristhe
failure:
congestion
during
proving
if
the
field
not
used
restarted
01 file handling error
02 user
process
communication
error
4
process
id. The value
of the
fieldtoisbe
FFFF
2 TCexternal
TSL information
of the
circuit
restarted
03
resource error
if theconfiguration
field is not used
1 measurement identifier. You can check its meaning by
3
number of restart attempts (it is obtained from
using
the
5 TCthe
user
focus.file)
The value of the field is FFFF
PAFILE
command
T2C
3 MML
thatisisnot
behaving
iffamily
the field
used faulty or that is frozen.
This field is valid only if the value of the supplementary
2
stopped
measurements
object
identifier
(from
1 to
fieldupdating
2 isin02.
In
other
cases,
thethe
value
of
this
6
reference
number
thefailed.
DX
loglist
written
by
same
1 information
the file whose
999).
field
is
always
0000
program
blockof the field is FFFFFFFF, the field is not
If the value
You
can
its meaning
using the
MML
command
which
setcheck
the alarm.
The logbycontains
more
information
significant
T2C
4
on physical
the error.address of the computer where the family
given
inrequested
the
referenceservice
numberwhich
is notfailed.
used in the log, the value
2 Ifthe
1
the service
which
cannot
beinformation
offered
3
reason why
the
measurement
has stopped:
the
supplementary
fieldthe
resides.
of this
Youprevious
can check
the service information
with
MML
01
Buffer
allocation
failed
This
field is 0.GSI
The same reference number is in the field
command
2
the
reason
service
cannot
be offered
02 TEXT
Measurement
hand
creation
field
is validofwhy
only the
if the
value
of thefailed
supplementary
USER
1
registration
error
into
the name
server
03
Measurement
definition
file does
not exist
information
field
2
is
02
the
log
3 reason why the handling of dynamic counter files failed
204
fileMeasurement
handling errorconfiguration
of the C2PARA
file does not exist
01 error in the counter updating message
305
fileData
handling
error of the definition
DCYFIL file is corrupted
in measurement
02 error in the handling of the AXFILE
406
fileReading
handlingoferror
of the DCBFIL
measurement
definition file failed
03 error in the handling of the AGFILE
507
hand
creation
error
Writing
of measurement
definition file failed
04 error in creating or increasing AGFILE
08 Measurement definition file could not be activated
05 error in deleting AGFILE
If the value of this field is 1 or 2 it means
06 error in service request
that no services are offered
10 error in indices of C2PARA
4 specified reason for the error case shown in the third
11 error in indices of AGFILE
3 supplementary
general error message
of the
system.
can check
information
field.
This isYou
a general
error
FF no significance
its message
meaning with
of the system. You can check its meaning
a command
of the service terminal extension MRS (see
with
a
This alarm is set to indicate that collecting
dynamic counters from
memory files or backup copying to disk file has
failed. The failure
may be due to an error in the counters' updating
This alarm is set to indicate that transferring
process, an error
dynamic counters to
in I/O system, an incorrect state of disk units, or
the storing device(s) and on to the post
an error in the
processing system has failed.
seizure of memory.
The failure may be due to an error in the I/O
Fan unit has been damaged. The plug-in units
system or in the storing
located
NOTE! inIf this
the value of supplementary
device(s), missing or an incorrectly defined
cabinet
might
get4damaged
as a consequence of
information
field
is 2,
logical file via the counter
risingand
temperature
the wholeinsystem or the active unit that
blocks have been transferred, or an error in the
the
cabinet.
is
the
object source of the cartridge is faulty. The
The
voltage
seizure
of memory.
unit
cartridge'sof the alarm is restarted, all dynamic
counters,
which
power
supply
has not data
beencan
backed
uptransferred
with
Although
this counter
not be
have
not been
stored
to a disk file are lost.
another
power
source,
so the
there
is no
need
to
the
units
equipped
in counter
the cartridge
does
worry
about
that any
data will
benot
lost.
The M3UA
(MTP3
User
Adaptation
Layer)
is
remain functional.
unable to distribute
a signalling message to the MTP3 (Message
Transfer Part, level 3) due to
an error in the contents of the message. The
The user adaptation layer (e.g. MTP3 User
signalling message has come
Adaptation Layer (M3UA) or
over an SCTP (Stream Control Transmission
ISDN Q.921 User Adaptation Layer (IUA)) is
Protocol) association.
unable to route a signalling
message to the SCTP (Stream Control
There
is a faultmessage
in the timing
signal coming
to the
The signalling
is deleted,
which means
Transmission Protocol) association
cartridge
or traffic
that signalling
because routing information is missing from the
in
the plug-inThis
unit may
giving
the alarm
(the
red
is disturbed.
cause
further
disturbances
routing file.
indicator
is lit).
e.g. in calllight
set-up
When
the alarm
is set, the functionality of the
or
in location
update.
A
SCTP
association
abnormally,
If the
alarm
concernshas
theterminated
M3UA protocol,
the
plug-in unit may
i.e.,
not bymessage
a normalhas
abort
signalling
come
be lost completely or its functioning is unreliable.
or
shutdown
procedure
of Transfer
SCTP. SCTP
from
the MTP3
(Message
Part, has
level 3).
terminated
association
If the alarmthe
concerns
the due
to
the lack of SACK
chunksmessage
or HEARTBEAT
ACK
IUA
theof
signalling
has found
come
The protocol,
supervision
LAN connections
has
chunks
from
the
peer
from
the
ISDN
Q.921
that the connection
endpoint,
soMGW),
the reason
for the
termination
is(in
protocol
Q.931
protocol
from the (in
terminal
to the
the ISDN
destination
IP
address
is
either
in
the
underlying
MSS),
or
the
SCTP
(in
MGW
faulty via both
IP
network or in the peer endpoint (e.g. reset).
or
MSS).
Ethernet
interfaces. The fault prevents the
A
packet
control unit
(PCU)
activated
If this
association
is used
forhas
M3UA,
this the
forwarding of any
overload
protection
andinis deleted, which means
association
is included
The
signalling
message
IP traffic via the terminal.
raised
the alarm.
protects
the 2nd
PCU against
an
setThis
specified
in the
thatassociation
signalling
traffic
processor
overload
and concerns
supplementary
information
field. M3UA, this
is
disturbed.
If
the
alarm
There are lots of possible reasons for the fault,
maintains
the
service
foronly
the available
current active
If
thissupervision
association
is the
in theusers
may
cause
further
The
for example
the of LAN connections has found
served
by the
PCU.
association
set,
disturbances
e.g.
in
call
set-up
or
in
location
the
connection
terminal
may befrom
broken, the LAN, to which the
the
sets
also
alarm 2070,
LINK
SET to be
update.
Ifisthe
the system
terminal
toalarm
the
destination
IPv6
address
terminal
connected
UNAVAILABLE.
If
there
remains
concerns
IUA,
this
indicates
disturbances
faulty.
The or
fault
is broken,
the destination IP address is in Davailable
associations
in the
association
set, theof
channels
using
this
prevents partially
or SCTP
even
totally
the forwarding
unknown.
SDH
protection
failed. There are traffic
signalling
traffic switching
to
association.
the IPv6 traffic
disturbances
in the reachable via the
the
network
element
via the
terminal
using Ethernet interface
protection
group,
or
the traffictohas completely
association
set
is first
distributed
mentioned in the
failed.
the
remaining
associations
in the set. In this case
supplementary information field.
the signal
transmission
capacity
mayreasons
be somewhat
There are many
possible
for the fault, for
decreased.
example the
If
this association
is usedthe
for LAN,
IUA, this
alarmthe
terminal
may be broken,
to which
means
that
the
terminal is connected
D
this association
are out of
is channels
broken, orusing
the destination
IPv6 address
is use.
unknown.
1 the service, from which the counters backup failed
2 the file, from which the counters were collected
3 the unit, from which the counters were collected
1 identifier of the service in which counter transfer failed
4 the reason why this alarm was set
2 index of the logical path through which the counters
1 an error occured while collecting counters from
were
memory file
transferred. You can check the information about the
1 2 an
type
of the
functional
where
the alarm
error
occured
whileunit
backup
copying
counters to
logical path
interface plug-in unit is located
disk file
and the used logical file with the MML command GSI
2
index error
of functional
unit.
If the
alarm You
interface
5 general
message
of the
system.
can check
3 general error message of the system. You can check
plug-in with
unit is in a duplicated functional unit, then the
its
meaning
1 meaning
type ofwith
the functional unit where the alarm
its
index of the
oneextension MRS (see
a command
of even-numbered
the service
terminal
interface plug-in
unit is located
a command
of the service
terminal extension MRS, or
Service
in the General
3 Terminal
alarm Essentials)
group in theoralarm
plug-in
fromIf interface
the
Errorunit
2 Error
index
of functional
unit.
the General
alarm interface
Messages
of System
Messages
of
System
plug-in unit is in a duplicated functional unit, then the
1
typeinput
of the
incoming erroneous M3UA message.
4 error
alarm
number
index of the even-numbered one
Possible
values are:
3
alarm group in the alarm interface plug-in unit
01 M3UA version is illegal
1
Payload
Protocol Identifier
4 SCTP
alarm
input number
02 M3UA message class is illegal
1 - IUA
[RFC3057]
03 M3UA message type is illegal
2 - M2UA
[RFC3331]
04 M3UA message length is erroneous
3 - M3UA
[RFC3332]
05 M3UA protocol data length is erroneous
4 - SUA
[RFC2960]
1 06 type
of protocol
the functional
unit where
the alarm
M3UA
data does
not exist
5 - M2PA
[RFC2960]
interface plug-in unit is located
6 - V5UA
[RFC2960]
2 number of the SCTP association.
7 - H.248
[H.248]
2
index of functional unit. If the alarm interface
8 - BICC/Q.2150.3
plug-in
unitofisthe
in aincoming
duplicated
functional
the
3
the
number
signalling
linkunit,
set. then
The link
1
SCTP
Payload
Protocol
Identifier
[Q.1902.1/Q.2150.3]
of the even-numbered one
set index
1
IUA
[RFC3057]
9 - TALI
[RFC3094]
is an
level concept and corresponds[RFC3331]
the SCTP
2 --MTP3
M2UA
10
DUA
<draft-ietf-sigtran-dua-03.txt>
3
alarm group in the alarm interface plug-in unit
association.
[RFC3332]
[Ong]3 - M3UA
4 -- SUA
[RFC2960]
11
ASAP
<draft-ietf-rserpool-asap-03.txt>
4 M3UA
alarm
input number
version.
Possible values are:
[RFC2960]
[Ong]5 - M2PA
6 --V5UA
[RFC2960]
12
ENRP
<draft-ietf-rserpool-enrp-03.txt>
01 Release 1.0
[H.248]
[Ong]7 - H.248
8 --BICC/Q.2150.3
13
H.323
[H.323]
5
M3UA
message
valuesalarm
are: is activated
1
index
of
the PCUclass.
wherePossible
the overload
[Q.1902.1/Q.2150.3]
14 - Q.IPC/Q.2150.3
9 - TALI
[RFC3094]
[Q.2631.1/Q.2150.3]
0010Management
(MGMT) message
- DUA
<draft-ietf-sigtran-dua-03.txt>
01
Transfer
message
2
iftype
the
overload
situation
occurs
in PQII,
thisare:
field has
[Ong]
of
the routing
failure.
Possible
values
02
SS7
Signalling
Network Management (SSNM)
the value
11
ASAP
<draft-ietf-rserpool-asap-03.txt>
1 index of the inoperative Ethernet interface
message
0xFF.
[Ong]
01 M3UA association set does not exist
03
Server
Process
State this
Maintenance
If
the
situation
occurs
is the index
12Application
-overload
ENRP
<draft-ietf-rserpool-enrp-03.txt>
02
no
association
exists
the DSP,
M3UA
setof
2
reference
number
of the in
computer
logassociation
record in the
(ASPSM)
message
the
[Ong]
03
IUA
association
does
not
exist
(IUA
message
to
computer
unit sending
this alarm. The log record
04
overloaded
DSPServer
(0-7). Process Traffic Maintenance
13Application
- H.323
[H.323]
SCTP)
containing
this reference number in the USER
DATA
(ASPTM)
message
1 The
id14-Q.IPC/Q.2150.3
ofD-channel
the protection
group
in question.
DSP
indexdoes
is given
only
in
PCU2
units, that
04
not exist
(IUA
message
fromis, the
field
(written
at
the
same
time
with
this
alarm)
09
Routing
Key
Management
(RKM)
message
alarm
is
[Q.2631.1/Q.2150.3]
SCTP)
contains the destination IP address
2the
whycause
the SDH
setreason
with DSP
onlyprotection
by PCU2.switching
With PCUhas
thisfailed.
field
6
M3UA
message
type. The meaning of the message
Possible
reasons
are:
always
has
thestatus
2
3 IUA:
file access
of the routing file. The value is a
type
depends
00
protection
can not carry traffic
value
0xFF. group
association
number
general
on
the message
Possible values for message
01
APS
defect ofclass.
error
message
the system. You can check its
class
0
are:
02
channel
mismatch
In
case
PCUM,
this index represents the AI core ID
M3UA:
meaning
inofthe
value
association
set, to which
association belongs
General
Error Messages
of the
System
00 Error (ERR)
Notify (NTFY)
3 01
IUA:
4
file
number of the routing file
Not applicable
Possible values for message class 1 are:
5 IUA:
M3UA:
D-channel number
01index
Payload
data
(DATA) inside the association set.
of the
association
The value is between 0-31
The Position Based Services (PBS) in the BSC
are stopped because there
is overload in the MCMU unit. These services
cannot be utilised until
the load in the MCMU is decreased.
An inconsistency has been detected in an
internal data structure of a
database. In most cases the incosistency is
caused by the fact that
disk image of the database is corrupted as result
BSC fails to update modified positioning related
of operating error.
radio network (RNW) data
Physical memory errors may have corrupted the
to Standalone Serving Mobile Location Center
memory image of the
(SMLC) beyond Lb interface.
database. Because of these faults, the
This occurs, when posiotioning related data in
A
Sub Network
Service
size procedure failed.
functioning
of the
database
RNW database (DB) in BSC,
The
cannot be
may NSE
be disturbed.
which is needed also in Standalone SMLC, has
configured with a certain SGSN, and data
been modified and BSC
transfer
through
NSE and should be
The database
is this
corrupted
couldn't successfully inform Standalone SMLC
is
not possible.
repaired.
A
Sub that.
Network Service configuration procedure
about
failed. The NSE cannot
be
with
a certain to
SGSN,
and data
Thisconfigured
may cause
inaccuracy
posiotion
transfer
through
thisfaulty
calculation
or even
NSE
is not possible.
functioning
in theIPStandalone
SMLC.
The last remote
data endpoint
is deleted by
the SGSN with
SNS-DELETE PDU. Data transfer through this
NSE is not possible.
Cells connected to the PCU have lost General
An IP address under supervision became
Packet Radio Service.
unavailable, which means that the
specified number of allowed lost replies have
exceeded.
The system remains functional but this alarm
A dedicated IP address under supervision has
means that the IP
become unavailable for the
destination is not reachable thus any
active computer unit in such a way that it is
communication towards this address
unavailable from the unit
will probably fail.
after Ethernet interface switchover attempts.
Network element's COPS client process is
However, the spare unit of
unable to establish a
the computer unit in question has a working
connection to both backup and primary Policy
connection to this
Manager.
supervised IP address.
The
is set ifwill
thebe
COPS
(common
open
A unitalarm
switchover
initiated
to establish
As a result, until the connection is re-established,
policy
service
protocol)
connection
to this
IP
the whole remote
client
process, located in OMU, cannot access
address.
policy management is disabled from the NE, and
the feature remote policy
the Policy Manager is
management configuration details file
This
alarmexplicitly.
is meantIntoorder
be used
whentothe
informed
to return
theVDS
policy
(P0LICEGX.XML).
device
is usedstate,
as a spare
management
storing
target inmust
data be
transfer
and storing
chains.
the connection
in faultless
condition.
The alarm is also set if policy management
By default, the
configurations are
setting
ofof
this
alarm is disabled,
the user
can
The
loss
causes
abut
remote
policy
This
alarm
isconnection
set when the
Virtual
Data Storing
inconsistent.
enable
the alarm
management
cancellation
Device (VDS) contains
with
the(policy
MML command
IFA.point)
The user
solely
at
PEP
enforcement
level.
This is
files
that arefor
not
transferred
into
postThe causes
the
alarm may
bethe
following:
responsible
for the
correct
means
that
each
device
processing system within the
usage
of thisitsalarm.
starts
using
local
configurations
or
threshold
age policy
limit. By
default,
the setting
-given
remote
policy management
startup fails
due to
maintains
the
current
of this alarm isfile
configuration
If
the(policy
settinginformation
of the alarm
is enabled,
the alarm
is
PIB
base)
statethe
instead
disabled,
but the user can
enable
alarmofwith
failure
set
if the
data forced
Policy
Manager
the MML command IFA.
file
group of the
Virtual
Data Storing
Device
management.
The
incarnation
data
The
user policy
is solely
responsible
for
thespecifies
correct
- remote
management
startup
fails
due to
(VDS)
onthese
the hard
disk or
which
of
policies
usage
of this alarm.
inconsistenet
on
disk contains untransferred data
theremovable
PEP will follow.
configuration file data
(any file in state open or
If the setting of the alarm is enabled, the alarm is
full).
Thistomeans
storing
has not state,
In
order
restorethat
thethe
policy
management
if themanagement
data
-set
policy
interrogation fails due to
succeeded
to the
primary
the
connection
must
be
file
group of the
configuration
fileVDS on the hard disk or on
storing
target. However, the system can continue
re-established.
removable
disk failure
contains
read or access
1 the current limit of the processor load, when the PBS
stopped.
The value is in percents
1 database indentifier of the database containing the
detected.
inconsistency
2 file variant of the database file containing the detected
1 reason for setting the alarm
inconsistency. For chained data structures the file
refers always
0 update not acknowledged by standalone SMLC
to home area
1 other reason
1
Service of
Entity
Identifier.
3 Packet
record number
the record
inconsistency containing
Service Entity groups together the PCUs of a
thePacket
detected
NSE
(Packet
inconsistency.
For chained data structures the record
Control Unit (PCU2) Pooling)) and/or the Network
number
Service
Entities
always
to Entity
the home
record of the chain
1 refers
Packet
Service
Identifier.
of a PCUthe
(Multipoint Gb). If Gb over IP is not in use,
containing
Packet Service Entity groups together the PCUs of a
the
value of the field is 0xFF.
detected
NSE
(Packetinconsistency
Control Unit (PCU2) Pooling)) and/or the Network
2
network
Service
of the unavailable
4
estimated
length Entity
of the Identifier
chain containing
the detected
Service
Entities
1
Packet Service Entity Identifier.
Virtual
inconsistency
of a PCU (Multipoint Gb). If Gb over IP is not in use,
Packet
Link. Service Entity groups together the PCUs of an
the value of the field is 0xFF.
NSE
(Packet
Network
Entity groups together the Network
5 Akind
of theService
inconsistency:
Control
Pool) list
and/or the Network Service Entities of a
Service
1
=
Broken
2 network Service Entity Identifier of the unavailable
PCU
Virtual
Links object
that provide
communication
the
2the
= Invalid
1-16
destination
IPreference
address
that becamebetween
unreachable
Virtual
(Multipoint
Gb).
If Gb over IP is not in use,
same
NS
3
=
Cyclic
list
Link.
the
valueAn
ofNSEI
the field
is identifier
0xFF.
entities.
is an
that has end-to-end
A Network Service Entity groups together the Network
significance across the Gb interface.
Service
2 Network Service Entity Identifier of the unavailable
Virtual
Links that provide
communication
between the
1-16
the destination
IP address
that has
become
Virtual
3 a status
that identifies
the reason
for unavailability:
same
NS
unreachable
Link.
entities. NSEI is an identifier that has end-to-end
A
Service
groups the
together
thetype
Network
01Network
the SGSN
doesEntity
not support
offered
of
significance across the Gb interface.
Service
(IPv4 / IPv6)
Virtual
Links that provide communication between the
IP address
3 a status that identifies the reason for unavailability:
same
02 NS
the SNS-SIZE operation of the BSS is attempted
entities.
NSEI is an identifier
that
has end-to-end
SNS-SIZE-RETRIES
times
without
01 the total sum of signal / data weights are equal to
significance
acknowledgement from
zero
across
the Gb
interface.
the peer
NSE
entity
SNS-CONFIG
operation
of the BSS is
1 02
01 the
configuration
file is
data
invalid
03
local IP address
notisconfigured
or it is
attempted
02 configuration file read, write or access invalid
misconfigured
SNS-CONFIG-RETRIES times without
04 invalid number of NS-VCs sent in SNS-SIZE PDU
acknowledgement from
the peer NSE entity
4-19
IP address
of the
preconfigured
IP
endpoint.
1 03
type
of total
the target
disk
hard
disk
or removable
the
number
of (either
IP4 / IP6
endpoints
is greater
If the IP addess is of the IPv4 type, only the first four
disk)
than the
bytes contain the IP address. The other bytes are filled
number of IP4 / IP6 endpoints sent by the PCU
with
for example: WDU, FDU
zeros.
4-19
IP address
of the
preconfigured
endpoint.
1 type
of the target
disk
(either hard IP
disk
or removable
2 Ifindex
ofaddess
the target
disk
the
IP
is
of
the
IPv4
type,
only
the first four
disk)
For example, in the case of IPv4 172.24.175.139 the IP
bytes contain the IP address. The other bytes are filled
address
of
for example:
00, 01, SB
with
for
WDU,
FDU
the example:
alarm is the
following:
zeros.
18 AFof8B
00 file
00 found
00 00 that
00 00
00 00 00
00alarm
00
3 AC
number
the00first
activated
the
2 index of the target disk
For example, in the case of IPv4 172.24.175.139 the IP
For example, in the case of IPv6
address
for example: 00, 01, SB
1122:3344:5566:7788:9900:AABB:CCDD:EEFF
the IP
of the alarm is the following:
address of the alarm
18 AFof8B
00 file
00 found
00 00 that
00 00
00 00 00
00alarm
00
3 AC
the00first
activated
the
isnumber
the following:
11 22 33 44 55 66 77 88 99 00 AA BB CC DD EE FF
thelimit
case
of IPv6
4 For
the example,
threshold in
age
when
files are considered too
1122:3344:5566:7788:9900:AABB:CCDD:EEFF
the IP
old.
20 UDP port number of the preconfigured IP endpoint
address
alarm
There of
is the
at least
one file that is older than AGE_LIMIT
is
the following:
compared
to current time. AGE_LIMIT is presented in
The Enhanced Packet Scheduler feature is
activated and supported by the
BSC but the BSS PFC procedures cannot be
enabled on the Gb interface.
Either the BSS PFC procedures are not
Periodical supervision of LAN device has failed.
supported by the SGSN or the PFC
Host reachability test using ICMP echo request
negotiation with the SGSN has failed during the
(ping) has failed for
BVC signaling reset
a particular LAN switch.
procedure for the NSE.
The supervised LAN switch might be faulty, the
Link down SNMP trap has been set to the LAN
IP connection to the LAN
device.
device might be faulty, or the IP settings of the
AND
LAN switch might be
One port of the LAN device may be faulty or the
incorrect.
cable to another LAN
Something exceptional is detected in the LAN
device may be faulty or another LAN device may
device supervision
be faulty.
system. The LAN devices might have been
configured incorrectly
or the configuration files might be lost or
User has terminated database replica state with
corrupted in the system.
MML command DBY.
Database has resumed normal operation.
A neighbouring cell that is controlled by another
BSC is causing
interference in the serving cell. Due to problems
in contacting the
neighbouring BSC, the serving BSC cannot verify
A failure has occurred in updating the BSC
if the interfering cell is
specific parameters to the
using DFCA frequencies and if there really is any
PCU.
interference caused to
the DFCA connections of the serving cell.
BSC does not recognise the Circuit Identification
Code (CIC) of a message
it has received, or the destination point
acknowledges that it does not
recognise the CIC of a message it has received
The content of the file related to the password
from the BSC.
policy is corrupted.
Password policies are out of use if the file name
in the supplementary
The licence is due to expire. The alarm is set if
information field is PPFILEGX.
the licence
expires within the given warning period. Licence
Password history is out of use if the file name in
expiration date
the supplementary
is near. If the licence is of capacity type then the
The
licence field
has expired.
The alarm is set if the
information
is PWHISTGX.
possible
licence's endtime
expiration of the licence would reduce the
is
date.changing
New licence
has to be installed.
If
In current
both cases,
the password
is
amount of capacity
the
licence
is new passwords are
possible,
but
available for the operator by a value stated in the
of
capacity
type thenthe
thepassword
capacity available
for
not
checked
The
licence isagainst
not valid. This
alarm policy
is set iforthe
licence.
the
operator has
history.
licence file is
been reduced by a value stated in the expired
tampered or corrupted. The invalid licence has to
licence.
Changes
in password
history data or password
be removed
and a
This
alarm
is licence
specific; it is specific to one
policy
that
are
done
after
new one installed. Feature associated with the
active
licencebackup are lost when the corrupted
the
previous
invalid
licence can
increment.
file
is
replaced
not be used. with
the old version of the file from the backup build.
1 network Service Entity Identifier of the NSE_ in which
the
NSE PFC procedures are unavailable.
NSEI is an identifier that has end-to-end significance
across the
1 the reason of the failed supervision. You can check its
Gb interface.
meaning
with a command of the service terminal extension MRS
(see
instructions on the service terminal) or in General Error
1 version of ip address of LAN device
Messages
defines version of ip address
of System.
00 ipV4
01 ipV6
0x36C0
1 supposed
thenot
failure
are as follows:
the LANcauses
switchof
has
responded
to an ICMP echo
2-17 ip address of LAN device
01 Unauthorized
Dynamic Host Configuration Protocol
request
(ping)
in case of ipV4 only 4 first bytes are used
(DHCP)
request
0x0065
18 the number of the link
02 Internet
Protocol
of Simple
No response
from(IP)
theaddress
supervising
unit Network
1 database
1,..,9999 index (some database applications still need
Management
this
Protocol (SNMP) manager cannot be set to Local
other
information, although nowadays the database is usually
Area Network
Somebased
other error
status
identified
on the
values of the following two
(LAN) device
supplementary information fields, i.e. database name
1
location
area code;
with
error cannot
code 9 be
theconfigured
field contains
03 IP address
of LAN
device
2
andextra unit index information. The unit index is for LDI
exceptionally
the segment
id be
of the
serving
cell device
04 Configuration
file cannot
loaded
to LAN
internal
use.
database occurrence)
05 SW
package
cannot
be loaded
to LAN
For
example,
if the
unit type
is MCBC,
this device
index value
2
BCCH
number
ofSNMP
the interfering
cell
06 LANcarrier
devicefrequency
has sent high
level
trap
indicates
2 database name
07
Mismatch
of
LAN
device
data
in
system
that
the
unit
is
main
switch
(the
value
is
equal
to
or
1 the task in which the error occurred
3
network
colour code of the interfering cell
configuration
greater
thanof
3 number
database occurence
08
Wrong
of(the
LAN
device
in topology
100)
or
extension
switch
value
is less
than 100). For
09 restart password
of the
PCU/BCSU
4
base station
colour
code
of
the
interfering
cell index.
management
data
traditional
units,
the
value
is
the
same
as
the
unit
0A restart of the BTS site
09
Outdated
software
version
in
LAN
device
0D configuration change done by means of an MML
1
Code IP-address
(CIC)
5 circuit
level
ofIdentification
possible
interference
(dB) caused by the
10 DHCP
client released
command
unknown
11
DHCP
client
declines
IP-address
22 update of feature state to PCU
2 neighbouring
PCM
circuit
part
Circuit Identification Code.
cell of the incorrect
12 SNMP
settings
23
blocking
due toare
RNW plan activation
This is 0x65535d, if the environment is T1 (ANSI 1.544
24 deblocking due to RNW plan activation
Mbit/s)
6
signaling
Point
Code
for be
theeither
other aBSC
involved
in the
2
actual
error
code.
It can
DMX
error code
or
1 26
erroneous
file:
updating
plan parameter
changes
error;
a
third
party
error
code,
for
example,
the
number
of
27 updating MOCN objects and parameters
3
timetrap
slot part
of9the
Identification
Code.
with
error
code
theCircuit
actual
SPC
SNMP
PPFILEGX
Password
Policy
Fileis not known and
This is 255d,
if the environment is T1 (ANSI 1.544
therefore
the
PWHISTGX Password History File
Mbit/s)
field
contains
a summary
of fields
2, 3,index
and 4,
it is
3
extra
unit
index
Theprocess
unit
is and
forupdate
LDI
2
family
identity
ofinformation.
the application
whose
1
licence
code identifies
the licence
and it is
returned
by
used
to use.
internal
failed
the
licence
4 distinguish
number
of between
PCM
circuit.
alarms
to separate
For
example,
if the
unit
typerelated
is MCBC,
this index value
management.
unknown
reportedMaximum length of the licence code is
indicates
ABATOR in the PCU plug-in unit
18434
alphanumeric
This
is: unit is main switch (the value is equal to or
cells
that
the
663
CEKTOR
in the
PCU plug-in unit
characters
('0'..'9',
'A'..'Z')
- number
the external
circuit,
if GSW
greater
than
1 licence
codeofidentifies
typePCM
of the
licence
and itand
is
unsubmultiplexed
A
interface
are
used
100)
or
extension
switch
(the
value
is
less
100).
returned
by address of the BCSU where thethan
3
the
logical
PCU
2 Error
licence
expiration warning period. In other words,is
7
codes:
For
thelicence
the
management. Maximum length of the first
located.
number
ofLAC
theunits,
days
- number
of
PCM,
ifsame
GSW
and
0001
is the
not
specified
LAC
to SPC
traditional
theSMUX
value
is to
the
as
themapping
unit index.
supplementary
This
field
is
0xFFFF,
in case
of mcPCU.
the licence
is due
to expire.
Default value of this
submultiplexed
infobefore
info field is 18 alphanumeric characters ('0'..'9', 'A'..'Z')
1
licence
code
identifies
the
and it to
is by
returned
by
field
isA interface
are
0002
SPC
for
theused
LAC
is licence
not
specified
LAC
to SPC
4
additional
error
Error
code
returned
another
4
the
PIU index
ofcode.
the
PCU.
the30
licence
days.
Operator
can
change length of the expiration
mapping
program
2 This
the second
supplementary
info
field uniquely
identifies
field
is the
actual PCUM
index,
case ofcode
mcPCU.
management.
Maximum
length
of theinis
licence
is
warning
period
- PCMCON
record index,
if GSWB
used
info
thefamily.
licence
18with
alphanumeric
W7E
mml
command
0003
Unknown
cell
ID
0000
It
is
an
initial
value
and
is
not
modified
by
another
typeerror
is given
in theof
first
infocheck
field.
5 whose
a general
message
thesupplementary
system. You can
characters
('0'..'9',
'A'..'Z')
- 65535d,
ifnot
thespecified
PCM
circuit
partto
ofSPC
the Circuit
(SPC is
to LAC
mapping info)
program
Maximum
its meaning
Identification
Code
is unknown.
Ininfo
this
case
the
0004
Relation
Initiation
timer
expired
8198
Unit
(SWU)
unit
topology
information
length
ofMeasurement
the second
supplementary
field
is
14
with
a Switching
command
of the
service
terminal
extension
MRS
supplementary
information
fields
5
to
10
are
(Tbbi)
missing
alphanumeric
or in
irrelevant
Initiation
8449(Relation
DHCP
message
isprocedure).
corrupted
characters
('0'..'9',
'A'..'Z')
General
Error
Messages
of
System
0005
Measurement
Relation
Initiation timer expired
8450 DHCP
packet sending
failed
5
time
of the
PCM circuit
in question
(Tbbi)
8451slot
DHCP
sequence
timeout
procedure).
8452(Reset
Incorrect
or missing values in the SWU unit
6
numberSCCP
of theregistration
external PCM
circuit.
0006
failed
topology
This
is 65535d,
if GSW
is used.
0007
Destination
address
unknown (SPC)
information
in
TCSM3i
for combined
BSC3i/TCSM3i
installation
0008
Connection
establishment
to other
BSC failed
ET_PCM means Ater PCM between GSW2KB
Licence management has not been able to
deliver a notification of
the change in the licence or feature data to the
application.
Thus the system cannot utilise the updated
GPRS/EDGE territory size in the normal area of
licence or feature
BTS is below the limit
information.
specified by the BTS specific radio network
parameter 'default GPRS
capacity (CDEF)' or the number of connected
A failure has occurred in updating the Network
GPRS/EDGE channels
Assisted Cell Change
(EGTCH) in the extended or super extended area
feature related SI/PSI messages or neighboring
of the BTS is smaller
cell configuration in
than the number of EGTCHs configured by
the BSC.
The
BSC has noticed an inter-BSC connection
operator.
failure
leading
to excessive
The BSC
has not
been able to add more radio
Network assisted cell change cannot be
uncontrolled
interference
channels to the
territory in the DFCA TRXs of
executed. The packet data
the
cellthe
due
to the lack
within
informing
delay of this alarm (180
transfer outage during the cell reselection is
of
up-to-date
knowledge
on some of the remote
seconds).
The
BSC's
ability
In
orderwhen
to achieve
longer
the MSthe best system performance,
interfering
cells.
to
transfer
GPRS/EDGE
traffic
in the BTS has
Ethernetbecommunication
cannot
assisted by the network.
been
reduced
or
totally
parameters (speed & duplex mode, for example,
prevented.
"100 mbps full duplex")
1 feature code associated to the changed licence.
Feature code identifies the feature. Feature is owned
by
application. Application is notified of the change in
feature
1 identification of the BCF
information.
Feature code is generated by a specific tool and it is a
2 identification of the BTS
unique Nokia
wide number (any value between 1 and 4284967295).
3 indicates whether the alarm is active in normal (0),
1 the task in which the error has occurred
extended (1)
2 status of the notification attempt. It is a general error
or super extended (2) area of the BTS
01 of
Request to encode rejected NACC-related SI
code
messages.
the system set by either licence or feature
4 identification of the TRX
02 Request to encode rejected NACC-related PSI
management.
1 signaling point code that has become unreachable
messages.
You can check its meaning with a command of the
5 territory type used in the BTS
03 System
Information message update of the failed
service
terminal
2 number
of DFCA hopping BTSs that are experiencing
PCU.
extension
MRS
(see Service Terminal Essentials in
excessive
6 index of the BCSU controlling the PCU
04 Packet System Information message update of the
customer
uncontrolled interference from a remote neighbour cell
1
thePCU.
0-based index
of theGeneral
Ethernet
interface
whereofthe
failed
documentation)
or from
Error
Messages
behind
7
PCU's plug-in unit index.This field is 0xFF in the case
communication
05
Neighbouring
celldocumentation.
configuration request has been
System
in
customer
a broken inter-BSC connection
of mcPCU.
parameters could not be restored
rejected.
3
numberamount
of DFCAofhopping
TRXs that
are experiencing
8
GPRS/EDGE
channels
in the
2 current
the error
that
occured
during
setting
of the
logical
address
the
BCSU
where
is link
1
function
unit
type ofofthe
first
endpoint
ofthe
thePCU
broken
excessive
territory
or
current
configuration.
located.
uncontrolled
interference
from a remote
neighbour
cell
amount
of connected
GPRS/EDGE
channels
in
Possible
This
field values:
is 0xFFFF,
case
PCUM. of the broken
2
function
unit
index
ofinthe
firstofendpoint
behind
extended
or
super
extended
1 - invalid LAN interface (LAN interface not installed)
linka
broken
inter-BSC
connection
area
the
BTS,
depending
on the cell area for which
2 PIU
-of
illegal
configuration
3 the
index
of the PCU.(configuration exceeded
the
alarm
is
1
SCTP
Payload
Protocol
Identifier
capabilities)
This
fieldunit
is the
index.
3
plug-in
typeactual
of thePCUM
first end
of the
broken
link
4 active
number
of STANDBY
DFCA
BTSs
that
would
0 - SGsAP
[3GPP
TS 29.118]
experience
excessive
1 - IUA
4
the
segment
identification
(SEG_ID)
of[RFC3057]
the segment
4
plug-in
unit
index
of the first
end
ofinthe
interference
from
a remote
neighbour
9 uncontrolled
amount
of GPRS/EDGE
channels
thebroken
defaultlink cell
2 - was
M2UA
[RFC3331]
which
behind
territory
or amount of
3 - M3UA
[RFC3332]
1
feature
code
identifying
the
feature
be
5 processed.
interface
number
inconnection
the first
endpoint
of
theswitched
broken
link
a
if they
were
configured
GPRS/EDGE
channels
in(application)
extended
ortosuper
4broken
- SUA inter-BSC
[RFC2960]
notified.
to
DFCA
hopping
extended
area
of
5 - M2PA
[RFC2960]
This
is generated
byfirst
a specific
toolis and
it is
a the
If
thefield
plug-in
unit type of
endpoint
AHUB3_A,
the
the
alarm
is
6 - BTS,
V5UAdepending on cell area for which
[RFC2960]
unique,
complete
active
7 - H.248
[H.248]
Nokia
-wide
number
a decimal
value name
between
of possible
value
and
mapping
of(application)
interface
5
number
of TRXs
thatreceiving
would
experience
excessive
1 list
feature
code
identifying
the
feature
to be
8 - BICC/Q.2150.3
1
and
4284967295
can
be
found
uncontrolled
10
cause
value
notified.
[Q.1902.1/Q.2150.3]
from
thisnot
list:found
interference
from a
neighbour
cell
behind
a it
1
The
feature
code
is remote
generated
by a specific
tool and
9:-TRX
TALI
[RFC3094]
2
the
maximum
limit0/1
value defined as a sum of installed
07D1
FI
interface
broken
2
:
TRX
blocked
is a10unique,
- DUA
<draft-ietf-sigtran-dua-03.txt>
capacity
07D2
FI
interface
0/2receiving
inter-BSC
connection
if the theaBTS
where
they reside
3
: BCSU
switchover
Nokia
-wide
number
decimal
value
[Ong]
1
slot
position
number
of the
plug-in
unit the
in the
type
licence
increments.
Thefaulty
licence
is identified
by the
07D3
FI
interface
0/3received
were
4
:
ABIPRB
has
not
an
answer
from
between
1
and
4284967295
11 - ASAP
<draft-ietf-rserpool-asap-03.txt> PCU
cartridge.
first07D4
FI interface
0/4
switched
to
DFCA
hopping
5
:
RRMPRB
has
not
received
an
answer
from
ABIPRB
[Ong]
0xFF
means
that
the
slot
position
number
is not
supplementary
information
field. The
second
FI has
interface
0/5
6
: PCU
not
found
applicable
PCUPCM
2 07D5
the
limit
value
defined as
a sum ofchannels
installed
12
- maximum
ENRP
<draft-ietf-rserpool-enrp-03.txt>
available
supplementary
07D6
FI
interface
0/6
7
:
PCU
has
not
received
an
answer
from
RC0PRB
capacity
type
[Ong]
information
field
can
receive,
inanprinciple,
any value
as
07D7
FIincrements.
interface
0/7
8
: RC0PRB
has
not
received
from
1 identifier
of
the
protection
group
in
question
licence
The
licence
isanswer
identified
bySWICOP
the first
- H.323
[H.323]
2 13
plug-in
unit
index
of
the
faulty
plug-in
unit
in
the
specified
capacity
units
starting
from
1,
the
highest
07DA
FI
interface
0/10
9
has notinformation
found applicable
DSP
resources
supplementary
field. The
second
14: PCU
- Q.IPC/Q.2150.3
cartridge
value
being
07DB
FI interface
0/11
10:reason
RC0PRB
received
aofconnection
error
from
2
the
for has
the mismatch
the SONET
APS
supplementary
[Q.2631.1/Q.2150.3]
4284967295.
The
second
supplementary
information
07DC
FI
interface
0/12
SWICOP
configuration.
information
field can receive, in principle, any value as
254
- IWFof the
3
number
faulty
DSP (0...7)
field
will have
07DD
FIreasons
interface
0/13
11:
Possible
are:
specified
1 a
Packet
Service
Entity
Identifier.
value
only
if
each
of
the
possible increments of this
07DE
FI
interface
0/14
12:
architecture
capacity
units mismatch
starting
from 1, together
the highest
200
M3UA:
Packet
Service
Entity
groups
the value
PCUsbeing
of a
licence
has
07DF
FI
interface
0/15
13:
01
switching mode mismatch
4284967295.
NSE
(Packet
a
maximum
limit
value
07E0
FI
interface
0/16
14:
PCU
has
tried
to
reserve
a
PCUPCM
channel
from
The
second
supplementary
will contain
the
association
set toPooling))
which information
theand/or
association
belongs
Control
Unit
(PCU2)
thefield
Network
07E1
FI
interface
1/1
the
EDAP
area
a
value only
Service
Entities
3 07E2
capacity
warning 1/2
limit set by the application process.
FIofinterface
15:
ifH248:
each
the possibleGb).
increments
of IP
thisis licence
has a
Note that if the PCU belongs to a Packet Control This
of
a
PCU
(Multipoint
Gb over
not in use,
field
07E3
FI
interface
1/3
16:
EDAP
connections
notIfready
maximum
Pool the whole pool
the
value
of the
is 0xFF.
indicates
that
thefield
capacity
usage level has reached a
07F3
FI interface
2/3
17:
limit
value
MGW
index in MSS. Virtual MGW index in MGW
may be out of use.
critical
0801
18: FI interface 3/1
2 value
Packet
Unit
in Control
the network
element. The capacity usage level
0804
FI
interface
3/4Identifier.
19:
IWF:
A
BSC
internal
identifier
values
03E9
BI interface 0/1 of the logical PCU. System
20: can,
gives
this
in
principle,
receive
any value
03EA
BI interface
0/2
21:
Unsupported
territory
type starting from 1, the
IWF
connection
priority
identifier
when
the
PCU
logical
objectoverstepped
is created. in the
highest
value
03EB
BI
interface
0/3
22: Maximum GPRS/EDGE capacity
being
03EC 4284967295
BI interface 0/4
PCU
SGsAP:
03ED
BI interface
0/5 during PSW territory upgrade
23: Invalid
data noticed
must be set to optimum values using MML
Connection supervision has detected possibly
commands from QH command group.
broken link between
Once these values are set they must be
internal LAN elements. Setting and cancellation
automatically restored each
of this alarm during
time a computer unit is restarted.
restart phase is normal behaviour. The alarm is
Establishing a connection using the SCTP
set when SNMP LinkDown
primary
path has failed.
If the communication
parameters cannot be
TRAP is sent by SWU if some port went down,
restored, the performance of
and it is cancelled when SNMP
The
use of a secondary
path causes
a distorted
the exchange
might be reduced
because
the
LinkUp TRAP is sent by SWU if the port is up
traffic
load in thespeed
site might be
communication
Warning
limitare
concerning
capacity licence usage
again.
Ports
going down
and
backbone
network
elementsiscompared
less
than optimal.
This situation
caused byto the
has been
reached.
and
up in unit
restart phase.
designed
load profile.
some
hardware
problems
The application process which uses the licenced
(for
example,
failure of the Ethernet device,
capacity
type
That's
why
it isfeature
not necessarily real fault when the
Ethernet
cable
failure,
has observed
that
the capacity usage level has
alarm
is
set
for
The
maximum
capacity
value
a critical
Ethernet
replaced
with of
another
onefeature
with
reached
adevice
critical
a
link
whose
other
end is connected to a host unit
has
been
reached.
lower
capabilities).
value.
Asfunctional
a result, the application process raises
and
The the
application
process which uses licenced
this
alarm.
is host is not WO-EX or SP-EX. In
unit
state
ofItthat
capacity
type
feature has parameters cannot be
When
the
communication
an indication
thatfault
the operator should increase
other
cases
real
observed
that
its capacity
usage level has
restored
after
the
restart
of
The
PCU2
has
not
been
able
to link
recover
a
the
available
capacity.
is
possible
and
the
broken
LAN
may from
prevent
reached
theunit,
maximum
value
a
computer
this
alarm
is generated.
digital
signal
processor
or
reduce
the
traffic
in
as defined by the associated licence. As a result,
(DSP)
failure.
the
LAN.
the internal
application
process raises this alarm. This alarm indicates
Due to the failure, the signal processor and the
The
system
has detected a mismatch in the
that the
operator
data channels
configuration
of the
should increase
the available capacity.
handled by it are out of use.
synchronous optical network's (SONET)
automatic protection switching
(APS). There may be disturbances in the
All Network Service Entities of a multipoint Gb
automatic protection switching or
PCU are unavailable.
the automatic protection switching is completely
Cells connected to the PCU have lost General
prevented.
Packet Radio Service.
The PCU cannot select an SGSN based on the
NRI masked out from
a local TLLI.
The NRI is missing from the PCU's Network
Service Entity
In Multipoint Gb configuration NRI is masked out
configuration. PCU dumped the received uplink
from local TTLI to
LLC frame.
select a correct SGSN.
This is a summary alarm of previous NRI
configuration error alarms.
A Network Service Entity of a Multipoint Gb PCU
There has been over 16 unknown NRIs. The
is out of use
NRIs are missing from
because SGSN side does not support EQoS.
PCU's Network Sercie Entity configuration.
PCU will not select this SGSN during load
sharing.
Normal
load
of security
events exceeded.
PCU has
dumped
the received
uplink LLCThis
means
security
frame(s)that
because
it has not
The SGSN does not support either the Packet
reporting
exceptionally
highPCU
loadwill
of security
been ablegets
to select
the SGSN.
not set
Flow Context (PFC)
events.
Reason
more NRI
procedures or Packet Flow Context (PFC) flow
for
that can beerror
eg. some
misconfiguration
configuration
alarms
until the
amountorof
Security
reporting has
received
unsuccessful
control procedures
security
threat.is less
active
alarms
events
or
both.over defined limit.
than
16.
This means
that security reporting gets
exceptionally high load of
unsuccessful security events. Reason for that
This alarm indicates that one PCU of the Packet
can be eg. some
Service Entity (PSE) has
misconfiguration or security threat.
not responded to the BSC after the SGSN has a
changed IP endpoint
configuration in the NSE. When this alarm is
A failure has occurred in updating feature specific
displayed, the performance
data to the packet
of the Gb interface may have decreased,
control unit (PCU). Load balancing with network
because the PCU in question may
controlled cell
not be working properly.
reselection (NCCR), Packet Control Unit (PCU2)
The system has received an indication that the
Pooling, and/or data
far end of the protected
transfer in inter-PCU cell reselection are/is not
transmission network is no longer receiving the
functioning in
automatic protection
the cells connected to the PCU.
switching related request that has been sent, or
The PKI Certificate used by IPSec has not
the far end considers
reached its validity period
the received request to be invalid. An invalid
yet. The system will block IP traffic to and from
code is either an unused
remote peers
code or one that is irrelevant for the specific
authenticated with this certificate.
The
PKI Certificate
used by IPSec will expire
operation
or mode of
within
timeThere
limits defined
operation.
may be disturbances in the
to
guard the
validity of this certificate.
automatic
protection
switching, or the automatic protection switching is
When
a certificate expires, the system will block
completely
The PKI Certificate used by IPSec has (already)
IP
traffic to and from
prevented.
expired.
remote peers authenticated with this certificate.
The system blocks IP traffic to and from remote
peers authenticated with
Renewing PKI Certificate via automatic
this certificate.
enrolment failed.
When a certificate expires, the system will block
IP traffic to and from
remote peers authenticated with this certificate.
1 Packet Service Entity Identifier.
Packet Service Entity groups together the PCUs of a
NSE (Packet
Control Unit (PCU2) Pooling)) and/or the Network
Service Entities
1 Packet Service Entity Identifier.
of a PCU (Multipoint Gb). If Gb over IP is not in use,
Packet Service Entity groups together the PCUs of a
the value of the field is 0xFF.
NSE (Packet
Control Unit (PCU2) Pooling)) and/or the Network
2 Packet Control Unit Identifier.
Service Entities
1 APacket
Serviceidentifier
Entity Identifier.
BSC internal
of the logical PCU. System
of a PCU (Multipoint Gb). If Gb over IP is not in use,
Packet
gives
this Service Entity groups together the PCUs of an
the value of the field is 0xFF.
NSE
(Packet
identifier
when the PCU logical object is created.
Control Pool) and/or the Network Service Entities of a
2 Packet Control Unit Identifier.
PCU
3
Logical
Identity.
1 Temporary
threshold
limit
forLink
event
per second,
which
AisBSC
internal
identifier
of load
the logical
PCU. System
(Multipoint
Gb).
If Packetidentifier
Control which
Pool and
Multipoint
The
received
temporary
unambiguously
causes
alarm,
gives this
Gb
are
identifies
when
exceeded
identifier
when the PCU logical object is created.
notlogical
in use,link
thebetween
value of GPRS
the fieldmobile
is 0xFF.
the
station and
serving GPRS
1
name
of
the
security
counter,
which
causes
2 support
Network
Service
Entity
Identifier
of the
unavailable
node
(SGSN)
within
one
routing
areaalarm.
in the
NSE.
logical link
2 control
threshold
for unsuccessful
event load
per half
NSEI
is(LLC)
anlimit
identifier
that has end-to-end
significance
level.
minute,
across
which
causes
alarm,
when exceeded
the
interface.
4
Resource
Identifier.
1 Network
PIUGb
index
of the PCU
Identifier of the unknown NRI.
3
the optional
feature not supported by
2 Status
networkindicates
service entity
identifier
the NSE.
1 the
in which
the errorProcedures
occurred and
explanation:
01 task
Packet
Flow Context
notits
supported
02 PFC Flow Control Procedures not supported
01
load
reportFlow
distribution
delivery failed
03PS
Both
Packet
Contextlist
Procedures
and PFC Flow
Load balancing with NCCR is not working correctly
Control
Procedures
supported
1 identifier
of thenot
protection
group in question
02 Send PS load report command failed
Load balancing with NCCR is not working correctly
03 PCU IP address delivery failed
1 ascii
identifying
the certificate
(by name)
Load string
balancing
with NCCR,
Packet Control
Unitin the
network
(PCU2) Pooling, and
element
key database
data transfer
in inter-PCU cell reselection are not
working
1 correctly
ascii string identifying the certificate (by name) in the
network
04
Data transfer
inter-PCU cell reselection specific
element
key database
information
delivery failed Packet Control Unit (PCU2) Pooling and
1 ascii
string identifying
the certificate
(by name)
in the
data transfer
in inter-PCU
cell reselection
are not
network
working
element
correctlykey database
NS-VL's
failed
one PCU(by
of the
packet
105ascii
stringcreation
identifying
theincertificate
name)
in the
service
entity
network
(PSE). Packet
Control Unit (PCU2) Pooling is not
element
key database
working correctly
2 error code indicating why the operation failed:
06 MOCN Operator object delivery to PCU failed.
0x0001 = IP Security not activated in the unit executing
07 MOCN Operator pool object delivery to PCU failed.
the
automatic enrolment
0x0002 = No response from certificate enrolment point
2 the plug-in unit (PIU) index of the PCU. This field is
0xFF
0x0003 = CMP pre-shared key not valid
in the case of mcPCU.
