The ERICSSON commands listed below are for these functions
RLCRP:CELL=ALL; ----------- for viewing all the cells of BSC sites (
BSC )
DTSTP:DIP=ALL; ------------- for viewing state of digital path and
links ( MSC & BSC )
MGSVP: ------------------------ for checking subscribe base ( MSC )
STRSP:R=ALL; ----------------- for checking all route ( MSC & BSC )
dtbli:dip=rblt**;
--------- ----blocking of dip
dtble:dip=rblt**; --------- ------deblocking of dip
rxmsp:mo=rxotg-**,subord; ------- management object status
rxmfp:mo=rxotg-**,subord; ---------- fault print comand for
management object
Ericsson Tips
Here are three sections of Ericsson MML and printout explanations that may be useful. These are
commands which are used on a daily basis, however, explained in greater detail then the face
value they are typically taken for.
If you have any questions feel free to email me, mark.natale@t-mobile.com
Understanding the DIP Quality stats
dtqup:dip=53rblt;
DIGITAL PATH QUALITY
INCOMING AND OUTGOING DIRECTION
DIP
T1
T2
SLIP
SLIP2 UAS
UASR UAV1
53RBLT
13
7
0
0
0
SECTION
ESV
SESV DMV
ESVR SESVR DMVR SFV SFTI
0
0
0
SECTION
ES2V
6
0
0
0
UASB1 UAV2 UASB2
0
0
SES2V DM2V ES2VR SES2VR
DM2VR SMI
2
0
0
17
17
T1 is the number of minutes stats were recorded.
T2 is the number of hours.
In the above example, in the last 13 minutes the DIP took 0 hits.
In the last 7 hours there were 6 errored seconds (ES2V), 2 severely errored seconds (SES2V)
INCOMING, and 17 errored seconds (ES2VR), 17 severely errored seconds OUTGOING.
ESV
Errored Seconds Incoming
ESVR Errored Seconds Outgoing
SESV Severely Errored Second Incoming
SESVR Severely Errored Seconds Outgoing
You can reset these stats, which is usually good to do after a telco repair, by using
dtqsr:dip=53rblt,degr;
dtqsr:dip=53rblt,es,ses,sf;
dtqsr:dip=53rblt,es2,ses2,sf2;
Determining what T1 a specific radio is using
Rxmdp:mo=rxotrx-293-0;
RADIO X-CEIVER ADMINISTRATION
MANAGED OBJECT DEVICE INFORMATION
MO
DEVS
RXOTRX-293-0 RHDEV-837
DEVT
SDEV
RBLT24-2249
1111
The DEVT is the transmission device. Take the device number and divide this by
24. In this case 2249/24 = 93.70833, therefore the DIP would be 93RBLT.



If the transmission device is an RBLT24 the dip will be an RBLT.
If the DEVT is an RBLT3 device, the DIP will be an RB3.
(Example: DEVT RBLT3-300 = 12RB3, RBLT24-300 = 12RBLT)
Checking traffic on a specific radio
You should be familiar with checking if a sector is taking traffic: rlcrp:cell=
To check if a specific radio is taking traffic you would combine this command with
the rxcdp:mo=
[BH2BSC4, BH0580, TG-22]
Rxcdp:mo=rxotg-22;
rxcdp:mo=rxotg-22;
RADIO X-CEIVER ADMINISTRATION
MANAGED OBJECT CONFIGURATION DATA
MO
RESULT ARFCN
RXORX-22-0
CONFIG HOP
NONE
RXORX-22-1
CONFIG HOP
NONE
RXORX-22-2
CONFIG HOP
NONE
RXORX-22-4
CONFIG HOP
NONE
RXORX-22-5
CONFIG HOP
NONE
MO
MISMATCH
RESULT ARFCN TXAD TN BPC
CHCOMB OFFS XRA ICM
RXOTS-22-0-0
CONFIG
638
1
0
6106 BCCH
0 NO ON
RXOTS-22-0-1
CONFIG
638
1
1
6078 SDCCH8
RXOTS-22-0-2
CONFIG
638
1
7
5993 TCH
0 NO ON
RXOTS-22-0-3
CONFIG
638
1
6
5988 TCH
0 NO ON
RXOTS-22-0-4
CONFIG
638
1
5
5985 TCH
0 NO ON
RXOTS-22-0-5
CONFIG
638
1
4
5980 TCH
0 NO ON
RXOTS-22-0-6
CONFIG
638
1
3
5977 TCH
0 NO ON
0 NO ON
RXOTS-22-0-7
CONFIG HOP
4
2
5095 TCH
0 NO ON
RXOTS-22-1-0
CONFIG HOP
4
7
5943 TCH
0 NO ON
RXOTS-22-1-1
CONFIG HOP
4
6
5940 TCH
0 NO ON
RXOTS-22-1-2
CONFIG HOP
4
5
5937 TCH
0 NO ON
RXOTS-22-1-3
CONFIG HOP
4
4
5934 TCH
0 NO ON
RXOTS-22-1-4
CONFIG HOP
4
3
5931 TCH
0 NO ON
RXOTS-22-1-5
CONFIG
638
1
2
5135 TCH
0 NO ON
RXOTS-22-1-6
CONFIG HOP
4
1
5925 TCH
0 NO ON
RXOTS-22-1-7
CONFIG HOP
4
0
5922 TCH
0 NO ON
RXOTS-22-2-0
CONFIG
630
2
0
6096 SDCCH4
RXOTS-22-2-1
CONFIG
630
2
7
6031 TCH
3 NO ON
RXOTS-22-2-2
CONFIG
630
2
6
6025 TCH
3 NO ON
RXOTS-22-2-3
CONFIG
630
2
5
6019 TCH
3 NO ON
RXOTS-22-2-4
CONFIG
630
2
4
6015 TCH
3 NO ON
RXOTS-22-2-5
CONFIG
630
2
3
6009 TCH
3 NO ON
RXOTS-22-2-6
CONFIG
630
2
2
6004 TCH
3 NO ON
RXOTS-22-2-7
CONFIG
630
2
1
2064 TCH
3 NO ON
3 NO ON
rlcrp:cell=bh0580a;
CELL RESOURCES
CELL
BCCH CBCH SDCCH NOOFTCH QUEUED
BH0580A
1
0
8 14- 28
0
CHGR
BPC
CHANNEL
CHRATE SPV
STATE ICMBAND CHBAND 64K
0
5135
TCH-3871
FR
1,2,3
IDLE 1
1900
TCH-3870
HR
1,3
IDLE 1
1900
TCH-3845
HR
1,3
IDLE 1
1900
FR
1,2,3
IDLE 1
1900
5993
TCH-33030
NONE
NONE
5988
5985
5980
TCH-33029
HR
1,3
IDLE 1
1900
TCH-33028
HR
1,3
IDLE 1
1900
FR
1,2,3
IDLE 1
1900
TCH-33149
HR
1,3
IDLE 1
1900
TCH-33148
HR
1,3
IDLE 1
1900
FR
1,2,3
IDLE 1
1900
TCH-33272
HR
1,3
IDLE 1
1900
TCH-33271
HR
1,3
IDLE 1
1900
FR
1,2,3
IDLE 1
1900
HR
1,3
IDLE 1
1900
TCH-33150
TCH-33273
TCH-33513
TCH-33512
TCH-33511 HR
5977
6078
TCH-33759 FR
IDLE 1
1,2,3 IDLE 1
1900
IDLE 1
1900
TCH-33757 HR
1,3
IDLE 1
1900
IDLE 1
1900
SDCCH-37285
IDLE 1
1900