0x0004 = Key update to network element internal key
The IP Security feature has encountered an
unrecoverable malfunction.
1 ascii string containing implementation-level information
of the
reason for the malfunction
The IUA (ISDN Q.921 User Adaptation Layer) is
unable to distribute
a signalling message due to an error in the
contents of the message.
The signalling message has come over an SCTP
The saving buffer of charging data is filling up.
(Stream Control Transmission
The saving buffer
Protocol) association.
may be full because the charging data cannot be
sent to post-processing
The signalling message is deleted, which means
or because there is a telecommunication line
The
Diameter connection
has failed or the
that signalling
traffic
overload.
connection
is disturbed.isIflost.
the alarm concerns IUA, this
The
resultdisturbances
depends on in
the interface type. The
indicates
network
element
D-channels
usingwill
this SCTP association.
automatically try to re-establish the connection.
Two paths to each SCTP association are
normally created in
the SCTP association establishment. If either of
the paths fails,
this alarm is set. If the primary path fails,
The Packet Control Unit has detected an error in
the traffic is automatically transferred via the
the IP configuration.
secondary
The Network Service layer of Gb-interface could
path and the traffic is not affected. If the
not be configured
secondary path fails,
between the Packet Control Unit and the SGSN.
The
system
has detected
the incoming
the traffic
continues
via thethat
primary
path normally
synchronisation
signal is
and only the
defective
missing. The
fault does not affect the
redundantorconnection
is lost.
traffic
of
When capacity
the first supplementary
field indicates
the
network
element.
M3UA,
IUA
or
SGsAP:
The incoming signal with this particular SDH
This alarm
can beThere
set and is on only if the
interface
is missing.
If
all the incoming synchronisation signals are
association
are disturbances in the traffic of the SDH
faulty,
the system
is active
at link
the in
SCTP
layer, i.e. the state of the
transmission
question,
will
synchronise itself according to the signal
association
or the traffic has been completely prevented.
The
receives
frames which
have
generated
by the
is SDH
otherinterface
than
down
when checked
with MML
an
incorrect
frame
pattern
oscillator
of
the
ATM
interface
board.
commands such as OYI
(A1
A2That
bytes).
There are
and and
OYV.
is because
thedisturbances
path state is in the
traffic
of theinside
SDH an
supervised
transmission
link, or the
traffic has been
active
association
SCTP.
The SDH
interfaceby
receives
frames which have
completely
prevented.
If
the
SCTP
association
goes down, alarm
an incorrect AU
3379
is canceled.
(Administrative
Unit) pointer. There are
When an association
disturbances
in the trafficgoes
of down abnormally,
then
alarm
3159
the SDH transmission link in question, or the
The
SDH interface
an MS-AIS alarm
(SGsAP
3751)completely
isreceives
set and meanwhile
traffic
has been
(Multiplexer
Section Alarm
3379
is
canceled.
prevented.
Indication
Signal)
signal.procedure,
The signalno
is cut,
or
In graceful
shutdown
alarms
faulty
been
shouldframes
remainhave
for the
received
on once
the SDH
transmission
link. There are
association
alarm
3379an
is MS-RDI
canceled.
The SDH interface
receives
traffic
disturbances
on becomes active again
When
the
association
(Multiplex Section-Remote Defect
the
SDH
transmission link, or the traffic is
later
on, this
Indication)
signal. The signal is cut on the SDH
completely
congested
on the
alarm is set
again
transmission
link,
or if there is a failure for a path
link.
with
the
faulty frames are received. There are
new
association.
disturbances
in the traffic of the
SDH transmission link in question, or the traffic
The
alarmcompletely
indicates a failure in the working SCTP
has been
association. The
prevented.
system possibly takes into use an alternative
path or the
alternative path is lost.
1 error type of the incoming erroneous IUA message.
Possible
values are:
01 Invalid IUA version
02 Invalid interface identifier
03 Unsupported IUA message class
04 Unsupported IUA message type
05 Unsupported interface identifier type
1 06
theInvalid
destination
index.
Each destination has one unique
stream
identifier
index.
07 Erroneous IUA message length
08 Erroneous IUA protocol data length
2 09
theIUA
connection
protocolindex.
data does not exist
1 SCTP Payload Protocol Identifier:
3
the
interface
of the
connection
2 00
number
of thetype
SCTP
association
SGsAP
[3GPP TS 29.118]
1 = Rf interface for transferring offline charging data
01 IUA
between
3 02
number
of the D-channel
M2UA
the network element and the post-processing
03 M3UA
1
Packet
Service
Entity values
Identifier.
system.
4 04
IUASUA
version.
Possible
are:
Packet
Entity
UsedService
by SGSN
onlygroups together the PCUs of a
05 M2PA
NSE
2
=(Packet
Sh interface for transferring subscriber-specific
01
06 Release
V5UA 1.0
Control Unit (PCU2) Pooling)) and/or the Network
information
07 H.248
Service
Entities
between
application
server
andare:
the IP multimedia
5
IUA
message
Possible
values
1 08
interface
idthe
of class.
the
SDH/ATM
interface
BICC/Q.2150.3
of a PCU (Multipoint Gb). If Gb over IP is not in use,
register.
09 TALI
theUsed
valuebyofSGSN
the field
is 0xFF.
only
(MGMT)
message
2 00
portManagement
number of the
SDH/ATM
interface in the interface
10
DUA
4
=
S6a
interface
between
MMEState
and HSS
or HLR
03
Application
Server
Process
Maintenance
board
11 ASAP
2
Service Entity
Identifier.
8network
= S13message
interface
between
MME and EIR
(ASPSM)
ENRPid of the SDH/ATM interface
1 12
interface
The
Service
Entity
groups
together
16
=Network
S6d interface
between
SGSN
and
HSSthe
or HLR
04
Server
Process
Traffic
Maintenance
13 Application
H.323
Network
Service
32 = SLg
interface between MME and GMLC
(ASPTM)
message
Q.IPC/Q.2150.3
2 14
port
number
of the
interface
in
the interface
Virtual
Links
that
provide
communication
between
64
=Q.921/Q.931
Ro
interface
forSDH/ATM
transferring
online
charging
data
05
Boundary
Primitives
Transport
15
Diameter
board
the same
NS entities. NSEI is an identifier that has endbetween
(QPTM)
message
254 IWF
to-end
the network
element
and the
online charging system
1 interface
id of the
SDH/ATM
interface
3
fault
is detected
on:the
significance
across
Gb
interface.
6
IUA
message
type.
The
meaning
of the message
type
2 01
path
identifier.
This parameter
indicates
which path
has
the
optical
module
of
the
SDH
interface
Note!
If
the
connection
is
for
multiple
interface
types,
depends
2
port number of the SDH/ATM interface in the interface
failed:
02
themessage
framer
the Identifier.
SDH
interface
3
packet
ControlofUnit
the
values
on
the
class.
Possible
values for message
board
A
BSC
internal
of the S6a
logical
PCU.
system
are
summed
up.identifier
For example,
and
S13The
together
class
0
are:
primary
path failure
1 01
interface
gives
will
bethis
12. id of the SDH/ATM interface
02 secondary path failure
identifier
00 Error when
(ERR)the PCU logical object is created.
2 01
portNotify
number
of the SDH/ATM interface in the interface
(NTFY)
3
first additional
information field. This field contains the
board
4 02
A status
that identifies
the reason for unavailability:
TEI
Status
Request
following information
protocol by protocol:
4
this
is
a
system-level
error
03
TEI
Status
Confirm
1 interface id of the SDH/ATMmessage
interfacedisplaying the
3
number
ofcannot
the Indication
path
on which
the
loss of by
AUthe
pointer
01
PCU
resolve
the IP
address
host
cause
of
the
04
TEI
Status
for SGsAP protocol:
occurred
name
of
the
Network
transfer
path
change.
You
can
check
its
meaning
with a
2 port
number ofindex
the SDH/ATM interface in the interface
association
Service
Virtual
Link.
command
of
Possible
values
for
message
class
3
are:
board
the service terminal extension MRS (see Service
for
IUA protocol:
1
interface
id (ASPUP)
of the SDH/ATM interface
Terminal
Essentials,
01
ASP
Up
association
number
Maintenance
or in General Error Messages of
02 ASP DownManual)
(ASPDN)
2 03
portHeartbeat
number of(BEAT)
the SDH/ATM interface in the interface
System,
for M3UA protocol:
board
Supplementary
References
04association
ASP Up Acknowledgement
(ASPUP ACK)
set index
05 ASP Down Acknowledgement (ASPDN ACK)
06
Heartbeat
Acknowledgement (BEAT ACK)
for H248
protocol:
MGW index in MSS. Virtual MGW index in MGW
Possible values for message class 4 are:
for IWF protocol:
01IWF
ASPconnection
Active (ASPAC)
priority
02 ASP Inactive (ASPIA)
03
ASP Active
Acknowledgement (ASPAC ACK)
for Diameter
protocol:
04PATH
ASP Inactive
Acknowledgement (ASPIA ACK)
ID in Diameter.
The SDH interface receives an TU-AIS (Tributary
Unit - Alarm
Indication Signal) signal. Frames with a faulty TU
pointer have been
detected on the SDH transmission link. There are
The SDH interface receives an LP-RDI (Lower
disturbances in the
Order Path-Remote Defect
traffic of the SDH transmission link in question, or
Indication) signal. There are disturbances
the traffic has
in the traffic of the SDH transmission link in
been completely prevented.
question, or the traffic
Associated data has degraded in the sense that
has been completely prevented.
the signal degrade
(SD) condition is active in the SDH transmission.
There are disturbances
in the physical layer traffic flow of the SDH
The threshold for errors in the SDH signal has
transmission.
been exceeded. There is a
Signal Fail (SF) condition in the SDH
If SD is detected on the multiplex section level
transmission link in question and
and multiplex section
the traffic has been completely prevented. The
The
network
interface
receivesswitching
frames whose
protection
is in
use, protection
should
Bit Errors Ratio (BER)
ATM
cells cannot
be
take place
if
threshold for SF can be checked with MML
recognized.
Thererequests
are disturbances
no higher priority
are active.in the traffic
command.
of the SDH
transmission link in question, or the traffic has
The SDH interface has received an HP-RDI
been completely
(Higher Order Path-Remote Defect
prevented.
Indication) signal. Frames with a faulty AU
(Administrative Unit) pointer
have been detected on the SDH transmission
The SDH interface receives an AU-AIS
link. There are disturbances
(Administrative Unit - Alarm
in the traffic of the SDH transmission link in
Indication Signal) signal. Frames with a faulty AU
question, or the traffic
pointer have been
has been completely prevented.
detected on the SDH transmission link. There are
The alarm indicates that the GPRS/EDGE load of
disturbances in the
PCU in Packet Service
traffic of the SDH transmission link in question, or
Entity (PSE) has risen over the threshold defined
the traffic has
by the user.
been completely blocked.
The Dynamic Abis pool (DAP) and segment
The eXtensive Markup Language (XML) event
resources in the PSE need to be
file buffer is full. The BSC
reallocated by adding a new PCU into the PSE or
buffers the XML event files if it is not possible to
by using manual
send them to NetAct
reallocation or by using automatic reallocation.
fast enough or if the connection between the
The system has detected a failure in the
BSC and NetAct is down.
hardware block of the plug-in
If a connection cannot be established after
unit in an ATM interface. The failure was detected
several retries and there is
on the basis of two
an overflow in the xml event file buffer, this alarm
consecutively failed supervision tests, or on the
SSL/TLS
protocol layer implementation has
is set.
basis of a serious
encountered a malfunction.
malfunction in the operating device. The plug-in
When this alarm is issued, the event files stored
unit is defective and
to the buffer are lost,
cannot perform all the tasks defined for it.
which
means
radio network
CPU has
beenthat
damaged.
When configuration
the alarm is set,
upload
is
needed
to
restore
the respective FRU is
the
synchronisation
between the BSC and NetAct
probably
faulty.
Radio Access Configurator
(RAC).
1 interface id of the SDH/ATM interface
2 port number of the SDH/ATM interface in the interface
board
1 interface id of the SDH/ATM interface
3 number of the SDH high order path corresponding to
the
2 port number of the SDH/ATM interface in the interface
lower order path
board
1
of the
interface
4 interface
number ofidthe
pathSDH/ATM
from which
the TU path ais signal
3 number of the SDH high order path number
was received
corresponding to the
2 port number of the SDH/ATM interface in the interface
lower order path
board
1
interfaceofidthe
of the
SDH/ATM
interface
4 number
SDH
Low order
path in question
3 indicates the level where the defect has been detected
01 multiplex section
2 port number of the SDH/ATM interface in the interface
02 higher order path
board
1
of the
SDH/ATM
interface
4 interface
number ofidthe
higher
order path
in question
3 errors are detected in:
01 multiplexer section
2 port number of the SDH/ATM interface in the interface
02 path level
board
1
of the
SDH/ATM
interface
4 interface
number ofidthe
SDH
path in question
3 number of the path on which the loss of cell delineation
occurred.
2 port number of the SDH/ATM interface in the interface
This is valid only if the transmission link is based on
board
SDH
1 interface id of the SDH/ATM interface
3 number of the SDH path in question
2 port number of the SDH/ATM interface in the interface
board
1 packet service entity identifier
3 number of the path on which the loss of the AU pointer
occurred
2 logical address of the BCSU. This field is 0xFFFF in
the case of
mcPCU.
1 the connection type (FTP/FTAM) used in file transfer
between NetAct
3 PIU index of the PCU. This field is the actual PCUM
and the BSC.
index in the
case of mcPCU.
1 interface id of the SDH/ATM interface
4 indicates use of automatic reallocation.
2 This
port field
number
of is
the
SDH/ATM
the interface
value
TRUE
when interface
automaticinPCU
pool
board
reallocation
in use
while
alarm raised
and automatic PCU
1 isascii
string
containing
implementation-level
information
3
the hardware
block in which the failure was detected:
reallocation
can
of the
take
thisfor
PCU
account in its execution. Field value
reason
the pool
malfunction
01 SAR
hardware
FALSE
means
02
STM-1reallocation
hardware was not active that time or this
automatic
1
type
of field replaceable unit
PCU
pool
4 requires
the exactmanual
error code
the reallocation.
hardware block
test.PCU
PCUofpool
Check
2
number
of the
cabinet in which the plug-in unit is
Possible
pool
typereasons
with
MML
located
for
STM-1 FXL.
hardware HW_BLOCK are:
command
3 01
number
the
shelf inunplugged
which the plug-in unit is located
Opticofsfp
module
02 Optic sfp module fault
4 slot number of the FRU
5 module type of the FRU ( e.g. AMC )
6 module number for ipmc OR index of amc
7 sensor number
CPU does not work properly. When the alarm is
set, the respective
FRU is probably faulty or unreliable.
On BMPP2-B plug-in unit, this alarm can be also
set
Fan unit has been damaged. The FRUs located
due to the unexpected flash bank switchover.
in this cabinet might be
damaged due to a rising temperature in the
cabinet.
1 type of field replaceable unit
This alarm indicates if the UPA PH3 configuration
provides different
results on the ICA legs of the same parallel
alerting service.
5 module type of the FRU ( e.g. AMC )
3 number of the shelf in which the plug-in unit is located
Temperature of a FRU is not within the permitted
range. The FRU which
detected the fault might get damaged due to the
rising
temperature. Alarm can also be set if the
Voltage supplied to the unit is not within the
temperature is too low.
permitted range. The unit
detected with the fault might be faulty. When the
When the alarm is set, the FRU is possibly faulty
alarm is set, the FRU
or unreliable.
is possibly unreliable.
Voltage converted in the FRU is not within the
permitted range. The FRU
detected with the fault might be faulty. When the
alarm is set, the FRU
is possibly faulty or unreliable.
Voltage converted in the FRU (field replaceable
unit) is not within
the permitted range. The FRU detected with the
fault may be faulty.
when the alarm is on, FRU is possibly out of
A power supply does not work properly. Possibly
order or unreliable.
a fuse is blown or
a plug-in unit or voltage source is faulty.
7
sensor
1
of number
field
5 type
module
typereplaceable
of the FRU (unit
e.g. AMC )
Voltage (-48 V) supplied to the FRU (field
replacement unit) is not
within the permitted range. The FRU detecting
the fault may be faulty.
When the alarm is on, FRU is possibly out of
Temperature of a FRU is not within the permitted
order or unreliable.
range. The FRU which
In this case, other HW alarms concerning voltage
detected the fault might get damaged due to the
problems might occur.
rising
temperature. This alarm can also be set if
Temperature of a FRU is not within the permitted
temperature is too low.
range. The FRU which
When the alarm is on, it is possible that the FRU
detected the fault might get damaged due to the
does not work at all
rising
or it works unreliably.
temperature. Alarm can also be set if the
LAN device integration SNMP mediator has
temperature is too low.
detected too many TRAPs of the
When the alarm is set, the FRU is possibly faulty
same type created continuously by the same IP
or unreliable.
address. Incoming TRAPS are
filtered out from the particular IP address.
A malfunction or a configuration error in the unit
sending SNMP TRAPS
might exist.
2 number of the cabinet in which the plug-in unit is
located
1 type of field replaceable unit
3 number of the shelf in which the plug-in unit is located
2 number of the cabinet in which the plug-in unit is
4 slot number of the FRU
located
6 module number for ipmc OR index of amc
4 slot number of the FRU
8
identification
for in
thewhich
sensor
2
of thename
cabinet
the of
plug-in
6 number
module number
for ipmc
OR index
amc unit is
located
7
1 sensor
type of number
field replaceable unit
3 number of the shelf in which the plug-in unit is located.
In DX this fieldname
is notfor
filled
8
thewhich
sensor
2 identification
number of the cabinet
in
the plug-in unit is
located
4 slot number of the FRU. In DX this field is not filled
1 type of field replaceable unit
3 number of the shelf in which the plug-in unit is located
5 module type of the FRU ( e.g. AMC )
2 number of the cabinet in which the plug-in unit is
4 slot number of the FRU
located
6 module number for ipmc OR index of amc
1
of field
5 type
module
typereplaceable
of the FRU (unit
e.g. AMC )
3
of the shelf in which the plug-in unit is located
7 number
sensor number
2
of the cabinet
in which
the of
plug-in
6 number
module number
for IPMC
or index
AMC unit is
4
slot
number ofname
the FRU
8
identification
for the sensor
located
7
1 sensor
type of number
the
replaceable
unit
5
module
typefield
of the
FRU ( e.g.
AMC )
3 number of the shelf in which the plug-in unit is located.
Itidentification
is possible that
thisforinformation
is not available in DX
8
thewhich
sensor
2
of thename
cabinet
in
the of
plug-in
6 number
module number
for IPMC
or index
AMC unit is
located
4 slot number of the FRU.
7
1 Itsensor
type
of number
field replaceable
unit
is possible
that this information
is not available in DX
3 number of the shelf in which the plug-in unit is located
8
name
for in
thewhich
sensor
2 identification
number type
of theof
cabinet
the plug-in
unit is
5
module
the FRU
( e.g. AMC
)
4 slot number of the FRU
located
6
number
for IPMC or unit
index of AMC
1 module
type of the
replaceable
5
module
typefield
of the
FRU ( e.g. AMC )
3 number of the shelf in which the plug-in unit is located.
Itsensor
is possible
that this information is not available in DX
7
number
2
of the cabinet
in which
theofplug-in
6 number
module number
of IPMC
or index
AMC unit is
located
4
number ofname
the FRU.
8 slot
identification
for the sensor
7
1 Itsensor
type
of number
field replaceable
unit
is possible
that this information
is not available in DX
3 number of the shelf in which the plug-in unit is located
8
name
of the
sensor
2 identification
number type
of theof
cabinet
in (which
the plug-in
unit is
5
module
the FRU
e.g. AMC
)
4 slot number of the FRU
located
6
for
ipmc OR index of amc
1 module
number number
of TRAP
type
5
module
type
of the
FRU (e.g. AMC)
3 number of the shelf in which the plug-in unit is located.
0 Cold Start
In
this number
7 DX
sensor
1 Warm
Start of IPMC or index of AMC
6 module
number
field is not filled
2 Link Down
8 identification
3 Linknumber
Up name for the sensor
7 sensor
4 slot number of the FRU. In DX this field is not filled
4 Authentication Failure
5 EGP Neighbor
8 identification
name Loss
for the sensor
5 module type of the FRU ( e.g. AMC )
6 Enterprise Specific
6 module number for ipmc OR index of amc
2 IP address of LAN device in ASCII format
7 sensor number
8 identification name for the sensor
The clock system supervision has detected a
functional failure in the
CLGU unit. The failure may prevent the network
element from being
synchronised to the incoming timing signal or
The operation mode of the unit has been
from distributing the shelf
changed to holdover either with
level synchronisation signal.
an MML command given by the user or due to a
failure in all the
synchronisation references.
Security reporting data file changed. Checksum
is not updated.
Holdover means that the frequency of the clock
It occurs if a reporting event file is compromised.
generator unit phase
locked loop is set to a value based on the
The
supervision
has detected a mismatch in FRU
frequency
information
HW
description.
integrated
over a long time that simulates the
The
of the
equipped plug-in unit is different
best type
possible
frequency
than
used described
without incoming reference. Pointer
in
the equipment
database
or the plug-in unit is
adjustments
andhas
slips
generally
The supervision
detected
excessive PCI
missing.
occur
in
holdover
operation
mode. The number of
Express errors.
pointer adjustments and
slips depends on the correctness of the output
frequency of the clock
This
alarmunit.
indicates
a momentary
high ifGPRS
generator
The situation
is serious
the
load.
packet control
outputThe
frequency
of the unit
(PCU)
is freeingunit
message
queue
IPC
clock generator
has drifted
too
far(MIPC)
from its
message
blocks
slower
than
it
correct value.
is reserving them. Normally the situation clears
All GPRS traffic through this network service
by
itself,
but it may
If
the
change
holdover operation mode
entity
identifierto(NSEI)
also
lead as
to aa network
virtual connection
occurred
result
of service
a
is blocked. The packet
control unit (PCU) has no
group
(NSE)
level GPRS
failure
in
the
synchronisation
references,
it may
free internal message
outage
in
the
PCU.
be
due
to
either
a
queue IPC (MIPC) message blocks. The PCU
Calendar
time of
check
against calendar time
complete
signals
has failed lack
to make
any or a change in
reference
Calendar
The
alarmfails.
is raised
when the amount of free
frequency.
automatic recovery actions. A manual BSCU
time
of drops
network
element
does not follow
blocks
under
70 per
switchover must be performed
reference¿s
calendar
time.
cent
of all the
blocks.the
The
alarm
is cancelled
The
system
cancels
alarm
when
themanage
to clear the fault if the system does
not
when
the
amount
of
the
operational
mode
clock
SDH
protection
switching
failed.
Traffic
to cancel the alarm
This
alarmunit
is
set
every time
when
calendar
time
free
blocks
has
increased
over 80
per cent
of
generator
changed
disturbances
inisthe
within about
one
minute. to synchronised or to
query
fails.
If operational
all
the
blocks.
free-run.
The
protection group occur, or the traffic has
redundant
calendar
time references
are defined,
mode
change
to synchronised
is automatic
when
completely
failed.
the
network
element
a valid
synchronisation
CPU
typeautomatically
fault detected.
switches
to use the
reference
reference
becomes
available.
Thenext
operational
in
the list.
alarm to
mode
can This
be changed
is
cancelled
theMML
time command.
stamp is received
free-run
onlywhen
with an
from reference. When the
alarm
is set, networkprimary
element
cannot
receive
The preprocessor's
flash
memory
is not
calendar
time
from
working or is corrupted.
the
the from
currently
used
Bootreference
or FPGAand
SW thus
is used
the secondary
calendar
time
cannot
be
flash image. The preprocessor
compared
the reference
may not bewith
working
properly. time.
One communication path to the IPMI shelf
manager unit (SHMU), given
as the object unit of the alarm is not functional.
The communication
with IPMI shelf manager is working via redundant
communication path
but this alarm means that the redundancy of the
system is not at
designed level.
There are several reasons, which may cause
communication not to be
functional via communication path:
- Ethernet LAN failure
1 type of the error:
01 communication error
02 hardware error
03 CLGU SW supervision error
2 cause of the hardware error:
08 ARTM1A board is absent
10 main CLGU frequency out of range
20 parent CLGU frequency out of range
1 40
name
ofBITS
a file,output
whoseloss
checksum was incorrect
EXT
80 system clock not oscillating
File descriptions
Several failures may be indicated in the field at the
ROISESGX.DAT
same
1 HW module type identifies the type of a hardware
Includes
service
time.
In that
case, terminal
the valuelog
of data.
the field is the sum of
component.
Check file data using ZIRO:TYPE=SET; command
theModule
type is part of the hardware component location
ROILOGGX.DAT
(hexadecimal)
valuesblade
that correspond
information in ATCA
hardware. to these
Includes service terminal and MML user log writing
failures
1
device
name of PCI Express port
failure
data.
2 HW module number identifies a particular instance of a
Check file
data
using ZIRO:TYPE=MLO;
command
3 module
general
error
message
of the is
system.
can check
type.
Module
number
part of You
hardware
2
device status of PCI Express port
ROIMMLGX.DAT
its
meaning
component
Includes
MML command
log information
about MRS
with
a command
of the
service
terminal
location
information
in ATCA
Blade
HW. extension
Module number
3
uncorrectable
error count of PCI Express port
security
related
or
in
the
1 together
MIPC Message
spacetype
ID with
the decreased number
with module
(hw_module_type_t)
defines
commands.
file data
using ZIRO:TYPE=MCO;
General
ErrorCheck
Messages
of System
of free
message
a
4
correctable error count of PCI Express port
command
blocks
detailed location of the hardware component in a
ROINETGX.DAT
0A = Abis
cartridge
or Pool
Includes
network
access log data.
0B
= PCUtrack.
Pool
cartridge
1 MIPC
ID with zero free message
CheckMessage
file data space
using ZIRO:TYPE=NET;
command
blocks
ROILDEGX.DAT
2 type
number
of free message blocks
3
of error:
0A
= Abis
Pool
Includes
login delay log data.
1
=
wrong
piu
type
0B
= PCU
Pool
Check
file
data
using
ZIRO:TYPE=MDE;
command
3 2identification
oftype
the
message
queue that has
most of
= missing piu
ROISUBGX.DAT
1
Noinaddress for calendar time reference defined.
the0001
blocks
2 number
ofsubscriber
free message
blocks
Includes
security
logifdata.
Address
case
ofcan
the
PCU
Irrelevant
the alarm is for the
4
plug-in
unitbe
type pool.
in equipment
database
Check
file
data
using
ZIRO:TYPE=SUB;
defined using MML-command DCW command
Abis pool.
3 ROICRYGX.DAT
identification of the message queue that has most of
00d = PCU
5
unitMIPC
type in hardware
theplug-in
blocks
Includes
cryptographic
data handling
log data.
0002
No
answer
from calendar
time reference
01d
=
FR
UL
1 in
idCheck
of
the
protection
group
in question.
case of
the
PCU
Pool.
Irrelevant
if the alarm
is for the
file
data
using
ZIRO:TYPE=CRY;
command
02d = FR DL
Abis
ROIAUTGX.DAT
0003=NTP
packet received. Received error
GBNkiss-o-death
2 03d
the
reason
why the SDH protection switching has
pool
Includes
code
can
be authentication handling log data.
04d
=
RLC
failed.
00d
= PCU
MIPC
Check
file
data
using ZIRO:TYPE=AUT;
found
from
computer
log if the version command
number of
05d
= MAC
Possible
reasons
are:
01d
=
FR
UL
ROISSHGX.DAT
1 06d
the
status of the faulty CPU type. Possible
NTP
in exact
server
=
CHM
00
protection
group
can data.
not carry traffic
02d
= FR DL
Includes
SSH
session
reasons
is=4are:
07d
HDLC
01
APS
defect
03d
=
GBN
Check
file LOG
data using ZIRO:TYPE=SSH; command
08d
= PCU
02
channel
mismatch
04d
= RLC
ROIMSEGX.DAT
01
SCSI
circuit
missing time stamp differs more than
0004
09d =Received
PCU TSTcalendar
05d
= MACMML access log data.
Includes
1024
s
from
10d
=
PCU
CONFIG
1 06d
type
the
preprocessor
plug-in unit
=ofCHM
Check
file data
ZIRO:TYPE=MSE;
command
calendar
time using
of network
element
11d
= REN
07d = HDLC
= DAM
2 12d
index
of theLOG
preprocessor plug-in unit
08d
= PCU
0005
13d =Response
CEK CHMpacket fails integrity check. The packet
09d = PCU TST
is
14d
= CEK
MAC
3 corrupted
cause
of the
failure
= PCU
CONFIG
1 10d
IP address
of the SHMU which is not reachable via
15d
= CEK code
RLC
00
FPGA
loaded from backup
11d
=
REN
one
communication
0006
of SNTP
failed
16d
=Initialization
CEK
CONFIG
01
Boot
code
loaded
fromclient
backup
12d
= DAM
path
17d
=
PNF
02 Both
FPGA
13d
= CEK
CHMand Boot code are loaded from backup
0007
Query sending
of SNTP client failed
03 CPLD
14d
= CEK code
MACis not loaded from flash
4 amount of blocks in the worst PCU pool queue.
15d = CEK RLC
Irrelevant if the
16d = CEK CONFIG
alarm is for the Abis pool.
17d = PNF
4 amount of blocks in the worst PCU pool queue.
Irrelevant if the
alarm is for Abis pool
Sub-Network Service add procedure(s) (SNSADD) has failed in the network
service entity (NSE). The packet control unit
(PCU) cannot add its IP
endpoint to the SGSN and data transfer through
A logical PCU is restarted either by system or
this NSE is not possible.
user. In PCU hot restart
only dynamic Abis configuration and GPRS
territory are reconfigured.
Instead, in PCU cold restart whole PCU is
The alarm is set for an incomplete unit IP
restarted including
address or Network Interface
software download.
configuration. Usually the IP address has been
configured to a
nonexistent Network Interface. Erroneous
PCU configuration of primary spare BCSU unit is
Network Interface
invalid. Primary spare
configuration will cause problems to the unit IP
BCSU unit does not have enough PCU PIUs to
connectivity.
replace the active BCSU
unit during a BCSU switchover.
PCU configuration of BSC is asymmetrical and
primary spare BCSU unit
definition is missing.
The supervision has detected excessive DRAM
errors.
Downlink Dual Carrier (DLDC) has not been
correctly activated for
DLDC temporary block flow (TBF) in the PCU.
Using Downlink Dual Carrier TBF may not be
Pseudo wire (PW) is transferred into the failure
possible.
state. This alarm is
raised if a configured and enabled PW goes into
the failed state. In
this state the traffic of the PW is partially or
The Ethernet device is faulty or the Ethernet
completely prevented.
cable is disconnected.
IP packets cannot be sent to network or received
from network through this interface.
1 Packet Service Entity Identifier
Packet Service Entity groups together the PCUs of a
NSE (Packet
Control Unit (PCU2) Pooling)) and/or the NSEs of a
PCU (Multipoint
1 logical index of the PCU, which is restarted.
Gb).
2 PCU object id. If there is not PCU object for
2 Network Service Entity Identifier
the PCU the field is set as 0xFF.
Network Service Entity groups together the Network
1
unit type identification
Service
3 type of restart:
Virtual Links that provide communication between the
2
unitNS
index identification
same
01 PCU HOT restart
entities. An NSEI is an identifier that has end-to-end
FF PCU COLD restart
3 significance
plug-in unit type
identification
across
the Gb interface.
4 source of restart:
4
index
identification
3 plug-in
Packet unit
Control
Unit
Identifier
A BSC-internal identifier of the logical PCU. The system
00 System, if recovery actions have taken place
5
network interface name
generates
01 User, if an MML command is used
this idenfifier when it creates the PCU logical object.
02 User, DAP configuration,
6 the error code indicating the reason for the failure of
System, restart requested due to PCU HW failure.
the IP
03 User, RNW modification due FbPP Plan activation
configuration. You can check its meaning in the General
04 User, RNW modification due Send To Network
Error
1-405
error
rate ofrestart
every DRAM
DIMM
System,
requested
due to PCU in PCP
Messages of the System.
mismatch
5-6 address of the last two DRAM errors
For CP816-A,ACPI5-A, alarm definition should as follow:
1 index of the BCSU controlling the PCU
1 sum of correctable errors in the DIMM
2 plug-in unit index of the PCU
where uncorrectable errors happened
2-3 the date when the last correctable error happened
1
wire identifier
4,6pseudo
DIMM number
where uncorrectable errors happened
5 sum of uncorrectable errors happened in that DIMM
2 PSN tunnel identifier
3 PCM circuit number
1 Name of the Ethernet interface.
4 TSLs of PCM in bitmap form
EL0 - External Link connects the unit to Packet Abis or
AoIP (the SFP GigE interfaces of the front panel).
5 the exact error information of the alarming PW. There
IL0 - Internal Link 0 connects the unit to other
Serial link between packet control unit (PCU) and 1
unit index of the PCU
canplug-in
be several
computer units and PCU (Back plane Ethernet interface).
Exchange Terminal
different errors set for a single PW at the same time, in
IL1 - Internal Link 1 connects the unit to other
for Packet Transport (ETP) has failed. Cells
other
computer units and PCU (Back plane Ethernet interface).
connected
2 digital
Processorvalue
Identification
words,Signal
the error_data
can be combination of the
IM0 - Back plane Ethernet interface connecting the
to the PCU have lost General Packet Radio
following
Ethernet link between packet control unit (PCU) 1
plug-in unit
of the PCU
ETPE/T/C
unitindex
pair together
Service.
states (hexadesimal values):
and Exchange Terminal
for Packet Transport (ETP) has failed. Cells
2 The exact error code. Possible reasons are:
0x01
Loss of
OfETP
Packet Synchronization (LOPS) state
connected
2 IP
address
0x02
Local
Defect
(LDEF) state
to the PCU have lost General Packet Radio
0001 SPI4.2 Source
- SrcOof
State
A failure has occurred in updating the BCF or
1 identification
the BCF.
If alarm
is set for BSC level
0x04 RemoteofDefect
(RDEF)
state
Service.
0002
SPI4.2
Source
SrcDIP2Err
State
BSC specific Packet Abis
parameters
0x08 Overrun (ORUN) state
0004
SPI4.2
Source
SrcPatternErr
State
parameters to the Exchange Terminal for Packet
the
field
has value
65535d.
0x10
Underrun
(URUN)
state
0008
PL4_RDCLK
DCM
Not
Locked
Transport (ETPE,ETPT or ETME).
0x20 Remote end RDI (RDIS) state
0010 PL4_REF_CLK
Not Locked
Either one or all of the BCFs attached to the
2 identification
of receiving
the ETPDCM
group.
shall be set to
0x40 No traffic
(NRXS)This
state
0020
SGMII
RX_LOS
ETPE/T or ETME unit are not able
0xFF
in Destination
case of McETP.
0x80
Address Unreachable (DAUR) state
0040 SGMII - TX_FAULT
to serve traffic.
0080of Ethernet
MAC Not
in shall
Syncbe set to 0xFF in case
3 type
thelist
ETP
This
Complete
of group.
possible
error
bit combinations can be
0100
SPI4.2
Sink
SnkOof
State
of
McETP.
found
0200 SPI4.2 Sink - SnkBusErr State
directly from this list:
0400 SPI4.2 Sink - FIFO Error
4 154
0800 QUAD PHY RESET
01 * * * * * * * LOPS
1000 ARPinresponse
missing from ETP
02Timeout
* * * waiting
* *a response
* LDEF *
03 * * * * * * LDEF LOPS
Note:
The error cause can also be a "or" combination of
741
04 * * * * * RDEF * *
PSN (Packet Switched Network) tunnel failure. If
this alarm occurs, it
means that there are alarms on all enabled PWs
inside the tunnel and all
these PWs are in the same error condition. This
An error in pseudo wire configuration handling of
alarm indicates that the
ETIP1-A plug-in unit.
origin of the problem is tunnel-related rather than
a single PW-related
In the BSC3i and Combined BSC3i/TCSM3i, this
one.
alarm means that either the
CSDAP has encountered a malfunction and it
alarming unit PW configuration is not
has been taken out of use for
synchronized with the OMU
a penalty period.
configuration file or the PW configuration IP
stack-related part of the
BSC sets penalty for a certain CSDAP in case of
The
BSC
sets this 2N
alarm
if aofcall
releasedunit
from
co unit
(protecting
unit)
theisalarming
consecutive remote
the
A interface
(active
2N unit)because
is
transcoder failures and hunting error(s).
of
RESET IP RECOURCE
message,
notasynchronized
with the alarming
unit.received
from the MSC.
In
thesets
TCSM3i,
this alarm
means
that either
the
BSC
this alarm
if ETPC
IP address
enquiry
alarming
unit
PW
from ETPC fails after
configuration
is not synchronized
ETPSIG-c interface
is configured.with the co unit
and the TR3E/A unit
backup configuration file or the PW configuration
A
has occurred
IPfailure
stack-related
part in updating the BSC or
BCF
of thespecific
co unit parameters
(protecting 2N unit) of the alarming
to
unitETPA/ETPC/ETMA/mcTC/ETPB/ETMB
(active 2N unit) is not synchronized with the
alarming
unit. of the Gateway is unreachable.
The IP address
1 PSN tunnel identifier
2 the exact error information of the alarming PSN tunnel.
This error
information is in a bitmask format and is a combined
1 type of an error.
error status
01 Error in configuration file parsering sequence
of all PWs included in the particular tunnel. There can
02 Error in configuration file synchronization sequence
be several
03 Time out in configuration file synchronization
different errors set for a single tunnel at the same time,
sequence
1
identification of CSDAP in BSC (in HEX)
in other
04 Time out in configuration file check sum request
0 the
= No
ID
words,
error_data
value can be a combination of
from OMU,
1 = Min Value
the following
co unit or TR3E/A
1000
= Max valuevalues):
states
(hexadesimal
05 Configuration check sum conflict between two units
1 06
signalling
code
of the MSC
Check point
sum not
right
2 0x01
identification
BCF Synchronization (LOPS) state
Loss Of of
Packet
10 Time out in tunnel IP data updating to 2N unit
= Not used
0x020xFFFF
Local Defect
(LDEF) state
11 Error in tunnel IP data updating to 2N unit
0x04 Remote Defect (RDEF) state
3 0x08
penalty
period(ORUN)
time in seconds
(0...255 s)
Overrun
state
1 0x10
D-Channel
Number
of the
Failed ETPC.
Underrun
(URUN)
state
4 0x20
causeRemote
code for
telling
reason
why alarm is set
end
RDI the
(RDIS)
state
0x40 No traffic receiving (NRXS) state
0
= Success
0x80
Destination Address Unreachable (DAUR) state
1
=
Several
remotewith
transcoder
1 identificationconsecutive
of the BCF (used
ETP- failures are
detected
Complete
list
of
possible
error
bit
combinations
can be
A/ETMA/ETPB/ETMB).
on CSDAP.
found
if alarm
is set for BSC specific parameters
2
=field
Several
hunting errors are detected on
directly
from
this list:
the
has consecutive
value
0xFFFF.
CSDAP.
1 3
from
which
piu unit
is
unreachable
= *Several
activation
failure
01
* *consecutive
*the gateway
*channel
*unitLOPS
2 identification
for*ETP/MCTC
type.
The
because
02 * of* * * * * LDEF *
If
one ofcan
the not
2N route
related
system
IPerror
trafficsituations
until the is active, 2 03
from
unit *index
gateway is unreachable
CSDAP
* which
* error.
*piu
* the
LDEF
3 identification
for*ETP/MCTC
unit. LOPS
itconfiguration
is not
is
4
resource
04= *Missing
* *CSDAP
* *configuration.
RDEF * CSDAP
*
recommended
to perform a 2N switch-over
corrected.
3
unreachable
gateway
IPv4
address
allocation
attempt
05
*
*
*
*
*
RDEF
*
LOPS
WDU
FBAN
set to theofdisk that is not in 1
WDU index
4 identification
for number
update operation where failure
because
the has
PW been
configuration
CSDAP
attached.
06for
* BCF
* not
* having
* * any
RDEF
LDEF
*
WO-BU
state. 2N
Theunit
diskmay be invalid and the
occured.
the protecting
4 5
unreachable
gateway
IPv6
address
=
Circuit
Switched
Dynamic
Abis
Pool
feature is not
07
*
*
*
*
*
RDEF
LDEF
LOPS
with
FBANunit
canmay
not change
0x2B = ETP restart
protecting
not be working state
active.
08 *CSDAP
* *level
* parameter
ORUN *modification
* *
anymore.
It
causes
no
redundant
0x2C
=
BSC
ready to transmit traffic correctly.
attempt
while
the feature is
09resource
* = BCF
* *allocation
* parameter
ORUN
*modification
* LOPS
disk system in this NE.
0x2D
level
A failure has occurred in updating the BCF or
inactive.
0A (used
* * with
* ETP-A/ETMA/ETPB/ETMB)
* ORUN * LDEF *
BSC specific parameters
0B *= BCF
* unlock
* * (used
ORUN
* ETPLDEF LOPS
0xC
with
to protecting Exchange Terminal for Packet
0C
*
*
*
*
ORUN
RDEF
* *
A/ETMA/ETPB/ETMB)
Transport (ETP).
0D *= TRX
* unlock
* * (used
ORUN
RDEF
0x1F
with
ETP- * LOPS
0E * code
* for
* software
* ORUN
RDEF LDEF *
ETME/ETMA/PCUM has encountered severe
1reason
failure
A/ETMA/ETPB/ETMB)
Update to ETP is triggered when user makes
0F
*
*
*
*
ORUN
RDEF
LDEF LOPS
errors in software.
modifications into radio
10
*
*
*
URUN
*
*
*
* failure occured.
2core where fault
foroccurred
update phase where
network which effect to ETP. Update can also be 5 identification
11
*
*
*
URUN
*
*
*
LOPS
1 = PRFILE parameter reading failed
triggered due to
12
* * message
* URUN
* * to LDEF
*
= Update
ETP failed
ETPx
raises
thecases.
ETP OVERLOAD CONDITION 1 213
this
is applicable
onlysending
for
ETPT/E
different
restart
*
*
*
URUN
*
*
LDEF
LOPS
3this
= Update
message
sending
to Resource
control
IN DSP alarm when any of the
is the
PCU
index
of *the RDEF
PCU
affected
14
*
*
*
URUN
*
* when the
Program
block
failed
ETPx's DSP core is highly overloaded. All the
alarm
is
15(used
* *with* ETP-A/ETPB/ETMB)
URUN * RDEF * LOPS
HDLC pipes
raised.
first (maximum
of four)
PCU
16 * only
* *the URUN
* RDEF
LDEF
* IDs
(towards PCU2D) in the overloaded DSP core in affected
by* * URUN * RDEF LDEF LOPS
17
*
ETPx raises the alarm when any of the ETPx's
ERROR_CODE
ETPT/E are blocked.
the
are listed.
18 ETP
* * overload
* URUN
ORUN * * *
Octeon core group is
In case of ETPC, all the new CS calls on the
the
field
is
set
to
all
FF ifORUN
that PCU
affected,
19
*
*
*
URUN
* is* notYou
LOPS
highly overloaded (i.e. HIGH OVERLOAD LIMIT
aorgeneral
error
message
of the system.
can check
overloaded DSP core are
if
the
field
is
not
applicable
1A
* * * URUN ORUN * LDEF *
exceeded).
its
meaning
rejected.
1B a
* * * URUN
ORUNterminal
* LDEF
LOPS MRS
ofonly
the for
service
extension
In case of ETPA, the overloaded DSP is not used 2 with
this*iscommand
applicable
ETPT/E
1C
* * URUN
ORUN
RDEF * *
or
in
for new calls.
this
logical ORUN
addressRDEF
of the PCU
affected
1D is
* the
* BCSU
* Messages
URUN
* LOPS
General
Error
of System
when
1E * * * URUN ORUN RDEF LDEF *
Note that the supplementary info fields are
the
onlyORUN
the firstRDEF
(maximum
four)
1F alarm
* * is *raised.
URUN
LDEFof LOPS
relevant only if ETPE/T
PCU
20 * * RDIS * * * * *
has HDLC based PEP links towards PCU2-D.
IDs
by the* ETP
listed.
21 *affected
* RDIS
* overload
* * are
LOPS
the
to all* FF*if that
is not
22 field
* *is set
RDIS
* PCU
LDEF
* affected,
or
is not *applicable
23 if*the *fieldRDIS
* * LDEF LOPS
24 * * RDIS * * RDEF * *
3 25
this* is applicable
* RDIS only
* *for ETPT/E
RDEF * LOPS
A fault has been detected in the HW. RTM
module is not
in active state, which makes the system lose
RTM functionality during
that time.
*
The whole cluster is starting or
restarting.
The fault may be caused by the RTM module that
*
has been hot swapped.
********************************************************
*****************
A physical computing node does not restart
1flexi Platform specific Problem Number
despite several attempts to
restart it.
******************************************************************
*****
It is possible that the node may be broken, is
A digital signal processing core is found to be
1flexi Platform specific Problem Number
unable to restart, or is
faulty because
stuck.
a) The core is crashed.
******************************************************************
b) The connection to the core is lost.
*******
********************************************************
c) Some internal DSP (Digital Signal Processor)
A
fatal failure in the plug-in unit hardware has
1flexi Platform specific Problem Number
*****************
non-fatal error.
been detected.
d) Some internal DSP fatal error.
******************************************************************
e) The core did not startup within the specified
*********
time after being unlocked.
********************************************************
The
redundancy
of Ethernet Programming
is lost because of an 1flexi Platform specific Problem Number
f) A general
API (Application
*****************
Ethernet
failure.
Interface)link
error
is returned.
The error might have been caused by a hardware ******************************************************************
failure,
that is,
a
A DSP CPU
is found
faulty incase any of its cores ******
potentially
broken Ethernet port, by an unplugged
is
found
faulty.
The alarm is raised when there is a reason to
1flexi Platform specific Problem Number
cable
on the front
********************************************************
suspect that someone is
panel
of the gateway (GW) node, or if some
******************
trying to intrude on a network element. This
program or user has issued
condition emerges if there
a command shutting down the Ethernet interface.
are too manysubsequent failed login attempts.
The administrative state of the named managed 1flexi Platform specific Problem Number
object
(MO) which can be a
********************************************************
********************************************************
cluster,
a node, or a recovery unit (RU) has
******************************************************************
****************
****************
changed to LOCKED as a result
******
of a user action graceful shutdown or lock
The alarm is raised when there's any mcTC
1flexi Platform specific Problem Number
operation).
platform problem which is not
associated to any specific alarm. mcTC platform
********************************************************
speficic problem is number
*******************
is indicated in the additional field
The FRU (field-replaceable unit) has been
1flexi Platform specific Problem Number
removed from the system or is not
healthy.
******************************************************************
********************************************************
******
****************
FRU is a hardware component that can be
The system cannot combine the format type from 1 number of the service used
removed and replaced on-site.
DDFI00 with DFMFIL.
00 CDR service
Typical field-replaceable units include cards,
If the first supplementary information field value is
power supply units, and
00
2 number of the formatting type used
chassis components.
and the value of the third 01, combined failed
Supervision of the TCSU functional unit has
1 Index of the TCSU unit, which supervision has failed.
reason is the the
3 detailed description of an error:
failed.
********************************************************
format's filed ID in DDFI00 can't be found in
01 no matched field ID
*****************
DFMFIL.
02 DDFI00 record open failed
As a result of this situation, the operation
If the value of the third supplementary
provided by TCSU in question
information field is
is not available, or the operation is unreliable.
02, it means that the format type record in
DDFI00 can't read.
This alarm will cancel when the format record
combined successful.
During the operation of clock synchronization
system, the status
of each clock input reference may change, such
as the priority,
the current valid status and so on. In this case,
During the operation of clock synchronization
the clock
system, some
synchronization system will do the clock
unexpected condition may occur on the system,
reference selection
such as the locked
again and re-lock to the best reference. The
reference is lost, all input reference become
MCG(master
system raisesclock
this generator) plays a major role
invalid or operator
in
the hardware
clock
alarm
just to make
the announcement that clock
forbade the use of locked reference. In this case,
synchronization.
synchronization It will lock to the input reference
the locked
with
best
system
has just been locked to another
reference will get lost. As loss of synchronization
quality
which is determined by the parameters
reference.
During
the operation of clock synchronization
signal will
provided by clock
system,
hardware
bring negative
impact on the system business,
synchronization software. Therefore the
clock
synchronization
software will lock to a
this alarm
will be
connectivity and
reference
generatedand
immediately to report the problem..
communication with MCG should be ensured. If
distribute the signal to backplane. The blades
If
IP ofreasons,
one active IUA connection missed, this
forthe
some
which is in need
alarm
there'sraise.
a problem in connecting with MCG or
of the clock signal will try to lock to the signal and
command sent to MCG
use this
failed many times, then this alarm will be raised
signal for their own business. This procedure is
to
report
BCSU
or this
BCXU Load has exceeded the
called
clock
error..
threshold value.
distribution.
If there's an error in clock
distribution, such as
BSC
updated
somehas
blades
haveBTS
failedMeasurement
to lock to theAveraging
distributed
to
value
2 for all or
clock
signal,
Master or remote BSC sets this alarm if ETPSIGsome
of the
of thetoBCSU
or BCXU.
this
alarm
willTRXs
bean
raised
c supervision
of
ETPC report the error..
fails.
1flexi Platform specific Problem Number
******************************************************************
*****
1flexi Platform specific Problem Number
******************************************************************
*****
1flexi Platform specific Problem Number
******************************************************************
*****
1flexi Platform specific Problem Number
******************************************************************
*****
1 unit type identification
2 unit index identification
3 IP of the IUA connection
1 identifies the BCSU or BCXU the load of which has
exceeded
the threshold.
2 indicates the configured threshold.
1 D-Channel Number of the Failed ETPC.
3 indicates the time for which BCSU or BCXU has
exceeded the threshold.
As a result of this situation, the operation
BSC has detected that the license for Local
1 the error which caused the alarm:
provided by ETPC in question
Switching is enabled, but
error code '0' - SharedSecret is not available
is not available, or the operation is unreliable.
either the SharedSecret or the MSISDN file is not
error code '1' - MSISDN file is not available
available.
There is some misconfiguration related to
Error Code '0' - SharedSecret is not available
repaging delay values in MSC/SGSN
Error Code '1' - MSISDN file is not available
when precise paging feature is active.
1 MSC/SGSN REPAGING DELAY SET IN BSC
Dynamic memory allocation for a feature has
failed.
The feature will not work.
1 feature allocating memory dynamically.
Too many PCUs configured to gateway or
Hosting signaling unit.
1
functional unit type
2
functional unit identifier
There is conflict with BCSU or BCXU
configuration compared to Creating
Not enough stand-by units are configured for the
and Managing BSC Hardware documentation.
functional units of
BSC signalling units may be loaded unequally.
the alarm object unit type. The alarm object unit
is replaceable N+1
redundant and is configured as a child unit of the
module_type, and the module_type is classified
as module level
redundancy, which means the NE configuration
shall include enough
stand-by units so that all child units in any
module can be switched
over without traffic degradation in case of module
failure.
If the user has configured recovery redundant
2 EXPANDING DELAY SET IN BSC
3role of BCSU or BCXU unit for PCU:
1 unit type of the module
01 Gateway
2 number of stand-by units needed
02 Host
3 currently configured number of stand-by units
Conflict situation in BSC application due to new
recovery action before
completing the previous recovery action
1functional unit type
2functional unit identifier
******************************************************** ******************************************************************
Failure in OAM link due to Local Lost Link Timer 1 identifies the unit type
****************
*****
expiration or failed
discovery process in ETPE.
2 identifies the unit index
This alarm is raised if the templet file corrupts
when the process
receives a specific message. When this alarm
occurs, it means that
the templet file has one or some problems.
The supervised ip address is unreachable. The
Supplementary information
system cannot route ip traffic to the supervised ip
fields identify the name of templet file and
address
erroneous type.
until the configuration has been corrected.
The error can be, for example, the checksum was
This
alarm by
is raised
if the adoption of
calculated
software
virtualization
configures
routine is not unit
consistent
with the packed
failed
wheninthe
checksum
filetemplate
header. is found and the
updating of the configuration
file is finished. When this alarm occurs, it means
Ethernet OAM Critical Event exists with remote
that the adoption of
node on Link Layer
configuration file has one or more problems.
Supplementary information
fields identify the unit information and erroneous
BSC
this alarm
type. sets
The error
can when the simultaneously
traced
be, for and/or
example, the checksum was calculated by
observed
connections
software routine
is not at a time is above the
configured
PRFILE
parameter
consistent with
the packed
checksum in file
"MAXSIMULCSTRACES".
header.
Sync unit is not alive.
Operations for sync unit will time-out.
Units or NE will lose clock source and become
unlocked.
1-15 the detail name of templet file.
3 the reason for raising the alarm
for instance: VMATMPGX.IMG
00 - Local Lost Link Timer Expired
01 - Discovery Timeout Timer Expired
16 error code indicating the fault reason.
error detected:
1 type of plug-in unit
01 the templet file doesn't exist
02 the checksum mismatch
2 index of plug-in unit
etc.
3 unreachable supervised IPv4 address
1-15 the detail name of configuration file.
for instance: VMAxxxGX.IMG
4 unreachable supervised IPv6 address
16 the detail type of unit
1 port number.
17 the detail index of unit
2 the critical link event type reported by the remote node
18 error code indicating the fault reason.
00 - Link Fault
error detected:
01 - Dying Gasp
1 01the
count of simultaneous
CS L3 MESSAGE and
configuration
file load failure
02 - Critical Event
radio
reporting
02 measurements
checksum mismatch
in BSC.
03 configuration failed
04 internal data error.
05 time out
etc.
Sync unit pll mode lost lock.
Units or NE become unlocked.
Sync unit reference becomes NOK when this
reference has been set
priority.
Unit or NE may lose clock signal reference.
1 the reference id with priority that becomes NOK
The alarm is set when the plug-in unit type
detected in DHCP message
is different from that configured in HW equipment
database.
The alarm is set when one of following
The PCU2 has not been able to recover from a
operations is done.
digital signal processor
1. Replace BMPP2_A and BMPP2_B card
(DSP) failure.
with each other.
2. Replace BOC_A card with BMPP2_A/B
Due to the failure, the signal processor and the
card.
data channels
3. Replace BMPP2_A/B card with BOC_A
handled by it are out of use. System has blocked
card.
the failed DSP and
the PCU continues to serve traffic with decreased
capacity
1 plug-in unit type in DHCP DISCOVER message
2 unit type in HW equipment database
3 unit index in HW equipment database
1 slot position number of the faulty plug-in unit in the
cartridge.
0xFF means that the slot position number is not
available
2 plug-in unit index of the faulty plug-in unit in the
cartridge
3
number of the faulty DSP (0...7)
All Operators' A-Interface Signaling Connections
are lost.
All Operators' SGSNs do not support MOCN.If
the MOCN feature
is not enabled in the SGSN, then GBADMI raises
alarm
'ALL SGSNS DO NOT SUPPORT MOCN'.
This alarm is set when Distributed Data Storage
(DHT) framework encounters
one of the following errors:
* Invalid or inconsistent DHT configuration files
(RIGFIL)
This alarm indicates that the event triggered
* DHT manager could not open, initialize or
symptom data collection is
distribute fragment
failed.
allocation file (DHFFIL)
* DHT resolver error (DHFFIL cannot be
This
alarm indicates that the event triggered
accessed)
symptom data collection is
Already
started
and it alarm
is ongoing.
This alarm
is a 3-star
since any of the
listed problems may lead to
serious
functional
errors
DHT
client
This alarm
indicates
that in
the
PCU2
memory
applications
or
database
dump is already started and it
inconsistency.
is ongoing.
Integrity check of the Digit analysis files has
found corruption
in the file structure. The Digit analysis file
structure has broken
due to some interruption or an unexpected failure
The traffica connection lost. UDP Connection lost
in configuration
between GISU and IPDU.
change.
A part of the configured Digit analysis is not
available in call
The
traffica
unit iscongestion
overloaded.
set-ups.
Thishandler
may cause
for calls
In
caseuse
VLRU,
GISU is overloaded only
which
the Digit
the
affected
reports ofAlso
the some
specific
unitanalysis
will be
analysis
in question.
Digit
suspended.
configuration commands
In
case IPDU
is
overloaded
traffica
may
work
if the
faulty
filethose
locations
arereports
This not
alarm
indicates
that the
internal
singlebelong
to
handled.
homed SCTP association
traffica connection handled by unit in question will
between signaling unit and IP director unit is not
be suspended.
available. Either
new internal connection could not be established
The unit has not responded to a supervision
or working internal
message sent by
connection has failed.
the supervisory unit in the specified time.
When this alarm is active the services provided
Alarm
setbalancer
when IPD unit cannot select a H.248
by the is
load
controlling
unitin
forthe
a alarm fields may be severely
type indicated
given
MGW. Controlling unit selection or redisrupted.
selection may be needed due
to following reasons:
* MGW has established SCTP association to
MSS
* GRSD flag is set for the current controlling
unit
* connection lost towards the current
controlling unit due to H.248
load balancer application heartbeat failure
* MAC address of current controlling unit could
not be resolved
after controlling unit SWO
1 network Service Entity Identifier.
2 packet Service Entity Identifier
Packet Service Entity groups together the PCUs of a
NSE (Packet
1 indicates the event during which the alarm is triggered.
Control Unit (PCU2) Pooling)) and/or the NSEs of a
Possible
PCU (Multipoint
values:
Gb).
1 - DHT config file (RIGFIL) could not be opened.
CAUSE_CODE
1 this indicates the Profile XML file name
contains reason (used for debugging)
2
2 - DHT fragment allocation file (DHFFIL) could not
error code for the failure
be opened.
1 this indicates
the profile
XML file
name.
CAUSE_CODE
contains
reason
(used for
3
debugging)
profile status when the error was encountered
2 unit
whichmanager
trigger was
met
3 in- DHT
could
not initialize DHFFIL ring
4 computer unit in which the error occurred
record.
1 unit address of BCSU where the PCU is located
CAUSE_CODE contains reason (used for
5 plug-in unit index for which error was encountere.
3
identification
of the trigger which was met as specified
debugging),
INFO
2
piu
index
Relevant onlyofifPCU
in the XML
contains ring ID
operation is related to a plug-in PCU unit
file
1 location
of the first
detected
fault:CAUSE_CODE
4 - DHFFIL
distribution
failed.
6 plug-in
unit type for which error was encountere.
00
ALYSPO
4
identification
of
the
plug_in
unit
index for which which
contains reason.
Relevant
only if
the 01 between ALYSPO and DGANAT
operation
is related to a plug-in PCU unit
02
trigger
occurred
5 -DGANAT
DHT resolver could not open DHFFIL fragment
03 between DGANAT and DSNFIL
allocation
1
of the IPDU
unit during
which which
was not
available
for Traffica
7 id 04
profile
operaton
error
was encountered.
DSNFIL
5
identification
of the plug-in
unit type
for which
which
file.
CAUSE_CODE
contains
reason
(used
for
reporting
05 between DSNFIL and QOBALT
the
debugging)
06 QOBALT
trigger
occurred
07 for
other
2 used
debugging purpose. Meaning/value depends
1
of the reporting unit which noticed the overload
on type
OPERATION.
2 Possible
highest severity
values: of the fault(s)
2 id 00
of
the
reporting
unit which noticed the overload
minor
0xffff - not
defined
01 major
02type
notof
classified
3
for
debugging
purpose.
Meaning/value
depends
1 used
the
the affected
Load-Balancing
service.
on OPERATION.
3 Possible
total count
of the
values:
Possible
value
is: detected faults
- not
1 -0xffff
H248
LBSdefined
5 - Diameter LBS
1 type of the unit which has failed to acknowledge the
supervision.
2 description of the failure situation.
If the object unit of the alarm is different from the unit
given in
Possible values are:
this field, it means that the defect is in the object unit of
1 the
ID of- the
MGWinternal
for which
controlling unit
selection
0x0000
working
single-homed
SCTP
the alarm
has
failed to IP
association
director unit has failed.
2 index of the unit which has failed to acknowledge the
2 type of the original controlling unit. Possible values:
supervision.
SIGU (0x15C)
0x0001
- internal single-homed SCTP association to IP
If the object unit of the alarm is different from the unit
CCSU (0x7)
director
given in
undefined
(0xFE,
initial selection failure case)
unit could
not for
be established.
this field, it means that the defect is in the object unit of
the alarm
3 index
of -the
original
primary
unit. Possible
values: a
0x0002
listening
point
for internal
single-homed
valid
SCTPunit
association
3 current_active_with_no_backup =0x01;
index ifcould
re-selection
has failed
or director
0xFFFFunit.
(undefined) in
not be opened
at IP
[0] - The current shelf manager is active with no backup
case
current_active_with_backup = 0x02;
of
initial selection
failure
0x0003
- no internal
listening IP address of the
[1] - The current shelf manager is active with a backup
referenced type of
current_is_backup = 0x04;
4 indicates
event in
which
triggered
controllingfor
unit
LBSthe
is found
the LBS's
configuration
the
The link local supervision failed. The supervised
link-local
address cannot receive the supervision until the
configuration
has been corrected.
When CPU temperature or ambient temperature
The alarm may be reported on different interfaces
has exceeded the upper
of DMX units.
limit, the CPU p-state will be tuned automatically
For WO-CMM unit, EL0 works as the heartbeat
by system so that
engine.
the temperature will be kept within a reasonable
This
alarmDMX
indicates
iscsiare
initiator
For other
units,that
the native
interfaces
underhas
range.
initiator
connection
supervision.
related
fault, in most
of the cases
can't
Some operations
described
belowthis
canalarm
help for
be
recovered by
troubleshooting.
itself, and need operator to check the
This alarm indicates that native iscsi initiator has
configuration and reconfigure it.
network connection
related failure. In most cases it should be
Note: This alarm is caused by target rejecting the
recovered when the network
connection or
backbone is online.
Set
of addresses
provided byfrom
the SCTP
initiator
getting authorization
target peer
side.
during
the initial transport
The recoverable
layer
handshake
procedure
does
not strictly
situation
is caused
by interface
down.
match the configured set
of peer addresses.
This alarm indicates that activity mode check of
RNC SERVICE with
The affected SCTP association and the
associated peer PRNC is failed.
application which uses it might
not function correctly, even the association might
Activity mode check is performed in the following
RTCP
DL connection
lost is detected in Abe rejected
by the
situations:
interface
overperformed
IP u-plane.
system. The
action depends on the
1) Backup PRNC perform activity check on
value of PRFILE 2:2239.
system restart spontaneously,
if activity mode of any created RNC SERVICE is
If
the reported leg setup error ratio exceeds the
active.
threshold set with
the
UFUTIL service
terminal activity
extension
fromonthe
2) Protected
PRNC perform
check
WO-EX
CACU spontaneously,
or RSMU
system restart
within
an 1-minute
this alarm
reported.
if activity
mode
ofwindow,
RNC
SERVICE
is is
active.
This
alarm is
related
to commercial
support
of
IMS emergency call.
If the leg setup error ratio drops below the
The alarm is raised when the UE is establishing a
threshold within an
non-emergency PDN
1-minute window, this alarm is canceled.
Connection (and default bearer) with the Attach
This alarm is related to MSS failure in pool for
or Packet Data Network
SRVCC feature.
Connectivity activation procedure for the
This alarm is raised when all the IP addresses
emergency Allocation Retention
configured towards
Priority (ARP) level value and the IMS
an MSS are unavailable.
When
CPU call
temperature
ambient(imsEmeCall
temperature
emergency
feature isorenabled
has
been
below
lower
feature
status
is the
True).
limit, the CPU p-state will be tuned automatically
by system so that
the temperature will be kept within a reasonable
This alarm is related to the S1 interface and only
range.
used after the
S1 interface has been configured. This alarm is
raised when the S1
interface is shut down by the fns interface delete
CLI command.
1
EL0
EL1
2 01 - Interface status is incorrect
1 00 CPU temperature
02 - Supervision unreachable
01 ambient temperature
3 reserved for future use.
2 the upper limit temperature of given temperature zone
1 configuration profile name for failing iscsi initiator
3 the lower limit temperature of given temperature zone
2 general error message of the system. You can check
4 the temperature of given temperature zone which
its meaning with
trigger the alarm
a command of the service terminal extension MRS or in
1 raising
configuration profile name for failing iscsi initiator
the General
Error Messages of System
2
message
of thebefore
system.
canwas
check
5 general
the CPUerror
p-state
information
theYou
alarm
its
meaning with
raised
a command of the service terminal extension MRS or in
the
General
6 the
CPU p-state which has been tuned by thermal
Error Messages
of System
management
module
in given unit after the alarm was raised
1 RNCSRV ID of the RNC SERVICE
2 PRNC ID of the associated peer PRNC
1
MGW termination point IP address.
3 reason of the alarm
01 = No RNC Cluster O&M Interface established
1 the02
last= leg
errorfrom peer PRNC
No setup
response
03 = Nack received from peer PRNC
2 error ratio threshold
3 the error ratio in 1 minute
1 the ID of the MSS of which all IP addresses are
unavailable
1 00 CPU temperature
01 ambient temperature
2 the upper limit temperature of given temperature zone
1 the cause used to indicate the shutdown type
3 the lower limit temperature of given temperature zone
1 permanent shutdown
4 the temperature of given temperature zone which
2 temporarily shutdown
trigger the alarm
3 limited shutdown
raising
5 the CPU p-state information before the alarm was
raised
6 the CPU p-state which has been tuned by thermal
management module
in given unit after the alarm was raised
The fallback copying of the Backup Physical
mcBSC System that is being
background-processed in the mcBSC was
interrupted because of an error.
The fallback Backup Physical mcBSC system
There is no bootable media.
cannot be used.
OR
Local boot error is detected while executing from
flash
(on BMPP2-B plug-in unit).
Non-bootable diskette is in drive.
OR
Network boot error is detected (on BMPP2-B
plug-in unit).
The PXE Server is not found.
OR
Activation of backup image and boot failure is
detected
(on BMPP2-B plug-in unit).
When there is invalid boot sector,the alarm will be
set.
On BMPP2-B plug-in unit, when permanent boot
failure is
detected and no more images to try, this alarm
Automatic configuration of the static route has
will also
been failed for PCU2-D
be set.
in PCU2 pooling.
Logical PCUs within the same PCU2-D PIU
cannot transfer PDUs to each
The free space in the route table of SWU unit
other within the PCU pool if static route is not
(Radisys AHUB3_A and
created for both PCUs.
DASAN AHUB3_B) has been critically reduced,
If PDU transferring to target PCU fails, that might
and the route table
causes GPRS outage
is almost full.
The
free space in the route table of SWU unit
in BSC.
(Radisys AHUB3_A and
The usage of route table is higher than the
DASAN AHUB3_B) has been reduced.
default critical limit.
The usage of route table is higher than the
The incoming signal with this particular SDH
default disturbance limit.
interface is missing. There
are disturbances in the traffic of the SDH
transmission link in question,
or the traffic has been completely prevented.
The incoming SDH signal has a different path
trace identifier than
expected. This should mean that the SDH path is
not originating from the
expected source. The traffic on that SDH path
The SDH interface receives frames which have
does not work.
an incorrect frame pattern
(A1 and A2 bytes). There are disturbances in the
traffic of the SDH
transmission link, or the traffic has been
The SDH interface receives frames which have
completely prevented.
an incorrect AU
(Administrative Unit) pointer. There are
disturbances in the traffic of
the SDH transmission link in question, or the
traffic has been completely
prevented.
1 the phase of the Backup Physical mcBSC System
fallback copying
where the error occurred:
01 fallback copying of the Base build
02 fallback copying of the Backup builds
1 type of field replaceable unit
2 the mcBSC ID that identifies the Protected Physical
mcBSC related
2 number of the cabinet in which the plug-in unit is
to the Backup build in fallback copying. This field is
located
1
type of field replaceable unit
invalid
when error occurs at the phase of Base build copying
3 number of the shelf in which the plug-in unit is located
2
the cabinet
which
the build
plug-in
unit is that
3 number
the Baseofbuild
directoryinor
Backup
directory
located
is
in
1 type of field replaceable unit
fallback copying when the error occurred
4 slot number of the FRU
3
number
of the
shelf in the
which
thesituation
plug-in unit
is
4
code
describing
error
that
ledlocated
2 error
number
of the
cabinet in which
the plug-in
unit
isto the
interruption
of
the
Backup
Physical
mcBSC
System
located
5
module
typereplaceable
of the FRU (unit
e.g. AMC )
1
type of
field
fallback
copying.
4 You
slot can
number
of its
themeaning
FRU
check
with a command of the
2
number
of the cabinet in which the plug-in unit is
service
terminal
3
number
of the shelf
in which
plug-in
unit is located
6
module number
for ipmc
OR the
index
of amc
located
extension MRS or in the General Error Messages of
5
type of the
FRU
( e.g. AMC )
System
1 module
Packet Service
Entity
Identifier.
3 number of the shelf in which the plug-in unit is located
Service
Entity
groups together the PCUs of a
4
slot
number
of the
FRU
7 Packet
sensor
number
NSE (Packet
4
slot
number
of the
6 Control
module
number
forFRU
ipmc
OR index
amc
Unit
(PCU2)
Pooling))
and/orofthe
Network
Service
Entities
5
module
type
of
the
FRU
(
e.g.
AMC
)
8
identification
name
for
the
sensor
1
threshold
critical
routing
usage
5 the
module
type ofofthe
FRUalarm
( e.g.for
AMC
)
of a PCU (Multipoint Gb). If Gb over IP is not in use,
7 the
sensor
number
value
of the field is 0xFF.
6 module number for ipmc OR index of amc
6
module
number
ipmc
OR index of amc
2
the amount offor
total
routing
2 Logical index of the PCU.
7
number
8
identification
name
for the sensor
1 sensor
the threshold
of disturbance
alarm for routing usage
3
Control Unit Identifier.
7 Packet
sensor number
8 identification name for the sensor
A BSC internal identifier of the logical PCU. System
2
the amount of total routing
gives this
identifier
whenname
the PCU
logical
object is created.
8
identification
for the
sensor
1 fault detected:
01 on the optical module of the SDH interface
4 02
Cause
code:
on the
framer of the SDH interface
01 Automatic static route creation has failed
02 Automatic static route deletion has failed
1 03
number
of the
SDH
path in question.
Routing
PCU
configuration
error
5 General error code of the system.
1 number of the path, on which the loss of AU pointer
occured
The network interface receives frames whose
ATM cells cannot be
recognized. There are disturbances in the traffic
of the SDH or PDH
transmission link in question, or the traffic has
The SDH interface receives an AU-AIS
been completely
(Administrative Unit - Alarm
prevented.
Indication Signal) signal. Frames with a faulty AU
pointer have been
detected on the SDH transmission link. There are
The SDH interface receives an MS-RDI
disturbances in the
(Multiplex Section-Remote Defect
traffic of the SDH transmission link in question, or
Indication) signal. The signal is cut on the SDH
the traffic has
transmission link, or
been completely prevented.
faulty frames are received. There are
The SDH interface receives an HP-RDI (Higher
disturbances in the traffic of the
Order Path-Remote Defect
SDH transmission link in question, or the traffic
Indication) signal. Frames with a faulty AU
has been completely
(Administrative Unit) pointer
prevented.
have been detected on the SDH transmission
Transmission equipment has set an alarm which
link. There are disturbances
is not defined in
in the traffic of the SDH transmission link in
the BSC alarm system. A disturbance in the Q1
question, or the traffic
service channel may
has been completely prevented.
also have caused the alarm.
The connection to Location Measurement Unit
(LMU) is lost. Either the Q1
This alarm may affect the performance of the
service channel to LMU is not functional or the
BSC transmission equipment
settings of LMU itself
fault management.
are defective. There may also be erroneus
The signal of the SDH VC-3 or VC-4 path is
information in the
unequipped. The path signal
transmission equipment file (Q1EQUI).
label byte (C2) and the path trace byte (J1), and
BIP-8 byte (B3) in the
The location requests to this LMU area can't be
SDH path overhead (POH) all have the value
The
incoming SDH signal has a different
performed.
zero. The path is unusable
regeneration section trace
for the traffic transport.
identifier than expected. This should mean that
the SDH signal of the
interface is not originating from the expected
The alarm is set if the canceled license list file is
source. The traffic
missing when
on the interface does not work.
the system starts up. It means the file is
corrupted or has been
removed. After setting the alarm, the system
The threshold for errors in the SDH signal has
creates a new empty
been exceeded. There is
canceled license list file, and cancels the alarm
Signal Fail (SF) condition in the SDH
automatically.
transmission link in question and
the traffic has been completely prevented. The
This alarm is raised when ATM-layer OAM
BER threshold for SF can
(Operations, Administrations
be checked with command YAI.
and Maintenance) is receiving a VP- or VC-level
alarm indication signal
(AIS). When this alarm occurs, it means that the
This alarm is raised when ATM-layer OAM
ATM connection in
(Operations, Administrations
question is out of use. Supplementary
and Maintenance) is receiving a VP- or VC-level
information fields identify the
remote defect indication
erroneous connection. The error can be, for
signal (RDI). When this alarm occurs, it means
example, in the physical
that the ATM connection
link.
in question is out of use. Supplementary
information fields identify the
erroneous connection. The error can be, for
example, in the physical
link.
1 number of the path, on which the loss of cell
delineation occurred.
This is valid only if the transmission link is based on
SDH.
1 number of the path, from which the AU path ais signal
was received
1 number of the SDH path in question.
1
Q1 address of the piece of transmission equipment
2
the functional entity number specifies a physical unit
of the
transmission equipment, for example a plug-in unit or
1 identifier of the affected LMU area
a
daughter board. The number can be 0...254
2 identifier of the BCF where the affected LMU is located
3
the supervision block number specifies the faulty
3 identification of BTS
1
partnumber
of the of the path, on which the signal is unequipped
functional entity, for example a certain line interface
4 identifier of the TRX containing the affected LMU
or
component
5 type of the affected LMU
4
number of the Q1 service channel in the BSC, 0...27
6 index of the affected LMU
5
name of the piece of transmission equipment.
Not included if the name is in the alarm object field of
the alarm printout. For more information, see the
Alarm Structure reference manual
6
number of the piece of transmission equipment.
Not
1 errors included
detected:if the index is in the alarm object field of
the
alarm
printout.
For more information, see the
01 in multiplexer
section
Alarm
Structure
reference
manual
02 in path level
7
original
Q1SDH
faultpath
codeinreceived
2number
of the
question.from the
1
ATM interface identifier
transmission
equipment
2 virtual path identifier
3 virtual channel identifier
1 ATM interface identifier
4 OAM flow type to identify the OAM level (f3, f4s, f4e,
2 virtual path identifier
f5s, f5e)
of the connection for which the RDI signal is received:
3 virtual channel identifier
01 Segment VP level
4 OAM flow type to identify the OAM level (f3, f4s, f4e,
02 End-to-end VP level
f5s, f5e)
03 Segment VC level
of the connection for which the RDI signal is received:
04 End-to-end VC level
01 Segment VP level
02 End-to-end VP level
03 Segment VC level
04 End-to-end VC level
The SDH interface receives frames which have
an incorrect multiframe pattern
(H4 byte). There are disturbances in the traffic of
the SDH
transmission link, or the traffic has been
The SDH interface receives an TU-AIS (Tributary
completely prevented.
Unit - Alarm
Indication Signal) signal. Frames with a faulty TU
pointer have been
detected on the SDH transmission link. There are
The SDH interface receives an LP-RDI (Lower
disturbances in the
Order Path-Remote Defect
traffic of the SDH transmission link in question, or
Indication) signal. There are disturbances
the traffic has
in the traffic of the SDH transmission link in
been completely prevented.
question, or the traffic
Associated data has degraded in the sense that
has been completely prevented.
the signal degrade
(SD) condition is active in the SDH transmission.
There are
disturbances in the physical layer traffic flow of
The SDH interface receives frames which have
the SDH
an incorrect TU
transmission.
(Tributary Unit) pointer. There are disturbances in
the traffic of
If SD is detected on multiplex section level and
the SDH transmission link in question, or the
The
incoming
SDH signal has a different lower
multiplex
section
traffic has been completely
order
path is
trace
identifier
protection
in use,
protection switching should
prevented.
than
expected.
take place
if This should mean that the SDH
path
is notpriority
originating
from are active.
no higher
requests
the expected source. The traffic on that SDH path
Software download to a group of transmission
does not work.
equipment has failed.
The result is that new software build is neither
downloaded nor
activated in the transmission equipment group.
The signal of the SDH lower-order virtual
container path (VC11/VC12)
is unequipped due to the zero values in relevent
SDH lower-order path
overhead(POH) bytes.Due to this effected lower
The SDH interface receives frames, which have a
order path is unusable
signal type identifier
for the traffic transport.
(Asynchronous, Bit synchronous and Byte
synchronous) that does not
correspond to intended signal.The signal label
The operational state of the ATM interface has
mismatch happens at the
changed to disabled.
lower order path signal.There is either traffic
The ATM interface cannot work normally because
disturbances on the SDH
there are defects in the
transmission link, or the traffic is completely
physical link, for example, loss of signal.
A
fault has on
been
in a DSP unit of a
congested
thedetected
link.
TR3E or a TR3A plug-in unit.
1 number of the high order path, from which loss of
multiframe received
1 number of the SDH high order path number
corresponding to
lower order path
1 number of the SDH high order path number
2 number of the path, from which the TU path ais signal
corresponding to
was received
lower order path
1 indicates the level where the defect has been detected
2 number of the SDH Low order path in question
01 multiplex section
02 higher order path
2 number of the higher order path in question
1 number of the SDH high order path number
corresponding to
lower order path
1 number of the SDH high order path number(VC3/VC4)
2 number of the SDH Low order path in question
corresponding to
lower order path
2 number of the path, on which the Trace mismatch
1 network element group identification.
detected
2 general error message of the system. You can check
its meaning with
a command of the service terminal extension MRS or in
1 number of the SDH high order path number(VC3/VC4)
General Error
corresponding to
Message of System.
lower order path
3 BCF identification number of the Q1 bus.
2 number of the path, on which the signal is unequipped
1 Ifnumber
of the SDH
high orderby
path
the equipment
is supervised
thenumber(VC3/VC4)
BSC, the BCF
corresponding
number is not to
lower
order path
relevant.
2
number of number
the lower
path
in question
4
tranceiver
oforder
the Q1
bus.
1 ATM
interface identifier
If the equipment is supervised by the BSC, the TRX
number is not
relevant.
1
type of the
plug-in
unit
5 number
of the
Q1 service
channel in the BSC, 0...27.
If the equipment is supervised by the BTS, the channel
2
index of the plug-in unit
number
is not relevant
3 index of the failed DSP unit
A DSP unit of a TR3E or a TR3A plug-in unit has 1 type of the plug-in unit
6 Q1 address of the piece of transmission equipment.
been blocked with a
4 first bit in the Ater interface that is connected to the
command given from the local user interface.
2 index of the plug-in unit
failed
DSP unit
3 index of the blocked DSP unit
5 last bit in the Ater interface that is connected to the
4 the first bit in the Ater interface that is connected to the
failed
blocked DSP unit
DSP unit
5 the last bit in the Ater interface that is connected to the
6 failure type:
blocked DSP unit
0 loading of program code fails
1 signalling message traffic to DSP unit blocked
2 switching of channels fails
One of the external synchronisation plug-in units
of a TCSM3i cabinet
has detected a fault and has set an alarm to the
supervising transcoder
unit.
Congestion percentage exceeds the limit. The
value of the limit is
defined in General Parameter File (PRFILE)
parameter
CONGEST_ALARM_LIMIT (002:1197).
The operation mode of the unit has been
changed to plesiochronous either
with an MML command given by the user or due
to a failure in all the
external synchronisation signals. Slips occur
The system has detected that the bus between
generally in the
the synchronisation units
plesiochronous operation mode. The number of
is defective. The other synchronisation unit may
slips depends on the
also be faulty. The
correctness of the control word value which is in
fault does not have a direct effect on the
The
system has detected that the incoming
the synchronisation
functioning of the network
synchronisation
signal
is
unit. The situation
is serious
if the control word of
element. However, the defective bus will make
defective
or missing. The fault does not affect the
the synchronisation
the recovery of the system
traffic
capacity
unit has
drifted of
too far from its correct value.
more difficult in some faults of the
the network element.
The
type of the optical
synchronisation
units. Small Form Factor
If
the change
to the
plesiochronous
operation
Pluggable
(SFP)
transceiver
is
In
caseoccurred
the synchronisation
is not the one
mode
as acause
result a signal
incorrect.
This may
traffic cut-off or
according
of
a failuretoinwhich
thethe
synchronisation signals, it may
disturbances
in
the
system
is currently
synchronising, the fault
either
be
due
to
a
traffic. For this reason the optical SFP transceiver
The
frame
unitof(FU)
has detected
a dataintransfer
does
not affect
the
complete
lack
signals
or to a change
its
in question has to
check
sum
error
in
the
synchronisation
in
any
way.
frequency.
be replaced with a correct type of an SFP
data which comes in from the carrier unit (CU).
transceiver.
This
alarm
the returns
In
case
the concerns
synchronisation
signal
the one that
The
synchronisation
unit
inisthe
redundant
or
diversity
datamode
link between the CU
the
system
is
plesiochronous
operation
The frame unit (FU) has detected a data transfer
and
thetoFU,
which
goes
currently
using,
the
system
will automatically
slowly
the
nominal
frequency
if it is able to use
check sum
error
in the
via
the
redundant
or
diversity FQHU or DFHU.
choose
the
next
suitable
the
long-term
mean
data which comes in from the carrier unit (CU).
incoming
synchronisation
signal.word is changed
of
thealarm
control
word. The
This
concerns
the control
This
alarm
has
two
categories: non-fatal (no
a
few
times
in
a
minute
redundant or diversity data link between the CU
The
carrier
unitincoming
has
detected
that
no datasignals
is
effect
onallservice)
and
In
case
synchronisation
when
returning
to
the
nominal
frequency.
and
the
FU,the
which
goes
coming
in
from
the
frame
fatal
(an
effect
on
service).
This
alarm
is
fatal
in
are
faulty,
the system
via the
redundant
or diversity FQHU or DFHU.
unit
(via
the
FQHU
or
the
DFHU)
to
the
carrier
the
following
cases:
will
synchronise
itself
according
to
the
signal
As the synchronisation unit does not know the
unit.
The frequency
carrier
unitof the
generated
by
absolute
This alarm
hasthe
two categories:
non-fatal (no
reports
this
alarm
to
the
frame
unit.
-oscillator
The
number
of
the
data
transfer
sum
of
its
own
clock
unit.
incoming
signal,
itand
can
also
reject
acheck
signal
that of
The carrier
unit has
detected
a wrong
number
effect
on service)
errors
in
the
primary
link
has
the
correct
bytes
in the
data
fatal (an
effect
on service). This alarm is fatal in
This
alarmifaffects
the provided
service.
exceeds
the
specified
limitframe
and
there
is athe
fatal
frequency
the
synchronisation
unit's
which
is coming
in from the
unit own
(via
the following
cases:
alarm
in
the
frequency
is outside
FQHU
or the
DFHU) the
FU
diversity/redundant
link.
normal
controlunit.
range.
However,
the
alarm sum
is
the
carrier
Thedata
carrier
unit
reports
this
-to
The
number
the
transfer
The
carrier
unit of
has
detected
a datacheck
transfer
usually
cancelled
as
the
alarm
to
the redundant/
errors
in
check
sum
errorincludes
inthe
the
The
frame
unit
all transfer
control
baseband
-synchronisation
The
number
ofunit
data
check
sum
returns
to
the and
nominal
frame
unit.
diversity
link
exceeds
the
specified
limit(via
and
data
which
comes
in
from
the
frame
unit
the
functions
errors
in
the
primary
frequency
in
the
there
is
a
fatal
alarm
FQHU
or
DFHU)
toand
related
to the
each
speech
connection.
The
frame
link
exceeds
the
specified
limit
and
the
plesiochronous
mode
detects
the
signal
to
This
alarm
does not
affect the provided service.
the primary
link.carrier
theincorrect
carrier
unit.
The
unit reports this alarm
unit
diversity/redundant
link board
be
about
twenty
The consists
frame in
unit
controller
(FUCx) has
to
the
frame
unit.
of
three
digital
boards:
a
frame
unit controller and
is
not
equipped.
minutes
or
so.
detected
that noofdata
is transfer
FU
- The number
the data
check sum
two
coming
inthe
from
the digital signalling processing
errors
in
redundant/
This
alarm
has
two
categories:
non-fatal
(no
identical
digital
signal
processing
units.
The
fatality
limits
can
be
found
in
document
unit
(DSPx)
to the
The
frame unit
includes
all
control
and baseband
diversity
link
exceeds
effect
on
service)
and the specified limit and
Digital
BTS
FUC
FUCx.
functions
the
linkon
is service). The fatality depends
fatalprimary
(an effect
FUCx
Monitoring
Interface,
B61
S60005CE
related
to each
speech
connection.
The frame
not
equipped.
on
the
number
of
(C3_FHI_A_ERR).
This
alarm affects the provided service.
unit consists
alarms
during
SACCHboard,
multiframe.
The frame
unitan
controller
FUCx, handles
of
three
digital
boards:
a found
frame in
unit
controller and
The
fatality
limits
can be
document
the
signalling
FU
FU
two
Digital
BTS
FUC
The fatality
be found
in document
between
thelimits
basecan
station
controller
and the
identical
digital
signalB61
processing
units.
Monitoring
Interface,
S60005CE
Digital
BTS
FUC
mobile
station.
The
frame
unit
includes
all
control
and
The
frame unit includes all control and baseband
baseband
(C3_FHI_B_ERR).
Monitoring
Interface,
B61 S60005CE
The
FUCx relays
all traffic
data between the BIE
functions
functions
FUCx
(C3_FHI_A_ERR).
and
theto
DSPxs
related
each
related
to
each speech
speech connection.
connection. The
The frame
frame
FU
and
between
the DSPxs and the carrier unit.
unit
consists
unit
consists
The frame unit controller board, FUCx, handles
FU
of
three
digital
boards: a
frame
unit
controller
and
of
three
digital
frame
unitand
controller
and
the
signalling
The
frame
unit boards:
includesaall
control
baseband
1 index of the external synchronisation plug-in unit
0d...1d
2 alarm number of the alarm set by the external
synchronisation
1 virtual MGW identifier in the MGW where congestion
plug-in unit
occurred
alarm number can be one of the following
2 current total congestion percentage (congestion
events'
1 index
2040of the external synchronisation plug-in unit
relation to total number of events) exceeds the limit
0d...1d
2057
configured with PRFILE parameter
2603
CONGEST_ALARM_LIMIT (002:1197)
2631
2632of the external synchronisation plug-in unit
1 index
2633
0d...1d
2634
2635
2636
1 index
2637of the external synchronisation plug-in unit
0d...1d
2638
2639
2 synchronisation
signal
2640
2641
1 the identifier of the plane in which the optical module
012642
2M1
exists.
02 2M2
The possible values are:
2M3data related to the alarm set by the external
3-903
alarm
04
2M4
synchronisation
00: front plane plug-in unit
1-605 FS1
XX XX XX XX XX XX
01: back plane
2 3 4 5 6
061FS2
rack (cabinet)
number input
4) below
type of3.7
unitkHz
3 001)frequency
of connected
2 the index of the incorrect optical SFP transceiver
2)frequency
shelf number
5) unitover
number
01
of
connected
input
4.5
kHz
1-6
XXThe
XX XX XX XX XX
module.
slot
6) subunit
number
023)
frequency
of
connected
input
over
3.7
kHz and
1 2 3index
4 5 values
6
module
begin from 00, which is the
below 4.5 kHz,
uppermost module.
See
document
Alarm
Alarm Reference
but
itthe
differs
from the
rightStructure,
frequency
1)module
rack
(cabinet)
type
of module
unit
The
with thenumber
index 01 is4)the
next
placed
Manual.
102)synchronisation
input
of
NIU
or
TBU
is faulty
shelf number
5) unit number
under
the
1-6 XX XX XX XX XX XX
3) slot00, and so on. 6) subunit number
module
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The frame unit controller board has detected that
the digital
signalling processing unit attempts to send too
much data to the
carrier unit (via the FQHU or the DFHU).
The frame unit has detected that no data is
coming in from the carrier
This alarm does not affect the provided service.
unit (CU) to the frame unit (FU). This alarm
concerns the primary data
FU
link between the CU and the FU, which goes via
The frame unit has detected that no data is
the primary FQHU or DFHU.
coming
in from
the carrier
The frame
unit includes
all control and baseband
unit
(CU) to the frame unit (FU). This alarm
functions
This alarm affects the provided service.
concerns
redundant
or
related to the
each
speech connection.
The frame
diversity
data link between CU and FU, which
unit
consists
The
FU data clock signal from the BIE 1 (Base
goes
viadigital
the redundant
of
three
boards:
aorframe unit controller and
Station
Interface
Equipment)
diversity
FQHU or DFHU.
two
is
missing.
If theincludes
clock signal
is missing,
data
The
frame unit
all control
and baseband
identical
signal processing units.
cannot bedigital
transferred
functions
This alarm affects the provided service.
between
FUCx
and connection.
BIE 1.
related
tothe
each
speech
frame
The
data
clock
signal
from the BIE 2The
(Base
FUCx
unit
consists
Station
Interface Equipment)
FU
The
fatality
of this
alarma depends
oncontroller
whether and
a
of
three
digital
boards:
frame
is
missing.
If the
clock signal
is unit
missing,
data
The
frame
unit
controller
board,
FUCx, handles
redundant
BIE
is
two
cannot
be transferred
The
frame
unit includes all control and baseband
the
signalling
installed.
identical
digital
signal
processing
units.
between
the FUCx
and
BIE
2.
functions
base
station
controller
The data clock
signals
from
the BIE1and
andthe
BIE2
related
to
each
speech
connection.
The
frame
mobile
station.
(Base station Interface
FU
FUCx
The
fatality
of thisall
alarm
depends
on whether
a
unit
consists
FUCx relays
traffic
between
the are
BIE
Equipment)
are missing.
If data
the clock
signals
redundant
BIE boards:
is
of
three
digital
a
frame
unit
controller
and
and
the
DSPxs
missing,
data
The
frame
unitcannot
includes
control
and baseband
controllerall
board,
FUCx,
handles
installed.
two
and
between the
DSPxsthis
andframe
the carrier
unit.and
be
transferred
between
unit (FU)
functions
the
signalling
An
error
is
detected
in
the
testing
of
the
driver
identical
digital
signal
processing
units.
BSC.
related
to
each
speech
connection.
frame
between
the
base
station
controller The
and the
circuits
of
BIE's
FU
DSPx
unit
consists
mobile
station.
link
A. Data can not be transferred between the
FUCx
This
alarm
affects
thetraffic
provided
service.
of
three
digital
boards:
a frame
unit
controller
and
The
relays
all
between
the BIE
BIE
and
the
FUCx
The 1FUCx
frame
unit
includes
all data
control
andDSPx,
baseband
digital
signalling
processing
unit,
two
and
the
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iffunctions
theframe
driver
circuits
of linkboard,
A are faulty.
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controller
FUCx,
performs
allunit
An
is
detected
inprocessing
theand
testing
of thehandles
driver
FU error
identical
digital
signal
units.
and
between
the
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unit.
related
to
each
speech
connection.
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frame
the
signalling
baseband
operations
for
traffic
data,
for example,
circuits of the
The
fatality
ofbase
this alarm
depends
onand
whether
a
unit
consists
between
the
station
controller
the
encryption,
BIE's
link B.unit
Data
can not
transferred
between
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includes
allbe
control
and baseband
FUCx
DSPx
redundant
BIE
is decoding
of
three
digital
boards:
a
frame
unit
controller
and
mobile
station.
decryption,
coding,
and
demodulation
the BIE 2 and
functions
installed.
two
The
FUCx
all traffic
data
the
BIE
and
combining
of
the
FUCx
ifrelays
the controller
driver
circuits
of between
link
BDSPx,
are
faulty.
related
to each
speech
connection.
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frame
The
frame
unit
board,
FUCx,
handles
digital
signalling
processing
unit,
LAPD
link
to
the
BSC
was
disconnected
due to
identical
digital
signal
processing
units.
and
the
DSPxs
RF
signals
in
the
case
of
antenna
diversity.
unit
consists
the
signalling
performs
allLink
link
failure.
FU
and
between
the
DSPxs
and the
carrier
unit. and
The
fatality
ofbase
this
alarm
oncontroller
whether
a
of
three
digital
boards:
a depends
frame
unit
between
the
station
controller
and
thealarm
baseband
operations
for
traffic
for
example,
re-establishment
from
the
BTS data,
failed.
The
FUCx
CU
redundant
BIE is
two
mobile
station.
encryption,
is
of frame unit includes all control and baseband
The
DSPx
installed.
identical
digital
signal
processing
units.
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FUCx
relays
alldecoding
traffic
data
between
decryption,
coding,
and
demodulation
the
event
type,
and
the
LAPD
linkradio
is the
re- BIE
functions
The
frame
unit
controller
board,
carrier
unit
(CU)
isconnection
located
inFUCx,
the
The
speech
and
data
to
thehandles
specified
and
the
DSPxs
combining
of
established
right
after
related
toineach
connection.
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frame
the
signalling
The
digital
signalling
processing
unit,
DSPx,
interface
GSM
time
slot
isspeech
faulty
FU
FUCx
and
between
the
the carrier
unit.
RF
signals
inbase
case
of and
antenna
diversity.
receiving
the DSPxs
SABME
message
from
unit
consists
between
the
station
controller
and
the
performs
all
the
BTS.
The
main
function
of
the
CU
is
tothe
in the base station interface. The frame unit
BSC,
containing
the
correct
of
three
digital
boards:
a
frame
unit
controller
and
mobile
station.
baseband
operations
forall
traffic
data,
forbaseband
example,
convert
the
baseband
controller
(FUC)
tries to
The frame
unit
includes
control
and
controller
board,
FUCx,
handles
DSPx
CU
SAPI
and
TEI
values.
Disturbances
in
the
Atwo
The
FUCx
relays
all
traffic
data
between
the
BIE
encryption,
signal
to
the
radio
frequency
signal
and
vice
recover
the fault situation by reinitializing the
functions
the
signalling
Recovery
ofCU
the
FUCx
HDLC and
(8071)
link
bis
interface
of the
BSC
identical
digital
signal
processing
units.
and
the
DSPxs
decryption,
coding,
decoding
demodulation
versa.
The
time-slot-specific
related
tothe
each
speech
connection.
The
frame
between
base
station
controller
and
the
The
digital
signalling
processing
unit,
DSPx,
carrier
unit
(CU)
is located
the
radio
controller
has
failed.
The
HDLC
may
also
cause
this
alarm.
between
the
and
theinand
carrier
and
combining
of DSPxs
consists
of
a transmitter
(TXUx)
oneunit.
or twonot
part
of the
interface.
If the
reinitialization
does
unit
consists
mobile
station.
performs
all
interface
in
link
controller
handles
both
signalling
and traffic
FUCx
RF
signals
in
the
case
of
antenna
diversity.
receivers
(RXUAs)
succeed
to
of
three
digital
boards:
a frame
unit
controller
and
The
FUCx
relays
allfunction
traffic
data
between
the BIE
baseband
operations
for
traffic
data,
for
the
BTS.
The
main
of the
CU
is example,
to
data
between
the
DSPx
depending
on situation,
whether diversity
is used.
clear
thethe
fault
this alarm
is activated.
two
and
the
DSPxs
encryption,
convert
baseband
BSC
and the
Due to this
alarm,
thehandles
frame
The
frame
unitFU.
controller
board,
FUCx,
CU
Baseband
DSP
has
detected
one
orand
more
identical
signal
processing
units.
and
between
the
DSPxs
and signal
the
carrier
unit.
decryption,
coding,
decoding
and
demodulation
signal
to digital
the
radio
frequency
vice
unit
controller
(FUC)
is
the
signalling
The
digital
signalling
processing
unit,
DSPx,
FQHU
overload
occurrence(s)
in
the
past
This
alarm
affects
the
provided
service.
If
this
and
combining
of
versa.
The
CU
reset.
The
alarm
can
reoccur
after
the
reset.
between
the
base
station
controller
and
the
performs
all
The
carrier
unit
is
located
inEGPRS
the
radio
monitoring
period.
It may
impact
KPIs.
GSM
time
slot
is(CU)
used
FUCx
DSPx
RF
signals
in
the
case
of
antenna
diversity.
consists
of
a
transmitter
(TXUx)
and
one
or
two
mobile
station.
baseband
operations
for
traffic
for example,
interface
incalls,
The
frequency
hopping
performs
The
monitoring
period
isunit
for
mobile
the calls
do (FQHU)
notdata,
succeed
when
receivers
(RXUAs)
This
alarm
affects
the
provided
service.
The
FUCx
relays
all
traffic
data
between
the BIE
encryption,
the
BTS.
The
main
function
of the
CUDSPx,
ishandles
to
baseband
frequency
roughly
30
minutes.
this
alarm
is
active.
The
frame
unit
controller
board,
FUCx,
digital
signalling
processing
unit,
depending
on
whether
diversity
is
used.
and
the the
DSPxs
decryption,
coding,
decoding
and
demodulation
convert
baseband
hopping.
The
FQHU
is
located
in
the
fast
serial
the
signalling
performs
all
FU
and
between
the
DSPxs
and
the
carrier
unit.
combining
of
signal
to
the
radio
frequency
signal
and
vice
link
between
BSI
between
the
base station
controller
the
baseband
operations
for traffic
data,and
for example,
FQHU
RF
signals
in
the
case
antenna
versa.
the
FUThe
and CU
the
CU.
Theoffast
serialdiversity.
link carries out
mobile
station.
encryption,
The
frame
unit
includes all
control
and
baseband
DSPx
consists
ofstation
acoding,
transmitter
(TXUx)
and
one
or two
data
transmission
The
base
interface
(BSI)
isdemodulation
the
interface
FUCx
relays
alldecoding
traffic
between
the
BIE
decryption,
and
The
frequency
hopping
unitdata
(FQHU)
performs
functions
receivers
(RXUAs)
between
the
FU
and
the
CU.
The
FQHU
connecting
the
frame
and
the
DSPxs
combining
of
baseband
frequency
related
to the
each
speech
connection.
The
frame
The
digital
signalling
processing
DSPx,
depending
on
whether
diversity
isunit,
used.
connects
to the
CUs
unit
controller
(FUC)
and
the
base
station
and
between
the
DSPxs
and
the
RF
signals
in FUs
case
of
antenna
diversity.
hopping.
The
FQHU
is
located
in carrier
the
fastunit.
serial
unit
consists
performs
all
according
to
the
frequency
hopping
law
by
interface
equipment (BIE).
link
between
of
three
digital
boards:
a
frame
unit
controller
and
baseband
operations
for example,
FQHU
switching
the
serial for traffictodata,
All
telecommunications
or link
from
the TRX
DSPx
the
FU and the CU. Thetraffic
fast serial
carries
out
two
encryption,
links.
goes transmission
through the
data
identical
digital
signal
processing
decryption,
coding,
decoding
and units.
demodulation
The
hopping
unit (FQHU)
base
station
interface.
The frequency
digital
signalling
processing
unit,performs
DSPx,
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
1-6 XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1 number of DSP that detected the overload condition
3) slot
6) subunit number
2 total count of overload occurrences in the past
See the document Alarm Structure, Alarm Reference
monitoring period
Manual.
3 total count of channel activation NACKs with NACK
cause
'processor overload' for DSP overload scenario in the
past
monitoring period
The incoming clock link from the MCLx 1 is faulty. 1-6
XX XX XX XX XX XX
1 2 3 4 5 6
The fatality of this alarm depends on whether a
redundant MCLx is
1) rack (cabinet) number
4) type of unit
installed.
2) shelf number
5) unit number
The incoming clock link from the MCLx 2 is faulty. 1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
MCLx
The fatality of this alarm depends on whether a
See the document Alarm Structure, Alarm Reference
redundant MCLx is
1) rack (cabinet) number
4) type of unit
The master clock unit (MCLx) controls the
Manual.
installed.
2) shelf number
5) unit number
The
incoming clock
1-6 XX XX XX XX XX XX
synchronization
andlinks
the from both MCLxs are
3) slot
6) subunit number
faulty.
1 2 3 4 5 6
timing of the cell site. The clock signals are
MCLx
essential for the
See the document Alarm Structure, Alarm Reference
This
alarmofaffects
the
provided
service.
1) rack (cabinet) number
4) type of unit
operation
the cell
site,
and it is
possible to
The master clock unit (MCLx) controls the
Manual.
2) shelf number
5) unit number
double
the
master
The
internal GSM
timing
synchronization
and
the signals of the FUCx are 1-6 XX XX XX XX XX XX
FU
3) slot
6) subunit number
clock
unit in order to ensure the redundant
missing.
1 2 3 4 5 6
timing of the cell site. The clock signals are
control of the
essential for the
The
frame unit includes all control and baseband
See the document Alarm Structure, Alarm Reference
synchronization.
This
alarmofaffects
the
provided
service.
1) rack (cabinet) number
4) type of unit
operation
the cell
site,
and it is
possible to
functions
Manual
2) shelf number
5) unit number
double
the
master
There
istoaeach
parityspeech
error inconnection.
the incoming
frame
1-6 XX XX XX XX XX XX
related
The
frame
FU
FU
3) slot
6) subunit number
clock
unitfrom
in order
to ensure the redundant
number
the MCLx.