SDCCH-37284
IDLE 1
1900
SDCCH-37283
IDLE 1
1900
SDCCH-37282
IDLE 1
1900
SDCCH-37281
IDLE 1
1900
SDCCH-37280
IDLE 1
1900
SDCCH-37279
IDLE 1
1900
BCCH-37315
BUSY
CHGR
BPC
CHANNEL
1
5095
TCH-31142 FR
CHRATESPV
1900
STATE ICMBAND CHBAND 64K
1,2,3
IDLE 1
1900
TCH-31141 HR
1,3
IDLE 1
1900
TCH-31140 HR
1,3
IDLE 1
1900
TCH-35219 FR
1,2,3
NONE
NONE
1,3
SDCCH-37286
NONE
1900
TCH-33758 HR
6106
5922
1,3
NONE
LOCK 1
1900
NONE
NONE
5943
5940
5937
TCH-35218 HR
1,3
BUSY 1
1900
TCH-35217 HR
1,3
BUSY 1
1900
1,2,3
BUSY 1
1900
TCH-34348 HR
1,3
LOCK 1
1900
TCH-34347 HR
1,3
LOCK 1
1900
1,2,3
BUSY 1
1900
TCH-34465 HR
1,3
LOCK 1
1900
TCH-34464 HR
1,3
LOCK 1
1900
TCH-34565 FR
1,2,3
BUSY 1
1900
TCH-34564 HR
1,3
LOCK 1
1900
1,3
LOCK 1
1900
1,2,3
BUSY 1
1900
TCH-34678 HR
1,3
LOCK 1
1900
TCH-34677 HR
1,3
LOCK 1
1900
TCH-34349 FR
TCH-34466 FR
TCH-34563 HR
5934
5931
5925
TCH-34679 FR
TCH-34784 FR
1,2,3
IDLE 1
1900
TCH-34783 HR
1,3
IDLE 1
1900
TCH-34782 HR
1,3
IDLE 1
1900
1,2,3
IDLE 1
1900
TCH-35065 HR
1,3
IDLE 1
1900
TCH-35064 HR
1,3
IDLE 1
1900
TCH-35066 FR
NONE
NONE
NONE
NONE
NONE
NONE
END
Now to determine if a specific radio is taking traffic, match the Base Physical
Channel (BPC) from the RXCDP to the RLCRP printout. If the state of the
corresponding traffic channel is LOCK or BUSY then there is a call, whether data
or voice, on that channel or timeslot.
Example:
TRU 1:
BPCs
RXOTS-22-1-0
CONFIG HOP
4
7
5943 TCH
0 NO ON
RXOTS-22-1-1
CONFIG HOP
4
6
5940 TCH
0 NO ON
RXOTS-22-1-2
CONFIG HOP
4
5
5937 TCH
0 NO ON
RXOTS-22-1-3
CONFIG HOP
4
4
5934 TCH
0 NO ON
RXOTS-22-1-4
CONFIG HOP
4
3
5931 TCH
0 NO ON
RXOTS-22-1-5
CONFIG
638
1
2
5135 TCH
0 NO ON
RXOTS-22-1-6
CONFIG HOP
4
1
5925 TCH
0 NO ON
RXOTS-22-1-7
CONFIG HOP
4
0
5922 TCH
0 NO ON
From the above printout lets look at Timeslot 0/BPC 5943:
In the printout of resources from rlcrp:cell=bh0580a;
5943
TCH-34349 FR
1,2,3
BUSY 1
1900
TCH-34348 HR
1,3
LOCK 1
1900
TCH-34347 HR
1,3
LOCK 1
1900
NONE
This tells us there is traffic on TS 22-1-0, so TRU 22-1 is taking traffic.
allip:acl=a1; ! Alarm list print : Alarm class critical !< xml="true" prefix="o" namespace="">
allip:acl=a2;
allip:acl=o1;
allip:alcat=apz;
rxcdp:mo=rxotg-0;
rxble:mo=rxocf-0,subord!,force;
rxmfp:mo=rxocf-0,subord,faulty;
rxmsp:mo=rxotg-0,subord;
rxtcp:moty=rxotg,cell=was253b;
rxmop:mo=rxotg-0;
rxmop:mo=rxocf-0;
rxmop:mo=rxotrx-0-0!;
rlcrp:cell=wac168b;
rxapp:mo=rxotg-0;
rxasp:mo=rxotg-0;
! Find SW & Sitename !