1 2 3 4 5 6
unit consists
control of the
of
three
digital boards:
a frame
unit controller
and
The
frame
The
frame unit
unit includes
includes all
all control
control and
and baseband
baseband
See the document Alarm Structure, Alarm Reference
synchronization.
This alarm affects the provided service.
1) rack (cabinet) number
4) type of unit
two
functions
functions
Manual
2) shelf number
5) unit number
identical
digital
signal
processing
units.
related
to
each
speech
connection.
The
frame
This
alarm
indicates
thatconnection.
the backoffThe
applied
by
related
to each
speech
frame
FU
FU
3) slot
6) subunit number
unit
Radio
module is
unit consists
consists
FUCx
of
three
digital
boards:
a
frame
unit
controller
and
above
the
power
reduction
threshold.
of
three
digital
boards:
a frame
unit controller
and
The
frame
The
frame unit
unit includes
includes all
all control
control and
and baseband
baseband
See the document Alarm Structure, Alarm Reference
two
two
functions
functions
Manual.
The
frame
unit controller
board, FUCx,
handles
identical
digital
signal
processing
units.
identical
digital
signal
processing
related
to
speech
connection.
The
frame
unit (FU)
has
detected units.
a The
dataframe
transfer 1-6 XX XX XX XX XX XX
related
to each
each
speech
connection.
The
frame
the
signalling
unit
consists
error
between
the
FU
1 2 3 4 5 6
unit
consists
between
the base station controller and the
FUCx
FUCx
of
digital
a
unit
controller
and
and
thestation.
carrier
unit (CU).
The data
the FU
of three
three
digital boards:
boards:
a frame
frame
unitfrom
controller
and
mobile
two
has
torelays
a wrong
CU board,
1) rack (cabinet) number
4) type of unit
two gone
The
FUCx
all traffic
data between
the BIE
frame
unit
controller
FUCx, handles
The
frame
unitreceived
controller
board,
handles
identical
digital
signal
processing
units.
or
the
FU
has
data
fromFUCx,
a wrong
CU.
2) shelf number
5) unit number
identical
digital
signal
processing
units.
and
the
DSPxs
the
signalling
The
frame unit (FU) has detected a data transfer 1-6 XX XX XX XX XX XX
the signalling
3) slot
6) subunit number
and
between
the
and
the carrier
unit.
between
the
base
station
controller
and
error
between
theDSPxs
FU
1 2 3 4 5 6
between
the
base
station
controller
and the
the
FUCx
This
alarm
affects
the
provided
service.
FUCx
mobile
and
thestation.
carrier unit (CU). The data from the FU
mobile
station.
See the document Alarm Structure, Alarm Reference
DSPx
The
FUCx
all
data
the
has
gone
torelays
a wrong
CU board,
1) rack (cabinet) number
4) type of unit
The
FUCx
relays
all traffic
traffic
data between
between
the BIE
BIE Manual.
frame
unit
controller
FUCx,
handles
FU the
The
frame
unit
controller
board,
FUCx,
handles
and
DSPxs
or
the
FU
has
received
data
from
a
wrong
CU.
2)
shelf
number
5)
unit
number
and
the
DSPxs
the
The
frame
(FU)
has
detected
a data
transfer 1-6 XX XX XX XX XX XX
the signalling
signalling
digital unit
signalling
processing
unit,
DSPx,
and
between
the
DSPxs
and
the
carrier
unit.
3) slot
6) subunit number
and
between
the
DSPxs
and
the
carrier
unit.
between
the
base
station
controller
and
the
error
between
the
FU
1 2 3 4 5 6
The
frame
includes
allcontroller
control and
between
the
base
station
andbaseband
the
performs
allunit
This
alarm
affects
the
provided
service.
mobile
station.
and
the
carrier
unit
(CU).
The
data
from
the
FU
functions
mobile
station.
baseband
operations for traffic data, for example,
DSPx
See the document Alarm Structure, Alarm Reference
DSPx
The
FUCx
relays
all
data
the
has
gone
a wrong
CUconnection.
1) rack (cabinet) number
4) type of unit
related
to to
each
speech
The frame
The
FUCx
relays
all traffic
traffic
data between
between
the BIE
BIE Manual.
encryption,
FU
and
the
DSPxs
or
the
FU
has
got data
from aand
wrong
CU.
2) shelf number
5) unit number
unit
consists
and
the
DSPxs
decryption,
coding,
decoding
demodulation
The
digital
signalling
processing
unit,
DSPx,
The
frame
unit
(FU)
has
detected
a data
transfer 1-6 XX XX XX XX XX XX
digital
signalling
processing
unit,
DSPx,
and
between
the
DSPxs
and
the
carrier
unit.
3) slot
6) subunit number
of
three
digital
boards:
frame
unit
controller
and
between
and
the
carrier
unit. and
combining
of DSPxs
performs
all
error
between
the
FU aall
1 2 3 4 5 6
The
frame
unitthe
includes
control
and baseband
performs
all
This
alarm
affects
the
provided
service.
two
RF
signals
in the
case
of traffic
antenna
diversity.
baseband
operations
for
data,
for
and
the carrier
unit
(CU).
The data
from
the FU
functions
baseband
operations
for
traffic
data,
for example,
example,
DSPx
See the document Alarm Structure, Alarm Reference
identical
digital
signalCU
processing
units.
DSPx
encryption,
has
gone
to
a
wrong
1) rack (cabinet) number
4) type of unit
related to each speech connection. The frame
encryption,
FU
Manual.
decryption,
coding,
decoding
and
demodulation
or
the
FU
has
got
data
from
a
wrong
CU.
2)
shelf
number
5)
unit
number
unit
consists
decryption,
coding,
decoding
andunit,
demodulation
The
digital
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provided
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functions
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unit
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allindicates
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of
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boards:
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unit
controller
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station.
baseband
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for
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example,
interface
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GSM
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or two
when
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two
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all
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TRX,
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functions
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hopping
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Enabled
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speech
connection.
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vice
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in
legacy
Abis
BCF.
unit
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all
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the
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baseband operations for traffic data, for example,
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
1 identification of BTS
The frame numbers of the FUCx and the DSPxs
differ.
This alarm affects the provided service.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
The ciphering capability of one DSPx differs from 1-6 XX XX XX XX XX XX
FU
3) slot
6) subunit number
that of the
1 2 3 4 5 6
other DSPx in the FU. The DSPxs in the FU are
The frame unit includes all control and baseband
See the document Alarm Structure, Alarm Reference
not of the same type.
1) RACK (CABINET) NUMBER
4) TYPE OF
functions
Manual.
This alarm can only be issued during the startup. UNIT
The
DSPx
is notspeech
able toconnection.
execute theThe
GSM
1-6 XX XX XX XX XX XX
related
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frame
2) SHELF NUMBER
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encryption
algorithm A5/1.
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unit consists
This information concerns an unsupported
3) SLOT
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or
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digital
boards:
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unit controller
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two is a failure in
See the document Alarm Structure, Alarm Reference
the
DSPx.
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alarm can
only beunits.
issued during UNIT
identical
digital
processing
The
1-6
XX XX XX XX XX XX
FU DSPx is not capable to execute the GSM
Manual.
the startup when there
2) SHELF NUMBER
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encryption
algorithm
A5/2.
1 2 3 4 5 6
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includes
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is
BTS software which is able to execute the
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FUCx
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type
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functions
related
A5/1.
there
is a failure
in
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4) type of unit
each speech
connection.
The frame unit consists
See the document Alarm Structure, Alarm Reference
The
frame This
unit controller
FUCx,
handles
the
DSPx.
alarm canboard,
only be
issued
during
2) shelf number
5) unit number
of
three
digital
There
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attemptan
tounsupported
configure the half 1-6
XX XX XX XX XX XX
This
information
concerns
Manual.
the
signalling
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whenunit
there
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boards:
a frame
controller and two identical
rate
channel
(TCH/H)
1 2 3 4 5 6
feature.
between
the
base
station
controller
and
the
is
BTSsignal
software which is able to execute the
digital
to
the FU
which does not support half rate
mobile
station.
A5/2.
See the document Alarm Structure, Alarm Reference
processing
units.
channels.
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4) type of unit
FU
The
FUCx relays all traffic data between the BIE Manual.
2) shelf number
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The
frame
unit
includes
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and
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This
information
concerns
an There
unsupported
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This
alarmrelated
affects
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functions
and
between
the to
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theservice.
carrier unit.
connection
failure
in the and
1 2 3 4 5 6
feature.
The frame unit
controller
board, FUCx, handles
each
speech
connection.
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frame
unit
consists
interface
between
the FUCx and the DSPx. Due
the
signalling
between
FUthree
See the document Alarm Structure, Alarm Reference
of
digitalthe
DSPx
to
this
alarm,
1) rack (cabinet) number
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FU
the
station
controller
the and
mobile
station. Manual.
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unit includes
all and
control
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boards:
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unit
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functions
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message
from
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each
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unit
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the
reset.
each
speech
connection.
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frame
unit
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and
between
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thethree
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to
the DSPx.for traffic data, for example,
of
digital
baseband
operations
See the document Alarm Structure, Alarm Reference
of
three
digital
and
the a
carrier
1) rack (cabinet) number
4) type of unit
boards:
frameunit.
unit controller and two identical
FUCx
encryption,
This
alarm
affects
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providedand
service.
Manual.
boards:
a
frame
unit
two
identical
This
alarm
affects
the
provided
service.
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5) unit number
digital
signal
The
frame
unit
controller
board,
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handles
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coding,
decoding
and
demodulation
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digital
signal
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3) slot
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processing
units.
the
signalling
between
and
combining
of
time
slot configuration
1 2 3 4 5 6
FU
processing
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digital
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unit,
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FU
the
base station
controller
and
mobile station.
RF
signals
in the
case
of to
antenna
diversity.
message
from
the
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the the
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performs
all
base
band
See the document Alarm Structure, Alarm Reference
FUCx
Theframe
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relays
1) rack (cabinet) number
4) type of unit
The
includes
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and
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operations
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e.g.
Thetraffic
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unit
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and
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Manual.
controller
board,
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data
between
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BIE
and
the
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This
alarm
affects
the
provided
service.
2)
shelf
number
5)
unit
number
functions
The
frame
unit
controller
board,
FUCx,
handles
encryption/decryption,
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time slot number in the time
1-6 XX XX XX XX XX XX
functions
the
signalling
between
and
between
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related
to
each
speech
connection.
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frame
the
signalling
between
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demodulation
and
combining
of
slot
configuration
1 2 3 4 5 6
related
each unit.
speech
connection.
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the
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station
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and the mobile
station.
and
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carrier
FU
unit
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the
base
station
controller
mobile station.
RF
in
the
case
message
the
FUCx toand
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unit
consists
Thesignals
FUCxfrom
relays
See the document Alarm Structure, Alarm Reference
of
three
digital
boards: a frame unit controller and
The
FUCx
relays
antenna
diversity.
1) rack (cabinet) number
4) type of unit
of
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boards: athe
frame and
unit controller
all
traffic
data
thebaseband
DSPxsand Manual.
DSPx
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includesthe
all BIE
control
and
two
all
traffic
data
between
BIE
and
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This
alarm signalling
affects
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provided service.
2) shelf number
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two
and
between
the
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The
digital
unit,
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There
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illegal
subchannel
number
1-6 XX XX XX XX XX XX
functions
identical
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signal
processing
units.in the
and
between
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6) subunit number
identical
digital
signal
units.
and
theto
carrier
unit.
performs
all
base
bandprocessing
signalling
message
1 2 3 4 5 6
related
each
speech
connection. The frame
and
the
carrier
unit.
FU
operations
for traffic
e.g.
from
the FUCx
to thedata
DSPx.
unit
consists
FUCx
See the document Alarm Structure, Alarm Reference
FUCx
DSPx
encryption/decryption,
1) rack (cabinet) number
4) type of unit
of
three digital boards: a frame unit controller and
DSPx
The
frame
unit
includes
all control
and
baseband
Manual.
digital
signalling
processing
unit,
DSPx,
coding/decoding,
demodulation
and
combining
of
This
alarm
affects
the
provided
service.
2)
shelf
number
5)
unit
number
two
The
frame
unit
controller
board,
FUCx,
handles
digital
signalling
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unit, DSPx,
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in
the HL1 1-6 XX XX XX XX XX XX
functions
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controller
board,number
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handles
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band
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inillegal
the
case
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identical
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the
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band
message
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related
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each
speech
connection.
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the
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of
antenna
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between
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operations
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data e.g.
the
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to
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unit
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between
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base
station
controller
and
the
encryption/decryption,
See the document Alarm Structure, Alarm Reference
FUCx station.
mobile
encryption/decryption,
1) rack (cabinet) number
4) type of unit
of
threestation.
digital boards:
a frame unit
controller
and
mobile
coding/decoding,
demodulation
and
combining
of Manual.
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frame
unit includes
all data
control
and
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relays
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between
the
BIE
coding/decoding,
demodulation
and
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of
This
alarm relays
affects
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provided
service.
2) shelf number
5) unit number
two
The
FUCx
all
data
between
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RF
signals
in
the
case
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isDSPxs
anunit
subchannel
the
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functions
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frame
controller
board,number
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handles
and
the
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signals
inillegal
the
case
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identical
digital
signal
processing units.
and
theto
DSPxs
of
antenna
diversity.
channel
configuration
1 2 3 4 5 6
related
each
speech
connection.
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frame
the
signalling
and
between
the
DSPxs
and
the
carrier
of
antenna
diversity.
FU
and
between
the
theDSPx.
carrier unit.
message
from
theDSPxs
FUCx and
to
the
unit consists
between
the
base
station
controller
and the
See the document Alarm Structure, Alarm Reference
FUCx
1) rack (cabinet) number
4) type of unit
of
threestation.
digital boards: a frame unit controller and
mobile
DSPx
The
frame unit includes all control and baseband Manual.
DSPx
This
alarm
affects
the
provided
service.
2)
shelf
number
5)
unit
number
two
The
FUCx relays all traffic data between the BIE
functions
The frame unit controller board, FUCx, handles
3) slot
6) subunit number
identical
digital
signalprocessing
processingunit,
units.
and
the
DSPxs
The
digital
signalling
DSPx,
related
to each
speech
connection.
The
frame
the
signalling
The
digital
signalling
processing
unit,
DSPx,
FU
and
between
the DSPxs and the carrier unit.
performs
all base
unit
consists
between
the
station
controller
and
the
performs
all
See the document Alarm Structure, Alarm Reference
FUCx
baseband
operations
traffic data,
for example,
of
threestation.
digital
boards:for
a frame
unit controller
and
mobile
baseband
operations
for
traffic
data,
forbaseband
example,
The
frame
unit includes
all
control
and
Manual.
DSPx
encryption,
two
The
FUCx relays all traffic data between the BIE
encryption,
functions
The
frame unit
controller
board,
handles
decryption,
coding,
decoding
andFUCx,
demodulation
identical
digital
signal
processing
and
the
DSPxs
decryption,
coding,
decoding
and units.
demodulation
related
to
each
speech
connection.
The
frame
the signalling
The
digital
signalling
processing
unit,
DSPx,
and
combining
of
and
between
the
and the carrier unit.
combining
of DSPxs
unitsignals
consists
between
the
base
station
controllerdiversity.
and the
performs
all
RF
in
the
case
of
antenna
FUCx
RF
signals
in the
case of
antenna
of
three
digital
boards:
a frame
unitdiversity.
controller
and
mobile
station.
baseband
operations
for
traffic data,
for example,
DSPx
two
The
FUCx relays all traffic data between the BIE
encryption,
The frame unit controller board, FUCx, handles
identical
digital
signal
processing
and
the DSPxs
decryption,
coding,
decoding
and units.
demodulation
There is no response from the DSPx to the frame 1-6 XX XX XX XX XX XX
number (FN) poll.
1 2 3 4 5 6
A connection failure has occurred in the interface
between the FUCx
1) rack (cabinet) number
4) type of unit
and the DSPx. Due to this alarm, the frame unit
2) shelf number
5) unit number
The FUCx does not get the DSP board test result 1-6 XX XX XX XX XX XX
controller (FUC)
3) slot
6) subunit number
from the DSPx. This
1 2 3 4 5 6
is reset. The alarm can reoccur after the reset.
alarm can only be issued during the startup.
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
This alarm affects the provided service.
Manual.
This alarm affects the provided service.
2) shelf number
5) unit number
The traffic speed capability of one DSPx differs
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
from
1 2 3 4 5 6
FUCxthat of the
FU
other DSPx in the FU. The DSPxs in the FU are
The frame unit includes all control and baseband
See the document Alarm Structure, Alarm Reference
not
sameunit
type.
1) rack (cabinet) number
4) type of unit
Theof
frame
controller board, FUCx, handles
functions related to
Manual.
2) shelf number
5) unit number
the
signalling
The
busconnection.
link is switched,
and aunit
reset
is
eachtoken
speech
The frame
consists
This
alarm
can
onlystation
be issued
duringand
thethe
startup.
3) slot
6) subunit number
between
the
base
controller
given
to digital
the
token
bus circuit.
of three
mobile
station.
The
link areselection
caused by
a two
missing
boards:
frame unitiscontroller
and
identical
FU
See the document Alarm Structure, Alarm Reference
The
FUCx
relays all
data between the BIE
logical
connection
totraffic
the OMU.
digital signal
Manual.
and the DSPxs
processing
units.
The
token
circuit
is being
reset
andbaseband
frame bus
unitthe
includes
all
control
and
and between
DSPxs
and
the
carrier
unit.
initialized,
functions but these
FUCx
procedures
fail. speech
The TBC
duplex testThe
failure
also
related
connection.
frame
DSPx to each
The
frame
controller board, FUCx, handles
causes
theunit
alarm.
unit consists
the signalling between
of
three
digital
boards:
frame
unit
controller
The
digital
signalling
processing
unit,
DSPx, and
This
alarm
is caused
bya the
following
reasons:
an
the
base
station
controller
and
the mobile
station.
two
performs
all
empty
bufferrelays
or frame
The FUCx
identical
digital
signal
processing
units.
baseband
operations
trafficreselection,
data,
for example,
descriptor
pool,
token for
bus
all traffic data
between
the link
BIE and the DSPxs
encryption,
modem
error, the
transmission
and between
DSPxs
FUCx
decryption,
decoding
demodulation
fault,the
buscarrier
orcoding,
address
error, lostand
address
order,
and
unit.
Error
in
message
reception or transmission
and
combining
of
duplicate MAC address
queue
during
The
frame
unit
controller
FUCx,
handles
RF
signals
in the
case
of board,
antenna
diversity.
detected,
message
sending
failure,
or bad
status
DSPx
the token
bus test loop.
signalling
poll
from
application
The digital signalling processing unit, DSPx,
between
the base station controller and the
layer.
performs all base band
mobile
station.
Resetting offor
the
token
buse.g.
circuit failed.
operations
traffic
data
The FUCx relays all traffic data between the BIE
encryption/decryption,
and the DSPxs
coding/decoding, demodulation and combining of
and between the DSPxs and the carrier unit.
RF signals in the case
of antenna
diversity. line of the RFTE has
The
signal detecting
1-6 XX XX XX XX XX XX
DSPx
measured a higher signal
1 2 3 4 5 6
level
than
-70
dBm
in
the
RFTE
output.
The
time
The digital signalling processing unit, DSPx,
slots
which
1) rack (cabinet) number
4) type of unit
performs
allare not
used
for the
RFTE tests
are
supervised.
2) shelf number
5) unit number
baseband
operations
for
traffic
data,
for
example,
The RFTE's synthesizers are not locked and the 1-6 XX XX XX XX XX XX
3) slot
6) subunit number
encryption,
RFTE is not functioning
1 2 3 4 5 6
This
alarm
affects
the
provided
service
because
decryption,
properly. coding, decoding and demodulation
normally
it indicates
See the document Alarm Structure, Alarm Reference
and combining
of
1) rack (cabinet) number
4) type of unit
that
there isinan
interfering
leaking signal
from the Manual.
RF
signals
the
case
of
antenna
diversity.
This alarm does not affect the provided service.
2) shelf number
5) unit number
The
alarm
logic
monitors the operation of the
1-6 XX XX XX XX XX XX
RFTE
to the
BTS
3) slot
6) subunit number
RFTE.
there is a
1 2 3 4 5 6
receiverIf path.
RFTE
selftest (runtime) failure, the alarm is activated.
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
RFTE
The radio frequency test equipment (RFTE) is
Manual.
This alarm does not affect the provided service.
2) shelf number
5) unit number
The
from the MCLU1 is missing.
1-6 XX XX XX XX XX XX
usedframe
to testclock
the operation
3) slot
6) subunit number
The radio frequency test equipment (RFTE) is
1 2 3 4 5 6
of the BTS. The possible tests are radio loop and
RFTE
used
to
test
the
operation
This
alarm
does not affect the provided services.
receiver
antenna
See the document Alarm Structure, Alarm Reference
of the BTS. The possible tests are radio loop and
1) rack (cabinet) number
4) type of unit
(RAX) tests. These tests can be started locally at
The
radioantenna
frequency test equipment (RFTE) is
Manual.
receiver
RFTE
2) shelf number
5) unit number
the cell site or
used
test the
operation
(RAX)totests.
These
tests can be started locally at
3) slot
6) subunit number
remotely from the OMC/BSC. Because the test
of
the
BTS.
The
possible tests are radio loop and
the
cell
site
or
The
frequency
test
loopsradio
are made
inside
theequipment (RFTE) is
receiver
antenna
remotely
from
OMC/BSC. Because the test
used
thethe
operation
See the document Alarm Structure, Alarm Reference
BTS, to
thetest
RFTE's
main task is to convert the test
(RAX)
tests.
These
tests
be started locally at
loops
are
made
inside
thecan
of
the BTS.
Thetransmit
possible
tests are radio loop and Manual.
signal
from the
the
cell
or
BTS,
thesite
RFTE's
main task is to convert the test
receiver
antenna
band to the
receive band.
remotely
from
the
OMC/BSC. Because the test
signal
from
the
transmit
(RAX) tests. These tests can be started locally at
loops
arethe
made
inside
the
band
to
receive
band.
the cell site or
BTS, the RFTE's main task is to convert the test
remotely from the OMC/BSC. Because the test
signal from the transmit
loops are made inside the
band to the receive band.
BTS, the RFTE's main task is to convert the test
The frame clock from the MCLU2 is missing.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
This alarm does not affect the provided service.
RFTE
The octal bit clock from the MCLU1 is missing.
The radio frequency test equipment (RFTE) is
This alarm does not affect the provided service.
used to test the operation
of the BTS. The possible tests are radio loop and
RFTE
The
octalantenna
bit clock from the MCLx2 is missing.
receiver
(RAX) tests. These tests can be started locally at
The radio frequency test equipment (RFTE) is
This
alarm
the cell
sitedoes
or not affect the provided service.
used to test the operation
remotely from the OMC/BSC. Because the test
of the BTS. The possible tests are radio loop and
RFTE
loops
areMHz
made
inside the
The 2.6
reference
frequency from the
receiver
antenna
BTS,
the
RFTE's
main task is to convert the test
MCLx1tests.
is missing.
(RAX)
These tests can be started locally at
The
radio
test equipment (RFTE) is
signal
fromfrequency
the transmit
the cell site or
used
to test
the operation
band
the
receive
band.
This alarm
does
affect the Because
provided the
service.
remotely
from
thenot
OMC/BSC.
test
of the BTS. The possible tests are radio loop and
loops
are
made
inside
the
The
2.6 MHz
reference frequency from the
receiver
antenna
RFTE
BTS,
theisRFTE's
main task is to convert the test
MCLx2
missing.
(RAX) tests.
These tests can be started locally at
signal from the transmit
the cell site or
The
radio
frequency
test equipment (RFTE) is
band
to the
receive
band.
This
alarm
does
affect the Because
provided the
service.
remotely
from
thenot
OMC/BSC.
test
used to test the operation
loops
are
made
inside
the
The
RFTE
received
initialization
of
the
BTS.has
Thenot
possible
tests
are radio loop and
RFTE
BTS,
the RFTE's
main
task is to convert the test
parameters
from the
OMU.
receiver
antenna
signal from the transmit
(RAX) tests. These tests can be started locally at
The
radio
frequency
test equipment (RFTE) is
band
to the
receive band.
This
alarm
the cell
sitedoes
or not affect the provided service.
used to test the operation
remotely
from
the OMC/BSC.
the
test
There
is an
RFTE
failure in
theBecause
Q1-relay
test.
The
of the BTS.
The
possible
tests
are
radio loop
and
RFTE
loops
are
made
inside
the
RFTE
has
receiver
antenna
BTS,
the RFTE's
task is
to convert
the test
disconnected
itselfmain
from
and locally
does
not
(RAX) tests. These
teststhe
canQ1
belink
started
at
The
radio
frequency
test equipment (RFTE) is
signal
from
the
transmit
respond
to any
the cell site
or
used
to test
the operation
band
the given
receive
band.
commands
the OMU Because
unit.
remotely
from
the by
OMC/BSC.
thebeen
test
Errors
have
occurred
when
theare
TXUx
has
of
the BTS.
The
possible
tests
radio
loop and
loops
are
made
inside
the
testing the
frequency
receiver
antenna
This
alarm
does not
affect
provided
BTS,
theinterface
RFTE's
main
taskthe
is to
convertservice.
the test
hopping
(FHI1).
(RAX)
tests. These1 tests
can be started locally at
signal from the transmit
the cell site or
RFTE
band
to thedoes
receive
band.
This alarm
affect the Because
provided the
service
remotely
from
thenot
OMC/BSC.
test if
Errors have
occurred
when the TXUx has
been
both
FQHU
unitsinside the
loops
are
made
testing
thefrequency
frequencytest equipment (RFTE) is
The radio
are
installed.
BTS,
theinterface
RFTE's main
task is to convert the test
hopping
2 (FHI2).
used to test
the operation
signal from the transmit
of the BTS. The possible tests are radio loop and
CU
band
to thedoes
receive
This
alarm
notband.
affect the provided service if
receiver
antenna
The alarm
logic monitors the operation of the
both
FQHU
(RAX)
tests.
These
tests
can be started locally at
RXUA.
The unit
alarm
is is located
The
carrier
(CU)
in the radio
units
aresite
equipped.
the
cell
or
activated in
if there is a selftest (runtime) failure.
interface
remotely from the OMC/BSC. Because the test
the BTS. The main function of the CU is to
CU
loops
are made
inside
the
The fatality
of
this
alarm
depends on whether
convert
thelogic
baseband
The
alarm
monitors
theisoperation
thetest
BTS,
the
RFTE's
main
task
to convertofthe
diversity
is
used.
Iffrequency
signal
to
the
radio
signal and vice
RXUA.
The unit
alarm
is is located
The
carrier
(CU)
in the radio
signal
from
the
transmit
the CUThe
hasCU
been equipped with a diversity
versa.
activated
if there
is a selftest (runtime) failure.
interface
in
band
to the
receive
receiver,
then
alarmband.
7122(TXUx) and one or two
consists of
a transmitter
the BTS. The main function of the CU is to
does
not stop
the operation of the TRX/CU.
receivers
(RXUAs)
This
alarm does
not affect the provided service.
convert
baseband
The
RF the
amplifier
in the diversity
RXUA is isfaulty.
depending
onare
whether
used.
The
services
signal
to the radio
frequency signal and vice
CU
maintained
by the primary unit.
versa.
The CU
The fatality
of this alarm depends on whether
consists
of
a
transmitter (TXUx) and one or two
diversity
is used.
The carrier
unit (CU) is located in the radio
CU
receivers
(RXUAs)
If the CU in
is equipped with a diversity RXUA, then
interface
depending
on
whether
diversity is used.
alarm
7124
does
not
the
BTS.
The
main
function of the CU is to
The carrier unit (CU) is located in the radio
stop
thethe
operation
of the TRX/CU.
convert
baseband
interface in
signal to the radio frequency signal and vice
the BTS. The main function of the CU is to
CU
versa. The CU
convert the baseband
consists of a transmitter (TXUx) and one or two
signal to the radio frequency signal and vice
The
carrier
unit (CU) is located in the radio
receivers
(RXUAs)
versa. The CU
interface
in on whether diversity is used.
depending
consists of a transmitter (TXUx) and one or two
the BTS. The main function of the CU is to
receivers (RXUAs)
convert the baseband
depending on whether diversity is used.
signal to the radio frequency signal and vice
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The RF amplifier in the RXUA is faulty.
This alarm does not affect the provided service.
The service is
maintained by the primary unit.
The RXUA synthesizer is not locked.
CU
The fatality of this alarm depends on whether
diversity is used.
The carrier unit (CU) is located in the radio
If the CU is equipped with a diversity RXUA, then
The
diversity
interface
in RXUA synthesizer is not locked.
alarm 7126 does
the BTS. The main function of the CU is to
not stop the operation of the TRX/CU.
This
alarm
not affect the provided service.
convert
thedoes
baseband
The
service
signal
to the isradio frequency signal and vice
CU
maintained
by the primary unit.
versa.
The CU
The voltage
standing wave ratio (VSWR) in the
consists
of
a
transmitter
(TXUx) and one or two
TXUxcarrier
powerunit
output
The
(CU)toisthe
located in the radio
CU
receivers
(RXUAs)
combiner
exceeds value 3. The alarm occurs, for
interface in
depending
on whether
diversity is used.
example,
when
the function
cable
the
BTS. The
main
of the CU is to
The carrier unit (CU) is located in the radio
between
thebaseband
TXUx and the combiner unit is not
convert
the
The
TXUxinoutput power has decreased to half of
interface
connected.
signal
to the radio frequency signal and vice
the original
BTS. The main function of the CU is to
versa.
The
CUThere is a hardware failure in the
value
(-3
dB).
convert
the
baseband
This
alarm
affects
the provided
consists
of
a transmitter
(TXUx)service.
and oneAlarm
or two
TXUx.
signal to the radio frequency signal and vice
7128
stops
receivers
(RXUAs)
versa.
The CU of the TXUx mechanics has
Theoperation
temperature
the
the TXUx.
depending
on of
whether
diversity service.
is used.Alarm
This
alarm
affects
the provided
consists
transmitter
reached of
thealower
alarm (TXUx) and one or two
7129
stops
the
receivers
(RXUAs)
level.
CU
operation
the
TXUx. diversity is used.
dependingofon
whether
This
alarm does
not affect
the provided
service.
The
carrier
unit (CU)
is located
in the radio
The
CU temperature of the TXUx mechanics is too
interface
in
high.
CU
the BTS. The main function of the CU is to
The carrier unit (CU) is located in the radio
convert
theaffects
baseband
This alarm
the provided service. Alarm
interface
in
The
carrier
unit
(CU)
is located
in the
radio
signal
to
the
radio
frequency
signal
and
vice
7131
stops
the
the
BTS.
The
main
function
the CU is to
The
TXUx
is notoflocked.
interface
insynthesizer
versa.
The
CU
operation
the TXUx.
convert theofbaseband
the
BTS.of
The
main function
of the
CUone
is to
consists
a transmitter
(TXUx)
and
or two
signal
to
the
radio the
frequency
signal
and Alarm
vice
This
alarm
affects
provided
service.
convert
the
baseband
receivers
(RXUAs)
CU
versa.
The CU
7132
stops
the
signal
to theon
radio
frequency
signal
and vice
depending
whether
diversity
is used.
consists
ofofathe
transmitter
operation
TXUx. (TXUx) and one or two
versa.
The
CU
The
frame
clock
fromisthe
MCLx1
missing.
carrier
unit (CU)
located
in is
the
radio
receivers
(RXUAs)
consists of a transmitter (TXUx) and one or two
interface
in
depending
on
whether
diversity
is
used.
CU
receivers
(RXUAs)
TheBTS.
fatality
of main
this alarm
depends
a
the
The
function
of the on
CUwhether
is to
depending
on whether diversity is used.
redundant
convert
theMCLx
baseband
The carrier unit (CU) is located in the radio
is
installed.
signal
to the
radio frequency signal and vice
The
frame
interface
inclock from the MCLx2 is missing.
versa. The CU
the BTS. The main function of the CU is to
CU
consists
of a transmitter
or two
The
fatality
this alarm (TXUx)
dependsand
on one
whether
a
convert
the of
baseband
receivers
(RXUAs)
redundant
MCLx
signal to the
radio frequency signal and vice
The
carrier on
unitwhether
(CU) is diversity
located in
radio
depending
is the
used.
is
installed.
versa.
ThebitCU
The octal
interface
in clock from the MCLx1 is missing.
consists of a transmitter (TXUx) and one or two
the BTS. The main function of the CU is to
CU
receivers
(RXUAs)
The fatality
this alarm depends on whether a
convert
the of
baseband
depending
on whether diversity is used.
redundant
MCLx
signal
to the
radio frequency signal and vice
The carrier unit (CU) is located in the radio
is
installed.
versa.
ThebitCU
The
octal
interface
in clock from the MCLx2 is missing.
consists of a transmitter (TXUx) and one or two
the BTS. The main function of the CU is to
CU
receivers
(RXUAs)
The
fatality
this alarm depends on whether a
convert
the of
baseband
depending
on whether diversity is used.
redundant
MCLx
signal to the
radio frequency signal and vice
The carrier unit (CU) is located in the radio
is
installed.
versa.
The CU
interface in
consists of a transmitter (TXUx) and one or two
the BTS. The main function of the CU is to
CU
receivers (RXUAs)
convert the baseband
depending on whether diversity is used.
signal to the radio frequency signal and vice
The carrier unit (CU) is located in the radio
versa. The CU
interface in
consists of a transmitter (TXUx) and one or two
the BTS. The main function of the CU is to
receivers (RXUAs)
convert the baseband
depending on whether diversity is used.
signal to the radio frequency signal and vice
versa. The CU
consists of a transmitter (TXUx) and one or two
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The reference frequency (2.6 MHz) from MCLx1
is missing.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
The fatality of this alarm depends on whether a
redundant MCLx
The reference frequency (2.6 MHz) from the
is installed.
MCLx2 is missing.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
CU
The fatality of this alarm depends on whether a
redundant MCLx
The CU
hasunit
not(CU)
received
initialization
parameters
carrier
is located
in the radio
is installed.
from
the OMU.
interface
in
the BTS. The main function of the CU is to
CU
This
alarm
the provided service. Alarm
convert
theaffects
baseband
7139
stops
the
signal
to
the
radio
signal
and vice
notfrequency
support
the
The TXUx
carrierdoes
unit (CU)
is located
inExtended
the radioRange
operation
ofCU
the TXUx.
versa.
The
Cell
feature.
interface
in The alarm
consists
of
a transmitter
(TXUx)
and
one or two
is
when
the TXUx
does
not
recognize
theissued
BTS. The
main
function
of the
CU
is to the
CU
receivers
(RXUAs)
transmitting
timing
convert
the baseband
depending
on command.
whether diversity
is used.
advancement
Thissignal
could
be the
signal
to the radio
frequency
and
vicecase
The radius
parameter
the
Extended
carrier extension
unit (CU) is
located ininthe
radio
when
the
version
of the
versa.
The
CU
Range
Cell
interface
in concept is
TXUx
is old.
consists
of aThe
transmitter
and one
or two
not
alarm
is (TXUx)
issued
when
the correct.
BTS. The
main
function
of the
CU this
is to
receivers
(RXUAs)
parameter
sent to the
convert theisbaseband
This
alarm affects
service.
It stops
the operation
depending
whether
is used.
TXUx
and
iton
is
out of
thediversity
accepted
signal
to
the
radio
frequency
signalrange.
and vice
The
master
of
the
TRX. clock unit's oscillator is unable to
versa.
The
CU
send the
This
alarm
the service.
stops
theor two
consists
of affects
a transmitter
(TXUx)It and
one
correct
frequency.
CU, TXUx
and RXUA
operation
of the TRX.
receivers (RXUAs)
Carrier Unit (CU) is located in the radio interface
depending
on
whether
used.
The
of the
alarmdiversity
dependsison
whether a
in
thefatality
BTS.oscillator
The
oven
of the master clock unit is
CU, TXUx
and RXUA
redundant
master clock
The
main
function
of
the
CU
is
to
convert
the
alarming.
Carrier Unit (CU) is located in the radio interface
unit
(MCLx)
is installed.
If this alarm is active and
base
band
signal
to
The
control of the oven oscillator
in thetemperature
BTS.
the redundant
radio
frequency
signal and vice versa. The
may
be faulty,
or less
The main
function
of the CU is to convert the
MCLx
unit is of
not installed, the whole cell site is
CU
consists
than
5band
minutes
have
passed after the power-up
base
signal
to oscillator
The
redundant
oven
frequency
is
without
a
transmitter
(TXUx)
and one or
two receivers
and
the operating
the
radio
frequency
signal
vice versa. The
missing independing
the master
clockand
synchronization
and on
timing,
and this cell site is
(RXUAs)
temperature
clock unit's oscillator is
CU
consists
of the master
unit.
The
redundant
master clock unit is faulty or
unable
todiversity
transmitis used.
whether
not
reached.
a
transmitter
(TXUx)
and
one
or two receivers
the connection
between
any
traffic.
In
these cases,
the OMU
can not set the unit in
(RXUAs)
depending
on
the master clock units is faulty. If the redundant
The
master
clock
units are not synchronized.
any
working
mode.
whether
diversity
master clock
unit is
is used.
MCLx
absent, this alarm is always off.
This
alarm does
affect
the provided
services.
The fatality
of thenot
alarm
depends
on whether
a
The master clock unit (MCLx) controls the
redundant master clock
The
fatality of theand
alarm
synchronization
the depends on whether a
MCLx
unit
(MCLx) is
installed.
this alarm
active and
One
clock
unit
isIffaulty,
theiscommon
redundant
master
clock
timingmaster
of the
cell site.
The
clockor
signals
are
the
redundant
status
linkfor isthe
unit
(MCLx)
installed. If this alarm is active and
essential
The
master
unit (MCLx)
thesite is
MCLx
unitthe
isclock
not installed,
the controls
whole
cell
between
master
clockand
units
is possible
faulty.
the
redundant
operation
of the
cell site,
it is
to
synchronization
and
the
without
MCLx
unit
is
not installed, the whole cell site is
double
the
master
timing
of the celland
site.timing,
The clock
signals
synchronization
and
this cellare
site is
This
alarmindoes
not affect
the
provided
service.
without
clock
order
Not
inunit
use.
essential
for
the to ensure the redundant
unable
to
transmit
This
alarm
means
synchronization
and timing, and this cell site is
control
of the
operation
of the cell site, and it is possible to
any
traffic.
that
thetocommunication
and the synchronization
unable
transmit
synchronization.
double the master
between
the master
any traffic.
clock
unit in order to ensure the redundant
MCLx
clock units is faulty and the clock signals from the
control
the of the master clock unit are
The
lineof
drivers
master
clock
MCLx
synchronization.
The
master
clock unit (MCLx) controls the
unable
toasynchronous.
drive
units are
synchronization
the
clock
lines. clockand
The master
unit (MCLx) controls the
timing
of
the
cell
site.
The clock signals are
MCLx
synchronization and the
essential
for
the
The
fatality
thesite.
alarm
depends
on whether
timing
of theofcell
The
clock signals
are a
operation
ofmaster
the cell
site,
and itcontrols
is possible
redundant
clock
The
master
clock
(MCLx)
the to
essential
for
the unit
double
the master
unit
(MCLx)
installed.
this italarm
is active
synchronization
and
the Ifand
operation
of is
the
cell site,
is possible
to and
clock
unit
in order
to ensure
the signals
redundant
the
redundant
timing
ofthe
the
cell site.
The clock
are
double
master
control
of for
the
MCLx
unit
not installed,
thethe
whole
cell site is
essential
the
clock unit
inisorder
to ensure
redundant
synchronization.
without
operation
of
the
cell
site,
and
it
is
possible
to
control of the
synchronization
and timing, and this cell site is
double
the master
synchronization.
unable
to transmit
clock unit
in order to ensure the redundant
any
traffic.
control
of the
synchronization.
MCLx
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual
1-6 XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The master clock unit has not received
initialization parameters
from the OMU.
The fatality of the alarm depends on whether a
The master clock unit's oscillator has not reached
redundant the master
the
clock unit (MCLx) is installed. If this alarm is
operating temperature.
active and the redundant
MCLx unit is not installed, the whole cell site is
The fatality of the alarm depends on whether a
The
margin between the actual tuning of the
without
redundant master clock
frequency
and the
upper
or and this cell site is
synchronization
and
timing,
unit (MCLx) is installed. If this alarm is active and
the
lower
of the range of tuning is less than
unable
to limit
transmit
the redundant
5%
the PCM-based
any in
traffic.
MCLx unit is not installed, the whole cell site is
auto-tuning function of the master clock unit.
This
alarm is used only when the type of the
without
MCLx
used master clock
unit
synchronization
and
timing, and this cell site is
This alarm does not affect the provided service.
is
MCLP.
reference frequency from the
unable
to The
transmit
The
master clock unit (MCLx) controls the
transmission
any
traffic. equipment to
MCLx
synchronization
the master clockand
unitthe
is missing.
The
master
unit The
(MCLx)
does
not use
timing
of theclock
cell site.
clock
signals
are the
MCLx
incoming
2Mclock
PCMunit
signal
The
master
(MCLx) controls the
essential
for
the
This alarm does not affect the provided service.
to
tune theofoscillator
of the
MCLx.
This alarm
synchronization
the
operation
the and
cell site,
and
it is possible
to is
The master
clock
unit (MCLx) controls the
possible
only
in site.
timing
ofthe
themaster
cell
The clock signals are
double
unit
cannot tune and
the oscillator,
otherwise the
synchronization
the clockbut
the
MCLP
type
of master
essential
for
the
clock
unit
in
order
to ensure
theunit.
redundant
Fast
tuning
thesite.
master
(MCLx)
master
unit
timing
ofclock
theofcell
The clock
clockunit
signals
are is in
operation
of the cell site, and it is possible to
control
of the
progress.
is
functioning
normally. If the MCLP is without
essential
for
the
This
alarm
double
the affects
master the provided service.
synchronization.
reference
frequencies,
operation of
the cell site, and it is possible to
clock
unit
in
order to
ensure
theservice.
redundant
This
alarm
affects
provided
the
accuracy
of thethe
generated
frequencies is
double
the
master
MCLx
control of the
poor.
clock
unit in order
to ensure
the2M
redundant
The
frequency
of the
incoming
signal differs
synchronization.
MCLx
control
of
the
from
the frequency
The master
clock unit (MCLx) controls the
MCLx
synchronization.
generated
by theand
master
synchronization
the clock unit (MCLx). This
The master clock unit (MCLx) controls the
alarm
timing is
ofactivated
the cell site. The clock signals are
synchronization
the
The
clockand
unit
(MCLx)
controls
the
ifessential
themaster
frequencies
of the
PCM and
the MCLP
for the hardware
The
master
is faulty.
timing
of theclock
celland
site.the
The clock
signals are
synchronization
deviate
more
than
operation
of the
cell0.05
site,ppm
and it is possible to
essential
for the
timing
of the
cellfive
site.
The clock signals are
for
longer
than
minutes.
double
the
master
The
fatality
thecell
alarm
on whether
operation
ofofthe
site,depends
and it is possible
to a
essential
for
the
clock
unit inmaster
order to
ensure the redundant
redundant
clock
double
theofmaster
operation
the
cell
site,
and
it
is
possible
to
This
alarm
does not affect the provided service.
control
of the
unit
(MCLx)
is
installed.
If thisthe
alarm
is active and
clock
unit
order
tofrom
ensure
redundant
double
theinnumber
master
The
frame
the
MCLx1
is
missing,
or
synchronization.
the redundant
control
of
the
clock
unit
in order to ensure the redundant
a
parity
error
MCLx
MCLx
unit
is not installed, the whole cell site is
synchronization.
control
of the
has been
detected in the frame number data
without
synchronization.
from
the MCLx1
The master
clockunit.
unit (MCLx) controls the
synchronization and timing, and it is unable to
synchronization
and
the
The frame
number
transmit
any
traffic. from the MCLx2 is missing, or
This
alarm
affects
the The
provided
only the
timing
of
the
cell
site.
clock service
signals ifare
a parity error has been
MCLx1
is for
used.
essential
the
detected in the frame number data from the
MCLx
operation
of the cell site, and it is possible to
MCLx2 unit.
FQHU
double the master
The
master
clock
unit (MCLx)
controls
thedetected
The
frequency
hopping
unit (FQHU)
has
clock
unit inaffects
order
to
ensure
theservice
redundant
This
alarm
thethe
provided
if only the
synchronization
and
a
failure
during
The
frequency
hopping unit (FQHU) performs
control
the
MCLx2ofof
isthe
used.
timing
cell
site.
The
clock
signals
are
the
selftests,
or it has detected a fatal failure
baseband
frequency
synchronization.
essential
for
the
during
its The
operation.
hopping.
FQHU is located in the fast serial
FQHU
operation of the cell site, and it is possible to
link
between
The frame
from the MCLx1 is missing.
double
the clock
master
This
alarm
provided
service
if only one
the FU
andaffects
the CU.the
The
fast serial
link carries
out
The
frequency
hopping
unit (FQHU)
performs
clock
unit
in
order
to ensure
the redundant
FQHU
is used.
data
transmission
This
alarm
affects the provided service if only the
baseband
frequency
control
of the
between
FU and the CU. The FQHU
MCLx1
isthe
used.
hopping.
The
FQHU is located in the fast serial
synchronization.
FQHU
connects the FUs to the CUs
link between
according
to the frequency hopping law by
FQHU
the FU and the CU. The fast serial link carries out
The
frequency
hopping unit (FQHU) performs
switching
the serial
data transmission
baseband
frequency
links.
The
frequency
performs
between
the FUhopping
and theunit
CU.(FQHU)
The FQHU
hopping. The FQHU is located in the fast serial
baseband
frequency
connects the
FUs to the CUs
link between
hopping.
FQHU
is located
in thelaw
fastbyserial
accordingThe
to the
frequency
hopping
the FU and the CU. The fast serial link carries out
link
between
switching
the serial
data transmission
the
FU and the CU. The fast serial link carries out
links.
between the FU and the CU. The FQHU
data transmission
connects the FUs to the CUs
between the FU and the CU. The FQHU
according to the frequency hopping law by
connects the FUs to the CUs
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The frame clock from the MCLx2 is missing.
This alarm affects the provided service if only the
MCLx2 is used.
The octal bit clock from the MCLx1 is missing.
FQHU
This alarm affects the provided service if only the
The frequency hopping unit (FQHU) performs
MCLx1 is used.
baseband frequency
The
octalThe
bit clock
from
the MCLx2
missing.
hopping.
FQHU
is located
in theis fast
serial
FQHU
link between
This
alarm
provided
service
if only the
the FU
andaffects
the CU.the
The
fast serial
link carries
out
The frequency hopping unit (FQHU) performs
MCLx2
is used.
data transmission
baseband frequency
between
thehas
FUnot
andreceived
the CU. initialization
The FQHU
The FQHU
hopping.
The FQHU
is located
in the fast serial
FQHU
connects
the
FUs
to
the
CUs
parameters
link
betweenfrom the OMUx.
according to the frequency hopping law by
the FU and the CU. The fast serial link carries out
The
frequency
hopping unit (FQHU) performs
switching
the
serial
This
affects
the provided service.
data alarm
transmission
baseband
frequency
links.
between
the
FU
and
thetest
CU.ofThe
FQHU
A
failure in
theFQHU
Q1 relay
the
FHU.
hopping.
The
is located
in the
fastThe
serial
FQHU
connects
the
FUs
to
the
CUs
FHU
has disconnected
link between
according
to the
frequency
hopping
law by to
itself
from
link
andfast
does
notlink
respond
the FU
andthe
theQ1
CU.
The
serial
carries out
The
frequency
hopping unit (FQHU) performs
switching
the
serial
any
commands.
dataO&M
transmission
baseband
frequency
links.
between
the CU.
The FQHU
The RTC the
hasFU
notand
received
initialization
hopping.
The
FQHU
is located
in the fast serial
connects
the
FUs
to
the
CUs
parameters
link
betweenfrom the OMU.
according to the frequency hopping law by
the FU and the CU. The fast serial link carries out
switching
the
serialthe provided service. The BTS
This alarm
affects
data
transmission
links.
sector of the FU and the CU. The FQHU
between
The RTC gives this alarm while still tuning the
BCF
is notthe
working.
connects
FUs to the CUs
cavity.
according to the frequency hopping law by
RTC
switching
serial
This alarmthe
does
not affect the provided service.
links.
The BTS sector
One
of the RTC
is not
tuned
the
The remote
tunecavities
combiner
is used
to to
combine
of the BCF is not working.
correct
frequency.
and filter
several transmitter outputs of the BTS into one
RTC
This
alarm affects the provided service. This TRX
antenna.
is not
The standing
wave
ratio (SWR)
at the
output of
remote tune
combiner
is used
to combine
working any more.
the
andRTC
filter
exceeds
the level 1outputs
value. of the BTS into one
several transmitter
RTC
antenna.
This alarm does not affect the provided service.
The RTC
does
not
find any is
carriers
the
remote
tune
combiner
used toduring
combine
initialization.
and filter
RTC
several transmitter outputs of the BTS into one
This
alarm affects the provided service. This TRX
antenna.
The remote tune combiner is used to combine
of the BCF
The
control of the cavity of the combiner was
and filter
is not working.
lost.
Thetransmitter
tuning of outputs of the BTS into one
several
this
cavity is impossible.
antenna.
RTC
The RTC also supervises the condition of the Tx
This
alarm affects the provided service. This TRX
antenna
One
of the two
+5V
power supplies
the RTC is
The remote
tune
combiner
is used toincombine
is
not
working the reflected power from it.
by
monitoring
missing.
and filter
any more.
several transmitter outputs of the BTS into one
This
alarm does not affect the provided service.
antenna.
RTC
The RTC also supervises the condition of the Tx
RTC
antenna
The remote tune combiner is used to combine
by monitoring the reflected power from it.
and filter
The remote tune combiner is used to combine
several transmitter outputs of the BTS into one
and filter
antenna.
several transmitter outputs of the BTS into one
antenna.
The RTC also supervises the condition of the TX
antenna
by monitoring the power reflected from it.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
1-6 XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
One of the two +18V power supplies in the RTC
is missing.
1-6
This alarm does not affect the provided service.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
An EACB failure in the selftest of the EACB.
RTC
This alarm does not affect the provided service.
The remote tune combiner is used to combine
and filter
EACB
The
EACB
has not outputs
receivedofinitialization
several
transmitter
the BTS into one
parameters
antenna. from the OMU.
The external alarm and control board is used to
The RTC also supervises the condition of the Tx
connect
This
alarm does not affect the provided service.
antenna
internal and external alarms of the ON/OFF type.
by
monitoring
it. The
A failure in thethe
Q1reflected
relay testpower
of thefrom
EACB.
EACB
EACB has
disconnected itself from the Q1 link and does not
The external alarm and control board is used to
respond
connect
to any O&M commands.