! Displays the TEI value !
! Print devices, divide any by 24 to get the DIP !
! Prints the site name !
// Activate & Halt Sectors
rlstp:cell=wdc081c;
rlstc:cell=wan156a,state=halted;
rlstc:cell=wan156a,state=active;
// Check if site is LIVE
Rlsbp:cell=abc001a;
! If CB=YES site is NOT live (Cell Barred) !
// AP File Processing Fault
aploc;
hostname
cdhdsls
afpls -ls NYMSC019 OSSMETRICA | findstr FAILED
afpfti -f NYMSC019 OSSMETRICA
afpls -ls NYMSC019 OSSMETRICA | findstr FAILED
alist
exit
// File Transfer Failures – IOG
Allip:alcat=apz,acl=a1;
Infti:dest=bgw01,file=ttfile00-xxxx,equip=ftam;
--If the INFTI fails with a fault code 10 then do the following:
Imlct:spg=0;
Ilbli:port=1-1-1-1;
! Block internet port, Wait 1 minute !
Ilble:port=1-1-1-1;
End;
Infti:dest=bgw01,file=ttfile00-xxxx,equip=ftam;
// Routes
Strsp:r=route;
! Prints route state !
Strdp:r=route;
! Prints devices, may use param “, state=bloc” !
Exdep:dev=downdevice;
! Prints the SNT !
Ntcop:snt=snt;
! Prints the DIPs with Devices !
-If LIBL Maint check for WO’s, also verify circuit is In Service in granite
-Continuity Check
Blodi:dev=device;
! Blocks device !
Blode:dev=device;
! Deblocks device !
-Try toggling T1 line coding & framing structure
Stdep:dev=updna51-112&&-136;
Blodi:dev=updna51-112&&-136;
Dtbli:dip=25up5;
Dtidc:dip=25up5,lc=0,frs=0;
! Sets LineCoding & Framing Structure to 0 !
Dtble:dip=25up5;
Dtbli:dip=25up5;
Dtidc:dip=25up5,lc=1,frs=1;
! Sets LineCoding & Framing Structure to 1 !
Dtble:dip=25up5;
Dtstp:dip=25up5;
Blode:dev=updna51-112&&-136;
Stdep:dev=updna51-112&&-136;
seqar:r=route !reset route supervision
// DIPs
Dtstp:dip=dip;
Dtqup:dip=dip;
Dtqsr:dip=dip,degr;
Dtqsr:dip=dip,ses,es;
Dtbli:dip=dip;
Dtdip:dip=dip;
! Print state of DIP !
! Print quality stats !
! Reset quality stats !
! Reset quality stats !
! Block DIP !
! Extract SNT !
// RF Loop Test Fault
Rxbli:mo=rxotrx-0-0;
Rxese:mo=rxotrx-0-0;
Rxesi:mo=rxotrx-0-0
Rxlti:mo=rxots-0-0-0
Rxble:mo=rxotrx-0-0;
! Block affected radio !
! Take out of service !
! Bring into service !
! Runs loop test, any FAIL fops needs to replace radio !
! Deblock radio, should be fine !
// Size Alteration Fault IOG (sybue; will stop autobackup)
aploc;
! Command will fail if IOG !
dbtsp:tab=saactions;
! Print database table !
sybue;
! Passivate the backup !
saali;
! Increase size limit !
plldp;
! Check processor load !
sybup:file;
! Force backup !
;
sytuc;
! Sets # of backup files !
sybui:disc;
! Activates backup !
dpwsp;
! Verifies CP states !