The
initialization
of the
BTS unit
has
failed. The
internal
and external
alarms
of the
ON/OFF
type.
alarm is sent to
This alarm affects the provided service.
the BSC at the end of the initialization of the
BTS.
EACB
A faulty master clock unit was detected as a
This alarm affects the provided service.
result
of the correlation
The external
alarm and control board is used to
of
the alarms.
connect
OMU
internal and external alarms of the ON/OFF type.
The fatality of the alarm depends on whether a
The alarm
is sent
the BSC every
the is
local
operation
andtomaintenance
unittime
(OMU)
redundant master clock
password
offor
thethe
responsible
unit (MCLx) is installed. If this alarm is active and
BTS's
OMU-MMI
has been changed.
operation
and maintenance
functions Ifofthe
theBTS
BTS.
the redundant
is
equipped
with the OMUB,
The
main functions
MCLx unit is not installed, the whole cell site is
the
local
password
can be the
used.
When
the OMUof
the
OMU
loading
BTS
file
The
alarm
isare
sent
to the of
BSC every
timepackets
the user
without
MMI
is
started
without
from
the
BSC
to
the
has
successfullyand timing, and this cell site is
synchronization
the
command
line of
switch,
which
disables the
BTS,
initialization
the
BTS,
continuous
logged
BTS with
OMU-MMI.
unable into
to transmit
password
the
supervisionchecking,
of the BTS
any traffic.
password
is requested
from the
user.
OMUequipment,
BSCThe
and
If the BTS isreporting
equippedfaults
with to
thethe
OMUB,
the local
The
BTS
hardware
database stored in the flash
MMI
is activated
only
testing
and
operating
password
can be used.
MCLx
memory
of the
operation
iffunctions.
the OMU
accepts
the given password.
When the OMU-MMI is started without the
and maintenance unit (OMU) has been changed.
command
line
switch,
which controls the
The master
unit (MCLx)
alarm
isclock
activated
This is
an informative
alarm.
disables
the password
checking, the password is
synchronization
and
the
every time the HW database is stored into the
The
alarm
is cell
sent
touser.
the
BSC
when
the FU,
requested
from
the
timing
of
the
site.
The
clock
signals
are CU
flash
memory.
OMU
,TRX
or BTS
object
is
The
OMU-MMI
is activated
only if the OMU
essential
for the
locally
blocked
a BTS
MMIitcommand.
accepts
the given
password.
operation
theby
cell
site,
and
is possible to
This operation
is an of
informative
alarm.
The
and
unit (OMU) is
Typically,
are maintenance
blocked
double theunits
master
responsible
for
the
when
faulty
units are
changed
the site. When
This
isunit
an in
informative
alarm. control
clock
to ensure
theatredundant
The
carrier
oforder
the
broadcast
channel
OMU
operation
and
maintenance
functions
of the BTS.
the
localofblock
control
the
(BCCH)
has
not been
The
main
functions
command
is given, the following operations take
OMU
synchronization.
detected
by are
theand
combiner.
transmission
of
The
operation
maintenance
unitfile
(OMU)
is
of
the
OMU
loading
of The
the BTS
packets
place:
the
BCCH
carrier
isoperation
responsible
fortothe
from
the
BSC
the
- The
BTS sends
a cancel message
to those
The
operation
and
maintenance
unit (OMU)
faulty.
The alarm
situation
is detected
only byisthe
and
maintenance
BTS.
The main
BTS,
initialization
ofreceive
the BTS,
continuous
The
OMU
does
not
a reply
to thefunctions
polling
blocked
unit
alarms
responsible
for
the
RTC
combiner.
of
thethe
OMU of
are:
supervision
the
BTS
from
whichtoken
havemaintenance
been
reported
to the BSC
before
operation
and
functions
of the
BTS.
loading
of the
BTS
filefaults
packets
from
theand
BSC to
equipment,
reporting
to the
BSC
bus
or
Q1
bus
equipment.
the
block
command
The
main
functions
This
alarm
affects
the
the
BTS,
initializing
theprovided service. If this
testing
and
operating
was
given.
of
the
OMU
are loading of the BTS file packets
alarm
is
active,
BTS,
continuous
supervision
of theservice.
BTS
functions.
This
alarm
can
thealarms
provided
- The
BTS
sends
the
of the blocking
from
theto
BSC
toaffect
the
the cell
which
the alarming
equipment,
reporting
faults to object belongs is
function
to the BSC.
BTS,
initialization
of the BTS, continuous
without
BCCH
carrier
BSC
and
testing
and operating functions.
OMU
- The BTSofdoes
not send alarms of the
supervision
the
BTS
and cannot transmit
traffic.
blocked
unitreporting
to the BSC
equipment,
faults to the BSC and
The
operation
and maintenance unit (OMU) is
any
longer.
testing
and
operating
responsible
functions. for the
operation
functions
of the BTS.
This alarmand
canmaintenance
affect the provided
service.
The main functions
of
the
OMU areand
loading
of the BTS
packets
The
operation
maintenance
unitfile
(OMU
or
from
theisBSC
to the for
BCFA)
responsible
BTS,
initialization
the BTS, continuous
the operation
and of
maintenance
functions of the
XX XX XX XX XX XX
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) sub unit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
When this alarm is sent to the BSC, the
1-6 XX XX XX XX XX XX
reinitialization of the
1 2 3 4 5 6
faulty unit is stopped. This minimises the
appearing of this
1) rack (cabinet) number
4) type of unit
alarm and the initilisations of the faulty unit.
2) shelf number
5) unit number
No BTS hardware database in a flash memory of 1-6 XX XX XX XX XX XX
3) slot
6) subunit number
the Operation and
1 2 3 4 5 6
This alarm affects the provided service.
Maintenance Unit(OMU).
See the document Alarm Structure, Alarm Reference
1) RACK (CABINET) NUMBER
4) TYPE OF
OMU
Manual.
This is an information message.
UNIT
The initialization of the OMU's TB controller has 1-6 XX XX XX XX XX XX
2) SHELF NUMBER
5) UNIT NUMBER
failed.
The token
1 2 3 4 5 6
The operation
and maintenance unit (OMU) is
The OMU is responsible for Operation and
3) SLOT
6) SUBUNIT NUMBER
bus
controller
the OMU is initialized at the
responsible
forofthe
Maintenance functions of the
initialization
phase
1) rack (cabinet) number
4) type of unit
operation and
maintenance functions of the BTS.
BTS. Main functions of the OMU are loading of
Look DX200 BASE STATION ALARMS Alarm Printof
the
OMU,
or when run time errors of token bus
2) shelf number
5) unit number
The
main
functions
The
selftest
of the OMU's token bus controller
1-6
XX XX
XX XX XX XX
the BTS
file packets
out manual
(GSM):
controllers
(alarms
3) slot
6) subunit number
of
the OMU
loading of the BTS file packets
has
in are
the
1
2 3 4 5 6 OF A BTS ALARM.
fromfailed
the BSC
to the BTS, initialization of the
STRUCTURE
7216,
7217,
7219)
occur.
from
the
BSC
to
the
initialization
phase of the OMU.
BTS, continuous
See the document Alarm Structure, Alarm Reference
BTS, initialization of the BTS, continuous
1) rack (cabinet) number
4) type of unit
supervising of the BTS equipments, reporting of
The
token bus
is used
between the OMU and the Manual.
supervision
of
the
BTS
The
tokentobus
is used between the OMU and the
2) shelf number
5) unit number
the
faults
BSC,
The
transmitter
of the
busand
controller 1-6 XX XX XX XX XX XX
FUs.
The OMU
and
12OMU's
FUsto token
equipment,
reporting
the BSC
FUs.
The
OMU
and faults
3) slot
6) subunit number
testing
and
operating
functions.
is
faulty.
1 2 3 4 5 6
can
be and
connected
to the bus.
testing
operating
12 FUs can be connected to the bus.
This
is a run time error.
functions.
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
This alarm does not affect the provided service.
This alarm does not affect the provided service. Manual.
The token bus is used between the OMU and the
2) shelf number
5) unit number
The modem of the OMU's token bus controller is 1-6 XX XX XX XX XX XX
FUs.
The OMU and
3) slot
6) subunit number
OMU
faulty.
1 2 3 4 5 6
OMU
12 FUs can be connected to the bus.
See the document Alarm Structure, Alarm Reference
The
maintenance
unitOMU
(OMU)
is the
The operation
token
bus and
is used
between the
and
1) rack (cabinet) number
4) type of unit
operation
and
maintenance
unit (OMU)
is
This
alarm does
not affect the provided service. Manual.
responsible
for
the
FUs.
The OMU
and
2) shelf number
5) unit number
responsible
for
the
The
initialization
of the OMU's token bus
XX XX XX XX XX
operation
and
the BTS. 1-6 3)XX
12 FUs can
bemaintenance
connected tofunctions
the bus. of
slot
6) subunit number
operation
and
maintenance
functions
of the BTS.
controller
has
failed.
1
2
3 4 5 6
OMU
The main functions
The main functions
of
thealarm
OMUdoes
are loading
of the
BTS
file packets
This
not affect
provided
service.
See the document Alarm Structure, Alarm Reference
of
the OMUbus
areisloading
of the BTS
file packets
The
used
between
the
and
1) rack (cabinet) number
4) type of unit
operation
and
maintenance
unitOMU
(OMU)
is the
fromtoken
the BSC to
the
Manual.
from
the
BSC
to
the
FUs.
The
OMU
and
2) shelf number
5) unit number
responsible
for
the
BTS,
initialization
of
the
BTS,
continuous
The
test
of the radio
loopBTS,
or the
BTS receiver
1-6 XX XX XX XX XX XX
OMU
BTS,
initialization
of the
continuous
12
FUs
can
bemaintenance
connected
tofunctions
the
bus. of the BTS.
3) slot
6) subunit number
operation
and
supervision
of
the
antenna (RAX)
hasBTS
1 2 3 4 5 6
supervision
of the
BTS
The
main
functions
equipment,
faults
theunit
BSC
andMMI
been
startedreporting
orand
stopped
by to
using
the
BTS
The operation
maintenance
(OMU)
is
equipment,
reporting
faults
to
the
BSC
and
This
does
not affect
provided
service.
See the document Alarm Structure, Alarm Reference
of
thealarm
OMU
are BTS,
loading
of the BTS
file packets
testing
and
operating
interface
to
the
1) rack (cabinet) number
4) type of unit
responsible
for
the
testing and operating
Manual.
from
the
BSC
to
the
functions.
or
from theand
OMC/BSC
(automatic
supervision).
2) shelf number
5) unit number
operation
maintenance
functions
of
the
BTS.
functions.
As
a result
of the RX
antenna
test (RAX), the
OMU
BTS,
initialization
of the
BTS, continuous
3) slot
6) subunit number
The
main functions
standing-wave
ratio
(SWR)
supervision
of the
the time
BTSslot employed are
The
TRX
and
of
the
OMU
are
loading
of
the
BTS
file
packets
has
reached
the
comparison
1. (OMU)
The
operation
and
maintenance
equipment,
faults tolevel
theunit
BSC
and is
indicated
to reporting
the
See the document Alarm Structure, Alarm Reference
from the BSC
toBSC.
the The
responsible
for the
testing
and
operating
time
slot
cannot beofused
for call
functions during Manual.
BTS,
initialization
the
BTS,
continuous
This
alarmand
indicates
that thefunctions
performance
of the
operation
maintenance
of the
functions.
As
atest.
result of
antenna test (RAX),
theBTS.
the
supervision
ofthe
theRX
BTS
receiver
antenna
The
main
functions
standing-wave
ratio (SWR)
equipment,
reporting
faults to the BSC and
has
degraded.
of
the
OMU are
loading oflevel
the BTS
has
reached
comparison
2. file packets
RAX
testing
and operating
from the BSC to the
The
RX antenna test can be executed by using
functions.
RAX
BTS,
initialization
of
BTS, continuous
ThisBTS
alarm
affects
thethe
provided
service.
the
interface
Saving
toMMI
the
flash memory has failed.
1-6 XX XX XX XX XX XX
supervision
ofOMU's
the BTS
to
the
BTS,
or
from
the
OMC/BSC.
An automatic
The
flash
memory
in the
1 2 3 4 5 6
RX antenna
test
can betoexecuted
by
using
equipment,
reporting
faults
the
BSC
and
RAX
supervision
period
OMU
board
is used
for non-volatile saving of the
the
OMU-MMI
interface
testing
and operating
can
also
befile
defined from the OMC/BSC.
BTS's
SW
1) rack (cabinet) number
4) type of unit
to
the BTS,
or packets,
from the OMC/BSC. An automatic
functions.
The RX antenna test can be executed by using
HW
database
files and passwords.
2) shelf number
5) unit number
supervision
period
The
OMU has started
the transfer of the TRX
1-6 XX XX XX XX XX XX
the OMU-MMI
interface
3) slot
6) subunit number
can
also be
defined
from the OMC/BSC.
functions
from
the primary
1 2 3 4 5 6
to
the BTS,
or from
the OMC/BSC. An automatic
This alarm affects the provided service.
TRX
to the spare
supervision
periodTRX. The TRX is faulty and
See the document Alarm Structure, Alarm Reference
incapable
ofdefined
performing
1) rack (cabinet) number
4) type of unit
can also be
from the OMC/BSC.
OMU
Manual.
the TRX functions. If the TRX switchover
2) shelf number
5) unit number
succeeds, the state of the
3) slot
6) subunit number
The operation and maintenance unit (OMU) is
alarming object is enabled after the switchover.
responsible for the
During the switchover
See the document Alarm Structure, Alarm Reference
operation and maintenance functions of the BTS.
procedure, the state of the alarming object is
Manual.
The main functions
disabled, but if the
of the OMU are loading of the BTS file packets
state of the object remains disabled, the
from the BSC to the
switchover has failed.
BTS, initialization of the BTS, continuous
supervision of the BTS
This alarm affects the provided service.
equipment, reporting faults to the BSC and
The redundant TRX is faulty and the primary TRX 1-6 XX XX XX XX XX XX
is without a backup.
1 2 3 4 5 6
This alarm does not affect the provided service.
During the startup phase of software
The redundant TRX is the backup device of the
downloading one of the BTS units
primary TRX.
has failed. The diagnostic info field of the
When the primary TRX is damaged, the
BTS_ALARM message
redundant TRX substitutes
indicates which BTS unit's software downloading
Two
units of the
BIEprimary
have been
the functions
of the
TRX.configured to use
was not successful.
the same time slot
internally. To prevent a collision, the time slot has
This alarm does not affect the provided service.
been blocked
The unit of the BTS
from use by one of these units.
A
the interface
is loopback
not in the to
running
mode. is used in the testing
line section and
This alarm affects the provided services. The BIE
the
STMsignal cabling. The incoming 2.048 Mbit/s
is not working
PCM signal has been looped
properly and the entire cell site may be blocked.
back
to the
interface
output, andunit
the(STM)
incoming
The
site
testto
and
is
A loopback
themeasurement
equipment is used
in testing
signal
oftest
the the
BTS BS
used
to
the
BIE equipment, the
interface
isofreplaced
by
thepossible
AIS signal.
The
operation
the the
BTS.
The
tests
are from
line section
and
signal
cabling. The
data
normal
operation
of the
radio
loop
tests,
the 2.048
Mbit/s interface equipment (BIE) is the
The
base station
interface
isreceiver
not possible until the
loop has
been
test
calls,
tests
BCCH
PCM
linkPCM
has beensensitivity
looped back
to and
the BIE
before
2
Mbit/s
A
hardware
test initiated by the operator is
removed.
carrier
signal
itequipment
arrives to of
thethe
PCM
BTS.
It
carries
speech
and
data
running
inmeasurements.
the
strength
testsAbis
can be
link. The
outgoing signal These
of the BTS
traffic,
signalling
transmission
unit.
This
alarm
affects
services. The
started
locally
at thebyprovided
interface
replaced
thetowards the BSC or
and O&Miscommunication
interface
is not
working from the OMC/BSC.
the
cell
site
or
remotely
AIS signal.
other
BTSs.affects
Usually
This
alarm
thethere
provided
The unit
normally,
and the
entire
cell siteservices.
issignal
blocked.
The
incoming
2.048
Mbit/s
the
is
one
BIE
per
cell
site.
ThePCM
option
of a to
separate,
is
notSTM
working
The
is
one
of
the
BTS
units
which
can
corresponding
interface
This
alarm
affects
the
provided
services.
The
redundant
BIE the test, and the entire cell site
properly
during
BIE
cause
this
is
lost.
interface
isalarm.
not working
also
may
beavailable.
blocked.
normally, and the entire cell site is blocked.
The
base
interface
equipment
(BIE)
is the
Thistypes:
alarmstation
affects
the provided
services.
The
BIE
point-to-point
multidrop
The
incoming
2.048 Mbit/s(BIU2M)
signal is AIS.
The AIS
BIE
2
Mbit/s
PCM
connection
to at least
BIE
(BIUMD)
signal
is detected
equipment
of the
BTS.
carries
andbedata
one site is lost,
and
theItentire
cellspeech
site may
ifThe
thebase
data
is 1111interface
1111 in every
time slot
(TS0
station
equipment
(BIE)
is the
traffic,
signalling
blocked.
The
base
interface
equipment
(BIE)
is the
1 stationSMHW
board
1 DB2M
board
TS31).
2
Mbit/s
and
O&MPCM
communication towards the BSC or
2 Mbit/s1PCM
orof2 the SMBS
boards
1 DX2M
equipment
BTS.
carries
speech
andboard
data
other
BTSs.alignment
Usually
there
The
frame
ofIt
the
incoming
PCM
signal
BIE
equipment
of
the
BTS.
It
carries
speech
and
0,1
or
2
LK2M
boards
1
or
2
SMBS
This
alarm
affects
the
provided
services.
Thedata
unit
traffic,
signalling
is
one
BIE
per
cell
site.
The
option
of
a
separate,
of
the corresponding
traffic,
signalling
boards
in
theO&M
far
end
is
and
communication
towards
the
BSC
or
redundant
BIE
T1 interface
is lost.
There0,1
are
disturbances
in
The
base station
interface
equipment
(BIE)
is the
and
O&M
communication
towards
the
or
or
2 LK2M
boards
not
working
properly,
and the
entire
cellBSC
site
may
other
BTSs.
Usually there
is
also
available.
signal
path,
or
2
Mbit/s
PCM
other
BTSs.
Usually
there
be
blocked.
is
one
BIE
per
cell
site.
The
option
of
a
separate,
theone
timing
network
is faulty.
The
alarm
equipment
ofthe
the
BTS.
carries
and can
data
is
BIE of
per
cell
site. ItThe
of amultiframe
separate,
The
multiframe
alignment
is option
lost.speech
The
redundant
BIE
BIE
types:
point-to-point
(BIU2M)
multidrop
also
besignalling
caused
by a
traffic,
redundant
BIE
(MF)
is not used
BIE
is
also
(BIUMD)
fault
in available.
thecommunication
alarming unit or in the far
unit.
and
theend
BSC
or
is
available.
in also
theO&M
far
end, or there aretowards
disturbances
in the
other
BTSs.
Usually
there
signal
path.
The
base
interface
equipment
(BIE)
is the
BIE
types:
point-to-point
(BIU2M)
multidrop
1 station
SMHW
board
1 of
DB2M
board
This
alarm
affects
the
services.
The
unit
is
one
BIE
per
cell
site.provided
The
option
amultidrop
separate,
BIE
types:
point-to-point
(BIU2M)
2
Mbit/s
PCM
(BIUMD)
1
or
2
SMBS
boards
1
DX2M
board
The
check
is not used in the far end, or
is
notCRC
working
properly
redundant
BIE
(BIUMD)
This
alarm
affects
the provided
Thedata
unit
equipment
of
Itboards
carriesservices.
speech
0,1
or the
2cellBTS.
LK2M
1 or 2 and
SMBS
there
are
disturbances
and
the
entire
site may
be blocked.
is
also
available.
is
not working
traffic,
signalling
1
SMHW
board
1
DB2M
board
boards
in the signal
path.
1 and
SMHW
1 the
DB2M
board
properly,
entire board
cell
site
beBSC
blocked.
and O&M
communication
towards
or
1 or
2 the SMBS
boards
1 DX2M
board
0,1
or 2may
LK2M
boards
BIE types:
point-to-point
(BIU2M)
multidrop
1
or
2
SMBS
boards
1
DX2M
board
other
BTSs.
Usually
there
0,1
or
2
LK2M
boards
1
or
2
SMBS
This
alarm
affects
the provided
services.
The unit
(BIUMD)
0,1ratio
or 2cell
LK2M
boards
1oforMbit/s
SMBS
The
error
of the
incoming
2.048
PCM
BIE
is
one
BIE
per
site.
The
option
a 2separate,
boards
is
not working
boards
signal
is worse
redundant
BIE
0,1
or
2
LK2M
boards
properly,1 and theSMHW
entire board
cell0,1
site
be blocked.
DB2M
board
or may
21LK2M
boards
than
the
set
threshold
value
1E-3.
The
base
station
interface
equipment
(BIE)
is the
is also
available.
1
or
2
SMBS
boards
1
DX2M
board
2 Mbit/s PCM
BIE
0,1 affects
or the
2 BTS.
LK2M
1 or 2 and
SMBS
This
alarm
the provided
services.
Thedata
unit
equipment
of
Itboards
carries
speech
BIE types:
point-to-point
(BIU2M)
multidrop
boards
is
probably
working
traffic,
signalling
(BIUMD)
The base station interface0,1
equipment
(BIE)
is the
or may
2 LK2M
boards
properly,
the entire celltowards
site
beBSC
blocked.
and O&Mbut
communication
the
or
2 Mbit/s PCM
other BTSs.
there
1 ofUsually
1 DB2Mand
board
equipment
theSMHW
BTS. Itboard
carries speech
data
BIE
is one BIE
per
cellSMBS
site. The
option1ofDX2M
a separate,
1
or
2
boards
board
traffic, signalling
redundant
BIE
0,1communication
or 2 LK2M boards
orBSC
2 SMBS
and O&M
towards 1the
or
The
base
station interface equipment (BIE) is the
is
also
available.
boards
other BTSs. Usually there
2 Mbit/s PCM
0,1option
or 2 LK2M
boards
is one BIE per cell site. The
of a separate,
equipment
the BTS. It carries
speech
and data
BIE types: of
point-to-point
(BIU2M)
multidrop
redundant BIE
traffic,
signalling
(BIUMD)
is also available.
and O&M communication towards the BSC or
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) sub unit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The error ratio of the incoming 2.048 Mbit/s PCM 1-6 XX XX XX XX XX XX
signal is worse
1 2 3 4 5 6
than the set threshold value 1E-4.
1) rack (cabinet) number
4) type of unit
This alarm affects the provided services. The unit
2) shelf number
5) unit number
The error ratio of the incoming 2.048 Mbit/s PCM 1-6 XX XX XX XX XX XX
is probably working
3) slot
6) subunit number
signal is worse than
1 2 3 4 5 6
properly, but the entire cell site may be blocked.
the set threshold value 1E-6.
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
BIE
Manual.
This alarm does not require immediate action.
2) shelf number
5) unit number
The frequency of the synchronizing signal is not 1-6 XX XX XX XX XX XX
The unit and the entire
3) slot
6) subunit number
correct.
1 2 3 4 5 6
The base station interface equipment (BIE) is the
cell site are working properly. The bit error rate
The
synchronization
frequency going to other
2 Mbit/s
PCM
(BER) is good enough
See the document Alarm Structure, Alarm Reference
BTSs
is also
1) rack (cabinet) number
4) type of unit
equipment
of incorrect.
the BTS. It carries speech and data
for normal operation, and the default setting of
Manual.
None
of
the external clock sources on timing
2) shelf number
5) unit number
traffic,
signalling
The
clock signal
to the synchronizing output
1-6 XX XX XX XX XX XX
this alarm
is disabled
priority
listcommunication
are valid
3) slot
6) subunit number
and
O&M
towards the BSC or
interface
of BIE
the DX2M
1 2 3 4 5 6
among the
units.
and
internal
clock
is taken
into use.
other
BTSs.
Usually
there
or the SMHW unit is disconnected automatically
See the document Alarm Structure, Alarm Reference
is
one BIE per cell site. The option of a separate,
due
1) rack (cabinet) number
4) type of unit
BIE to a fault in the
This
alarm BIE
affects the provided service. The
Manual.
redundant
selected source-RX signal.
2) shelf number
5) unit number
The
external
MHz synchronization input
1-6 XX XX XX XX XX XX
network
is not2.048
working
is also
available.
3) slot
6) subunit number
The
base
station
interface
equipment (BIE) is the
clock
signal,
which
is
1 2 3 4 5 6
properly.
The
alarm
can be active also when the master
2
Mbit/s
PCM
provided
with
a priority on(BIU2M)
the synchronization
BIE
types:
point-to-point
multidrop
clock
(the internal
clockIt carries speech
See the document Alarm Structure, Alarm Reference
equipment
of the
and data
list,
isBase
missing
or BTS.
1) rack (cabinet) number
4) type of unit
The
Station
Interface Equipment (BIE) is
(BIUMD)
of
the DX2M
or the SMHW unit) has been
Manual.
traffic,
signalling
faulty.
2) shelf number
5) unit number
the
2
MBit/s
PCM
The
unit has
detected
a fault
in itself.
1-6 XX XX XX XX XX XX
selected
tocommunication
the
synchronizing
and O&M
towards
the BSC or
3) slot
6) subunit number
equipment
BTS. Itboard
carries theDB2M
traffic board
1 of theSMHW
1 2 3 4 5 6
outputBTSs.
connection
of there
the DX2M or1the
SMHW
other
Usually
This
alarm
affects
the provided
service.
Theboard
unit
(speech/data),
signalling
1
or
2
SMBS
boards
1
DX2M
This
alarm
affects
the
services.
The unit
unit.
This
done
all option
is
one
BIEisproperly,
per
cellwhen
site.provided
The
of a separate,
is
working
See document Alarm Structure, Alarm Reference
and
O&M
communication
towards 1the
or
0,1
or 2 LK2M
boards
orBSC
2
SMBS
is
not
working
1) rack (cabinet) number
4) type of unit
the
clock
sources
with
a
higher
priority
in
redundant
BIEcell site may be blocked. the
but
the
entire
Manual.
other
BTSs.
Usually
there
is
boards
properly,
and the
entire cell site may be blocked.
2) shelf number
5) unit number
syncronization
list
is
also
available.
The
unit per
has cell
detected
a fault
during
the RAM,
1-6 XX XX XX XX XX XX
one BIE
site. Option
for
0,1
or a
2ofseparate,
LK2M
boards
3) slot
6) subunit number
are
faulty,orand
the internal
clock
the unit
is
EPROM
EEPROM
test.
1 2 3 4 5 6
BIE
redundant
BIE is also
BIE
taken
into use.
types:
point-to-point (BIU2M)
multidrop
available.
See the document Alarm Structure, Alarm Reference
(BIUMD)
This
alarmstation
affectsinterface
the provided
services.
The
1) rack (cabinet) number
4) type of unit
The base
equipment
(BIE)
is unit
the
The
base
station
interface
equipment
(BIE)
is the Manual.
This
alarm
affects
the
provided
service.
The
is
nottypes:
working
2) shelf number
5) unit number
2
MBit/s
PCM
BIE
point-to-point
(BIE)
multidrop
An
error1PCM
has
detected in the1AIS
oscillator.
2
Mbit/s
network
is
notbeen
working
DB2M
board
properly,
and
entire
cell
site may
be blocked.
3) slot
6) subunit number
equipment
of theSMHW
BTS. Itboard
carries
speech
and
data
(BIUMD)
equipment
of2 the SMBS
BTS. Itcell
carries
speech
andboard
data
properly,1 and
entire
site may
be blocked.
or
boards
1
DX2M
traffic, signalling
traffic, signalling
0,1communication
or 2 LK2M boards
1 orBSC
2 SMBS
BIE
See the document Alarm Structure, Alarm Reference
and O&M
towards
or
1 communication
SMHW board
1 the
board
and
O&M
towards
theDB2M
BSC or
BIE
boards
Manual.
other BTSs.
Usually
there
1
or
2
SMBS
boards
1
DX2M
other
BTSs. Usually
there
0,1
or 2 LK2M
boards
The
tributary
ofsite.
the
BIE
(DX2M,
or
base
equipment
is the 1-6 XX XX XX XX XX XX
is
one
BIEstation
perunit
cellinterface
The
option
ofSMBS
a(BIE)
separate,
board
is
one
BIE
per
cell
site.
Theequipment
option of a(BIE)
separate,
The
base
station
interface
is the
LK2M)
has
been
1 2 3 4 5 6
2
Mbit/s
PCM
redundant
0,1 BIE
or 2 LK2M boards 1 or 2 SMBS
redundant
BIE
2
Mbit/s
PCM
disconnected.
equipment
of
the
BTS.
It
carries
speech
and
data
is
also
available.
boards
is also available.
equipment
of the BTS. It carries speech and data
1) rack (cabinet) number
4) type of unit
traffic, signalling
0,1 or 2 LK2M boards
traffic,
signalling
This
alarmcommunication
affects
the provided
services.
The
BIE
2) shelf number
5) unit number
and
O&M
towards
the
BSC
or
BIE
types:
point-to-point
(BIU2M)
multidrop
A
forced
control,
provided(BIU2M)
with time supervision,
1-6 XX XX XX XX XX XX
BIE
point-to-point
multidrop
and
O&M
communication
is
nottypes:
working
3) slot
6) subunit number
other
BTSs.
Usually there towards the BSC or
(BIUMD)
has been
activated
1 2 3 4 5 6
(BIUMD)
other
BTSs.
Usually
there
properly,
and
the
entire
cell site
may
be
blocked.
is
one
BIE
per
cell
site.
The
option
of
a
separate,
by
the BIE
operator
by site.
means
ofoption
a service
is
one
per cell
The
of amanual
separate,
If
the
missing
See the document Alarm Structure, Alarm Reference
redundant
1 BIE SMHW board 1 DB2M board
command.
1) rack (cabinet) number
4) type of unit
1
SMHW
board
1
DB2M
board
redundant
BIE
unit
is the
DX2M
or the LK2M,
of
Manual.
is also
available.
1 or
2
SMBS
boardsthe1operation
DX2M board
2)
shelf
number
5)
unit
number
1
or
2
SMBS
boards
1
DX2M
board
is
available.
The
BIE
is not
equipped.
1-6 XX XX XX XX XX XX
thealso
network
be
0,1
ormay
2properly
LK2M
boards services.
1 or 2 SMBS
This alarm
affects
the provided
It is
3) slot
6) subunit number
0,1
or
2
LK2M
boards
1
or
2
SMBS
1 2 3 4 5 6
endangered.
BIE
types:
(BIU2M)
multidrop
boards
possible
thepoint-to-point
unit
boards
BIE
types:
(BIU2M)
multidrop
The
locationpoint-to-point
of each tributary
unit
of
the
BIE
(BIUMD)
2 LK2M and
boards
is not working properly at0,1
theoror
present,
the
See the document Alarm Structure, Alarm Reference
0,1
2 LK2M boards
(BIUMD)
(DX2M,
SMBS, LK2M) has
1) rack (cabinet) number
4) type of unit
BIE
entire cell site may
Manual.
been stored
in the
memory
of the1master
unit
2) shelf number
5) unit number
1
SMHW
board
DB2M
board
The
forced
control
of theboard
maintenance
LED
is
1-6 XX XX XX XX XX XX
be blocked.
1
11DB2M
board
(DB2M
oror
SMHW).
The master
3) slot
6) subunit number
The
base
station
interface
equipment
(BIE)
is the
1
2 SMHW
SMBS
boards
DX2M
board
activated.
1 2 3 4 5 6
1
or
2
SMBS
boards
1
DX2M
board
unit
has0,1
noticed
that
the
actual
configuration
2 Mbit/s
PCM
or 2 LK2M boards 1 or 2 SMBS
BIE
or the
2 with
LK2M
1 or 2 SMBS
does
not0,1
match
theItboards
See the document Alarm Structure, Alarm Reference
equipment
of
BTS.
carries
data
boards
This
is
an
informative
alarm
and speech
does notand
cause
1) rack (cabinet) number
4) type of unit
boards
configuration
in the memory.
There
should
be
Manual.
traffic,
signalling
0,1
or
2
LK2M
boards
any
2)
shelf
number
5)
unit
number
The problems
base station interface0,1
equipment
(BIE)
is
the
or 2 LK2M
boards
another
type
of unit
and
O&M
communication
towards
the BSC
or
with
the unit.
3) slot
6) subunit number
2
Mbit/s
PCM
at
some
location.
other
BTSs.
Usually there
equipment of the BTS. It carries speech and data
is
one
BIE
per
cell site. The option of a separate,
BIE signalling
See the document Alarm Structure, Alarm Reference
traffic,
This
alarm BIE
affects the provided services. The BIE
redundant
Manual.
and O&M communication towards the BSC or
is not
working
also
available.
The
base
station
interface
other
BTSs.
Usually
there equipment (BIE) is the
properly, and the entire cell site may be blocked.
2
PCM
is Mbit/s
one BIE
per cell site. The option of a separate,
BIE
types: of
point-to-point (BIU2M)
multidrop
equipment
redundant
BIEthe BTS. It carries speech and data
BIE
(BIUMD)
traffic,
is
also signalling
available.
and O&M communication towards the BSC or
The base
interface
equipment
(BIE)
is the
1 station
SMHW
board
1 DB2M
board
other
BTSs.
Usually
there
BIE types:
point-to-point
(BIU2M)
multidrop
The processor of the unit has been reset, for
example, when switching
the power on, during a supply voltage drop or
some other similar
malfunction.
The 2 Mbit/s signal coming from BIE to the
converter in the
This alarm affects the provided service. The unit
corresponding interface is faulty or lost.
does not work
properly, and the entire cell site is blocked.
This alarm affects the provided services. The
The unit has detected a fault in itself. Further
connection to at least
information
is
BIE
one site is lost, and the entire cell site may be
obtained by a command of the service terminal.
blocked.
The base station interface equipment (BIE) is the
This
alarm
affects the provided services. The unit
2
Mbit/s
PCM
The
BIE incoming 2.048 Mbit/s has the AIS signal in
may
not work
equipment
the BTS. It carries speech and data
the TS16 ofofthe
properly,
and the entire cell site may be blocked.
traffic,
signalling
PCM
circuit.
The AIS
signalequipment
is detected(BIE)
if theis the
The base
station
interface
and
O&M data
communication
towards the BSC or
incoming
is
2
Mbit/s PCM
BIE
other
BTSs.
there
1111 1111
inofUsually
the
time
slot
in question.
equipment
thehas
BTS.
It carries
speech
and data
A
been
received
from
the
is far
oneend
BIEalarm
per cell
site.
The
option of
a separate,
traffic,
signalling
incoming
Mbit/s
The
base 2.048
station
interface equipment (BIE) is the
redundant
BIE
This
alarmcommunication
affects the provided
services.
The
and
O&M
towards
the BSC
orunit
PCM
signal.
2
Mbit/s
PCMThe unit which detects this alarm is
is
also
available.
is
not BTSs.
working
other
Usually
there
the
DB2M or
equipment
of the
the SMHW,
BTS. It carries speech and data
properly,
and
entire
cell site
may
blocked.
is
one
peristhe
cell
site.
The
option
ofbe
a separate,
and
theBIE
fault
in the
main
signal
path.
traffic,
signalling
BIE
types:
point-to-point
(BIU2M)
multidrop
A multiframe
alarm from the
far end (F0/TS16/B6
redundant
BIE
and
communication towards the BSC or
(BIUMD)
1) O&M
has
been
BIE
is
also
available.
This
alarm
affects
thethere
provided services. The unit
other
BTSs.
Usually
detected
from
the incoming
2.048 Mbit/s PCM
is working
properly
one
BIE
per
cell
site.
The option
a separate,
1
SMHW
board
1 of
DB2M
board
signal.
The
base
station
interface
equipment
(BIE)
is the
BIE
types:
point-to-point
(BIU2M)
multidrop
in
the
far
end,
butSMBS
the entire
cell site
may
beboard
redundant
BIE
1
or
2
boards
1
DX2M
2
Mbit/s
PCM
(BIUMD)
A
far
end
beenboards
received1from
blocked.
is
also
available.
0,1alarm
or the
2 has
LK2M
or 2the
SMBS
This
alarm
affects
the provided
Thedata
unit
equipment
of
BTS.
It carriesservices.
speech
and
incoming
2.048
Mbit/s
boards
is
not working
traffic,
signalling
1
SMHW
board
1
DB2M
board
PCM
signal.point-to-point
The unit which
detects
this
alarm
is
BIE types:
(BIU2M)
multidrop
0,1
or 2may
LK2M
boards
properly,
entire boards
cell
site
be
blocked.
and
O&M
communication
towards
BSC
or
1 and
or
2 theSMBS
1the
DX2M
board
the
LK2M
and
(BIUMD)
other
BTSs.
there
0,1
orUsually
2 tributary
LK2M
boards
1 or(BIE)
2 SMBS
the
fault
isstation
in
the
signal
path.
The
base
interface
equipment
is the
The
incoming
signal
the corresponding
BIE
is
one
BIE perPCM
cell site.
Thetooption
of a separate,
boards
2
Mbit/s
PCM
1
SMHW
board
1
DB2M
board
T1 interfaceBIE
redundant
0,1 or services.
2speech
LK2M boards
This
alarm
affects
the provided
Thedata
unit
equipment
of2isthe
BTS.
Itboards
carries
and
1 or
SMBS
1 DX2M
of
the
SCUA
lost.
The
base
station
interface
equipment
(BIE)board
is the
is
also
available.
is
working
properly
traffic,
signalling
0,1
or
2
LK2M
boards
1
or
2
SMBS
2
Mbit/s PCM
SCUA
in
theO&M
far end but the entiretowards
cell sitethe
may
be or
and
BSC
boards
Thistypes:
alarmcommunication
affects
the provided
services.
Thedata
equipment
of
the
BTS.
carries
speech
and
BIE
point-to-point
(BIU2M)
multidrop
The
incoming
signal
to It
the
corresponding
T1
blocked.
other
BTSs.
Usually
there
0,1
or
2
LK2M
boards
connection
to at contain
least two independent E1/T1
traffic,
signalling
(BIUMD)
The
SCUA
card
interface
of
the
SCUA
is
is
one
BIE
per cell
site. The
option
of amay
separate,
one
site
iscommunication
lost,
and
entire
cell site
and
O&M
towards
thedata
BSCisbe
or1111
convertors.
With
thethe
AIS.
The AIS
signal
is detected
if the
BIE
redundant
BIE
blocked.
other
BTSs.
Usually
there
1
SMHW
board
1
DB2M
board
SCUA
it
is
possible
to
convert
2
Mbit/s
PCM
to
1111
in available.
every
is also
is
one
BIE
per
cell
site.
The
option
of
a
separate,
1
or
2
SMBS
boards
1
DX2M
board
operate
in
T1
1.544
time
slot. station interface equipment (BIE) is the
The
base
A
loop
is0,1
activated
in a converter's
SCUA
redundant
BIE
or 2 LK2M
boards 1T1orinterface.
2 SMBS
Mbps
standard.
2
Mbit/s
PCM
BIE
types:
point-to-point (BIU2M)
multidrop
is
also
available.
boards
This
alarm affects
the provided
Thedata
unit
equipment
of the BTS.
It carriesservices.
speech and
(BIUMD)
This
alarm affects
the provided
services.
The
The SCUA
card contains
two or
independent
E1/T1
0,1
2 LK2M boards
in
the far
end is
traffic,
signalling
connection
to
at least
converters.
With
the
BIE
types: point-to-point
(BIU2M)
multidrop
not
working
properly,
and
the
entire
cell
site
may
and
O&M
towards
the
BSC
or
1iscommunication
SMHW
board
1site
DB2M
board
one
site
lost, and
theconvert
entire
cell
may
be
SCUA
it
possible
to
2
Mbit/s
PCM
to
(BIUMD)
The
multiframe
alignment
is lost. The
multiframe
be
blocked.
other
BTSs.
Usually
there
1
or
2
SMBS
boards
1
DX2M
board
blocked.
operate
in
T1
1.544
(MF)
not per
used
is oneisBIE
site. The
option1ofora 2separate,
0,1
ot
2cellLK2M
boards
SMBS
Mbps
standard.
1 end, orSMHW
board
1 DB2Minboard
in
the
far
there are
disturbances
the
SCUA
redundant
BIE
boards
SCUA 1 or 2
SMBS boards 1 DX2M board
signal
is also path.
available.
0,1 or 2 LK2M boards
0,1 card
ot 2 contains
LK2M boards
1 or 2 SMBS
The SCUA
two independent
E1/T1
error ratio
the incoming
signal from the
The
SCUA
cardofcontains
two independent
E1/T1
boards
This
alarm
affects
the
provided
services.
The unit
converters.
With
the
BIE
types:
point-to-point
(BIU2M)
multidrop
corresponding
T1the
converters. With
0,1
or
2
LK2M
boards
is
not working
SCUA
it is possible
to convert
Mbit/s
to
(BIUMD)
interface
the SCUA
is higher2
thePCM
SCUA it isofpossible
to convert
2than
Mbit/s
PCM to
properly,
and
the
entire cell site may be blocked.
operate
in
T1
1.544
threshold
1E-3.
operate invalue
T1 1.544
Mbps standard.
1
SMHW board
1 DB2M board
Mbps standard.
SCUA 1 or 2
SMBS
boards
1 DX2M
board
This alarm affects the provided services.
The
unit
0,1
ot
2
LK2M
boards
1
or
2
SMBS
is probably working
The
SCUA card contains two independent E1/T1
boards
properly, but the entire cell site may be blocked.
convertors. With the
0,1 or 2 LK2M boards
SCUA it is possible to convert 2 Mbit/s PCM to
SCUA
operate in T1 1.544
Mbps standard.
The SCUA card contains two independent E1/T1
converters. With the
SCUA it is possible to convert 2 Mbit/s PCM to
operate in T1 1.544
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) sub unit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The 2 Mbit/s signal coming from the converter to 1-6 XX XX XX XX XX XX
the BIE in
1 2 3 4 5 6
corresponding interface is faulty but not lost.
1) rack (cabinet) number
4) type of unit
This alarm affects the provided services. The
2) shelf number
5) unit number
The converter is performing a startup self-test.
1-6 XX XX XX XX XX XX
connection to at least
3) slot
6) subunit number
This may be indicative
1 2 3 4 5 6
one site is lost, and the entire cell site may be
of a crash and watchdog reset.
blocked.
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
SCUA
2) shelf number
5) unit number
The
1-6 XX XX XX XX XX XX
BIE converter is faulty, or the connection
3) slot
6) subunit number
between the BIE
1 2 3 4 5 6
The SCUA card contains two independent E1/T1
and
converter
is faulty. equipment (BIE) is the
The the
base
station interface
converters. With the
See alarm instructions.
1) rack (cabinet) number
4) type of unit
2 Mbit/s PCM
SCUA it is possible to convert 2 Mbit/s PCM to
BIE
2) shelf number
5) unit number
equipment
of
the
BTS.
It
carries
speech
and
data
A
far endinalarm
(yellow alarm) has been received 1-6 XX XX XX XX XX XX
operate
T1 1.544
3) slot
6) subunit number
traffic,
signalling
from
1 2 3 4 5 6
Mbpsthe
standard.
The
base station
interfacetowards
equipment
(BIE)
is the
and
O&M
communication
the
BSC
or
corresponding T1 interface of the SCUA.
2
Mbit/s
PCMUsually there
See the document Alarm Structure, Alarm Reference
other
BTSs.
1) rack (cabinet) number
4) type of unit
equipment
of the
BTS.
ItThe
carries
speech
and data Manual.
is
one
BIE
per
cell
site.
option
of
a
separate,
This alarm affects the provided services. The unit
2) shelf number
5) unit number
An
error
is BIE
detected in the start-up test of the
1-6 XX XX XX XX XX XX
traffic,
signalling
redundant
is working properly
3) slot
6) subunit number
STM
test
equipment.
1 2 3 4 5 6
and
O&M
communication towards the BSC or
is
also
available.
in the far end but the entire cell site may be
The
areUsually
alwaysthere
carried out at the start-up of
othertests
BTSs.
blocked.
See the document Alarm Structure, Alarm Reference
the
STM.
1) rack (cabinet) number
4) type of unit
is
one
BIE per
cell site. The
option of amultidrop
separate,
BIE
types:
point-to-point
(BIU2M)
Manual.
2) shelf number
5) unit number
redundant
BIE
(BIUMD)
The
internal serial I/O bus of the STM is faulty.
1-6 XX XX XX XX XX XX
SCUA
This
alarm
does not affect the provided service.
3) slot
6) subunit number
is also
available.
1 2 3 4 5 6
The STM
tests SMHW
are
1
board
1
DB2M
board
This
alarm does
not affecttwo
theindependent
provided service.
The SCUA
card contains
E1/T1
not
working
any more.
See the document Alarm Structure, Alarm Reference
BIE
types:
point-to-point
(BIU2M) 1 DX2M
multidrop
1 or
2
SMBS
boards
board
The
STM
tests
are
1) rack (cabinet) number
4) type of unit
converters.
With
the
Manual.
(BIUMD)
0,1
or
2
LK2M
boards
1
or
2
SMBS
not
working
any more.
2) shelf number
5) unit number
SCUA
it
is
possible
to
convert
2
Mbit/s
PCM
to
The
STM test equipment has received an
1-6 XX XX XX XX XX XX
STM
boards
3) slot
6) subunit number
operate
in T1message
1.544 from
unexpected
1 2 3 4 5 6
1
SMHW board
DB2M
board
0,1 or 2 1LK2M
boards
STM
Mbps
standard.
the
The
message
is impossible
for the
TheOMU.
site1test
measurement
unit
is
or
2and
SMBS
boards
1 (STM)
DX2M
board
See the document Alarm Structure, Alarm Reference
STM
in
its
state. boards 1 or 2 SMBS
1) rack (cabinet) number
4) type of unit
used
to 0,1
testcurrent
the
or
2
LK2M
SCUA
The site test and measurement unit (STM) is
Manual.
2) shelf number
5) unit number
operation
of
the
BTS.
The
possible
tests
are
boards
An
error
is detected
in the memory test of the
1-6 XX XX XX XX XX XX
used
to test
the
This
alarm
does contains
not affecttwo
theor
provided
service.
3) slot
6) subunit number
radio
loop tests,
2 LK2M
The
SCUA
independent
E1/T1
STM.
1 2 3 4 5 6
operation
ofcard
the BTS. The0,1
possible
testsboards
are
test
calls,
receiver
sensitivity
tests
and
BCCH
SCUA
converters.
With the
radio loop tests,
STM
See the document Alarm Structure, Alarm Reference
carrier
SCUA
itsignal
isreceiver
possible
toaffect
convert
2provided
Mbit/s
to
Thiscalls,
alarm
does not
thetests
service.
1) rack (cabinet) number
4) type of unit
test
sensitivity
and PCM
BCCH
Manual.
strength
measurements.
These
tests
can
be
The
SCUA
card
contains
two
independent
E1/T1
operate
in
T1
1.544
The
STM
tests are
2) shelf number
5) unit number
carrier
signal
The
low
noise
amplifier
1 (LNA 1)
of (STM)
the RXFE
site
testWith
and
measurement
unit
is is 1-6 XX XX XX XX XX XX
started
locally
at
converters.
the
Mbps
standard.
not
working
any
more.
3) slot
6) subunit number
strength
measurements.
These tests can be
broken.
The
LNA
1 2 3 4 5 6
used
to
test
the
the
cellitsite
or remotely
from the
OMC/BSC.
SCUA
is possible
to convert
2 Mbit/s
PCM to
started
locally
at
amplifies
RFBTS.
signalThe
coming
in from
the
operation
of
the
possible
tests
are
operate
inthe
T1
STM
See the document Alarm Structure, Alarm Reference
the
cell site
or1.544
remotely from the OMC/BSC.
receiver
antenna.
1) rack (cabinet) number
4) type of unit
radio
tests,
Mbps loop
standard.
Manual.
2) shelf number
5) unit number
test
calls,
receiver
sensitivity
tests
and
BCCH
The low
amplifier
2 (LNA2)unit
of the
RXFE
site noise
test and
measurement
(STM)
is is 1-6 XX XX XX XX XX XX
This
alarm
does not affect the provided service.
3) slot
6) subunit number
carrier
signal
broken.
The the
LNA
1 2 3 4 5 6
used to test
strength
measurements.
These
tests
can
be
amplifies
RFBTS.
signalThe
coming
in from
the
operation the
of the
possible
tests
are
RXFE
islocally
the receiver
front end used in the Omni
See the document Alarm Structure, Alarm Reference
started
at
receiver
antenna.
1) rack (cabinet) number
4) type of unit
radio loop
tests,
BTS
cabinet.
Manual.
the cell
site or remotely from the OMC/BSC.
2) shelf number
5) unit number
test
calls,
receiver
sensitivity
tests
and
BCCH
Information on the position of the receiver front
1-6 XX XX XX XX XX XX
This
alarm
does not affect the provided service.
3) slot
6) subunit number
carrier
signal
end relays.
1 2 3 4 5 6
strength
measurements.
These
tests
can
be
According to the fault message, the first relay is
The
RXFE is the receiver front end used in the
See the document Alarm Structure, Alarm Reference
started
set to locally at
1) rack (cabinet) number
4) type of unit
Omni
BTS
cabinet.
Manual.
the
cell
site
or
remotely
from
the
OMC/BSC.
position 1.
2) shelf number
5) unit number
Information on the position of the receiver front
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
end relays.
1 2 3 4 5 6
The faults do not cause the alarm at the
According to the fault message, the first relay is
initialization phase.
See the document Alarm Structure, Alarm Reference
set to
1) rack (cabinet) number
4) type of unit
Manual.
position 1.
2) shelf number
5) unit number
During normal operation, this alarm without alarm
3) slot
6) subunit number
RELAY ALARM 2
The faults do not cause the alarm at the
indicates a fault in the controller of the RXFE.
initialization phase.
See the document Alarm Structure, Alarm Reference
Manual.
During normal operation, the appearance or
During normal operation, this alarm without alarm
disappearance of this
RELAY ALARM 1
alarm and the RXFE RELAY ALARM 2 indicates
indicates a fault in the controller of the RXFE.
that the used LNA has
been changed, and that there is probably a
During normal operation, the appearance or
failure in the previously
disappearance of this alarm
The amplifier of the receiver multicoupler (RMCx) 1-6 XX XX XX XX XX XX
is faulty.
1 2 3 4 5 6
The RMCx includes two amplifiers.
1) rack (cabinet) number
4) type of unit
This alarm does not affect the provided service.
2) shelf number
5) unit number
Both amplifiers of the receiver multicoupler
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
(RMCx) are faulty.
1 2 3 4 5 6
The RMCx is used to amplify the RF signal
coming in from the
See the document Alarm Structure, Alarm Reference
If diversity is not used, the cell cannot provide
1) rack (cabinet) number
4) type of unit
receiver antenna.
Manual.
service any longer.
2) shelf number
5) unit number
The amplifier of the diversity receiver
1-6 XX XX XX XX XX XX
If it is used, service is maintained by using the RF
3) slot
6) subunit number
multicoupler (RMCx)
1 2 3 4 5 6
signal coming in
is faulty. The RMCx includes two amplifiers.
from the diversity antenna (diversity RMCx is
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
used).
Manual.
This alarm does not affect the provided service.
2) shelf number
5) unit number
The amplifiers of the diversity receiver
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
multicoupler
1 2 3 4 5 6
The RMCx is(RMCx)
used to amplify the RF signal
The diversity RMCx is used to amplify the RF
are
faulty.
The RMCx
includes two amplifiers.
coming
in from
the receiver
signal coming in
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
antenna.
from the diversity receiver antenna.
Manual.
This alarm does not affect the provided service.
2) shelf number
5) unit number
The power to the TRFE is fed via the antenna
1-6 XX XX XX XX XX XX
The service is
3) slot
6) subunit number
feeder, and this alarm
1 2 3 4 5 6
maintained by using the RF signal coming in from
indicates problems either in the feeding unit
the primary antenna,
See the document Alarm Structure, Alarm Reference
inside the BTS rack
1) rack (cabinet) number
4) type of unit
which has its own RMCx.
Manual.
(MPFU or TMCx) or in the tower low noise
2) shelf number
5) unit number
A cabinet cooling fan unit (CCFU) failure.
1-6 XX XX XX XX XX XX
amplifier (TLNA) unit inside
3) slot
6) subunit number
1 2 3 4 5 6
The diversity RMCx is used to amplify the RF
the TRFE, or in the antenna feeder between the
This
does
signalalarm
coming
in not affect the provided service.
TRFE and the BTS.
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
from the diversity receiver antenna.
Manual.
2) shelf number
5) unit number
The
alarm is given in the case of a power failure, 1-6 XX XX XX XX XX XX
TRFE
3) slot
6) subunit number
or if the input
1 2 3 4 5 6
voltage
is below
thefront
minimum
level inisthe
The tower
receiver
end (TRFE)
anstation
See the document Alarm Structure, Alarm Reference
unit
power
supply
1) rack (cabinet) number
4) type of unit
optional
BTS
unit which is
Manual.
(SUPx).
This
alarm
indicates
problems in the cell2) shelf number
5) unit number
located
in
the
antenna
mast.
The alarm is given if the voltage of one or several 1-6 XX XX XX XX XX XX
site power-feed system
3) slot
6) subunit number
output powers
1 2 3 4 5 6
to the BTS cabinet.
of the station unit power supply (SUPx) exceeds
See the document Alarm Structure, Alarm Reference
the accepted range.
1) rack (cabinet) number
4) type of unit
This alarm does not affect the provided service. Manual.
2) shelf number
5) unit number
The mains has been disconnected and the
1-6 XX XX XX XX XX XX
This alarm affects the provided service.
3) slot
6) subunit number
battery
1 2 3 4 5 6
SUPx back-up unit (BBUx)
has been taken into use.
SUPx
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
The station unit power supply (SUPx) generates
Manual.
This
alarmvoltages
does not affect the provided service.
2) shelf number
5) unit number
operating
The alarm
given
if thesupply
voltage
level of
the
1-6 XX XX XX XX XX XX
stationisunit
power
(SUPx)
generates
3) slot
6) subunit number
for
the power
units located
output
of the in the subrack of the BTS's
1 2 3 4 5 6
operating
voltages
BBUx
station
unit.
battery
back-up
unit in
(BBUx)
exceeds
for
the units
located
the subrack
of the BTS's
See the document Alarm Structure, Alarm Reference
accepted
range.
1) rack (cabinet) number
4) type of unit
station unit.
The purpose of the battery back-up unit (BBUx) Manual.
2) shelf number
5) unit number
The
is the
given
if the battery voltage of the
1-6 XX XX XX XX XX XX
is to alarm
convert
230VAC
This alarm does not affect the provided service.
3) slot
6) subunit number
battery
back-upfor
unit
1 2 3 4 5 6
to the -48VDC
the supply units that use the
(BBUx)
is low
or theSUPB),
batteries are not connected.
CD voltage
(XUPB,
BBUx
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
the heat exchanger control board (HECA) and
Manual.
This
alarm
does anot
affect the provided service.
2) shelf number
5) unit number
the
LTE.
During
mains
The alarm
is given
the case
of a power
failure, 1-6 XX XX XX XX XX XX
purpose
of the in
battery
back-up
unit (BBUx)
3) slot
6) subunit number
breakdown,
the converter switches its outputs
or to
if the
voltage
1 2 3 4 5 6
is
convert
the 230VAC
BBUx
over
to
the
battery
voltage.
is below
the minimum
level inunits
the transceiver
to
the -48VDC
for the supply
that use the
See the document Alarm Structure, Alarm Reference
Disappearing
of the mains
(TRX)
power(XUPB,
supply
unit power does not cause
1) rack (cabinet) number
4) type of unit
CD voltage
SUPB),
The
purpose
of
the battery back-up unit (BBUx) Manual.
breaks
at
the
converter
(XUPx).
alarm indicates
problems
in the
2) shelf number
5) unit number
the heat This
exchanger
control board
(HECA)
andcell
is
tooutput.
convert the 230VAC
DC
site's
power
feeda mains
3) slot
6) subunit number
the LTE.
During
to the -48VDC for the supply units that use the
system
to thethe
BTS
cabinet.switches its outputs
breakdown,
converter
CD voltage (XUPB, SUPB),
See the document Alarm Structure, Alarm Reference
over to the battery voltage.
the heat exchanger control board (HECA) and
This alarm does not affect the provided service. Manual.
the LTE. During a mains
breakdown, the converter switches its outputs
XUPx
over to the battery voltage.
The XUPx generates operating voltages for the
units located in the TRX
subrack and to the common busbar inside the
The alarm is given if the voltage of one or several
output powers
of the transceiver (TRX) power supply unit
(XUPx) exceeds the accepted
range.
The standing wave ratio (SWR) at the WBCx
output exceeds alarm
This alarm affects the provided service. The
level 1.
associated TRX is blocked
by the BSC.
This alarm does not affect the provided service.
The standing wave ratio (SWR) at the WBCx
output
XUPx is over 3.
WBCx
This
alarm generates
affects the operating
provided service.
BTS
The XUPx
voltagesThe
for the
The wide band combiner (WBCx) is used to
sector
of the BCF
units
located
in
the
TRX
The
mast-mounted
preamplifier
combine
and filter the
maximumis faulty.
is
not working.
subrack
and to the common busbar inside the
of two transmitter outputs of the BTS into one
BTS.
The busbar
voltages
are service.
This
alarm
affects
thealso
provided
antenna.
The
WBCx
WBCx
not provided by the station unit power supply
supervises the condition of the TX antenna by
(SUPx)
and they feed, for
MHPA
monitoring
the reflected
One
or both
the
amplifiers
is faulty
in the
The
wide
band
combiner
is used
to
example,
theofremote
tune(WBCx)
combiner
(RTC
or
power
from
it. the
normal
path
combine
andoffilter
the maximum
NRTC).
The masthead amplifier is a receiver front-end
antenna
filter and outputs
low noise
of two transmitter
of amplifier
the BTS unit
into (AFLx).
one
device located in the
antenna. The WBCx also
antenna mast.
If
diversity is notcondition
used or of
if the
diversity
path of
supervises
the
antenna
One or boththe
of the amplifiers
is TX
faulty
in the by
the
AFLx isthe
faulty,
monitoring
reflected
diversity path of the
the
cellfrom
cannot
provide service any more. If
power
it.and
antenna
filter
low noise amplifier unit (AFLx).
diversity is used, service
is maintained by using the RF signal coming in
If the normal path of the AFLx is faulty, the cell
The
standing
wave ratio at the antenna
fromvoltage
the diversity
antenna.
cannot provide
monitoring unit exceeds
service any more. If the normal path is not faulty,
the
minor alarm threshold.
AFLx
service is maintained
by using the RF signal coming in from the normal
This
alarmisaffects
thefilter
provided
service.
The
AFLx
used to
and
amplify
RF
The
voltage
standing
wave
ratio
at thethe
antenna
antenna.
signal
coming
in
from
the
monitoring unit exceeds
AMUx
receiver
antenna.
level
AFLx2.
The antenna monitoring unit (AMUx) supervises
This
alarm affects
thefilter
providedamplify
service. RF
The
AFLx
used in
to
The
door isisopen
one ofand
the remotethe
cabinets.
the condition
of the TX
signal coming in
antenna by monitoring the reflected power from
AMUx
from
the receiver
antenna.
This
alarm
doesofnot
affect the provided service.
the connection
the antenna.
The antenna monitoring unit (AMUx) supervises
There
is a fault
the
the condition
of in
the
TXheat exchanger in one of
the
remote
antenna
by cabinets.
monitoring the reflected power from
the connection of
This
alarm does not affect the provided service.
the antenna.
There is a fault in the heat exchanger in one of
the local cabinets.
This alarm does not affect the provided service.
There is problem in the optical link to the remote
head.
This alarm affects the provided service.
The optical link connects the local and the
remote head cabinets.
All signals between the cabinets are carried via
this link.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
There is a problem in the optical link to the
remote head.
1-6
This alarm affects the provided service.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
The temperature in one of the remote head
The optical link connects the local and the
cabinets has exceeded
remote head cabinets.
the 60 C threshold.
All signals between the cabinets are carried via
this link.
This alarm does not affect the provided service.
The air conditioning or TECA unit is faulty or
without power supply.
Due to this fault, the cabinet internal temperature
can exceed the
operational limits.
The alarm is given if the output voltage (nominal
48VDC) of
the heat exchanger power supply unit (HEPC)
exceeds the
accepted range.
This is an external user-defined alarm.
XX XX XX XX XX XX
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
The alarm is activated if:
For instructions on how to define the alarm for
1. the input power switch on the front panel See the document Alarm Structure, Alarm Reference
MetroSite BTS,
is in the zero
Manual.
UltraSite BTS, Flexi EDGE BTS or Flexi
This position
is an external
(OFF);user-defined alarm.
Multiradio BTS, see "Adding
2. the input voltage (nominal 230VAC)
an external input and output text (MetroSite,
For
instructions
on howrange;
to define the alarm for
exceeds
the specified
UltraSite, Flexi EDGE,
MetroSite
3. theBTS,
load exceeds the specified range
and Flexi Multiradio only)".
UltraSite
BTS,
Flexi EDGE BTS or Flexi
(there
example,
This
isis,
anfor
external
user-defined
alarm.
For BTSplus
site type,
ALARM 7401
EXTERNAL
Multiradio
see
a shortBTS,
circuit
in "Adding
the load);
AL 1 is mapped into
an external
input line
and is
outputconnected,
text (MetroSite,
4. the alarm
or the
For
instructions
how not
to define the alarm
for
ENVABTSE-0
inon
LMT.
UltraSite,
Flexi
EDGE,
HEPC
unit
is
faulty.
MetroSite BTS,
and Flexi Multiradio only)".
UltraSite
BTS,types,
Flexi EDGE
BTS define
or Flexithe alarm
For
you should
Thisother
is an site
external
user-defined
alarm.
For
BTSplus
site type,
ALARM 7402
EXTERNAL
HEPC
Multiradio
BTS, see "Adding
in a HW database.
AL 2 is mapped into
an external input and output text (MetroSite,
For
instructions
how
to define
alarm
for
ENVABTSE-1
inon
LMT.
The
heat exchanger
power
supplythe
unit
(HEPC)
UltraSite,
Flexi EDGE,
MetroSite
BTS,
gives
the
operating
voltage
and Flexi Multiradio only)".
UltraSite
BTS,
Flexi EDGE
BTSindefine
orthe
Flexi
For
other
types,
youlocated
should
the alarm
for
exchanger
mini
This
is heat
an site
external
user-defined
alarm.
Forthe
BTSplus
site type,
ALARM 7403
EXTERNAL
Multiradio
BTS,
see "Adding
in
a HW basic
database.
outdoor
cabinet
AL 3 is mapped into
an
external
input11,
and
output
text1)(MetroSite,
(HEP1:
cabinet
shelf
slot
or the
mini
For
instructions
how
to5,define
the
alarm
for
ENVABTSE-2
inon
LMT.
UltraSite,
Flexi EDGE,
outdoor
extension
cabinet
MetroSite BTS,
and
Flexi
Multiradio
only)".
(HEP2:
cabinet
21, shelf
8, BTS
slot 1).
HEPC
is
UltraSite
BTS,
Flexi
EDGE
or The
Flexithe
For
site
types,
you should
define
alarm
Thisother
is an
external
user-defined
alarm.
needed
only
when
Multiradio
BTS,
see
"Adding
in a HW database.
For
BTSplus
site
type, ALARM 7404 EXTERNAL
AC
supply
isinput
used.
an external
and output text (MetroSite,
For
AL 4instructions
is mapped on
intohow to define the alarm for
UltraSite, Flexi EDGE,
MetroSite
BTS,in LMT.
ENVABTSE-3
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7405 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
AL 5instructions
is mapped on
intohow to define the alarm for
UltraSite, Flexi EDGE,
MetroSite
BTS,in LMT.
ENVABTSE-4
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7406 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
AL 6instructions
is mapped on
intohow to define the alarm for
UltraSite, Flexi EDGE,
MetroSite
BTS,in LMT.
ENVABTSE-5
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7407 EXTERNAL
an
input and output text (MetroSite,
in aexternal
HW database.
AL 7 is mapped into
UltraSite, Flexi EDGE,
ENVABTSE-6 in LMT.
and Flexi Multiradio only)".
For other site types, you should define the alarm
For BTSplus site type, ALARM 7408 EXTERNAL
in a HW database.
AL 8 is mapped into
ENVABTSE-7 in LMT.
For other site types, you should define the alarm
This is an external user-defined alarm.
For instructions on how to define the alarm for
MetroSite BTS,
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio BTS, see "Adding
an external input and output text (MetroSite,
For instructions on how to define the alarm for
UltraSite, Flexi EDGE,
MetroSite BTS,
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio BTS, see "Adding
For BTSplus site type, ALARM 7409 EXTERNAL
an external input and output text (MetroSite,
For
AL 9instructions
is mapped on
intohow to define the alarm for
UltraSite, Flexi EDGE,
MetroSite
BTS,in LMT.
ENVABTSE-8
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7410 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 10
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS,in LMT.
ENVABTSE-9
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7411 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 11
is mappedon
into
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-10
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7412 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
on
how
AL 12 is mapped into to define the alarm for
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-11
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7413 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 13
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-12
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7414 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 14
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-13
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7415 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 15
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-14
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7416 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 16
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-15
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7417 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 17
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-16
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7418 EXTERNAL
an
external
input and output text (MetroSite,
in
a
HW
database.
For
instructions
how to define the alarm for
AL 18
is mappedoninto
UltraSite, Flexi EDGE,
MetroSite
BTS, in LMT.
ENVABTSE-17
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
Multiradio
BTS,
see "Adding
For other site
types,
you should define the alarm
For BTSplus site type, ALARM 7419 EXTERNAL
an
input and output text (MetroSite,
in aexternal
HW database.
AL 19 is mapped into
UltraSite, Flexi EDGE,
ENVABTSE-18 in LMT.
and Flexi Multiradio only)".
For other site types, you should define the alarm
For BTSplus site type, ALARM 7420 EXTERNAL
in a HW database.
AL 20 is mapped into
ENVABTSE-19 in LMT.
For other site types, you should define the alarm
This is an external user-defined alarm.
For instructions on how to define the alarm for
MetroSite BTS,
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm.
Multiradio BTS, see "Adding
an external input and output text (MetroSite,
For instructions on how to define the alarm for
UltraSite, Flexi EDGE,
MetroSite BTS,
and Flexi Multiradio only)".
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm. The alarm
Multiradio BTS, see "Adding
is
defined
by site type, ALARM 7421 EXTERNAL
For
BTSplus
an external input and output text (MetroSite,
the
user
in an HWinto
database.
AL 21
is mapped
UltraSite, Flexi EDGE,
ENVABTSE-20 in LMT.
and Flexi Multiradio only)".
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7422 EXTERNAL
in
a instructions
HW database.
For
how to define the alarm for
AL 22
is mappedoninto
MetroSite
BTS, in LMT.
ENVABTSE-21
UltraSite BTS, Flexi EDGE BTS or Flexi
This is an external user-defined alarm. The alarm
Multiradio
BTS, see "Adding
For
other site
is defined
by types, you should define the alarm
an
external
input and output text (MetroSite,
in
a
HW
database.
the user in an HW database.
UltraSite, Flexi EDGE,
and Flexi Multiradio only)".
For BTSplus site type, ALARM 7425 EXTERNAL
This is an external user-defined alarm. The alarm
AL 25 is mapped into
is
defined
For
BTSplus site type, ALARM 7424 EXTERNAL
ENVABTSE-24 in LMT.
by
user
in an HW
AL the
24 is
mapped
into database.
ENVABTSE-23 in LMT.
For BTSplus site type, ALARM 7426 EXTERNAL
This is an external user-defined alarm. The alarm
AL
26
is mapped
intoyou should define the alarm
For
other
site
types,
is defined
by the
ENVABTSE-25
in LMT.
in
a
HW
database.
user in an HW database.
For BTSplus site type, ALARM 7427 EXTERNAL
This is an external user-defined alarm. The alarm
AL 27 is mapped into
is defined by
ENVABTSE-26 in LMT.
the user in an HW database.
For BTSplus site type, ALARM 7428 EXTERNAL
This is an external user-defined alarm. The alarm
AL 28 is mapped into
is defined by the
ENVABTSE-27 in LMT.
user in an HW database.
For BTSplus site type, ALARM 7429 EXTERNAL
This is an external user-defined alarm. The alarm
AL 29 is mapped into
is defined by the
ENVABTSE-28 in LMT.
user in an HW database.
For BTSplus site type, ALARM 7430 EXTERNAL
This is an external user-defined alarm. The alarm
AL 30 is mapped into
is defined by
ENVABTSE-29 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7431 EXTERNAL
This is an external user-defined alarm. The alarm
AL 31 is mapped into
is defined by
ENVABTSE-30 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7432 EXTERNAL
AL 32 is mapped into
ENVABTSE-31 in LMT.
This is an external user-defined alarm. The alarm
is defined by
the user in a HW database.
For BTSplus site type, ALARM 7433 EXTERNAL
This is an external user-defined alarm. The alarm
AL 33 is mapped into
is defined by
ENVABTSE-32 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7434 EXTERNAL
This is an external user-defined alarm. The alarm
AL 34 is mapped into
is defined by
ENVABTSE-33 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7435 EXTERNAL
This is an external user-defined alarm. The alarm
AL 35 is mapped into
is defined by
ENVABTSE-34 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7436 EXTERNAL
This is an external user-defined alarm. The alarm
AL 36 is mapped into
is defined by
ENVABTSE-35 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7437 EXTERNAL
This is an external user-defined alarm. The alarm
AL 37 is mapped into
is defined by
ENVABTSE-36 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7438 EXTERNAL
This is an external user-defined alarm. The alarm
AL 38 is mapped into
is defined by
ENVABTSE-37 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7439 EXTERNAL
This is an external user-defined alarm. The alarm
AL 39 is mapped into
is defined by
ENVABTSE-38 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7440 EXTERNAL
This is an external user-defined alarm. The alarm
AL 40 is mapped into
is defined by
ENVABTSE-39 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7441 EXTERNAL
This is an external user-defined alarm. The alarm
AL 41 is mapped into
is defined by
ENVABTSE-40 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7442 EXTERNAL
This is an external user-defined alarm. The alarm
AL 42 is mapped into
is defined by
ENVABTSE-41 in LMT.
the user in a HW database.
This is an external user-defined alarm. The alarm
is defined by
the user in a HW database.
For BTSplus site type, ALARM 7444 EXTERNAL
AL 44 is mapped into
ENVABTSE-43 in LMT.
This is an external user-defined alarm. The alarm
is defined by
the user in a HW database.
For BTSplus site type, ALARM 7445 EXTERNAL
This is an external user-defined alarm. The alarm
AL 45 is mapped into
is defined by
ENVABTSE-44 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7446 EXTERNAL
This is an external user-defined alarm. The alarm
AL 46 is mapped into
is defined by
ENVABTSE-45 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7447 EXTERNAL
This is an external user-defined alarm. The alarm
AL 47 is mapped into
is defined by
ENVABTSE-46 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7448 EXTERNAL
This is an external user-defined alarm. The alarm
AL 48 is mapped into
is defined by
ENVABTSE-47 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7449 EXTERNAL
This is an external user-defined alarm. The alarm
AL 49 is mapped into
is defined by
ENVABTSE-48 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7450 EXTERNAL
This is an external user-defined alarm. The alarm
AL 50 is mapped into
is defined by
ENVABTSE-49 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7451 EXTERNAL
This is an external user-defined alarm. The alarm
AL 51 is mapped into
is defined by
ENVABTSE-50 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7452 EXTERNAL
This is an external user-defined alarm. The alarm
AL 52 is mapped into
is defined by
ENVABTSE-51 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7453 EXTERNAL
This is an external user-defined alarm. The alarm
AL 53 is mapped into
is defined by
ENVABTSE-52 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7454 EXTERNAL
This is an external user-defined alarm. The alarm
AL 54 is mapped into
is defined by
ENVABTSE-53 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7455 EXTERNAL
This is an external user-defined alarm. The alarm
AL 55 is mapped into
is defined by
ENVABTSE-54 in LMT.
the user in a HW database.
For BTSplus site type, ALARM 7456 EXTERNAL
AL 56 is mapped into
ENVABTSE-55 in LMT.
This is an external user-defined alarm. The alarm
is defined by
the user in a HW database.
For BTSplus site type, ALARM 7457 EXTERNAL
This is an external user-defined alarm.
AL 57 is mapped into
ENVABTSE-56 in LMT.
For BTSplus site type, ALARM 7458 EXTERNAL
AL 58 is mapped into
RACK-01 ENVABTSE-00 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7459 EXTERNAL
in the BTS via
AL 59 is mapped into
the Element Manager.
RACK-01 ENVABTSE-01 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7460 EXTERNAL
in the BTS via
AL 60 is mapped into
the Element Manager.
RACK-01 ENVABTSE-02 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7461 EXTERNAL
in the BTS via
AL 61 is mapped into
the Element Manager.
RACK-01 ENVABTSE-03 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7462 EXTERNAL
in the BTS via
AL 62 is mapped into
the Element Manager.
RACK-01 ENVABTSE-04 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7463 EXTERNAL
in the BTS via
AL 63 is mapped into
the Element Manager.
RACK-01 ENVABTSE-05 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7464 EXTERNAL
in the BTS via
AL 64 is mapped into
the Element Manager.
RACK-01 ENVABTSE-06 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7465 EXTERNAL
in the BTS via
AL 65 is mapped into
the Element Manager.
RACK-01 ENVABTSE-07 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7466 EXTERNAL
in the BTS via
AL 66 is mapped into
the Element Manager.
RACK-01 ENVABTSE-08 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7467 EXTERNAL
in the BTS via
AL 67 is mapped into
the Element Manager.
RACK-02 ENVABTSE-00 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7468 EXTERNAL
in the BTS via
AL 68 is mapped into
the Element Manager.
RACK-02 ENVABTSE-01 in LMT.
For other site types, you should define the alarm
in the BTS via
the Element Manager.
This is an external user-defined alarm.
For BTSplus site type, ALARM 7469 EXTERNAL
AL 69 is mapped into
RACK-02 ENVABTSE-02 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7470 EXTERNAL
in the BTS via
AL 70 is mapped into
the Element Manager.
RACK-02 ENVABTSE-03 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7471 EXTERNAL
in the BTS via
AL 71 is mapped into
the Element Manager.
RACK-02 ENVABTSE-04 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7472 EXTERNAL
in the BTS via
AL 72 is mapped into
the Element Manager.
RACK-02 ENVABTSE-05 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7473 EXTERNAL
in the BTS via
AL 73 is mapped into
the Element Manager.
RACK-02 ENVABTSE-06 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7474 EXTERNAL
in the BTS via
AL 74 is mapped into
the Element Manager.
RACK-02 ENVABTSE-07 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7476 EXTERNAL
in the BTS via
AL 76 is mapped into
the Element Manager.
RACK-03 ENVABTSE-00 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7477 EXTERNAL
in the BTS via
AL 77 is mapped into
the Element Manager.
RACK-03 ENVABTSE-01 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7478 EXTERNAL
in the BTS via
AL 78 is mapped into
the Element Manager.
RACK-03 ENVABTSE-02 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7479 EXTERNAL
in the BTS via
AL 79 is mapped into
the Element Manager.
RACK-03 ENVABTSE-03 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7480 EXTERNAL
in the BTS via
AL 80 is mapped into
the Element Manager.
RACK-03 ENVABTSE-04 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7481 EXTERNAL
in the BTS via
AL 81 is mapped into
the Element Manager.
RACK-03 ENVABTSE-05 in LMT.
For other site types, you should define the alarm
in the BTS via
the Element Manager.
This is an external user-defined alarm.
For BTSplus site type, ALARM 7482 EXTERNAL
AL 82 is mapped into
RACK-03 ENVABTSE-06 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7483 EXTERNAL
in the BTS via
AL 83 is mapped into
the Element Manager.
RACK-03 ENVABTSE-07 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7484 EXTERNAL
in the BTS via
AL 84 is mapped into
the Element Manager.
RACK-03 ENVABTSE-08 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7485 EXTERNAL
in the BTS via
AL 85 is mapped into
the Element Manager.
RACK-04 ENVABTSE-00 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7486 EXTERNAL
in the BTS via
AL 86 is mapped into
the Element Manager.
RACK-04 ENVABTSE-01 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7487 EXTERNAL
in the BTS via
AL 87 is mapped into
the Element Manager.
RACK-04 ENVABTSE-02 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7488 EXTERNAL
in the BTS via
AL 88 is mapped into
the Element Manager.
RACK-04 ENVABTSE-03 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7489 EXTERNAL
in the BTS via
AL 89 is mapped into
the Element Manager.
RACK-04 ENVABTSE-04 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7490 EXTERNAL
in the BTS via
AL 90 is mapped into
the Element Manager.
RACK-04 ENVABTSE-05 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7491 EXTERNAL
in the BTS via
AL 91 is mapped into
the Element Manager.
RACK-04 ENVABTSE-06 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7492 EXTERNAL
in the BTS via
AL 92 is mapped into
the Element Manager.
RACK-04 ENVABTSE-07 in LMT.
This is an external user-defined alarm.
For other site types, you should define the alarm
For BTSplus site type, ALARM 7493 EXTERNAL
in the BTS via
AL 93 is mapped into
the Element Manager.
RACK-04 ENVABTSE-08 in LMT.
For other site types, you should define the alarm
in the BTS via
the Element Manager.
This is an external user-defined alarm.
For BTSplus site type, ALARM 7494 EXTERNAL
AL 94 is mapped into
RACK-05 alarms from ENVABTSE-00 to
This is an external user-defined alarm.
ENVABTSE-08 in LMT.
For BTSplus site type, ALARM 7495 EXTERNAL
For other site types, you should define the alarm
AL 95 is mapped into
in the BTS via
RACK-06 alarms from ENVABTSE-00 to
This
is an external
user-defined alarm.
the Element
Manager.
ENVABTSE-08 in LMT.
For BTSplus site type, ALARM 7496 EXTERNAL
For other site types, you should define the alarm
AL 96 is mapped into
in the BTS via
RACK-07 alarms from ENVABTSE-00 to
The
temperature
in the outdoor cabinet is too
1-6 XX XX XX XX XX XX
the Element
Manager.
ENVABTSE-08 in LMT.
high.
1 2 3 4 5 6
The temperature in the All Climate (Street Level)
For other site types, you should define the alarm
Outdoor Cabinet is
1) rack (cabinet) number
4) type of unit
in the BTS via
too high or too low.
2) shelf number
5) unit number
The
door of the
outdoor cabinet is open.
1-6 XX XX XX XX XX XX
the Element
Manager.
3) slot
6) subunit number
1 2 3 4 5 6
A fault in the heat exchanger or in the air
conditioner depending
on which one is used in the cabinet.
This alarm does not affect the provided service.
The TRX processor is not able to communicate
with the D-bus.
This is a fatal alarm. The TRX is blocked.
A fault in the CHDSP-BSIA loop. The contents
TRX
and/or size of the looped
TRAU frame are incorrect.
The TRX has four main tasks. It is the air
interface of the GSM (DCS)
This is a fatal alarm. The loop test is re-executed,
The
processor
of the
is not between
able to
basemain
station,
it handles
theTRX
signalling
and if it fails,
operate
the baseproperly.
station
the TRX is blocked.
controller and the mobile station and it relays all
This
a fatal alarm.
trafficisbetween
the The TRX is blocked.
TRX
abis-interface
and
It also
A failure in the loopthe
testair-interface.
of the RS-232
service
TRX
performs
all
baseband
interface.
The TRX has four main tasks. It is the air
operations
traffictodata,
for example,
The TRX of
isfor
unable
communicate
with the
interface
the
GSM (DCS)
The
TRX has
four main tasks. It is the air
encryption,
decryption,
service
interface.
base station,
it handles the signalling between
interface
of the GSM
coding, decoding
and(DCS)
demodulation and
the
base
station of the TRX are not available.
The
RF
modules
base
station,
it two
handles
the signalling
between
combining
the
branches
in
This
is a non-fatal
alarm. station
controller
and the mobile
and it relays all
the base
station
case of
antenna diversity.
traffic
the The RF module is not able
This
isbetween
a fatal
controller
and alarm.
the mobile
station and it relays all
TRX
Abis
interface
and
the radio interface. It also
to
report
traffic
between the
performs
alland
baseband
any
alarms
thethe
status
the RF module
Abis
interface
and
radioofdetected
interface.
It some
also is
An
error
has
been
The
TRXsituation
has
main
tasks.
It is theinair
operations
forfour
traffic
data,
for example,
unknown.
performs
all
baseband
EQDSP ofofthe
interface
theTRX.
GSM (DCS)
encryption,
decryption,
operations
for
traffic faults
data, are
for example,
All EQDSP
timeslot
indicated
with this
base
station,
it handles
the signalling
between
coding,
decoding
and demodulation
and
TRX
encryption,
decryption,
alarm.
the
base station
combining
the two branches in
coding, decoding and demodulation and
controller
and
the mobile
station and it relays all
the
case
antenna
diversity.
The
TRX of
has
tasks.inIt is the air
combining
thefour
two main
branches
This
a fatal
alarm.
trafficisbetween
the
interface
the GSMdiversity.
(DCS)
the case of antenna
Abis interface and the radio interface. It also
base station, it handles the signalling between
EQDSP
performs all baseband
the base station
operations for traffic data, for example,
controller and the mobile station and it relays all
The
equalizer
digital signal processors (EQDSP)
encryption,
decryption,
traffic between the
are
in charge
of and demodulation and
coding,
decoding
Abis interface and the radio interface. It also
the
equalization
functions
within
combining
the two
branches
in the TRX
performs all baseband
receiver.
equalization
the case The
of antenna
diversity.
operations for traffic data, for example,
functions include DC-offset cancellation, receiver
encryption, decryption,
signal level
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
An error situation has been detected in some
CHDSP of the TRX.
All CHDSP timeslot alarms are mapped to this
alarm.
A fault has been detected in the TRX - TRU loop
This is a fatal alarm.
test.
If alarms 7516 and 7517 are also active, the TRX
CHDSP
is probably faulty.
Otherwise the TRU is probably faulty.
A
fault
in the
TRXprocessor
loop test. for the channel
The
digital
signal
coding and decoding
This is a fatal alarm.
This
is a non-fatal/fatal
(CHDSP)
is in charge ofalarm.
the coding, decoding,
encryption and
TRX
TRX
decryption
of theclock
trafficisbetween
The TRX FCLK
broken. the A-bis and air
interfaces.
The TRX has four main tasks. It is the air
The TRX has four main tasks. It is the air
This
is a fatal
interface
of thealarm.
GSM (DCS)
interface
of the GSM (DCS)
TRX
base station, it handles the signalling between
base station, it handles the signalling between
TRX
the
base
The
TRX station
has detected
failureIt in
the base
station
four mainatasks.
is the
the FCLK.
air
controller and the mobile station and it relays all
controller
and
the
mobile
station and it relays all
interface
of
the
GSM
(DCS)
The
TRX
has four
traffic
between
themain tasks. It is the air
This
isstation,
a fatal italarm.
traffic
between
the
base
handles
the signalling between
interface
of theand
GSM
Abis interface
the(DCS)
radio interface. It also
Abis
interface
and the radio interface. It also
the
base
station
base
station,
it handles the signalling between
performs
all baseband
TRX
performs
all
baseband
controller
and
the mobile
stationinand
relays
The
TRX station
has
a failure
theit13
MHzall
the base
operations
fordetected
traffic data,
for example,
operations
for
traffic
data,
for
example,
traffic
between
the
clock.
controller
and
the mobile station and it relays all
encryption,
decryption,
The
TRX has
four
main
tasks.
It is the Itairalso
encryption,
decryption,
Abis
and
the radio
interface.
trafficinterface
between
theand
coding,
decoding
demodulation and
interface
of
the
GSM
(DCS)
coding,
decoding
and
demodulation
and
performs
all
baseband
This
is
a fatal
Abis
interface
and
the
radio interface.
It also
combining
theitalarm.
two
branches
in
base
station,
handles
thefor
signalling
combining
the
two
branches
inexample,between
operations
for
traffic
data,
performs
all
baseband
the
case
of
antenna
diversity.
The
DSPof
is decryption,
unable todiversity.
send data to the F-bus.
the
base
station
case
antenna
encryption,
TRX
operations for
traffic data, for example,
controller
and
the
mobile
station andand
it relays all
coding,
decoding
and demodulation
encryption,
decryption,
This
isbetween
a non-fatal
traffic
thealarm.
combining
the
two
branches
in
The
TRXdecoding
has fourand
main
tasks. It is the
air
coding,
demodulation
and
Abis
interface
and the
radio interface. It also
the
case
of
antenna
diversity.
interface
ofthe
thetwo
GSM
(DCS) in
combining
branches
TRX
performs
all
baseband
Thecase
DSP
has
corrupted
databetween
from the Fbase
station,
itreceived
handles
the signalling
the
of
antenna
diversity.
operations
for
traffic data, for example,
bus.
the base station
The
TRX has
four main tasks. It is the air
encryption,
decryption,
controller and the mobile station and it relays all
interface
of the GSM
coding,
decoding
and(DCS)
demodulation and
This isbetween
a non-fatal
traffic
thealarm.
base
station,
handles
the signalling
between
combining
theit two
branches
in
Abis
interface
and
thelooped
radio interface.
It also
An
in
the
F-bus
data.
the error
base
station
case
of
antenna
diversity.
TRX
performs all baseband
controller and the mobile station and it relays all
operations
for traffic
data, for example,
This
a non-fatal
trafficisbetween
thealarm.
The
TRX has
four main tasks. It is the air
encryption,
decryption,
Abis interface and the radio interface. It also
interface
of the GSM
coding,
decoding
and(DCS)
demodulation and
TRX
performs
all
baseband an error in the looped
The TRX
has
base
station,
handles
the signalling
between
combining
theitdetected
two
branches
in
operations
for
traffic data, for example,
database
on the
F-bus.
the
station
case
of
antenna
diversity.
The
TRX has
four main tasks. It is the air
encryption,
decryption,
The
sender
of the
the mobile
alarm isstation
remote
theit TRX
(the
controller
and
and
relays
all
interface
of the GSM
coding,
decoding
and(DCS)
demodulation and
hopping
algorithm
traffic between
the
base
station,
handles
the signalling
between
combining
theit two
branches
in
may
be
illegal).
Abis
interface
and
the radio
interface.
It also
The
TRX
flash
memory
checksum
power
control
the base
station
case
of
antenna
diversity.
performs
all
baseband
invalid.
The
stored
controller
and
the mobile station and it relays all
This
is an informative
notification.
operations
for values
traffic data,
for example,
power
control
traffic between
the are corrupted.
encryption, decryption,
Abis interface and the radio interface. It also
TRX
coding,
and demodulation and
This
is adecoding
fatal
alarm.
performs
all baseband
The
watchdog
is unable
to reset
combining
the two
branches
in the TRX.
operations for traffic data, for example,
The
TRX of
has
four main
tasks. It is the air
the
case
antenna
diversity.
TRX
encryption,
decryption,
This is a non-fatal
alarm.
interface
of the GSM
(DCS)
coding, decoding and demodulation and
base station, it handles the signalling between
The
TRX has
tasks.inIt is the air
combining
thefour
two main
branches
TRX
the base station
interface
the GSMdiversity.
(DCS)
the case of antenna
controller and the mobile station and it relays all
base station, it handles the signalling between
The
has four
trafficTRX
between
themain tasks. It is the air
the base station
interface
of theand
GSM
Abis interface
the(DCS)
radio interface. It also
controller and the mobile station and it relays all
base
station,
it handles the signalling between
performs
all baseband
traffic between the
the
base station
operations
for traffic data, for example,
Abis interface and the radio interface. It also
controller
and
the mobile station and it relays all
encryption,
decryption,
performs all baseband
traffic
between
theand demodulation and
coding,
decoding
operations for traffic data, for example,
Abis
interface
radio interface.
It also
combining
the and
two the
branches
in
encryption, decryption,
performs
allantenna
baseband
the case of
diversity.
coding, decoding and demodulation and
operations for traffic data, for example,
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual.
The temperature inside the TRX unit is higher
than 60 C.
Cooling is necessary.
This is an informative notification.
The temperature inside the TRX is higher than 75
C.The TRX is running
TRX
too hot. Either the outside temperature has
increased and the fans
The TRX has four main tasks. It is the air
cannot compensate it or the TRX is broken.
The
temperature
inside
the TRX unit is higher
interface
of the GSM
(DCS)
than
C. it handles the signalling between
base 80
station,
This alarm is a non-fatal alarm.
The
TX power
must be switched off to prevent
the base
station
damage
thethe mobile station and it relays all
controllertoand
TRX
components.
traffic
the lock synthesisers (PLL1 or
One ofbetween
the TX phase
Abis
interface
and
the radio interface. It also
PLL2)
is out
order.
The
TRX
hasoffour
main tasks. It is the air
This
is a non-fatal
alarm.
performs
all
baseband
The
TRX of
is the
still GSM
operative
if the mode is noninterface
(DCS)
operations
for traffic
data, for example,
hopping
mode
base
station,
it or
handles the signalling between
TRX
encryption,
decryption,
baseband-hopping
mode. If the other synthesiser
the
base
station
The
TRXdecoding
reference
frequency
synthesizer
coding,
and
demodulation
and is not
is not locked
either,
controller
and
the
mobile
station and it relays all
locked.
The
TRX has
four
main
tasks.inIt is the air
combining
the
two
branches
this
alarm
is fatal
traffic
between
theand the TRX must be blocked.
interface
the GSMdiversity.
(DCS)
the
case
of antenna
In
the
case
of and the
Abis
interface
radio interface. It also
This
a fatal italarm.
baseisstation,
handles the signalling between
synthesiser-hopping
mode, this alarm is always
performs all baseband
the
station
Onebase
of the
RX traffic
phasedata,
lock for
synthesizers
fatal.
operations
for
example, is out of
TRX
controller
and the mobile station and it relays all
order.
encryption, decryption,
traffic
between
The
TRX
is still the
operative
if the modeand
is nonThis
is adecoding
non-fatal/fatal
alarm.
coding,
and
demodulation
The
TRX
has four
main
tasks.
It is the Itairalso
Abis
interface
and
the radio
interface.
hopping
mode
or
combining
the two
branches
interface
of
GSM
(DCS) in
performs
allthe
baseband
baseband-hopping
mode.
If the other synthesizer
TRX
the
case
of
antenna
diversity.
The
RX
reference
frequency
synthesizer
is not
base
station,
ittraffic
handles
thefor
signalling
operations
foreither,
data,
example,between
is not locked
locked
(PLL3).
the
base
station
encryption,
this alarm
isdecryption,
fatal
the
TRX Itmust
beradio
blocked.
The
TRX has
fourand
main
tasks.
is the
controller
and the and
mobile
station andand
it relays all
coding,
decoding
demodulation
In
the
case
of
interface
of
the
GSM
(DCS)
This
isbetween
a fatal
traffic
the branches in
combining
thealarm.
two
synthesizer-hopping
mode,
this alarmbetween
is always
base
station, it handles
the signalling
Abis
interface
and
the
radioisinterface.
also may
the
case
of
antenna
diversity.
Thebase
TRX station
loop synthesizer
not lockedIt and
fatal.
the
TRX
performs
all
baseband
be faulty. and the mobile station and it relays all
controller
operations for traffic data, for example,
This
isbetween
a non-fatal/fatal
traffic
themainalarm.
The
TRX
has
four
tasks. It is the air
encryption,
This
alarm
isdecryption,
non
fatal.
Abis
interface
and
the radio interface. It also
interface
of the GSM
coding, decoding
and(DCS)
demodulation and
TRX
performs
allindicates
baseband
This
alarm
a failure
in one ofbetween
the RX
base
station,
handles
the signalling
combining
theit two
branches
in
TRX
operations
for
traffic data, for example,
module
synthesizers.
the base
station
case of antenna diversity.
The
TRX
four main
tasks.
It is
the radio
encryption,
decryption,
The
main has
receiver
branch
or the
diversity
controller
and
the mobile
station
and it relays all
The
TRXdecoding
has
four
main
tasks. It is the
air
interface
of
the
GSM
(DCS)
coding,
and
demodulation
and
synthesizer
is out
traffic between
theof order.
interface
ofthe
the
GSM
(DCS)
base
station,
it
handles
the
signalling
between
combining
two
branches
in
The
unit is operational
if one of the receivers
abis-interface
and the
air-interface.
It alsothe still
The
TX
power
has
decreased
from
base
station,
it level
handles
the
signalling
between
the
base
station
case
of
antenna
diversity.
operates.
performs
all
baseband
given
value
because
the
base
station
controller
and
the
mobile
station
and
it
relays all
(This
also depends
on
the for
antenna
configuration,
operations
for traffic
data,
example,
of
an HW-fault
in
the
RFU.station
controller
and the
mobile
and it relays all
traffic
between
the
namely
whether
encryption,
decryption,
traffic
betweenand
the the radio interface. It also
Abis
interface
diversity
is connected
or not.)
coding,
decoding
and
demodulation
and
This is a non-fatal
alarm.
abis-interface
and
the air-interface.
It also
performs
all
baseband
This
alarm the
is generated
by the
combining
two branches
in TRX software if
performs
allfor
baseband
operations
traffic data,
for example,
the
Thismeasurement
is a non-fatal/fatal
alarm.
case
of antenna diversity.
TRX
operations
for
traffic
data,
for example,
encryption,
decryption,
of the transmitter power indicates
a power-off
encryption,
decryption,
coding,
decoding
and
demodulation
and
although
the transmission
TRX
The
TRXdecoding
has
four
main
tasks.inIt is the
air
coding,
and
demodulation
and
combining
the
two
branches
should be active.
This
alarm
isantenna
generated
by the
interface
the
GSM
(DCS)
combining
the
two
branches
in TRX software if
the
case
of
diversity.
Themeasurement
TRX has four of
main tasks. It is the air
base
station,
it handles
the signalling between
the
case
of antenna
diversity.
This
is a fatal
alarm.
interface
of
the
GSM
(DCS)
transmitter
the base
stationpower indicates power-on
base
station, transmission
it handles the signalling between
although
controllerthe
and the mobile station and it relays all
TRX
the
base
station
shouldbetween
be off. the
traffic
controller and the mobile station and it relays all
Abis interface and the air interface. It also
The
TRX has four
traffic
themain tasks. It is the air
This isbetween
a fatal
alarm.
performs
all baseband
interface
of theand
GSM
Abis interface
the(DCS)
air interface. It also
operations for traffic data, for example,
base
station,
it handles the signalling between
performs
all
baseband
TRX
encryption, decryption,
the
base station
operations
for traffic data, for example,
coding, decoding and demodulation and
controller
and
the mobile station and it relays all
encryption,
decryption,
The
TRX has
tasks.inIt is the air
combining
thefour
two main
branches
traffic
between
theand demodulation and
coding,
decoding
interface
the GSM
(DCS)
the
case of antenna
diversity.
Abis
interface
the
air interface.
It also
combining
theitand
two
branches
in
base station,
handles
the signalling
between
performs
allantenna
baseband
the
case
of
diversity.
the base station
operations for traffic data, for example,
controller and the mobile station and it relays all
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See alarm instructions.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Alarm Structure, Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See alarm instructions.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
Alarm Reference Manual.
3) slot
6) subunit number
See the document Structure of Alarm Reference
Manual,
Alarm Reference Manual.
This alarm indicates that the SWR level in the
TRX TX interface
is too high. It is caused by the cabling or the
combiner fault.
If diversity is used, both EQDSP receiving paths
This is a fatal alarm.
are faulty.
If diversity is not used, the only path is faulty.
TRX
This is a fatal alarm.
The TRX
normal
EQDSP
receiving
is faulty.
has
four main
tasks. path
It is the
air
NOTE:
This
alarm
can(DCS)
occur only when diversity
interface
of the
GSM
TRX
is
used.
Otherwise
base
station,
it handles the signalling between
alarm
7535
is issued.
the base
station
The TRX has four main tasks. It is the air
controller
anddiversity
the mobile
and it relays all
The EQDSP
pathstation
is faulty.
interface
of the
GSM (DCS)
This
isbetween
a non-fatal
alarm.
traffic
the
NOTE:
This alarm
can occur
only when
diversity
base station,
it handles
the signalling
between
Abis
interface and the air interface. It also
is
theused.
base station
TRX
performs all baseband
controller and the mobile station and it relays all
operations
for traffic
data, for example,
This isbetween
a non-fatal
traffic
thealarm.
A
failure
the
TRX
in the
telecommunication
The
TRXathas
four
main
tasks.
It is the air
encryption,
decryption,
Abis
interface
and the air interface. It also
signalling
message
interface
of
the GSM
(DCS)
coding,
decoding
and
demodulation
and
TRX
performs
all baseband
transfer.
base
station,
handles
the signalling
between
combining
theit two
branches
in
operations for traffic data, for example,
the base
station
case
of
antenna
diversity.
The TRX has
four main tasks. It is the air
encryption,
decryption,
This
is a non-fatal
alarm. station and it relays all
controller
and the
mobile
A failuredecoding
at
in(DCS)
the internal D-bus
interface
of the
the TRX
GSM
coding,
and
demodulation
and
traffic
between
the
message
transfer.
base
station,
it two
handles
the signalling
between
combining
the
branches
in
TRX
Abis interface and the air interface. It also
the base
station
case of
antenna diversity.
performs
all baseband
This is a non-fatal
alarm. station and it relays all
controller
and the mobile
The
TRX has
main
tasks.
It is the air
operations
forfour
traffic
data,
for example,
traffic
between
the
The
BCCH
has reported
interface
of TRX
the GSM
(DCS) that the TS 0 is not
encryption,
decryption,
TRX
Abis
interface and the air interface. It also
working.
base
station,
it handles
the signallingand
between
coding,
decoding
and demodulation
performs all baseband
the
base station
combining
the
two
branches
in
The
TRX has
main
tasks.
It is the air
operations
forfour
traffic
data,
for example,
This
is a fatal
alarm.
controller
and
the mobile station and it relays all
the
case
of
antenna
interface
of decryption,
the GSMdiversity.
(DCS)
encryption,
traffic
between
theor the CH/EQ DSPs are not
The CH/EQ
DSP
base
station,
it handles
the signallingand
between
coding,
decoding
and demodulation
TRX
Abis
interface
and
the air interface. It also
working.
the
base station
combining
the two branches in
performs all baseband
controller
and
the mobile
station and it relays all
the
case
antenna
diversity.
The
TRX of
has
main
tasks.
It is the air
operations
forfour
traffic
data,
for example,
This
a fatal
alarm.
trafficisbetween
the
interface
of decryption,
the GSM (DCS)
encryption,
Abis
interface
the air interface. It also
The
LAPD
linkitand
is
released.
base
station,
handles
the signallingand
between
coding,
decoding
and demodulation
TRX
performs all baseband
the
base station
combining
the two branches in
operations
for traffic data,
for example,
This
is an and
informative
notification.
controller
the mobile
station and it relays all
the
case
antenna
diversity.
The
TRX of
has
four main
tasks. It is the air
encryption,
decryption,
traffic between the
interface
of the GSM
coding,
decoding
and(DCS)
demodulation and
TRX
Abis
interface
and theaair
interface.inItframe
also
The TRX
has
difference
base
station,
handles
the signalling
between
combining
theitnoticed
two
branches
in
performs
all
baseband
numbers.
the base
station
case
of
antenna
diversity.
The
TRX has
main
tasks.
It is the air
operations
forfour
traffic
data,
for example,
controller and the mobile station and it relays all
interface
of decryption,
the GSM (DCS)
encryption,
This
non-fatalthe
alarm.
trafficisbetween
base
station,
it handles
the signallingand
between
coding,
decoding
and demodulation
Abis
interface
and
the airininterface.
The
DBIAstation
ASIC
is faulty
theinTRX.It also
the
base
combining
the
two
branches
TRX
performs all baseband
controller
and
the mobile
station and it relays all
the case of
antenna
diversity.
operations
for alarm.
traffic data, for example,
This
a fatal
trafficisbetween
the
The
TRX has
four main tasks. It is the air
encryption,
decryption,
Abis interface and the air interface. It also
interface
of the GSM
coding,
decoding
and(DCS)
demodulation and
TRX
performs
all baseband
A successful
operation
in
memory
base
station,
it two
handles
the signalling
between
combining
theburn
branches
in the flash
operations
for traffic data, for example,
has base
takenof
place
the
station
case
antenna
diversity.
The
TRX has
four main tasks. It is the air
encryption,
decryption,
in
the TRX.
controller
and the mobile station and it relays all
interface
of the GSM
coding, decoding
and(DCS)
demodulation and
traffic between the
base
station,
it two
handles
the signalling
between
combining
the
branches
in
This
an informative
Abis is
interface
and the notification.
air interface. It also
the base
station
case of
antenna diversity.
performs all baseband
controller and the mobile station and it relays all
TRX
operations for traffic data, for example,
traffic between the
encryption, decryption,
Abis interface and the air interface. It also
The
TRXdecoding
has fourand
main
tasks. It is the
air
coding,
demodulation
and
performs all baseband
interface
thetwo
GSM
(DCS) in
combiningofthe
branches
operations for traffic data, for example,
base
station,
it handles
the signalling between
the case
of antenna
diversity.
encryption, decryption,
the base station
coding, decoding and demodulation and
controller and the mobile station and it relays all
combining the two branches in
traffic between the
the case of antenna diversity.
Abis interface and the air interface. It also
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
Alarm Reference Manual.
3) slot
6) subunit number
See the document Structure of Alarm Reference
Manual,
Alarm Reference Manual.