// Size Alteration Fault APG (sybue; will stop autobackup)
aploc;
! c:\ Prompt !
mml
! Start MML session from DOS
dbtsp:tab=saactions;
! Print database table !
sybue;
! Passivate the backup !
saali;
! Increase size limit !
plldp;
! Check processor load !
saosp;
! Check operating system !
! If CP seperates after saali run backup immediately.
sybup:file;
! Force backup !
;
sytuc;
! Sets # of backup files !
sybui;
dpwsp;
! Activates backup !
! Verifies CP states !
// AP Proccess Reinitiated, Restarted
Aploc;
Cluster Res
! Verify all resources are ONLINE, otherwise contact Tier 2 !
Alist
! Pay attention to the Alarm Identifier !
! Replace after acease command !
Acease 6023:0
Exit
* IF alarm repeatedly comes back open a ticket w/Tier 2 and call out.
// RP Faults
repri:rp=74;
remri:rp=74,pcb=RPG3;
recri:rp=74;
! Repair Procedure !
! Manual Intervention !
! Repair Check !
// EM Faults
repri:rp=xx,em=xx;
remri:rp=xx,em=xx,pcb=embinterface;;
recri:rp=xx,em=xx;
dpwsp;
// CP Faults, CALL SWITCH/TIER 2
repci:
! CP Repair !
remci:mag=CPU,PCB=CPU-B;
! Manual Intervention !
recci;
! Repair Check !
dpwsp;
// Group Switch Faults
Gsstp;
Gsbli:tsm=tsm-b-30;
Gstei:tsm=tsm-b-30;
Gsble:tsm=tsm-b-30;
Gsstp:tsm=tsm-b-30;
! Prints GS’s & States !
! Blocks GS !
! Tests GS !
! Deblocks GS !
! < xml="true" prefix="st1" namespace="">Prints State !
// Group Distributed Faults
Gdstp;
gdstp:unit=XM-A-1-2,detail;
gdbli:unit=XM-A-1-2;
gdtei:unit=XM-A-1-2;
gdble:unit=XM-A-1-2;
// SDIPs
Tpcop:sdip=sdip
Dtdip:dip=dip
Ntcop:snt=snt
Stdep:dev=rblt3-4728&&-4772
!Print the VT1’s and DIPs associated;
!Print the SNT!;
!Print DIPs and T1s!;
!Print state of devices, often you will find them MBL, if not test T1!;
// Continuity Check Failure
tccfp:dety=UPDNAM;
!We are looking to print the DEV
stdep:dev=UPDNAM-19365; !Print the state of the DEV
blodi:dev=UPDNAM-19365;
!Block the DEV
blode:dev=UPDNAM-19365; !Deblock the DEV
If the alarm comes back a TT will need to be sent to the switch
// SNT TRA Channel Faults
Radrp:dev=RTTAH1D-514&&-543; ! Prints RP/EM for devices !
Exemp:rp=261,em=7;
! Prints EM data !
Dpecs:rp=261,cm=7;
! Sets/Resets EM Control !
// SNT Faults
Ntcop:snt=snt;
Ntbli:snt=snt;
Nttei:snt=snt;
Ntble:snt=snt;
! Blocks SNT !
! Tests SNT !
! Deblocks SNT !
// Network Synchronization Fault
nsdap;
nsbli:ext=ext-1;
nstei:ext=ext-1;
nsble:ext=ex-1;
// EDGE
rlbdc:cell=nj8041a,numreqegprsbpc=0,chgr=0; ! Deactivate EDGE !
rlbdc:cell=nj8041a,numreqegprsbpc=4,chgr=0; !Activate EDGE !
rlbdp:cell=nj8041a; ! Status EDGE !
// SNT MUX faults
Rrtbi:dev=x;
Rrtbe:dev=x;
! Blocks devices !
! Deblocks devices !
// DPECS RP Faults
Dtdip:dip=24rblt;
Ntcop:snt=ETRBLT4-6,dipinf;
Stdep:dev=RBLT24-576;
Radrp:dev=RBLT24-576;
Exemp:rp=66,em=8;
Dpecs:rp=292,cm=0;
// System Test
Test system;
End test;
// Semi perm connection faults
Exscp:name=rk05067-smlc;
! Should populate in NETX !