A failure in the burn operation in the flash
memory in the TRX.
1-6
This is a non-fatal alarm.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
This alarm indicates a programming failure error
TRX
in the SW.
The TRX has four main tasks. It is the radio
This is a non-fatal alarm.
interface of the GSM (DCS)
The
bursts
from the
are
baseTRAU
station,
it handles
thetranscoder
signalling between
TRX
erroneous.
the base station
controller and the mobile station and it relays all
The TRX has four main tasks. It is the air
This
an informative
notification.
trafficisbetween
the
interface of the GSM (DCS)
Abis
interface
and
the
interface.
It also
A communication
errorradio
between
the I960
and the
base
station, it handles
the signalling
between
TRX
performs
all
baseband
DSP.
the base station
operations for traffic data, for example,
controller and the mobile station and it relays all
The
TRX has
four main tasks. It is the air
encryption,
decryption,
This
a non-fatal
trafficisbetween
thealarm.
interface
of the GSM
coding, decoding
and(DCS)
demodulation and
Abis
interface
and
the air interface. It also
A
faultstation,
in the
BSIA-CHDSP-CUBA-RFU-STMbase
it two
handles
the signalling
between
combining
the
branches
in
TRX
performs
all baseband
RFU-EQDSP-CHDSP-BSIA
the base
station
case of
antenna diversity.
operations
for trafficvalues
data, for
loop
test. The
areexample,
tooand
high,
controller
and BER
the mobile station
it relays all
The
TRX has
four main tasks. It is the air
encryption,
decryption,
compared
to thethe
limit values.
traffic between
interface
of the GSM
coding, decoding
and(DCS)
demodulation and
Abis
interface
andtest
the of
airthe
interface.
It also
A fault
in the
loop
RX
base
station,
it two
handles
the signalling
between
combining
the
branches
in antenna
This
is a non-fatal
alarm.
performs
all
baseband
supervision,
in whichdiversity.
the
base
station
case of
antenna
operations
for traffic
for example,
the
STM loop
is data,
performed
controller
and test
the mobile
stationtwice
and itwith
relays all
TRX
encryption,
decryption,
different
values.the
traffic
between
coding, decoding and demodulation and
Abis
interface
and the
interface.
It also
The
backup
version
of air
the
TRX
TRX
has
four
tasks.
is the airis
combining
the
two main
branches
inItsoftware
This
is a non-fatal
alarm.
performs
all
baseband
invalid.
check
sum
of
interface
of antenna
the
GSM
(DCS)
the caseThe
diversity.
operations
for traffic
data,
for example,
the
memory
code
is
invalid,
and between
the stored
baseflash
station,
it handles
the
signalling
TRX
encryption,
decryption,
code
is corrupted.
the base
station
coding, decoding and demodulation and
controller
and
the
mobile
station
and it relays all
A memory
test
failure.
The
TRXIt processor
The
TRX has
main
tasks.
is the air is not
combining
thefour
two
branches
This
isbetween
a non-fatal
alarm.
TheinBCF loads the
traffic
the
ablecase
to communicate
interface
the GSMdiversity.
(DCS)
the
of the
antenna
software
to
TRX.
Abis
interface
and
the air interface. It also
with the
D-bus.
base
station,
it handles the signalling between
performs all baseband
the base station
TRX
operations
for alarm.
traffic data,
forblocked.
example,
This is a fatal
TRX station
is
controller
and
mobile
it relays
BCF
sends
thethe
e-cell
adjustmentand
request
to allall
encryption,
decryption,
traffic
between
the
TRXs
and
waits
for
The
TRX
has
four
main
tasks. It is the
air
coding,
decoding
and
demodulation
and
TRX
Abis
interface
and
the
airwaits
interface.
It also
ACK
or NACK.
The
BCF
interface
ofthe
thetwo
GSM
(DCS)
combining
branches
in for the response
performs
all baseband
for
10
seconds.
base
station,
it handles
the signalling between
the
case
antenna
diversity.
The
TRX of
has
main
tasks.
It is the air
operations
forfour
traffic
for example,
After
receiving
ACK, data,
the BCF
continues normally
the
base
station
This
is anofexternal
user-defined
alarm.
interface
the GSM
(DCS)
encryption,
decryption,
by
sendingand
thethe mobile station and it relays all
controller
base
station,
it handles
the signallingand
between
coding,
decoding
and
demodulation
dynamic
configuration
TRXs.
traffic
between
thetype, to
For
BTSplus
site
ALARM
7575 EXTERNAL
the
base
station
combining
the
two
branches
in
If
NACK
is received
or air
timer
is expired,
the
Abis
interface
andinto
the
interface.
It also
AL
75
is mapped
controller
and
the mobile station and it relays all
the
case
of
antenna
configuration
of that diversity.
performs
all
baseband
RACK-02
ENVABTSE-08
LMT.
traffic
between
the ratio ofinthe
The
standing
antenna
TRX
is stopped
and this
is
sent toexceeds
the BSC
operations
forwave
traffic
data,alarm
for example,
Abis
interface
and
the
air
interface.
It also
the
lower
alarm
level.
and
MMI after
encryption,
decryption,
For other all
sitebaseband
types, you should define the alarm
performs
The
antenna
adjustment
is unbalanced.
the
configuration.
coding,
decoding
and demodulation
and Calls can
in
the BTS
via
operations
for
traffic data, for example,
still
be maintained.
combining
the
two
branches
in
the
Elementdecryption,
Manager.
encryption,
the
of antenna
diversity.
Thecase
standing
wave
ratio
of the antenna
coding,
decoding
and
demodulation
andexceeds
BTS
antennas
E-CELL
the higher alarm
level.
combining
the two
branches in
The
antenna
adjustment
is unbalanced.
the
case
antenna
diversity.
The
BTS of
has
two similar
antennas.
Both
Dynamic
cell
radius
extension.
Based
on a
antennas
have
the
receiving
solution
with
one
BCCH
If one of the antennas is faulty, the BTS
and transmitting
function.
two TRXs.disables
automatically
the
Different
TRXs
serve
normal area
downlink and uplink diversity.
The and
BTSextended
uses the
area.
The
TRX
which
working antenna and
serves
theantenna
normal area
normally
configured
the faulty
is no is
longer
used.
Calls can
with
BCCH/SDCCH
and
TCHs.
still be maintained.
The timing of receiver of the TRX which serves
the
extended
area
(E-TRX)
If both
antennas
are
faulty, calls cannot be
has
been
delayed
so
that it can serve an area
maintained.
beyond 35 kilometres.
BTS antennas
XX XX XX XX XX XX
1 2 3 4 5 6
See alarm instructions.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) RACK (CABINET) NUMBER
4) TYPE OF
Manual,
UNIT
Alarm Reference Manual.
2) SHELF NUMBER
5) UNIT NUMBER
3) SLOT
6) SUBUNIT NUMBER
See document Structure of Alarm Reference Manual,
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual
1 2 3 4 5 6
1) RACK (CABINET) NUMBER
4) TYPE OF
UNIT
1-6 XX XX XX XX XX XX
2) SHELF NUMBER
5) UNIT NUMBER
1 2 3 4 5 6
3) SLOT
6) SUBUNIT NUMBER
1) rack (cabinet) number
4) type of unit
See the document Structure of Alarm Reference
2) shelf number
5) unit number
Manual,
3) slot
6) subunit number
Alarm Reference Manual.
See the document Alarm Structure, Alarm Reference
Manual
Both of the low noise amplifiers are faulty. The
BTS does not work and
calls are not available.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) RACK (CABINET) NUMBER
4) TYPE OF
Low noise amplifier
UNIT
One or both of the low noise amplifiers are faulty. 1-6 XX XX XX XX XX XX
2) SHELF NUMBER
5) UNIT NUMBER
1 2 3 4 5 6
The low noise amplifiers are located in the duplex
3) SLOT
6) SUBUNIT NUMBER
The fatality of the alarm depends on whether one
filter. They amplify
or both of the low
1) RACK (CABINET) NUMBER
4) TYPE OF
the signals received from the antennas.
See the document Structure of Alarm Reference
noise amplifiers is faulty.
UNIT
The antenna testloop fails. The antenna is faulty 1-6
XX XX XX XX XX XX
Manual,
2) SHELF NUMBER
5) UNIT NUMBER
if the alarm 7591
1
2 3 Reference
4 5 6
Alarm
Manual.
If one of the low noise amplifiers is out of order,
3) SLOT
6) SUBUNIT NUMBER
is active.
RX diversity is
1) RACK (CABINET) NUMBER
4) TYPE OF
disabled. The BTS RF receiving capability is
See the document Structure of Alarm Reference
The antenna testloop does not operate correctly UNIT
Critical
fault
(orare
faults)
XX XX XX XX XX XX
reduced.
Calls
still has occurred in the base 1-6
Manual,
if external antennas are
2) SHELF NUMBER
5) UNIT NUMBER
station.
1
2 3 Reference
4 5 6
available.
Alarm
Manual.
used and the attenuation between antennas is
3) SLOT
6) SUBUNIT NUMBER
greater than specified.
This
alarm
blocks
the base
station.
1) rack (cabinet) number
4) type of unit
If both
of the
low noise
amplifiers
are out of order,
See the document Structure of Alarm Reference
2) shelf number
5) unit number
the
BTS
does
not
A major fault (or faults) has occurred in the base 1-6
XX XX XX XX XX XX
Manual,
The
fault reason can be read from the
3) slot
6) subunit number
function.
station. Calls are not available.
1
2 3 Reference
4 5 6
Alarm
Manual.
supplementary text
field
of
the amplifier
alarm.
For more information, see Alarm Structure
Low
noise
Check
the fault
reason from the supplementary
1) rack (cabinet) number
4) type of unit
text field of the alarm.
2) shelf number
5) unit number
A
minor
faults) has
in the
the duplex
base 1-6 XX XX XX XX XX XX
The
low fault
noise(or
amplifiers
areoccurred
located in
3) slot
6) subunit number
station.
1 2 3 4 5 6
filter. They amplify
the received signals from antennas.
For more information, see Alarm Structure
The fault reason can be read from the
1) rack (cabinet) number
4) type of unit
supplementary text field of the
2) shelf number
5) unit number
A critical fault (or faults) has occurred in a unit (or 1-6 XX XX XX XX XX XX
alarm.
3) slot
6) subunit number
units) that
1 2 3 4 5 6
belong to the sector indicated in the alarm.
For Flexi EDGE BTS's fault reasons "Incoming
1) rack (cabinet) number
4) type of unit
reference clock
This alarm blocks the alarming sector.
2) shelf number
5) unit number
Major fault (or faults) has occurred in a unit (or
1-6 has
XXstarted
XX XX to
XXdeviate
XX XXrapidly" and "Difference
3) slot
6) subunit number
units) that
1 2 the
3 4 5 6
between
Check the fault reason from the supplementary
belong to the sector indicated in the alarm.
current and last stable DAC words", the rack and
text field of the alarm.
See alarm instructions.
rack (cabinet) number
4) type of unit
shelf 1)
values
The fault reason can be read from the
2)
shelf number
5)
unitinnumber
indicate
the
nominal
DAC
word
hexadecimal
A minor fault (or faults) has occurred in a unit (or 1-6 XX XX XX XX XX XX
supplementary text field
3) slot
6) subunit number
format.
units) that
1 2 3 4 5 6
of the alarm.
belong to the sector indicated in the alarm.
For more information, see Alarm Structure
1) rack (cabinet) number
4) type of unit
Check the fault reason from the supplementary
Critical fault has occurred in a TRX.
text field of the alarm.
This alarm blocks the TRX.
The fault reason can be read from the
Critical fault has occurred in a TRX.
supplementary text field
of the alarm.
The fault reason can be read from the
supplementary text field
of the alarm.
Minor fault has occurred in a TRX.
The fault reason can be read from the
supplementary text field
of the alarm.
1-6
2) shelf number
5) unit number
XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
For more information, see Alarm Structure
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
7-21
faulty TRX ids
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 for
XXmore
XX XX
XX XX XX
information,
see Alarm Structure
3) slot
6) subunit number
1 2 3 4 5 6
For Flexi EDGE BTS 's fault reason RSSI detected
1) rack (cabinet) number
4) type of unit
Rx signal difference exceeding threshold:
2) shelf number
5) unit number
1) Absolute RSSI difference in dB (in Hex, e.g.
3) slot
6) subunit number
'1A' = 26 dB)
2) Faulty Antenna ID (in Hex e.g. '0A' = Antenna ID
7-21 Faulty TRX ids
10)
See alarm instructions.
7-21
Faulty TRX ids
For more information, see Alarm Structure
Critical fault (or faults) that affects the
transmission unit has
occurred.
This alarm blocks the transmission unit object.
One or more fans have stopped.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
3) slot
6) subunit number
The fault reason can be read from the
supplementary text field
For more information, see Alarm Structure
of the alarm.
(i) The site power system has a critical hardware 1-6 XX XX XX XX XX XX
failure. If the
1 2 3 4 5 6
failure is not corrected, it may cause additional
damage to the
1) rack (cabinet) number
4) type of unit
site power system and/or it causes the power
2) shelf number
5) unit number
(i) The site power system has a major hardware 1-6 XX XX XX XX XX XX
supply to the
3) slot
6) subunit number
failure which degrades
1 2 3 4 5 6
hardware reliant on it to be disrupted or fail.
the performance of the site power system.
For more information, see Alarm Structure.
1) rack (cabinet) number
4) type of unit
(ii) Critical site power system parameter(s) are
(ii) Major site power system parameters are out
2) shelf number
5) unit number
(i)
site power
outThe
of limits.
If theysystem has a minor hardware 1-6 XX XX XX XX XX XX
of limits which degrades
3) slot
6) subunit number
failure
which
may degrade
1 2 3 4 5 6
are not
corrected,
this causes damage to the
the performance of the site power system.
performance
sitethe
power
system of the site power system
For more information, see Alarm Structure.
under
some
conditions.
1) rack (cabinet) number
4) type of unit
and/or
causes
the power supply to the
(iii) The mains supply to the site power system
2) shelf number
5) unit number
hardware
reliant
on
it
Internal
O&M
software
has failed.
Note
that is testing time slots during 1-6 XX XX XX XX XX XX
(ii)to
Minor
site power
parameters are out
3) slot
6) subunit number
be disrupted
or system
fail.
thethis
TRX
loop test.
1 2 3 4 5 6
condition
may be alternatively indicated by
of limits which may
the "Mains
degrade
the supply
performance
of the
site power
For more information, see Alarm Structure.
(iii)
The
toslot
thetested
site
power
system to
The
TRXmains
and the
time
arealarm.
reported
1) rack (cabinet) number
4) type of unit
Breakdown
With
Battery
Backup"
system
under
some
has
failed
and
the
the BSC. The
2) shelf number
5) unit number
The
Abis frequency
isare
toonow
highalmost
or toodischarged.
low, or it
1-6 XX XX XX XX XX XX
conditions.
back-up
batteries
time
slot cannot
be used
for call
functions during
3) slot
6) subunit number
fluctuates
so
much
1 2 3 4 5 6
If
mains
the
test. power is not
that
the master
clock
tune is the
unreliable
and tends
restored
quickly
it causes
power supply
to
See alarm instructions.
to
oscillate
tooreliant
1) rack (cabinet) number
4) type of unit
the
hardware
Flexi EDGE and Flexi Multiradio:
much.
Another
reason
for this
alarm
can be or
that
2) shelf number
5) unit number
on
the
site
power
system
to
be
disrupted
There
is an
the
connection
between
1-6 XX XX XX XX XX XX
Radio TS
is error
in testwith
use.
Radio
Time Slot(s)
of
the
oven adjustment
3) slot
6) subunit number
fail.
the
base
and
1 2 3 4 5 6
EXxx
TRXstation
module
are
scenario has tuned the oven too near the edge.
the
transcoder.
undergoing
a TRX (loop) test started from
When the tune is
For more information, see Alarm Structure
1) rack (cabinet) number
4) type of unit
(remote) BTS Manager.
stopped, the master clock can go by itself out of
2) shelf number
5) unit number
The
base station
1-6 XX XX XX XX XX XX
specification
and power supply unit has lost its
3) slot
6) subunit number
main
power.
1 2 3 4 5 6
therefore
calls may drop after several hours or
days.
See the document Alarm Structure, Alarm Reference
NOTE: When this alarm is active, it is not sent to
1) rack (cabinet) number
4) type of unit
Manual
the
BTS
Manager.
2) shelf number
5) unit number
This
is
a
non-fatal
alarm
but
it
indicates
The environmental conditions of the base station 1-6 XX XX XX XX XX XX
However,
the
alarm
cancelling can be seen on
3) slot
6) subunit number
decreased
traffic
capacity
are intolerable.
1 2 3 4 5 6
the
BTS
Manager.
in the
base
station.
See alarm instructions.
Check the fault reason from the supplementary
1) rack (cabinet) number
4) type of unit
NOTE: If the power loss is very short and power
text field of the alarm.
2) shelf number
5) unit number
The
door is open or the cabinet cover
1-6 XX XX XX XX XX XX
is oncabinet
again within
3) slot
6) subunit number
has
removed.
1 2 3 4 5 6
1500been
ms, the
alarm is cancelled automatically
and no actions are
See alarm instructions.
1) rack (cabinet) number
4) type of unit
required.
2) shelf number
5) unit number
A shared Radio Module has gone offline.
3) slot
6) subunit number
See the document Alarm Structure, Alarm Reference
Manual
Packet Abis BTS has detected that 3 consecutive 1-6 XX XX XX XX XX XX
dummy packets are lost
1 2 3 4 5 6
in CS U-plane. BSC blocks the base station.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
Packet Abis BTS has detected that 3 consecutive 1-6 XX XX XX XX XX XX
3) slot
6) subunit number
dummy packets are lost
1 2 3 4 5 6
in PS U-plane. BSC disables GPRS use of TRXs
For more information, see Alarm Structure
under the BTS by sending
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
The TRXLINK between of the Converter base
SYS INFOs with GPRS disabled information via
3) slot
6) subunit number
station and Legacy bts is
BTS to mobile stations.
not in operating state.
For more information, see Alarm Structure
The alarm concerns the D-channel of the TRX.
The O&M link of the Converter base station and
Legacy bts is not in
operating state.This prevents the O&M functions
of the base station.
A minor transmission fault (or faults) has
occurred in the base
station. The fault reason can be read from the
supplementary text
field of the alarm.
The OMU of the BTS has been started up.
1-6 XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
3) slot
6) subunit number
For more information, see Alarm Structure
The BCF has been started up.
The alarm is a BCF-specific notification of the
start-up
of the BSS.
The alarm indicates the start-up of the BCSU or
BCXU. Only
internal use.
The alarm concerns a PCM containing BCF links.
The radio network objects whose LAPD links are
part of this
particular PCM are not functioning. Significance
The alarm concerns the D-channel of the TRX.
of this alarm
depends on the number and nature of LAPD links
connected to this PCM.
The O&M link of the base station is not in
operating state.
This prevents the O&M functions of the base
station.
The alarm indicates the start-up of the TRX.
The BTS has sent an alarm that is not defined in
the BSC. This alarm
does not affect the RNW recovery system actions
for the accused
object i.e. the recovery for the accused object is
The administrative state of an object has been
executed as it
changed.
would if the alarm was defined.
The additional information field displays the old
and new state.
1 the BTS alarm system of BSC does not have definition
for this alarm
number
2-15 if the undefined alarm has additional information, it is
placed
here. The additional information is cut after 14 bytes
The radio network configuration and failure
1 N = normal TRX
management has
E = extended range TRX
detected that the ratio between the number of full
rate traffic
channels in the cell in normal working state
The radio network configuration and failure
1 N = normal TRX
(UNLOCKED-WORKING) and
management
E = extended range TRX
the number of unlocked full rate traffic channels
has detected that the ratio between the number
in the cell is
of SDCCH
below the defined threshold.
channels in the cell in normal working state
The background download of the BCF software
(UNLOCKED-WORKING)
build
has failed.
Only one
alarm per cell is possible. Object of the
and the number of traffic channels in the cell in
The
information field is divided into the
alarmadditional
is the BTS
normal working state
following
which has the BCCH timeslot.
(UNLOCKED-WORKING) is below the defined
text-format subfields which are filled in order to
The
BCF remote MMI connection is in use.
threshold.
identify the alarm:
The additional information field is divided into the
following
Only one alarm per cell is possible. Object of the
PACK_STAT
text-format
which are filled in order to
alarm is thesubfields
BTS
status to which the attachment whose
identify
thethe
alarm:
which
has
BCCH
timeslot.
The O&M unit
of the BCF
or TRX is caught in a
background
download
failed
circle ofwas
resets
made. The values can be NW,BU or
CONNECTION_TYPE
(the
FB BCF has received at least 3 resets within
type of the created connection. The values
30 minutes). If the alarm 7767 (BCCH missing) is
are:
alsoFAULT_PHASE
set,
TheOWN
HW database
in theDX200
base station
BSC, OTHER
NE anddiffers
the circle
of resets
the download
whole BCFinsite.
phase
theconcerns
background
from
the
activeofHW
database
allocated to the
NMS/2000
which
the
download
error
BCF in question
took place. The
values
be QUEUING,
inSYSTEM_ID
the management
system
of can
the BSC's
HW
DOWNLOADING
or
databases.
system
identification
of
the
system
that
The radio
network
and failuremade 1 N = normal TRX
SAVING
TOconfiguration
FLASH
the
external
management
E = extended range TRX
(DW)
hasconnection
detected that
the ratio between the number
DX_ERROR
of half rate
DX 200 error code indicating the cause of
traffic
channels in the cell in normal working state
the
error.
Because of a TRX reset the alarms of the TRX
(UNLOCKED-WORKING)
anderror
the number
of in
Thisremoved
field is filled if the
took place
object are
unlocked
half rate
the
QUEUING
or
from the active alarms of the BSC, but the TRX
traffic channels
in the cellphase
is below the defined
DOWNLOADING
has remained
threshold.
blocked and is not baseband hopping.
TheNACK_REASON
TRX is being initialised.
The situation can also result from a BCSU
Only one
alarm per cell is possible. Object of the
restart.BTS NACK cause code, if the error took
alarm
is storing
the
place in
the
BTS which
has the
BCCH
software
build
to thetimeslot.
flash memory
Activating the control channel has failed a
number of times.
1
subtime slot identifier of the radio time slot
Time supervision has expired or the BCF has
sent a
negative acknowledgement to the BSC, thereby
cancelling
the ongoing message transfer sequence.
The recovery or configuration management
system of the BSS radio network
has failed to update the BSS Radio Network
Configuration Database
(BSDATA)according to the fault situation affecting
A failure has occurred in sending the system
the radio network.
information to the BTS site after the recovery
measures or configuration changes of the BSS
Moreover, the correct radio network configuration
radio network. The TRX in question or the whole
or the operational
cell may be unable to transmit traffic.
The
configuration
management
statefault
has recovery
not been or
updated
to the BSC's
call
system
of the BSS
control program
radio
network
has be
updated
theinBSS
Radio
blocks.
Calls may
blocked
the cell
in
Network
question.Configuration Database
(BSDATA) according to the fault situation in the
The system has blocked the radio time slot
radio network.
because the call
control has failed a number of times in the
However, the update of the operational state of
activation of
the radio
a radio channel.
The
cell has
been
set to
network
or the
update
of the
the minimum
reconfiguration of
configuration
due to
the radio
a
failure to
in clock
setting
clock synchronisation.
network
the BSC's
callorcontrol
program block
Only
failed.the
BCCH-TRX is functioning.
Some traffic channels have been lost in the
Due
to the failed
update,
there is a conflict in
configuration
because
of a
This
means
that
the number of working traffic
radio
network
data
TRX or TCH swap made by the radio network
channels
in the
cell has
between
database and the call
recovery. the
Theradio
loss network
is possible
decreased
because
only one
TRX is functioning
control
program.
Because
of
in the following situations: this, calls may be
Fault
recovery
and
others
in received a diagnostic block
blocked
in are has
request
from
the BTS.
BL-CLK
state.
the
in
question.
Thecell
faulty
control channel (BCCH, SDCCH,
If the objects that the request applies to were in
ERACH) TRX does not support
the
state,
fault
ThisWO
is the
result
of the fact that several TRXs
half rate channels and the control channel
recovery
hasinblocked
them.
cannot
work
a
The
BSC radio
network fault
functionality
is swapped
to recovery failed. The
non-synchronised
mode
in the same cell and so
cause
thehas
failure
a
TRX of
that
half rate or dual rate channels in
The
BTSTRX
has is
notleft
stopped internal runtime
just
one
is
of the following:
itsone
configuration.
diagnostics
automatically.
to
WO state.
-Inreading
thethe
radio
network
configuration
data
this case,
number
of traffic
channels
may
You can check the operational state of the object
failed
decrease.
Configuring
the
radio network
object
from the
with
the MML
command
Synchronised
handovers
may
be unsuccessful
- the BCF-specific
recovery
buffer
in the alarm if
BSC
failed.
The object
is of the object under
EEI.
The
operational
state
cell
is
in
minimum
system
is full
The
traffic
channels
transferred to the faulty
not
transmitting
traffic.
runtime
diagnostics
configuration
TRXs
commanded
- re-sending
abecause
fault
been are
attempted
the to
control
channel
TRXhas
have
is
BL-DGN.
Alarm
is set when the operational
internal
clock
mode.
maximum
number
of times
to be classified
as NOTUSED,
because the
state
of the object
is build (package) has not
BCF
software
-subslots
the default
recovery
system
sent a DX error code in its
for the
sign parameter
BL-DGN.
the object
TRX,
the has the
BTS_ID
inWhen
theSoftware
alarm
is the is
BTS
which
been
acknowledgement
of
thesolved.
faulty control
channel TRX indicate that the
operational
state
can
also
be
BCCH
timeslot.
download
request
has beenbecause
sent to BCF
with MF
- recovery
was interrupted
of a system
time
slots in
BL-RSL.
name
filled
as no Abis allocation.
restart.
question
have
********.***. SW build in the BCF may be different
than
the
one
The
may
be a cellrun
which
does not
If theresult
BCSU
resources
out during
thetransmit
TRX
defined
as
default
in the BSC.
traffic
because
recovery
ofathe
TRX build
or TCH
radio
recovery
hasare
notalso
received
the to
fault,
swap,network
the traffic
channels
changed
or
a cell whose
NOTUSED
channels. The
capacity
is out of the
usechannel
although
it isfrom
not faulty,
system changes
type
CH7 or a
recovery
downwards.
action which could not be terminated.
The number of channels is observed for each
BTS separately.
1 reason for the failure (DX error code)
general error message of the system. See General
Error Messages of
System for error code explanations.You can check its
meaning with a command of the service terminal
1 type of error
extension MRS
or in the General Error Messages of System,
01 error in updating the operational state of the radio
Supplementary
network
References
02 error in updating configuration of the radio network
1 task in which the error occurred
object (BCF/BTS/TRX)
INTERRUPTED TASK
03 error in updating the frequency hopping parameters
03
in the
Thefailure
task that
gotTRX
interrupted.
05 error in updating the GPRS related parameters of
04
of the TRX failure
01- cancelling
BTS RESET
BTS sent by
05
specific
failure
02- cell
configuration
1 type
ofBCF
the error
PCU
06
of a cell-specific
03- cancelling
TRX Administration
Statefailure
Change
06 error in unlocking BTS/TRX due to automatic TRX
07
siteTRX
failure
04Power
control
command
01 error in updating the operational state of the radio
unblock
08
failure
05- cancelling
Precise of
ULsite
Interference
Measurement
network
09 restart of the BCSU
02 error
in updating
TRX configuration
2
task
inofwhich
the errorthe
occurred
1 0A
Type
theofchannel
restart
the BTSwhose
site TCH activation failed.
03 error in updating the frequency hopping
The achannel
typerequest
can beof"TCH",
"SDCCH",
"Packet
0B
correction
the TRX
configuration
from
parameters
01 TCH"
failure in the TSL
Data
the call
02
cancelling
or control
"DTM
TCH".of the TSL failure
2 03
taskfailure
in which
theTRX
error occurred
in value
the
The BTS/TRX
number
"0" command
indicates "TCH",
"1"means
indicates
0C
Unlock
given by
of an
04
cancelling
of
the
TRX failure
"SDCCH",
MML command
01
failure
in thefailure
TSL
05
cell-specific
"2" indicates
"PDTCH"
(Packet
TrafficofTCH)
and
0D
configuration
change
done Data
by means
an MML
02
cancelling of the TSL
failure failure
06
cell-specific
"6"
indicates
command
03
failure
in the TRX failure
07
BTS-site-specific
"DTM
TCH"backup
(Circuitrecovery
switchedof
TCH
DTM
0E
battery
the of
BTS
siteconnection).
04
cancelling
TRX
failure thatfailure
08
BTS-site-specific
1 10 The
numberofofthe
TCHH
lostininthe
the
spontaneous
restart
ofchannels
the TRX or awere
change
05
09 cell-specific
restart of thefailure
BCSU
cell
state of
06
cancelling
of aBTS
cell-specific
failure
0A configuration
restart of the
site
the Gb interface
07
BTS-site-specific
failure
0B acorrection
request for
the TRX configuration from
12 sending of periodic system information
cancelling
ofofa TCHD
BTS-site-specific
failure
the
call
control
2 08
number
channels that
were lost in the
13 The
updating
of access
classes
09
restart
of
the
BCSU
0C
BTS/TRX
unlock
given
by
means
of an MML
cell
14 restart of the TRX
0A configuration
restart of the BTS site
command
18 system HOT restart
0B
request
of the of
TRX
from
0E correction
battery backup
recovery
theconfiguration
BTS site
1A TRX/BTS/BCF temporary block/deblock task due to
the
call
control
0F
testing
of
the
TSL
3
The number of TCHF channels that were lost in the
BTS diagnostic
0C
BTS/TRX
Unlock
14
restart
of the
TRX command given by means of an
1
PCM
identifier
cell
or BTS
internal recovery
MML
command
18 configuration
hot reset
23 blocking due to RNW plan activation
0D
object modifiedtemporary
by MML block/deblock task due to
1A TRX/BTS/BCF
24 deblocking due to RNW plan activation
0E
battery
backup
recovery
of the BTS
site
BTS
diagnostic
2
DCS
identifier
as
a
hexadecimal
4 26 The
number
of parameter
EGTCH
channels
updating
plan
changesthat were lost in
0F
testing
of
the
TSL
or
BTS
internal
recovery
the
cellTRX error
manual
power down
1 27
general
message
14
restart of the
TRX
19
MCMUof the system. You can check
configuration
28
TRX automatic power down
its18
meaning
system
HOT
restart
20
blocking
due
to RNWaction
plan activation
3 2A
number
of
theRestart
recovery
being processed
Fast
BSS
withblocking
a command
of
the
service
terminal
extension MRS
23
due
to
RNW
plan
activation
21
deblocking
due
to
RNW
plan
activation
5
The
number
of
LRTCH
channels
that were lost in the
2B
ETP
unit
restart
or24
in the
deblocking
due
to
RNW
plan
activation
22
updating
GPRS
related
parameters
in
BTS sent by
cell
2E
HDLC
link Messages
failure
General
Error
of System,
Supplementary
26
updating
plan
parameter
changes
the
PCU
1
general
error
message
of the system.
can check
4 2F
identifier
oflink's
the
alarm
system's
filteringYou
buffer
configuration
HDLC
PCM failure
References
TRX
manual
down
23
blocking
due power
to RNW
plan activation
its27
meaning
30
Configuration data sending to BTS
28
automatic
down
24
deblocking
due
to RNW
plan
activation
withTRX
a command
of power
the
service
terminal
extension MRS
255
UNSUCCESSFUL_EC
2A
Fast
BSS
Restart
25
updating
the
GPRS
related
parameters
in BTS sent
or
in
the
5
generalerror
errormessage
messageof
ofthe
thesystem.
system.You
Seecan
General
2 general
other
malfunction
between the BSC and thecheck
BTS its
2B
ETP Error
unit
restart
by
PCU
General
Messages
of
System,
Supplementary
Error
Messages
of
meaning
593
ILLEGAL_BTS_SUBTYPE_EC
2E
HDLC
failure
26
updating
plan
parameter
changes
References
System
forlink
error
code
explanations.
with
a command
of
thesubtype
serviceisterminal
extension MRS
defined
BTSPCM
site
2F
HDLC
link's
failure
27 TRX
manual
power
down not suitable for BTS
or
in the
software
30
Configuration
sending
28 TRX
automaticdata
power
downto BTS
General
Error Messages of System
1276
BTS_VLAN_ID_CONFLICT_EC
29
O&M
link fault cancel
VLAN
ID for
and process
secured whose
M-plane
traffic
3 32
family
identity
of unsecured
theunblocking
application
update
automatic
TRX
is
different
failed
2A
Fast BSS Restart
BTS
2B in
ETP
unit restart
2113
INVALID_TRE_ID_EC
1B3
Radio link
Connection
2E HDLC
failure Supervisor Program Block
TRE_ID
in
LMU Area when
BSSBlock
1B4
Radio link's
Resource
Program
2F Incorrect
HDLC
PCM Management
failure
Synchronization
is indata
1BF
Abis-interface
Program
Block
30 Configuration
sending
to BTS
An originating test call has failed due to lack of
resources
during scheduled testing.
Time supervision has expired or the TRX has
sent a negative
acknowledgement to the BSC which has
interrupted the ongoing message
exchange scenario.
The BTS has at least one TRX defined as the
The TRX O&M link may not be working and
preferred BCCH TRX but
therefore, the ongoing
the BCCH channel is not on such a TRX so the
recovery action has been interrupted. The TRX
BCCH coverage may
functionality is not
have decreased.
The
TRX test has failed. The test outcome is
reliable.
concluded by comparing the
This alarm is not set if the BCCH MISSING alarm
test results to the threshold values. The traffic
is active.
capacity is likely to
be decreased.
The Abis Loop test has failed. The quality of the
transmission path has
been decreased substantially. The Abis
transmission is probably faulty.
The alarm is set if even one of the tested
BSC's radio resource management state files are
subtimeslots exceeds the
faulty and as a result,
threshold value.
the BTS's traffic capacity may have decreased.
The system
has attempted to return the state files back to
The BTS has had no successfully terminated
normal by means of
calls or SDCCH transactions
an automatic procedure.
during the supervision period.
The alarm is used for supervising the BTS traffic
capacity.
An originating test call has failed during
scheduled testing.
1 BCF number of the main test object. The number
indicates
the BCF where the STM used in the test is located
2 BTS number of the main test object
1 general error message of system. See General Error
Messages of
3 BCCH channel frequency number. Channel number
System for error code explanations.
indicates
the BCCH frequency of the test object
2 task in which the error occurred
4 reason for failure (DX error code). If the value is
01 failure in the TSL
11477 (SIGNALLING BETWEEN THE STM AND THE
02 cancelling of the TSL failure
NETWORK FAILED),
03 failure in the TRX
fields
5-8ofmay
have
additional
information
1 04
number
theof
radio
time slot
used
for the on
testthe
cancelling
the TRX
failure
failure.
0...7cell-specific failure
05
The fields are filled if the data is available at the base
06 cancelling of the cell-specific failure
station
2 07
transmitted
power failure
BTS-site-specific
range
0...50 dBm
08
cancelling
of transmission
the BTS-site-specific
failureradio
1
of the
Abis
concerning
5 state
reason
for rejection
in the failed
call. If thetovalue
is 255,
09
restart
of
the
BCSU
timeslot
0 valid
it
is
not
3 0A
standing
ratio
restartwave
of the
BTSwas
sitetested and the result of testing
00 means
that
RTSL
range
10...100.request
The actual
SWR
is configuration
0.1 * the given
0B
correction
for the
TRX
from
is 'FAILED'
6
reason for release in the failed call. If the value is 255,
value.
the
call
control
FF
that the field is not significant
itestimate
ismeans
not valid
1 0C
on BTS's
traffic
capacity
after
BTS/TRX
unlock
given
by means
ofthe
an restoration
MML
0
test255
alarm,
capacity
Value
(hexnormal
0xFF) traffic
indicates
that SWR is not
command
2
state
ofofthe
Abis
transmission
concerning
to
radiois 255,
7
the
alarm
in the
failed
call. Iftothe
value
1cause
traffic
capacity
has
been
returned
normal
measured
0E
battery
timeslot
1 validbackup recovery of the BTS site
it2 istraffic
not
capacity
has decreased
0F
testing
of the
TSL
01 means
that
RTSL
was tested and the result of testing
3bit traffic
capacity
has
substantially
decreased
4
error
rate
value
of the
diversity branch
1
14
restart
of
the
TRX
1
reason
forstage
the alarm
is
8 'FAILED'
signalling
in
the
failed
call.
If the value
is is255,
The
value
is
BCD
coded
and
the
decimal
point
after
15
blocking
due
to
background
parameter
update
1
=means
no
successful
seizures
FF
that the SDCCH
field is not
significant
it
is
not
valid
2
number
of SDCCH
channels
working
the
fourth
16
deblocking
due
to
background
parameter
update
2 = no successful TCH seizures
byte:
XXXX.XXXX
background
changes
3 = updating
noof
successful
SDCCHparameter
norconcerning
TCH seizures
3 17
state
the Abis
transmission
to radio
3 18
number
of
full rate TCHs working
00000
...
1000000
hot
reset
timeslot
2
1 19
BCF
number
of the
main test object. The number
restart
of the
MCMU
02 means
that
RTSL
was tested and the result of testing
indicates
4
number
of RX
half
rate
TCHsvalue
working
5 20
measured
sensitivity
of the diversity branch 1
blocking
due
to
RNW
plan
activation
is 'FAILED'
the
BCF where
the STM
used
the
test islevel.
located
Indicates
the absolute
value
ofinthe
signal
21
deblocking
due
to
RNW
plan
activation
FF means that the field is not significant
5 22
number
of blocked
radio
time
slots
range
(-)85...(-)118
updating
GPRSdBm
related
parameters
in BTS sent by
2
BTS
number of the main test object
the
PCU
The same radio network alarm has changed its
1
the
alarm
of the beating
BTS alarm
4 state
of thenumber
Abis transmission
concerning
to radio
6
number
of radio
time
slots
removed
service
0
(the
receiver
sensitivity
is
less
thanfrom
can be
measured)
23
blocking
due
to
RNW
plan
activation
alarm state (start/cancel/
timeslot
3
3 24
BCCH
channeldue
frequency
number.
Channel number
deblocking
to
RNW
plan
activation
disturbance/notice) 20 times consecutively,
03 means that RTSL was tested and the result of testing
indicates
7
detector
254
(could
not
be
measured)
the
GPRS
related
parameters
in BTS sent
always during informing
2-15
ifupdating
the
beating
alarm
has
any additional
information,
it
is 25
'FAILED'
the
BCCH frequency
of the test object
C
channel
search
algorithm
by
PCU
or cancelling delay, and has thus been filtered by is FF means that the field is not significant
The mean holding time on the channel specified 1 26
subchannel
identification
255
(sensitivity
is better
than
minumum
updating
plan
parameter
changes
the alarm system.
indicated
here.
Additional
information
is TXLEV)
cut after 14
exceeds the
00:
TCH/H
subchannel
0
(OSC-0)
4
reason
for
failure
(DX
error
code).
Ifwas
thedetected
value is
8
execution
phase
at
which
the
fault
27
TRX
manual
power
down
The same radio network object is the object of
bytes
and
it
is
represented
in
hexadecimal
5 state
of(SIGNALLING
the Abis
transmission
concerning
toformat.
radio
operator-defined threshold during the
10:
TCH/H
subchannel
0 (OSC-1)
11477
BETWEEN
THE
STM
6
bit
error
rate
value
of
the
diversity
branch
2 AND THE
28
TRX
automatic
power
down
both this alarm and
timeslot
4
measurement period.
01:
TCH/H
subchannel
1
(OSC-0)
NETWORK
FAILED),
9
totalvalue
count
errors
detected
in state
filespoint is after
The
isofBCD
coded
and the
decimal
the beating alarm that caused this alarm.
04
means
that subchannel
RTSL
was tested
and the result
of testing
The alarm is used to supervise the functioning of the
11:
TCH/H
1 (OSC-1)
fields
5-8
may
have
additional
information
on the
fourth
The BCF has been set in maintenance mode.
is
'FAILED'
the traffic and
02: XXXX.XXXX
TCH/F subchannel (OSC-0)
failure.
byte:
Alarm handling in the object
FF
means
that
the field
is data
not
significant
signalling channels. It reveals unreleased calls.
12:
TCH/F
(OSC-1)
The
fields
are subchannel
filled
if the
is available at the base
00000
... 1000000
is limited.
C0
- C7: SDCCH subchannel
station
6 state of the Abis transmission concerning to radio
7 measured RX sensitivity value of the diversity branch 2
timeslot
5holding
Mean holding time on a channel is below the
1indicates
if the
the
mean
holding
time
is signal
below
the
defined
2
mean
time on
the channel
in Ifminutes
5 Indicates
reason
for
rejection
in value
failed
call.
thelevel.
value
is 255,
absolute
of the
05
means
that RTSL was tested and the result of testing
operator-defined minimum
threshold
itrange
is not(-)85...(-)118
valid
dBm
is
during the measurement period. The alarm is
in
time slot
3 'FAILED'
number
of 0
seizures on the channel during the
means
the field
is not
significant
used to supervise the
00:
threshold
(no
alarm)
measurement
period
6 FF
forthat
release
in the
failed
the be
value
is 255,
0reason
(theabove
receiver
sensitivity
is
lesscall.
thanIfcan
measured)
functioning of traffic channels and to detect the
01:
below
threshold
(alarm)
it is not valid
7
of the
Abis transmission
concerning
possible faulty
4 state
shortest
seizure
the channel
during theto radio
254
(could
not beon
measured)
timeslot
6
channels.
2indicates
the
mean in
holding
timecall.
is below
defined
measurement
period
7 cause ofif the
alarm
the failed
If thethe
value
is 255,
06
means
that RTSL was tested and the result of testing
threshold
in
it255
isseconds
not
valid
(sensitivity
is better than minimum TXLEV)
is 'FAILED'
in time slot 1
FF
means
that
theinfield
is not
significant
above
threshold
alarm)
8 00:
signalling
stage
the(no
failed
call.
If the value is 255,
01:
below
it is not
validthreshold (alarm)
8 state of the Abis transmission concerning to radio
timeslot
7 if the mean holding time is below the defined
3indicates
07 means that RTSL was tested and the result of testing
threshold
is 'FAILED'
in time slot 2
During the supervision period, the TCH time slot
has suffered
excessive interference in idle mode that is equal
to or higher than
the operator-defined alarm threshold percentage.
The rate of calls terminating in failure on a
That is, the
channel is above the
interference in the time slot has lasted longer
threshold value set by the operator. The alarm is
than is acceptable.
used to supervise
The interference level classified as excessive is
the functioning of traffic and signaling channels,
The
percentage
defined
by the of rejected channel seizure
and to detect
requests
congestion
operator. due
The to
alarm
is used to supervise the BTS
the possible faulty channels.
as
opposed
to all channel seizure requests in the
traffic
capacity.
base station is
above the operator-defined alarm threshold. In
A scheduled RX sensitivity measurement test
the segment environment
failed. A test fails when
this alarm describes the congestion situation of
one of the threshold values for errors in the result
the whole cell although
parameters is
it is only given to the BCCH BTS.
exceeded.
The cell's
or super
extended
alarmextended
is used to(ETRX)
supervise
the traffic
capacity
cell
coverage
of the
base has been
lost.
The E-RACH ETRX or STRX is faulty and
station.
the BTS cannot find a TRX
that could be reconfigured.
Releasing the channel reserved for testing failed.
The time slot in question is not available for
The alarm is also set if the BCCH TRX is faulty
traffic.
and the E-RACH ETRX or
STRX is reconfigured as the BCCH TRX. It is
A
scheduled
single
TRX test failed. The test
only
possibleor
toahave
one
fails
an TRX type of the cell.
alarmwhen
per the
error rate value of the result parameter is
exceeded.
The object of the alarm is the BTS with the BCCH
The
TRX's traffic capacity has probably
time-slot.
A scheduled or a single TRX loop test failed. The
decreased.
test fails when an
error rate value of the result parameter is
exceeded.
The TRX's traffic capacity has probably
A scheduled or a single antenna loop test failed.
decreased.
The test fails when
an error rate value of the result parameter is
exceeded.
The TRX's traffic capacity has probably
Dual band definition in the database is faulty,
decreased.
because the phase 1
BTS does not support the Dual Band feature.
1-8 the percentage (per each TRX time slot) that the
channel has
spent in excessive interference during the supervision
period.
The number is a hexadecimal, 0 - 64 %.
1 indicates if the alarm is on the TCH or on the SDCCH
If the time slot is not a TCH time slot, the value is 0
channel
01: TCH
9 the threshold level of excessive interference. The
02: SDCCH
values are
1 0,
object
congestion
1, 2, of
3 and
4
2 indicates if the channel failure rate is above the defined
1001
theSDCCH
TCH channel's alarm threshold percentage of the
threshold in time slot 0
02spent
TCH
time
00: below threshold (no alarm)
03
extendedinterference,
cell SDCCH1 - 100 %. The alarm is
in
excessive
1 01:
number
of the
radio time
slot used for the test
above
threshold
(alarm)
04 extended
cell TCH
generated
if
0...7
05
super
SDCCH
at least
oneextended
TRX timecell
slot
reaches the threshold
3 indicates if the channel failure rate is above the defined
06 super extended cell TCH
2 threshold
calculated
value
in RX
timesensitivity
slot 1
(-)90 below
... (-)110
dBm (no alarm)
00:
threshold
1
extended
range
TRX when congestion was last
2 E
the= time
(hours,
minutes)
01:
aboveextended
thresholdrange
(alarm)
S = super
TRX
observed
during
0 = sensitivity is less than with the test
the measurement period
equipment
be measured
4 indicates
if the can
channel
failure rate is above the defined
255 = sensitivity
is better
than with the test
threshold
in time slot
2
3
number
of channel
seizure
requests
during
the its
1 00:
general
error
message
ofalarm)
system.
You
can check
equipment
can be(no
measured
below
threshold
measurement
period
meaning
01: above threshold (alarm)
a command
of the service
3 with
measured
RX sensitivity
value terminal extension MRS
4
percentage of rejected SDCCH or TCH (depending on
or
in
(-)85
...
(-)110
dBm
5 indicates if the channel failure rate is above the defined
theGeneral Error Messages of System, Supplementary
in the
timediversity
slot 3 branch tested
1 threshold
number of
congestion
object)
seizure requests due to congestion
References
0
=
sensitivity
is
less
than
with the test
00:
below
threshold
alarm)
1 = diversity branch
1(no
in all
equipment
can
be
measured
01:
above
threshold
(alarm)
2 = diversity
branch
2
channel
seizure
requests
during the measurement
255 = sensitivity is better than with the test
period. The
equipment
can
be measured
6
ifofthe
channel
failure
rate is above the defined
2 indicates
identifier
radio
time
slot
tested
TCH
percentage
includes
all
half rate, full rate and rate
1 threshold
number
of
the
diversity
in
time
slot
4 branch tested
0
..
7
recommendation
channel seizure requests
1bit= error
diversity
branch
4 00:
rate
value. 1(no alarm)
below
threshold
2
= diversity
branch
2 (alarm)
The
value
isthreshold
BCD coded
and the decimal point is after
above
3 01:
bit error
ratio.
5
percentage
of rejected half rate channel seizure
theThe
fourth
value
BCD coded and a decimal point is after the
requests
dueofis radio
2
identifier
time slot
tested
byte:
XXXX.XXXX
7 indicates
if the
channel
failure
rate
is above the defined
1
number
of
the
branch
tested
fourth
digit:
XXXX.XXXX
to
congestion
indiversity
all seizure
requests
during the
0
.. 7 ... in
00000
1000000
threshold
time
slot
5
1
=
diversity
branch
1
00000000
..
01000000
measurement period;
00:
below threshold
(no alarm)
2
= diversity
branch
only
significant,
if the2 congestion object is a TCH
3 01:
ratio.
5
bit
error
rate
value
in
second
class bits.
above
threshold
(alarm)
4 bit error ratio for 2nd class
bits.
The value is BCD coded and a
decimal
point
is is
after
the
the
decimal
point
after
2
identifier
time
slot
tested
valueofis radio
BCD
coded
and
a decimal
is after
the
6 The
percentage
of
rejected
full
rate
channelpoint
seizure
fourth
digit:
XXXX.XXXX
the
fourth
8 indicates
if the
channel failure rate is above the defined
0
.. 7 digit:
fourth
XXXX.XXXX
requests
due
00000000
01000000
byte:
XXXX.XXXX
threshold
in..
slot 6
00000000
..time
01000000
to congestion
in all seizure requests during the
00000
...
1000000
00:
below
threshold
(no alarm)
3
bit error ratio.
measurement
period;
4 01:
bit error
ratio
for 2nd class
bits.
above
threshold
(alarm)
value
BCD
coded
is after the
5 The
number
ofisthe
invalid
CUand a decimal
only
significant,
if the
congestion
object point
is a TCH
The
value
is
BCD
coded
and
a decimal
point
is after the
The operator has unlocked a site (BCF) or a
fourth
1 ... 16digit: XXXX.XXXX
fourth
digit:
XXXX.XXXX
9 indicates
if..the
channel failure rate is above the defined
transceiver (TRX) that is
01000000
7 00000000
this new field
is significant only if the congestion object
00000000
01000000
threshold
in..time
slot
waiting for Abis autoconfiguration.
6
result
of
the
first
LNA7 (Low Noise Amplifier) PATH.
is a TCH.
00:
below
threshold
(no
alarm)
4 The
bit error
ratio
class
bits.
result
mayfor
new
field
isbe:
a2nd
percentage
value and indicates how
5
frame
error
ratio.
01:
above
threshold
(alarm)
The BCF or TRX in question cannot carry traffic bigThe
value
is
BCD
coded
and
a
decimal point
is after the
0
=
not
used
a
portion
The operator has started the Abis
1 information
whycoded
the autoconfiguration
has failed
The value isonBCD
and a decimal point
is after the
before the BSC has
fourth
digit:
XXXX.XXXX
1
=
good
of
the
refused
TCH
requests
(field
autoconfiguration but it has failed.
fourth
digit:
XXXX.XXXX
slot problem
with
the highest failure rate
allocated the Abis circuits for signalling and traffic 10
00000000
.. 01000000
2time
=pool
radio
refused_calls_percentage)
have
The
is not
found
00000000
.. 01000000
channels,
3
=
transmission
been
refused
dueerror
to is
lack
of traffic handling capacity in
The
BSC's
C-number
wrong
i.e. the autoconfiguration has been completed.
5
frame
error
ratio.
the
BCSUs.
The
BCF
has
not
been
created
in the
BSCcoded
6
RX quality parameter.
TheTCH:
value
is BCD
11
subchannel
identification
The
value
is
BCD
coded
and
a decimal
point is after
the
7The
result
ofisthe
second
LNA
(Low
Noise Amplifier)
PATH.