! Prints data !
// Software Errors
Syrip:survey;
// SNT Faults
ntcop:snt=UPETNAM-18
exdrp:dev=UPETNAM-18
exrpp:rp=290; !RP's run in parallel - we need to switch it to the other processor. This will list the other
processor
dpecs:rp=291,cm=4; !switch rp
dpecs:rp=290,cm=4; !switch back
If alarm doesn't clear sent to switch
Find the event that lists YES
Copy the Code, INF1, INF2 and remove all spaces
Choose correct link BSC or MSC
http://10.16.2.251/ericsson/errors/msc/totals/
http://10.16.2.251/ericsson/errors/bsc/totals/
Open newest document
Search (Control+F) for the code/inf1/inf2 string
If not found, create ticket to Tier 2 Ericsson..
Include entire line where event=yes
Run below command and include from start of printout to end of Faulty Block
Syrip:event=x,noprint=all;
! Prints out faulty block, clears alarm !
/
\
| BLOCK=block /
\|
LASLP: +
|,PXPRINT|+ ;
| BN=bn
\
/|
\
/
laslp:bn=h'025C;
If h'025C doesn't work invert the INF1 block to h'5C02
This will give you the block. Open Tier II's website and goto Ericsson -> East SR's -> GSM CSR LIST
Do a Ctrl + F on the block on the website. If it is found then Tier II & Ericsson are aware of the software
problem and will release a patch in the future.
saaep:sae=451; Do the saactions and find the block. Use Alex to search what this block represents.
// Backup Commands
Sybup:file;
Sytuc;
Sybui:disc;
// SS7 Status/Bouncing
S7lsp:ls=211-172-204;
S7lai:ls=211-173-199,slc=8;
S7lae:ls=211-173-199,slc=8;
S7dep:dest=211-173-0;
S7pcp:dest=all;
S7dep:dest=211-173-199;
S7slp:ls=211-196-209;
S7glp:ls=211-196-209;
S7opp;
S7rsp:dest=all;
// Ports Block Deblock
Imlct:spg=0;
Ilbli:np=1-1-4-1;
Ilble:np=1-1-4-1;
Ilnpp:np=1-1-4-1;
End;
! Use if linkset unavailable !
! Blocks SLC !
! Deblocks SLC !
! Use if destination alarm !
! Print SS7 link & cilli !
! Print all signalling routing data !
! Allows for IO commands !
! Blocks port !
! Deblocks port !
! Prints state !
! Exits from IO !
// Seizure Supervision of Devices (BSC)
Rasap;
! Prints state of devices, if continually busy assign to switch !
Rasar:dety=ralt3;
! Resets supervision alarm, ralt3/ralt24 !
// NSVCI
Rrgbp;
Rrvbi:nsvci=13562;
Rrnse:nsvci=13562;
Rrnsi:nsvci=13562;
Rrvbe:nsvci=13562;
Radrp:dev=RTGPHDV-64;
Blrpi:rp=483;
Rlgrp:cell=abc123a;
Rlgsp:cell=abc123a;
! Prints Sites on BSC data state !
! Blocks down NSVCi !
! Takes the NSVCi OOS !
! Restores NSCVi to service !
! Deblocks NSVCi !
! Prints RP !
! Block & Deblock RP if West Coast recommends !
! Print # of active pdch on cell !
! Print gprs data for cell !
// Cell Logical Chan Seiz Sprvsn SDCCH/TCH
Rlvlp;
! Prints supervision of cells, all should be Included !
Rlvap;
! Prints any busy channel sites (Test T1) !
Rlvar:chtype=sdcch;
! Resets supervision !
// Cell Seizuer Sprvsn of Log Chan Cell Sites
Rlvle:cell=wac168,chtype=sdcch; ! Ends supervision !
Rlvli:cell=wac168,chtype=sdcch;
! Starts supervision !
// Rad Transcoder Pool Self Config Timeout
Rrpar;
! Resets alarm, if continually comes in assign to Tier 2 !
// Rad Transcoder Pool Mean Hold Time
Rrmsp:trapool=all;
Rrmse:trapool=all; !or trapool=x!
Rrmsi:trapool=all,acl=a2;
// Rad Transcoder Pool blocking
Rrtpp:trapool=all,printdev;
Rrtpi:trapool=x;
Rrtpe:trapool=x;
Rrtpp:trapool=x,printdev;
! Blocks trapool !
! Deblocks trapool !
! Prints all devices belonging to transcoder pool !
// User Exceeded Access Attempts (IOG)
Iouae:user=username;
! Cancels user !
Iouai:user=username;
! Reinstates user !
! IF user requests password reset !
Iougp;
! Prints user groups !
Iouar:user=username;
! Removes account from element !
Ioual:user=username,psw=password,usergr=usergroup;
! Add user back !
// Security alarms in APG
aploc;
! Inits AP Local mode !
alist
net user
! Lists all users on system, email, call user to verify it was them logging in !
acease xxxx:x
! Ceases alarm !
exit
! Exits local mode !
// Disturbance Supervision Routes
Dudap:r=route;
! Prints supervision data !
Dudar:r=route;
! Resets alarm !
// Ali Faults
! These are the whiteboards the switch sees alarms on !
Alalp;
! Prints ALI status !
Albli:ali=x;
! Block ALI !
Alble:ali=x;
! Deblock ALI !
// Seizure Supervision MSC
Setip;
Setar;
! Prints supervision data !
! Resets alarm !
// APG check node status
! Logs in local mode, checks AP state, verifies node your in, checks all resources are ONLINE, and prints
alarm list !
Aploc;
Prcstate
Hostname
Cluster Res
Alist
// Test Systems
Test System;
! Inits a test system alarm to NETX !
End Test;
! Ends the test !
! Below will clear a stuck Test System alarm in the element, however this really shouldn’t be run !
Iocmi:IO2=NVT-779;
End test;
Iocme;
Iocmi:io2=at-xx;
End test;
Iocme;
// Print all BSCs on MSC
Mgbsp:bsc=all;
// Find Neighboring Cells
Rlncp:cell=bas055a;
// Semi perm connected devices
Exscp:dev=x;
Exsce:dev=x;
// Set allip times
alltc:time=1930&1932;
alltp;
calcp;
// Accounting Class Data Output Alarm
Acolp;
! Data Print !
Acoar;
! Alarm Reset !
// Power Boost on 2106
Rxbli:mo=rxotrx-27-0,subord,force;
Rxese:mo=rxotrx-27-0,subord;
Rxmoc:mo=rxotx-27-0,mpwr=47;
Rxmop:mo=rxotx-27-0;
// Metrica Status
Imlct:spg=0;
Sddop:objtype=cp,area=oper;
! Print status of metrica counters !
Sddci;
! Inits stat counter !
Sddti;
! Inits translation tables !
Sddop:objtype=cp,area=oper;
! Verify metrica counters are active !
End;
Sdfop:rptid=all;
! List reports and attached files !
Sdtpp:mp=all;
! Print measurement program info !
Sdtpi:mp=0;
! End measurement program !
Sdtpe:mp=0,date=yyyymmdd,time=hhmm,int-15;
! Start measurement program !
// Network Synchronization
Nsdap;
Nsbli:dip=1ralt;
Nstei:dip=1ralt;
Nsble:dip=1ralt;
! Print network sync supervision data !
! Block dip for network sync !
! Test the network sync device !
! Deblock the dip for network sync !
// Volume Table Info
Inmct:spg=0;
Invop;
Invop:vol=callvolume;
Ilrop:rot=all;
! Lists volume tables !
! Check call volume !
! DCS route data !