BCF
not
waiting
for
autoconfiguration
0
..
7.
00:
TCH/H
-subchannel
0
fourth
digit:
XXXX.XXXX
The
result
may
be:
The
TRX
is not
waiting for autoconfiguration
01:
TCH/H
1
00000000
.. -subchannel
01000000
0 =TRX
not
used
The
has
already been autoconfigured
02:
TCH/F
-subchannel
1
=
good
There are no TRXs to autoconfigure
6Links
quality
parameter.
The value is BCD coded
2RX
= radio
problem
cannot
be combined
subchannel
identification
SDCCH:
0
..
7.
3
=
transmission
error
Allocation
optimised 0 - 7
00 - 07: cannot
SDCCHbe-subchannel
There is no room for circuits in the pool
7
standing-wave
8The
result
the testratio.
BCFofcannot
beequipment.
reserved
for autoconfiguration
12The
proportion
of
TCH
SDCCH
value
is
between
100 subchannel
in the alarm.releases
The real
result
may
be: or 10
Modifying
the
OMUSIG
has.. failed
due
to
failure
SWR
0
=
not
used
Activating the OMUSIG has failed
The operator has started the Abis
autoconfiguration and the operation
has been completed successfully.
1 status of the commission tests
The interference that a BTS is experiencing from
a remote cell behind
a broken inter-BSC connection has become
significant. This prevents
the use of the DFCA algorithm in the BTS.
The BSC has noticed that a DFCA cell has a
neighbour cell with the same BCCH
frequency or that a DFCA cell has two neighbour
cells which have the same
BCCH and BSIC combination.
BTS PLMN ID parameter does not match against
the primary and secondary
PLMN IDs of the configured operators. This
causes loss of traffic in the
cell.
The base station system has become faulty and
the BSC recovery has
not been able re-configure a working BCCH to
the BTS.
The system also sets this alarm if the BTS in
Radio resource management has detected data
question is in the
inconsistency in
normal working state but no BCCH-TRX has
the BSC. Some data concerning interfering and
been configured to the BTS
interfered neighbour
or if the BCCH-TRX of the BTS is locked by the
cells that are examined in the Dynamic
A
failure has occurred in updating the cell specific
user.
Frequency and Channel
parameters to the
Allocation feature is faulty. As a result, the
PCU.
The base station cannot transmit traffic without a
efficiency of the
working BCCH.
DFCA algorithm in the cell may have decreased.
Failure
in BCF
The system
hasunlock by system.
attempted to correct data back to normal by
means of an automatic
procedure.
1 signaling Point Code that has become unreachable
0000 SUCCESS_EC
All tests passed
34AC ACM_BTS_TEST_FAILURE_EC
The setting of BTS synchronization has failed.
1type of Location Measurement Unit the fault is
Some test(s) failed
BTS synchronization
associated with
34AB ACM_BTS_PARTLY_TESTED_EC
may be lost. In the synchronized BSS the LMU
Not all tested
equipment is used as a
2 identification of Location Measurement Unit the fault is
synchronization source for BTS.
associated
This alarm indicates the operator the starting and 1 MS class not allowed to access the cell
This alarm may affect the provided services.
with
ending moments of
access class control involving access class 12,
13, or 14.
2 number of remote neighbour cells that can cause
excessive
interference
1 1 = modified BCCH of the serving cell is conflicting with
the BCCH
3 the lowest C/I value among the lost neighbour cells
of an interfering cell
meaning the
2 = modified BCCH of an interfering cell is conflicting
worst possible interference
with the
BCCH of the serving cell
3 = BCCH-BSIC conflict between two interfering cells at
the
relation initiation
4 = BCCH-BSIC conflict between two interfering cells at
the
cell information change
2
frequency
number
thatthe
hasalarm
beenbelongs
used
1 BCCH
in casecarrier
of Detector
D: BTS
in which
too
frequently
to
3 in
with
alarm
types 1 and
2, NCC_1
is the
NCC of
thehad
case
of Detector
B: BCCH
BTS of
segment
that
serving
cell,
problems
1 with
the task
which3the
occurred
alarmintypes
anderror
4, NCC_1
is the conflicting NCC
in BIM
03 failure
intypes
the TRX
4
alarm
1 and
2 inwith
case
of Detector
D: 2, BCC_1 is the BCC
04
cancelling
of the TRX failure
of
the
serving
cell,
interfering or interfered neighbour whose radio resource
06
of 3
a and
cell-specific
failure
withcancelling
alarm
types
4,
is the conflicting BCC
1 state
Reason
thefound
failure
error code)
dataforwas
to(DX
beBCC_1
inconsistent
09 restart of the PCU/BCSU
General error message of the system. You can check
0A restart
of
the BTS
5
alarmInternal
types
1 DFCA
andsite
2,cell
NCC_2
its with
1..2100
indexis the NCC of the
0B
a correction
request
of thetypes
TRX3configuration
from
neighbouring
cell,
with
alarm
4, NCC_2
meaning
with
a
command
of
the
terminal
2101..5000 External DFCA cell service
indexand
the
call
has
no
meaning
extension MRS
TCH activations have failed during call setups
1 Count
of failed TCH activations/call setups due to CPU
control
or
the of
General
Error
This
notice
can
be
triggered
in
two
different
ways
in in
case
Detector
B: Messages of System,
and/or during handovers
load
0C
BTS/TRX
Unlock
command
given
byBCC
means
of an
6
with
alarm
types
1 and
BCC_2
isinthe
of the
Supplementary
which
can
be
DFCA
cell
index
that
had2,problems
BIM
due to overload in BCF. BSC may have 1)retried MML
in
the
BCF.
command
neighbouring cell, with alarm types 2 and 3, BCC_2
References
seen
from the detector.
TCH activations
after
0D
change which is delivered to the
has
no configuration
meaning
-five
Detector
The DFCA
channel
search
3
of the radio
resource
manager
secondD:delay
in call setup,
2)cancelled
2 detecting
Count ofinstance
TCH activation
retries
for call setups
due to
PCU
The
alarm indicates
that
algorithm
faultthe TRX deblocking
D load
DFCA channel search algorithm
handovershas
andfound
3) avoided
CPU
and
done
by
an
MML
command
7
signalling
Point
Code
for
a
BSC
involved
in
the
conflict
phase
of theresource
BCF is completed
from radio
Bin BIM
table inconsistency checking
non-urgent
handoverstables.
because BCF has
the
BCF.
0E
battery
backup
recovery
of
the
BTS
site
and
BCF isB:restored
to normal
functional
state
-indicated
Detector
Cyclic
BIM
consistency
check
has
CPU
overload
situation.
14
restart Point
of theCode
TRX for a BSC involved in the conflict
8
signalling
after
foundBSC
errorrestart.
from
4
execution
at which
the fault
was
3 17
Count
of phase
failed
TCH
handovers
due
to detected
CPU
overload
update
of PCU
background
parameter
changes
BIM
table.
BSC issues the alarm once per 30 minutes per
in
the BCF.
which
5 in case of Detector D:
BCF when predefined threshold
are delivered to the PCU
of
segment
channel
for
for supplementary field 1 or 3 has been
4 number
of neighbour
avoided TCH
allocations
for records
non-urgent
18Count
hot reset
which
the
exceeded.
handovers
dueoftothe MCMU
19 restart
information
on the used frequency has been corrected
CPU
overload.
23
blocking
due to RNW plan activation
24 deblocking due to RNW plan activation
6
inCPU
casecongestion
of Detectortime
D: on level 1 in the BCF during last
5 26
updating plan parameter
changes
number
of
neighbour
segment channel records that
3027
minutes.
TRX manual power down
have been cleared
28 TRX automatic power down
of an illegal
pointer
to the
radio
6 because
CPU congestion
time
on level
2 inDFCA
the BCF
during last
resource table
The synchronisation of the chain or a BCF in the
chain is lost.
The synchronisation status of the chain or the
BCF is set to
unsynchronised by the system.
The LMU synchronisation of a BCF chain has
been lost for too long.
In a synchronised BSS either the LMU equipment
This alarm warns that the BCF has worked on
or external 1PPS ToD
BSS synchronisation, which has
equipment or ToP phase is used as a
been maintained by Abis, for too long a period of
No
succesful (E)GPRS
synchronisation
source transactions
for the BCFshave
in
time (more than 1 hour).
occurred
supervision of the clock
the chain.within
If the the
synchronisation
period
chain is lost, the alarm
affects the master clock BCF of the chain.
If
theregistration
synchronisation
of a
in thenot
chain
BTS
is seen
onslave
BSCBCF
but could
is
lost,
then
the
alarm
been solved because of
affects
onlyOMUSIGs
to the slave
BCF. This alarm may
conflicting
of BCFs.
affect the provided services.
1 identifies the BCF in the chain, the synchronisation of
which
is lost. If BCF_ID is same as the id of the master clock
of
the chain, the synchronisation of the all BCFs in the
chain
is lost.
2 identifies the first BCF in the chain. The chain
1criteria
used to
(E)GPRS
is identified
bydetect
the id the
of the
master Inactivity.
clock BCF.
0 = Alarm disabled
1 = No Successful UL TBFs only
2 = No Successful DL TBFs only
3 = No Successful UL nor DL TBFs
1 the number of BCFs in the list
4 = No Successful UL or DL TBFs
2-4 other BCFs that are attached to the same conflicting
OMUSIG
BTS has sent requesting message to BSC but no 1 OMUSIG D-channel number of the BCF
(activated) SCF exists in
BSC. BSC has delivered the request to NetAct.
2 type of the error
BSC has started SCF file download to BTS but
download fails.
01 SCF not found
1 OMUSIG D-channel number of the BCF
02 SCF not activated
2 type of the error
Several consecutive OSC multiplexing attempts
have failed due to channel
activation failure in a TCH or due to the target
AMR FR channel
preparation failure in DFR multiplexing in 8k
Adjacent cell updating failed during BTS
TRAU mode.
configuration update, or the
cell configuration updating to the BTS Site failed.
01 BTS not answered to download start request
1 Identifies the radio channel of the TRX related to the
02 SCF download started but BTS not acknowledged
multiplexing
it
problems special values for channel to separate OSC-0
03 SCF download started but BTS acknowledged with
and OSC-1 are
error status
supported in this field.
1 Identification of BCCH BTS
3 error reason for the failure (DX error code) returned
2 0 = Preparation phase
2 by
Type
of(in
thecase
errorof error type 03)
BTS
1 = Activation phase
The BSC has interrupted OSC multiplexing
01 error in updating the adjacent cells
The
alarm
concerns
activity
in the
TRX. a PCM containing BCF links. 3 0 = Downlink AQPSK modulation has not been
02 error in updating the parameter
involved in any of the
03 error in updating the full configuration
The
radiodue
network
objects
whose Abis
HDLC
Failures
to CSDAP
problems
excluded.
failed consecutive OSC multiplexing attempts that
links are part of this
triggered the
3 Task in which the error occurred
particular PCM are not functioning. Significance
OSC channel
activation
failure
alarm
This BCF-specific alarm is active, when BCF is in 1 Information
of Abis
HDLC link
failure
in BCF. You can
of
1
=
Downlink
AQPSK
modulation
has been involved at
unlocked state and one
check
01 its
error in updating the GSM adjacent cell parameters
this alarm depends on the number and nature
in one with
of a command of the service terminal
or more Abis HDLC link(s) of the BCF is faulted. least
meaning
02
error in updating
the WCDMA adjacent cell
of Abis HDLC links connected to this PCM.
the
failed
consecutive OSC multiplexing attempts
extension
parametersMRS or
that
in triggered
General
Error
Messages
of System
error
updating
the
control parameters
The MMI-PC is connected to the front-panel
1-603the
XX
XXinXX
XX XXactivation
XX handover
OSC
channel
failure alarm.
04
error
in
updating
the
power
control
parameters
connector of the
1 2 3 4 5 6
05
error
in
updating
the
transceiver
parameters
BCF unit.
============================================
061)error
updating
the base station
rack in
(cabinet)
number
4) typeparameters
of unit
============================
07
error
in
updating
the
DAP
parameters
This alarm does not affect normal operation.
2)
shelf
number
5) unit number
OSC
Half
Rate
channel
numbers
This informative alarm is sent to the BSC after
1-608 XX
XX XX XX XX XX
3)error
slot in TRX unlock6) subunit number
============================================
locally downloaded
1 error
2 3 in
4 BTS
5 6 unlock
09
MMI
============================
SW has been saved to the flash memory
0A
error
in
BTS
reset
The man-machine interface (MMI) is a software
See
alarm
Half
Rate
0instructions.
|
Half
successfully.
1)
rack
(cabinet)
number
4)Rate
type 1of unit
0B
error
in
BCF
reset
used in the PC.
============================================
shelf in
number
5) unit number
0C2) error
updating plan parameter
changes
It can be connected to the BCF and it enables
ADDITIONAL
INFORMATION
============================
BCF
3) error
slot in TRX swap 6) subunit number
0D
doing several
Fault
reason:
Local
MMI
connected
OSC-0 |
OSC-1 |
OSC-0 |
OSC-1
0E
error in BTS
realtime
update is connected to the
local operations to the BCF.
Description:
Local
BTS Manager
============================================
The base control function (BCF) unit is
theindocument
Structure of Alarm Reference
0FSee
error
BCF modification
BTS
============================
responsible for the
Manual,
BCF
0Alarm
10 Reference
|
D0Manual.
|
18
|
D8
operation and maintenance of the BTS. The main TSL
4 general
error message
of the
system. See General
The base control function (BCF) unit is
Fault
reason:
Remote
MMI
connected
TSL
1
11
|
D1
|
19
|
D9
functions of
Error
MessagesRemote
of
responsible for the
Description:
is| connected
to the
2 12
|
D2 BTS| Manager
1A
DA
the BCF are: loading of the BTS operational file TSL
System
for
error
code explanations
operation and maintenance of the BTS. The main BTS
TSL 3 13
|
D3
|
1B
|
DB
packets from
functions of
via4 NetAct
TSL
14
|
D4
|
1C
|
DC
the BSC to the BTS, initialising the BTS,
the BCF are: loading of the BTS operational file TSL 5 15
|
D5
|
1D
|
DD
continuous supervision
This informational alarm is sent to the BSC after
a change in
the configuration (new HW database) has been
saved to the flash
memory successfully.
The temperature inside the BCF unit is higher
than 60 C.
HW database
The cooling fans have been activated.
The HW database is a file that describes the BCF
This is a non-fatal alarm of the BTS.
The
temperature inside the BCF unit is higher
environment
than
75 C. settings.
and default
BCF
The cooling fans have been activated.
BCF
The base control function (BCF) unit is
This is a non-fatal alarm of the BTS.
The
temperature
inside the BCFA unit is higher
responsible
for the
The
control function (BCF) unit is
than base
85 C.and
operation
maintenance of the BTS. The main
BCF
responsible
for the
The
BTS is
functions
of switched off to prevent damage to the
operation
and
maintenance of the BTS. The main
components.
the BCF are: loading of the BTS operational file
The
base of
control function (BCF) unit is
functions
packets
from loop failure. The MMI UART is
An
MMI UART
responsible
for
the of the BTS operational file
the
loading
ThisBCF
is a are:
fatal
of the BTS.the BTS,
the
BSC
tosend
thealarm
BTS,
unable
data initialising
operation
and maintenance
of the BTS. The main
packetstofrom
continuous
supervision
or
toBSC
loopto
sent
data.
functions
of
the
the
BTS,
initialising
the BTS,
BCF
of the BTS equipment, reporting faults to the
the
BCF are:
loading of the BTS operational file
continuous
supervision
BSC
and testing
BCF
packets
from
of
the
BTS
equipment,
reporting
faults
the
A
Q1-bus
testloop
failure.
The
Q1unit
UART
The
base
control
function
(BCF)
is to is
and
operating
functions.
the
BSC
to
the
BTS,
initialising
the
BTS,
BSC
and
testing
unable to send
data
responsible
for the
The
base control
function (BCF) unit is
continuous
supervision
and
functions.
or
tooperating
loop is
sent
data.
The control
ofBTS.
the
units
operation
and
maintenance
the
The
main
The
BCF
also
the source
of main
clock
pulses
responsible
for the
of
the
BTS
equipment,
reporting faults to the
connected
to
the
functions
of
of
the
BTS.
operation
and
maintenance
the BTS.
main
BSC
andis is
testing
The
BCF
also
the source
of main
clockThe
pulses
Q1
bus
out
of order.
the
BCF
are:
loading
ofthe
thefrequency
BTS
operational
The
BCF
also
hopping
The
BCF
does
not receive
anything
from
anyfile
functions
of controls
and
operating
functions.
of
the
BTS.
packets
from
operations
of unit
the
slave
plug-in
the
BCF
are:
loading
ofthe
thefrequency
BTS operational
The
BCF
also
controls
hoppingfile
BCF
the
BSC
to
the
BTS,
initialising
the
BTS,
BTS.
The
connection
of the BTS's
interface
during
the
poll
sequence.
Theuser
BCF
can
not
packets
from
The
BCF
isslave
also
the source
of main
clock
pulses
operations
of
the
continuous
supervision
is
at
the
front
control
the
the
BSC
toconnection
the BTS, initialising
theuser
BTS,interface
of
the
BTS.
BTS.
The
of
the
BTS's
The
base
control
function
(BCF) unit
is to the
of
the
BTS
equipment,
reporting
faults
panel
of
the
BCF
plug-in
units
of theunit.
BTSthe
connected
to the
D-bus,
continuous
supervision
The
also
is
at BCF
the
front
The
watchdog
cannot
resetfrequency
the BCF. hopping
responsible
forcontrols
the
BSC
and
testing
or
receive
of
the
BTS
equipment,
reporting faults to the
operations
of
the
panel
of
the
BCF
unit.
operation
and maintenance
of the BTS. The main
and
operating
functions.
anything
these
plug-in
BSC
and
testing
BTS.
Thefrom
connection
of the units.
BTS's user interface
BCF
functions
of
and
operating
functions.
is
atBCF
the front loading
the
of the BTS
operational
file
The
BCFare:
is also the source
of main
clock pulses
BCF
panel
of
the
BCF
unit.
The
base
control function
(BCF) unit is
packets
from
of
the
BTS.
A
digital
input
failure.
The clock
alarmpulses
status
The
BCFalarm
is also
the line
source
of main
responsible
forcontrols
the
the
BSC
to
the
BTS,
initialising
the BTS,
The
BCF
also
the(BCF)
frequency
hopping
of
this
The
base
control
function
unit
is
the BTS.
operation
and
maintenance of the BTS. The main
continuous
supervision
operations
of
line
is
unreliable.
responsible
forthe
the
The
BCF
also
controls
the frequency hopping
functions
of
theThe
BTSof
equipment,ofreporting
faults
the
BTS.
connection
the BTS's
usertointerface
operation
and
maintenance
of the BTS.
The main
operations
of
the
the
BCF
are:
loading of the BTS operational file
BSC
and
testing
is
at
the
front
BCF
functions
of
BTS.
Thefrom
connection
of the BTS's
user interface
The
check
sum
calculated
a memory
block
packets
and
operating
functions.
panel
of the
BCF
unit.of theover
the
BCF
are:
loading
BTS
operational
file
is
at
the
front
in
flash
thethe
BSC
to memory
the BTS, initialising the BTS,
The
base
control
function
(BCF) unit is
packets
from
panel
of
the
BCF
unit.
is
invalid,
orsupervision
the stored
check
corrupted.
continuous
The
BCF is
also
the source
ofsum
mainisclock
pulses
responsible
for BTS,
the
the
BSC
tointhe
initialising the BTS,
The
code
the
of the
BTS
equipment,
reporting faults to the
BTS.
operation
and
maintenance of the BTS. The main
continuous
supervision
inspected
block
is probablyfrequency
corrupted.hopping
BSC
and also
testing
The
BCF
The
BCF
notcontrols
able to the
control
thefaults
unitsto the
functions
ofequipment,
of
the
BTSis
reporting
and
operating
functions.
operations
of
the
connected
to loading
the D-bus.
the
BCF
are:
of the BTS operational file
BSC
and
testing
BCF
BTS.
Thefrom
connection of the BTS's user interface
packets
and
operating
functions.
The
BCF
is
also the source of main clock pulses
is
at
the
front
BCF
the BSC to the BTS, initialising the BTS,
The
base
control
(BCF) unit is
of
the
BTS.
panel
of
the
BCF function
unit.
continuous
The
BCF
is supervision
also
the
source of
clockmemory
pulses
The
programming
operation
ofmain
the flash
responsible
forcontrols
the
BCF
also
the
frequency
hopping
The
base
control
function
(BCF)
unit
is
of
the
BTS
equipment,
reporting
faults
to
the
BTS.
was
unsuccessful
operation
and
maintenance of the BTS. The main
operations
offorthe
responsible
the
BSC
and
testing
The
BCF
controls
thevoltage.
frequency hopping
due
to
an also
illegal
program
functions
of
BTS.
The
connection
of the
BTS's
user interface
operation
and
maintenance
of the BTS.
The main
and
operating
functions.
operations
of
the
the
BCF
are: loading of the BTS operational file
is
at
the
front
functions
of
BTS.
The
connection
of
the
BTS's
user
interface
BCF
packets
panel
of from
the
BCF
unit.of the BTS operational file
theatBCF
are:
loading
The
BCF
is also
the source
of main clock pulses
is
the front
the BSC
to the BTS, initialising the BTS,
packets
from
of
the
BTS.
panel
of
the
BCF
unit.
The
base control
function (BCF) unit is
continuous
supervision
the
BSC
thecontrols
BTS, initialising
the BTS,
The
BCFto
also
the frequency
hopping
responsible
for the
of the BTS equipment,
reporting faults to the
continuous
supervision
operations
of
the
operation
and maintenance of the BTS. The main
BSC and testing
of
theThe
BTSconnection
equipment,ofreporting
faults
the
BTS.
the BTS's
usertointerface
functions
of functions.
and operating
BSC
andfront
testing
is
at
the
the BCF are: loading of the BTS operational file
and
operating
functions.
panel
of the BCF
unit.
packets
The BCFfrom
is also the source of main clock pulses
the
BSC
to the BTS, initialising the BTS,
of the
BTS.
The BCF is also the source of main clock pulses
continuous
supervision
The BCF also
controls the frequency hopping
of the BTS.
of
the BTS of
equipment,
reporting faults to the
operations
the
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
Alarm Reference Manual.
3) slot
6) subunit number
See the document Structure of Alarm Reference
Manual,
Alarm Reference Manual.
The operation of the flash memory was
unsuccessful due to
an improper command sequence.
BCF
The oven oscillator is in the warm-up condition.
The clocks
The base control function (BCF) unit is
are not distributed while this alarm is on. The
responsible for the
warming of
operation and maintenance of the BTS. The main
the oven oscillator takes normally appr. 5 min.
The
oven of
oscillator is faulty.
functions
the BCF are: loading of the BTS operational file
BCF
BCF
packets from
the BSC to the BTS, initialising the BTS,
The base control function (BCF) unit is
The
base control
function (BCF) unit is
continuous
The
2.048Msupervision
PCMA/PCMB
clock signal is
responsible
for
the
responsible
for the
of
the
BTS
equipment,
reporting faults to the
missing.
operation and maintenance of the BTS. The main
operation
and maintenance of the BTS. The main
BSC and testing
functions of
functions
of functions.
and operating
the BCF are: loading of the BTS operational file
the BCF are: loading of the BTS operational file
packets
from
The
frame
signal
is missing
the
packets
BCFfrom
isclock
also output
the source
of main
clock from
pulses
the
BSC
to the BTS, initialising the BTS,
master
clock
the
BSC
to the BTS, initialising the BTS,
of the
BTS.
continuous
generator
ofsupervision
the
BCF. the frequency hopping
continuous
supervision
The BCF also
controls
of the BTS equipment, reporting faults to the
of
the BTS of
equipment,
reporting faults to the
operations
the
BSC
and testing
BCF
BSC
and
testing
BTS.
The
connection
of
BTS's
user interface
The operating
timeslot clock
outputthe
signal
is missing
from
and
functions.
and
operating
functions.
is
at
the
front
the master clock
The
base
control
(BCF) unit is
panel
of the
BCF function
unit.
generator.
The
BCF is also
the source of main clock pulses
responsible
for the
The BCF is also
the source of main clock pulses
of
the BTS.
operation
and maintenance of the BTS. The main
of
the BTS.
BCF
The
BCF
also
controlsclock
the frequency
The
2MHz
for the RF hopping
unit is
functions
ofreference
BCF also
controls the frequency
hopping
operations
of
the
missing.
the
BCF
are:
loading
of
the
BTS
operational
file
operations
of the function (BCF) unit is
The base
control
BTS.
Thefrom
connection
of the BTS's user interface
packets
BTS.
The
connection
of
the
BTS's
user
interface
responsible
for the
is
atBSC
the front
BCF
the
to the BTS, initialising the BTS,
is
at the front
operation
and
maintenance
of the BTS. The main
panel
of thesupervision
BCF
unit.
continuous
panel
of the
BCFpulse
unit. has been detected in the
A
missing
clock
functions
of
The
base
function
(BCF) unit
is to the
of
the
BTScontrol
equipment,
reporting
faults
redundant
13MHz
the
BCF are:
loading of the BTS operational file
responsible
for the
BSC
and
testing
clock
pulse
input. This alarm is relevant only if
packets
from
operation
and maintenance
of the BTS. The main
and
operating
functions.
the redundant
BSC to the BTS, initialising the BTS,
functions of
clock
generator
(BCF unit) is installed.
continuous
supervision
A
missing
detected
in BTS
themain
13MHz
input.
If
the
BCF
loading
of the
operational
file
The
BCFare:
ispulse
also
the source
of
clock
pulses
of
the
BTS
equipment,
reporting faults to the
the
redundant
BCF
unit
packets
from
of
the BTS.
BCF
BSC
and testing
has
been
installed,
alarm
isthe
notBTS,
important.
the
thecontrols
BTS,this
initialising
TheBSC
BCFto
also
the
frequency
hopping
and operating functions.
continuous
supervision
operations
of
the
The base control function (BCF) unit is
BCF
of
theThe
BTSconnection
equipment,
faults
the
BTS.
ofreporting
the
BTS's
usertooutput.
interface
A missing
detected
in of
themain
13MHz
responsible
for the
The
BCF ispulse
also
the source
clock pulses
BSC
andfront
testing
is
at
the
operation
and maintenance of the BTS. The main
of
the
BTS.
The
base
control
function
(BCF) unit is
and
operating
functions.
panel
of the
unit.
BCF
functions
of BCF
The
BCF
also
the frequency hopping
responsible forcontrols
the
the
BCF are:
of the BTS operational file
operations
of loading
the
operation
and
maintenance
the BTS.
The
main
The
BCF
is
also
the
source
of main
clock
pulses
The
base
control
function
(BCF)
unit
is interface
packets
from
BTS.
The
connection
of the
BTS's
user
A
missing
frame number
signal
output
from the
functions
of
of
the
BTS.
responsible
for BTS,
the initialising the BTS,
the
to the
is
atBSC
theThe
front
MCLG.
TRX
unitsofthe
the
BCF
are:
loading
thefrequency
BTS operational
file
The
BCF
also
controls
hopping
operation
and
maintenance
of the BTS.
The main
continuous
supervision
panel
of
the
BCF
unit.
generate
frame
numbers
automatically if the
packets
from
operations
of
the
functions
ofequipment, reporting faults to the
of
the BTS
frame
clock
pulse
is initialising
the
BSC
toconnection
the
BTS,
theuser
BTS,interface
BTS.
The
of the
the BTS
BTS's
the
BCF
are:
loading of
operational
file
BSC
and
testing
still
available.
continuous
supervision
is
at
the
front
The operating
BCFfrom
unit isfunctions.
not able to control other BTS
packets
and
of
theconnected
BTS
equipment,
reporting faults to the
panel
of
the
BCF
units
tounit.initialising
the
BSC
to the
BTS,
the BTS,
BCF
BSC
and
testing
the D-bus.
is an
operational
the
continuous
supervision
The
BCF isThere
also the
source
of mainfailure
clock in
pulses
and
operating
functions.
D-bus
interface
of the BTS
equipment, reporting faults to the
BTS.
The base control function (BCF) unit is
BSC
and also
testing
The
BCF
the frequency hopping
responsible
forcontrols
the
The
BCF
also
the
of main
clock pulses
This operating
alarmisaffects
thesource
provided
services.
and
functions.
operations
of the
operation
and
maintenance
of the BTS. The main
of the BTS.
BTS.
The of
connection of the BTS's user interface
functions
The
BCF also
controls the frequency hopping
BCF
The
BCF
is also the source of main clock pulses
is
at
the
front
the
BCF are:
of the BTS operational file
operations
of loading
the
of
the of
BTS.
panel
the BCF unit.
packets
BTS.base
Thefrom
connection
of the
BTS's
user
interface
control
function
unit
is
The BCF also
controls
the(BCF)
frequency
hopping
the
BSC
to the BTS, initialising the BTS,
is
at
the
front
responsible
the
operations offorthe
continuous
panel
of thesupervision
BCF
unit.
operation
maintenance
of the BTS.
The main
BTS.
The and
connection
of the BTS's
user interface
of the BTS equipment, reporting faults to the
functions
of
is at the front
BSC and testing
the
BCF
are:BCF
loading
panel
of the
unit.of the BTS operational file
and operating functions.
packets from
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
Alarm Reference Manual.
3) slot
6) subunit number
See the document Structure of Alarm Reference
Manual,
Alarm Reference Manual.
The initialisation of the frequency hopping
processor has failed.
The BTS is unable to provide service.
BCF
Frequency hopping is not available, because the
memory test of the
The base control function (BCF) unit is
frequency hopping processor failed.
responsible for the
The BTS is unable to provide service.
operation and maintenance of the BTS. The main
The
frequency
hopping controller has executed a
functions
of
BCF
self-test
the BCF on
are:the
loading of the BTS operational file
internal
A failure has been detected in
packets memory.
from
The base control function (BCF) unit is
the self-test.
BSC to the BTS, initialising the BTS,
responsible for the
Frequency
hopping
is not available.
continuous
supervision
A
data failure
the frequency
operation
andinmaintenance
of hopping
the BTS.self-test.
The main
of
the
BTS
equipment,
reporting faults to the
Frequencyofhopping
functions
BCF
BSC
and
testing
is
available.
thenot
BCF
are: loading of the BTS operational file
and operating functions.
packets from
The base control function (BCF) unit is
BCF
the
BSC
to the hopping
BTS, initialising
the BTS,
The
frequency
processor
stopped.
responsible
for the
BCF is also
the source
of mainhas
clock
pulses
continuous
supervision
Frequency
hopping
operation
and
maintenance of the BTS. The main
of
the
BTS.
The
base
function
(BCF) unit
is to the
of
the
BTScontrol
equipment,
reporting
faults
is
not
available.
functions
of controls the frequency hopping
The
BCF
also
responsible
for the
BSC and testing
the
BCF are:
of the BTS operational file
operations
of loading
the
operation
and
maintenance
of the BTS. The main
and
operating
functions.
BCF
packets
from
BTS.
The
connection
of processor
the BTS's does
user interface
The
frequency
hopping
not
functions
of
the
BSC
to
the
BTS,
initialising
the
BTS,
is
at
the
front
receive
appropriate
frame
the
BCF
are:
loading
of the BTS
operational
file
The
BCF
is
also
the
source
of
main
clock
The
base
control
function (BCF) unit is pulses
continuous
supervision
panel
of from
the
BCF
numbers
from
theunit.
frame number generator. From
packets
of
the
BTS.
responsible
for the
of
theon,
BTS equipment,
reporting faults to the
now
processor
the
BSC
to
the
BTS, initialising
the BTS,
The
BCFthe
also
the frequency
hopping
operation
and controls
maintenance
of the BTS.
The main
BSC
and
testing
generates
frame
numbers by itself (clocked by
continuous
supervision
operations
of
the
The
frequency
hopping
controller
has
executed a
functions
of functions.
and
operating
thethe
frame
clock).
of
BTS
equipment,ofreporting
faults
the
BTS.
The
connection
the BTS
BTS's
usertointerface
self-test
on
the BCF
are:
loading of the
operational
file
BSC
and
testing
is
at
the
front
the
external
memory.
A failure
has
been
detected
packets
from
The
BCF
is
also
the
source
of
main
clock
pulses
BCF
and
operating
functions.
panel
of the
BCF
unit.initialising the BTS,
in
self-test.
the
BSC
to the
BTS,
of the
BTS.
Frequency
hopping
is not
available.
continuous
supervision
The BCF
controls
the(BCF)
frequency
hopping
controls
thesource
frequency
of
the
13 pulses
MHz
base also
control
function
unit
is
The BCF
is
also the
of main
clock
of
the
BTS
equipment,
reporting
faults
to the
operations
of
the
oven
oscillator
responsible
for the
of
the
BTS.
BCF
BSC
and
testing
BTS.
The
connection
thecontrol
BTS's
user
interface
within
a certain
range.ofThe
adjustment
operation
and
maintenance
of the BTS.
The main
The
BCF
also
controls
the frequency
hopping
and
operating
functions.
is
at
the
front
has
reached
a
certain
functions
of
operations
of
the
The
base
control
function
(BCF) unit is
panel
of the
BCF
unit.ofvalue
limit
(not
the
maximum
but operational
near
it).
Thefile
the
BCF
loading
BTS
BTS.
Theare:
connection
of the
the
BTS's
userfrequency
interface
The
BCFA
SW
the
MHz
responsible
for compares
the
BCF
is
also
the
source
of13
main
clock pulses
control
value
must
packets
from
is
at
the
front
and
the
PCM
operation
andreference.
maintenance of the BTS. The main
of
BTS.
bethe
within
thethe
range
5initialising
% ... 95 %,
otherwise an
the
BSC
BTS,
the
panel
of
BCF
unit.
There
is the
ato
step
between
theBTS,
frequencies.
functions
ofsudden
The
BCF
also
controls
the
frequency
hopping
alarm is activated.
continuous
supervision
The
BCFare:
uses
the of the BTS operational file
the
BCF
operations
of loading
the
of
the BTS
equipment,
reporting instead
faults toofthe
internal
13
MHz
oven of
frequency
the
packets
from
BTS.
The
connection
the BTS's
usertointerface
The
software
download
from
BCF unit
some
BCF
BSC
and
testing
external
PCM
reference.
the
BSC
to
the
BTS,
initialising
the
BTS,
is
at
the
front
otheroperating
unit of the
base
and
functions.
The
PCM
line
is
usually
more unreliable.
continuous
supervision
panel
ofhas
the
BCF
unit.
station
failed.
The reason
forunit
the is
failure is: an
The base
control
function
(BCF)
of
the
BTS
equipment,
reporting
faults to the
incorrect
responsible
for the
The
BCF
is
also
the
source
of
main
clock
pulses
BCF
BSC
and package,
testing a transmission failure between
software
operation
and
maintenance
of
the
BTS.
The
of
the
BTS.
The
BCF unit has
failed to initialize some unitmain
of
and
operating
functions.
units,
or an
error
functions
of
The
BCF
also
controls
the(BCF)
frequency
hopping
the
Thebase
basestation.
control function
unit is
in
the
memory
operations
the faulty
unit. file
the
BCF
are:
loading
of theofBTS
operational
operations
offor
the
responsible
the
The BCF is also
the source of main clock pulses
packets
from
BTS.
The
connection
of
the
BTS's
user
BCF
operation
and maintenance of the BTS. interface
The main
of
the
BTS.
The
complete
software
packages
the
BSC
to thebase
BTS,station
initialising
the BTS,
is
at
the
front
functions
of
The
BCF
also
controls
the
frequency
hopping
The
carrier
of
the unit.
broadcast control channel
are downloaded
continuous
supervision
panel
of the
BCF
The
base
control
function
is
the
BCF
are:
loading
of the(BCF)
BTS unit
operational
file
operations
ofnot
the
(BCCH)
has
been
from
the
BSC
and
stored
in the non-volatile
of
the
BTS
equipment,
reporting
faults to the
responsible
for
the
packets
from
BTS.
The
connection
of
the
BTS's
user
interface
detected
by
theBCF
combiner.
memory
the
unit.
BSC
andof
testing
operation
of the
the
BSC
toand
themaintenance
BTS, initialising
theBTS.
BTS,The main
is
the has
front
If
aatunit
downloadable
software, the software
and
operating
functions.
functions
ofsupervision
continuous
panel
of
the
BCF
unit.
This
of thealarm affects the provided service. If this
the
BCF
are:
loading ofreporting
the BTS operational
of
the
BTS
equipment,
faults to the file
alarm
is
active
unit
is
downloaded
the of
non-volatile
The
BCF
is alsointhefrom
source
main clockmemory
pulses
packets
from
BSC
and
testing
thethe
current
BCCH
of
BCF
to
the TRX, the cell which the
BTS.
the
BSC
to thefunctions.
BTS, initializing the BTS,
and
operating
alarming
belongs
to frequency
non-volatile
memory
of the
the
unit.
The
BCF object
also
controls
hopping
continuous
supervision
is
without BCCH
carrier and cannot transmit any
operations
of
the
of the BTS equipment, reporting faults to the
traffic.
BCF
BTS.
The testing
connection of the BTS's user interface
BSC and
is
at operating
the front functions.
and
The
control
(BCF) unit is
panelbase
of the
BCF function
unit.
responsible for the
The BCF is also the source of main clock pulses
operation and maintenance of the BTS. The main
of the BTS.
functions of
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See alarm instructions.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See document Structure of Alarm Reference Manual,
1) rack (cabinet) number
4) type of unit
Alarm
2) shelf number
5) unit number
1-6 Reference
XX XX XXManual.
XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See document Structure of Alarm Reference Manual,
1) rack (cabinet) number
4) type of unit
Alarm
2) shelf number
5) unit number
Reference Manual.
3) slot
6) subunit number
See document Structure of Alarm Reference Manual,
Alarm
Reference Manual.
The clock oscillator of the BTS generating the
master clock is faulty
or the clock interface of the slave BTS is faulty.
If the external frame clock is missing, then the
The clock oscillator of the BTS generating the
BTS uses its internal
master clock is faulty
clock signals for synchronization. Calls can still
or the clock interface of the slave BTS is faulty.
be maintained.
If the external frame number is missing, then the
The
BTS
is faulty.
Cell or
siteheater
synchronization
BTS uses its internal
clock signals for synchronization. Calls can still
BTS
heater
The BTS
generating the master clock controls
be maintained.
the synchronization of
The
heater
maintains
BTS-internal
the
BTSs
oninside
thethe
cell
site.is dangerously
Theother
temperature
theorBTS
Cell
or
site synchronization
temperature on a sufficient
high. The BTS is
level for operation.
automatically
switched
to prevent
The BTS generating
theoffmaster
clockdamages
controls to
components.
the synchronization of
Calls
are not
available.
the
other
BTSs
on the
orhas
site.risen to first
Temperature
inside
thecell
BTS
temperature alarm level.
The BTS restarts after the temperature inside the
Calls are still available.
BTS has decreased
sufficiently.
The transmission unit (TRU) or a redundant TRU
2 does not respond to
the poll command from the BCFA unit on the Q1
bus. Connection to the
TRU is broken or unit is not inserted.
The service terminal is connected to the TRUx
front panel connector.
This alarm can affect the provided service of the
This disconnects the BTS Q1 bus and thus
BTS or of the
blocks the alarms from the
transmission network. The current status of the
TRUx and the RRxx.
Indicates
thatunit
the is
floating TRX switch is not
transmission
This alarm affects to provided services.
installed.
is
not knownThere
and obviously
the commands to the
an
FTS
in BTS
TRU
do mentioned
not reach the
TRU.database, but it is not
found during the
BTS
start-up. unit (TRU) is the PCM equipment
Transmission
The floating TRX
switchover operation is going
of
the
BTS.It
connects
on. The
floating
TRX
The
redundant
TRX featuresnetwork.
are not available.
the
the transmission
The
TRU or
has BTS
beentoconnected
to replace a faulty
BCCH
its
redundant
unit
TRX.
FTS
carries all speech, data and signalling traffic of
This
alarm indicates that there is a faulty BCCH
the
FTSBTS towards
TRX
at the
The
floating
tranceiver
the BSC
or site.
other
BTSs.switch (FTS) is used to
However,
tasks of the broken TRX are
switch thethe
redundant
The floating tranceiver switch (FTS) is used to
handled
by to
thereplace
redundant
transceiver
the broken BCCH
switch the redundant
TRX.
This alarm
is usedtowhen the redundant
transceiver.
It
is
similar
The
floatingto
TRX
has been
connected
to replace
transceiver
replace
the broken
BCCH
TRX
does
not
belong the
to
a
that
connects
a relay
broken
BCCH
TRX. tonew TRX to the same
transceiver.
It is similar
the
activethat
configuration,
that is, the redundant
antenna
the
All
active
calls
arebroken
disconnected,
and
BSC
a relay
that
connects
the new TRX
to the same
TRX has
no
Abis
had
been
using.
updates the
antenna
that the broken
allocation of its own, but it uses the Abis
configuration
because
there is less capacity in
TRX
had been
using.
A
receiver
amplifier
failure in the FTS's main
allocation
of
the
the base station.
antenna
branch.
broken TRX.
If diversity is not connected, this is a fatal failure.
FTS
FTS
FTS
The floating tranceiver switch (FTS) is used to
The floating tranceiver switch (FTS) is used to
switch the redundant
The
floating
tranceiver switch (FTS) is used to
switch
the redundant
transceiver to replace the broken BCCH
switch
the redundant
transceiver
to replace the broken BCCH
transmitter. It is similar to
transceiver
replace
transceiver. to
It is
similarthe
to broken BCCH
a relay that connects the new TRX to the same
transceiver.
It is similar
tonew TRX to the same
a relay that connects
the
antenna that the broken
a
relay that
the new TRX to the same
antenna
thatconnects
the broken
TRX had been using.
antenna
the
broken
TRX hadthat
been
using.
TRX had been using.
1-6
XX XX XX XX XX XX
1 2 3 4 5 6
1) RACK (CABINET) NUMBER
4) TYPE OF
UNIT
1-6 XX XX XX XX XX XX
2) SHELF NUMBER
5) UNIT NUMBER
1 2 3 4 5 6
3) SLOT
6) SUBUNIT NUMBER
1) RACK (CABINET) NUMBER
4) TYPE OF
See the document Structure of Alarm Reference
UNIT
1-6
XX XX XX XX XX XX
Manual,
2) SHELF NUMBER
5) UNIT NUMBER
1
2 3 Reference
4 5 6
Alarm
Manual.
3) SLOT
6) SUBUNIT NUMBER
1) rack (cabinet) number
4) type of unit
See the document Structure of Alarm Reference
2) shelf number
5) unit number
1-6
XX XX XX XX XX XX
Manual,
3) slot
6) subunit number
1
2 3 Reference
4 5 6
Alarm
Manual.
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) RACK (CABINET) NUMBER
4) TYPE OF
Manual,
UNIT
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
2) SHELF NUMBER
5) UNIT NUMBER
1 2 3 4 5 6
3) SLOT
6) SUBUNIT NUMBER
1) RACK (CABINET) NUMBER
4) TYPE OF
See the document Structure of Alarm Reference
UNIT
1-6
XX XX XX XX XX XX
Manual,
2) SHELF NUMBER
5) UNIT NUMBER
1
2 3 Reference
4 5 6
Alarm
Manual.
3) SLOT
6) SUBUNIT NUMBER
1) rack (cabinet) number
4) type of unit
See the document Structure of Alarm Reference
2) shelf number
5) unit number
1-6
XX XX XX XX XX XX
Manual,
3) slot
6) subunit number
1
2 3 Reference
4 5 6
Alarm
Manual.
For more information, see instructions on Alarm
1) rack (cabinet) number
4) type of unit
Structure.
2) shelf number
5) unit number
1-6 XX XX XX XX XX XX
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
3) slot
6) subunit number
1 2 3 4 5 6
See the document Structure of Alarm Reference
1) rack (cabinet) number
4) type of unit
Manual,
2) shelf number
5) unit number
Alarm Reference Manual.
3) slot
6) subunit number
See the document Structure of Alarm Reference
Manual,
Alarm Reference Manual.
A receiver amplifier failure in the FTS's diversity 1-6 XX XX XX XX XX XX
antenna
1 2 3 4 5 6
branch. If the main RX branch is also broken, this
is a fatal failure.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
A receiver amplifier failure in the FTS's redundant 1-6 XX XX XX XX XX XX
FTS
3) slot
6) subunit number
TRX main branch.
1 2 3 4 5 6
The main branch in the redundant TRX is broken.
The floating tranceiver switch (FTS) is used to
See the document Structure of Alarm Reference
If diversity is not connected, the whole redundant
1) RACK (CABINET) NUMBER
4) TYPE OF
switch the redundant
Manual,
TRX is out of use.
UNIT
A
receiver amplifier
failure
in the FTS's
XX XX
XX XX XX
XX
transceiver
to replace
the broken
BCCHredundant 1-6 Alarm
Reference
Manual.
If diversity is connected, the diversity branch
2) SHELF NUMBER
5) UNIT NUMBER
TRX
diversity
1 2 3 4 5 6
transceiver.
It branch.
is similar to
replaces the
3) SLOT
6) SUBUNIT NUMBER
The
diversity
branch in
the
redundant
TRXsame
is
a relay
that connects
the
new
TRX to the
main branch.
broken.
1) RACK (CABINET) NUMBER
4) TYPE OF
antenna that the broken
See the document Structure of Alarm Reference
UNIT
TRX
had
been
using.
The
1-6
XX XX XX XX XX XX
FTS cabinet door is open.
Manual,
FTS
2) SHELF NUMBER
5) UNIT NUMBER
1
2 3 Reference
4 5 6
Alarm
Manual
3) SLOT
6) SUBUNIT NUMBER
The Floating Transceiver Switch (FTS) is used to
The Floating Transceiver Switch (FTS) is used to
1) rack (cabinet) number
4) type of unit
switch the redundant
switch the redundant
See the document Structure of Alarm Reference
2) shelf number
5) unit number
transceiver
to
replace
the
broken
BCCH
Failure
in the
redundant
TRX.
The main
1-6
XX XX XX XX XX XX
transceiver
to FTS's
replace
the broken
BCCH
Manual,
3) slot
6) subunit number
transceiver.
It is similar to
branch
and diversity
1
2 3 Reference
4 5 6
transceiver.
It is similar to
Alarm
Manual.
a
relay
that
connects
the
new
TRX
to
the
same
branch
in the
redundant
a
relay that
connects
theTRX
new are
TRXbroken.
to the same
See the document Structure of Alarm Reference
antenna that the broken
1) RACK (CABINET) NUMBER
4) TYPE OF
antenna that the broken
Manual,
TRX
had
been
using.
FTS
UNIT
TRX
had
been
using.
The cooling system of the BTS is not able to
1-6 Alarm
XX XX
XX XX XX
XX
Reference
Manual.
2) SHELF NUMBER
5) UNIT NUMBER
maintain the appropriate
1 2 3 4 5 6
The Floating Transceiver Switch (FTS) is used to
3) SLOT
6) SUBUNIT NUMBER
temperature level in a cabinet. Temperature in
switch the redundant
the cabinet is above
1) RACK (CABINET) NUMBER
4) TYPE OF
transceiver to replace the broken BCCH
See the document Structure of Alarm Reference
the range of the operating temperature..
UNIT
The
heating Itsystem
of the
1-6
XX XX XX XX XX XX
transceiver.
is similar
to BTS is not able to
Manual,
2) SHELF NUMBER
5) UNIT NUMBER
maintain
appropriate
1
2 3 Reference
4 5 6
a relay that
connects the new TRX to the same
Alarm
Manual
The heat exchanger control unit (HCU) is an air
3) SLOT
6) SUBUNIT NUMBER
temperature
in the cabinet. Temperature in
antenna that level
the broken
conditioning device
the
is using.
1) RACK (CABINET) NUMBER
4) TYPE OF
TRXcabinet
had been
for keeping the temperature of the BTS cabinet
See the document Structure of Alarm Reference
below the range of the operating temperature.
UNIT
The
heat
unit (HCU) is fatally faulty due to 1-6
XX XX XX XX XX XX
within
thecontrol
operational
Manual,
2) SHELF NUMBER
5) UNIT NUMBER
a
HW failure
1
2 3 Reference
4 5 6
limits.
Alarm
Manual.
The heat exchanger control unit (HCU) is an air
3) SLOT
6) SUBUNIT NUMBER
in unit.
conditioning device
1) RACK (CABINET) NUMBER
4) TYPE OF
for keeping the temperature of the BTS cabinet
See the document Structure of Alarm Reference
This alarm does not affect the provided services UNIT
BTS
that the external clock signals 1-6
XX XX XX XX XX XX
withinhas
thedetected
operational
Manual,
of the base station.
2) SHELF NUMBER
5) UNIT NUMBER
from
1 2
3 4 Reference
5 6
limits.a master BTS or LMU are
Alarm
Manual.
3) SLOT
6) SUBUNIT NUMBER
missing.
The HCU is an air conditioning device for
1) rack (cabinet) number
4) type of unit
keeping the temperature
See the document Structure of Alarm Reference
This situation will cause an immediate system
2) shelf number
5) unit number
The
Location
Measurement
(LMU) has
1-6
XX XX XX XX XX XX
of the
BTS cabinet
within theUnit
operational
limits.
Manual,
outage.
3) slot
6) subunit number
reported that the clock
1 2
3 4 Reference
5 6
Alarm
Manual.
synchronisation signals to the BTS are about to
For more information, see Alarm Structure.
be disabled.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
A fault was detected in the serial input/output line 1-6 XX XX XX XX XX XX
3) slot
6) subunit number
of the frequency
1 2 3 4 5 6
hopping processor in the BCFA unit during the
For more information, see Alarm Structure.
self-test of the processor.
1) rack (cabinet) number
4) type of unit
2) shelf number
5) unit number
The software downloading to the frequency
The alarm affects the provided services of the
3) slot
6) subunit number
hopping processor
cell site because
in the BCFA unit has failed. The BTS is unable to
the BCF unit is faulty.
See the document Structure of Alarm Reference
provide service.
Manual,
BCF
Alarm Reference Manual.
This alarm affects the provided services if
frequency hopping
The base control function (BCF) unit is
is used.
responsible for the
operation and maintenance of the BTS. The main
BCF
functions of
the BCF are: loading of the BTS operational file
The base control function (BCF) unit is
packets from
responsible for the
the BSC to the BTS, initialising of the BTS,
operation and maintenance of the BTS. The main
continuous supervision
functions of
The frequency hopping processor has noticed
that the parameters
received for the frequency hopping are not
correct.
Smoke is detected in the BTS cabinet.
This alarm affects the provided services if the
frequency hopping
This alarm may indicate an urgent situation on
is used.
the cell site.
One
of the fan units
in processor
the coolinghandles
fan chain
The frequence
hoping
thefails
to
operate.
hopping
sequences of the
The
BTSBTS.
unitsThis
are still
able to is
operate,
hopping