// ABIS Path Unavailable
Rxapp:mo=rxotg-10;
! Abis Path status !
Rxapi:mo=rxotg-10,dcp=10,dev=rblt24-10; ! Adds dev to tg as dcp x !
Exdai:dev=rblt24-1010;
! In service for added dev !
Blode:dev=rblt24-1010;
! Deblock added dev !
Stdep:dev=rblt24-1010;
! Dev status !
Rxapp:mo=rxotg-10;
! Verify added dev are on abis path !
! Then reload radio with fault !
// Forlopp Printouts
Syfap:all;
Syfup;
Syfip:fid=xxxx;
Syfsp;
! Prints all active forlopps !
! Prints forlopp duration supervision !
! Prints users connected to forlopp !
! Prints forlopp execution status !
// Forlopp Release
Rxmop:mo=rxotg-10;
! Prints sw version and tg forlopp id !
Syfip:fid=h’022c-0000;
! Prints user connected to forlopp !
Syfri:fid=h’022c-0000,filenum=h’1,ind=h’27cb,block=rxcmoo; ! Init forlopp release on block/fid !
// CPT Fault
Imlct:spg=0;
Illbi:np=1-1-1-3-1;
Illbi:np=1-1-1-3-2;
Illbi:np=1-1-1-3-3;
Illbi:np=1-1-1-3-4;
Illbe:np=1-1-1-3-1;
Illbe:np=1-1-1-3-2;
Illbe:np=1-1-1-3-3;
Illbe:np=1-1-1-3-4;
End;
! Block cpt link 1 !
! Block cpt link 2 !
! Block cpt link 3 !
! Block cpt link 4 !
! Block cpt link 1 !
! Block cpt link 2 !
! Block cpt link 3 !
! Block cpt link 4 !
// Sytuc fault code 53
Infit:file1=file_a,file2=file_b;
! Copy file a to file b, a is unchanged, can take 20min to clear !
// Continuity Check Failure
Tccfp:dety=upd53p;
Stdep:dev=upd53p-1000;
Blodi:dev=upd53p-1000;
Exdae:dev=upd53p-1000;
Exdai:dev=upd53p-1000;
Tccci:dev=upd53p-1000;
Strdp:r=jklvm1o;
! Print cont check fault data !
! Print device state details !
! Block device !
! Place device OOS !
! Place device in service !
! Perform cont check test !
! Print route device state !
// Signalling Fault Supervision
Faiap:r=all;
Faiar:r=routeo&routei;
! Print signalling fault supervision devices !
! Reset fault supervision alarm !
// Transaction Logs
! Prints log of users running specific cmds at specific times !
Mcstp:command=allip,user=mnatale,stime=0030,sdate=20060319,etime=0030,edate=20060320;
// SP Trace System
Imlct:spg=0;
Imtsp;
! Prints test system info !
Imtsi:mode=nosig,node=all;
! Activate test system !
Imtse:node=all;
! Deactivate test system !
// Miscellaneous Cell Admin Commands
Rlbdc:cell=abc123a,numreqbpc=8; ! Reset bpcfail on timeslots !
Rlstp:cell=all,state=active;
! Print all active cells !
Rlstp:cell=all,state=halted;
! Print all halted cells !
Rldep:cell=abc123a;
! Print cell description data !
Rlnrp:cell=abc123a,cellr=all;
! List external neighbor cells !
Rlncp:cell=abc123a;
! To internal neighbor cells !
Rlcpp:cell=abc123a;
! Cell power data print !
Rlcfp:cell=abc123a;
! Radio Frequencies !
Rldgp:cell=all;
! Prints cell chgr data !
Rllap:lai=310-27-40540;
! Prints cells in LAI !
Mgsar:log=unknown;
! Reset logs !
Mgsgp:log=grey,nlog=all;
! Print imei log !
Mgaar;
! Reset authentication !
Mgarp:nlog=all;
! Print failed authentication log !
Cofar;
! reset file congestion !
Rrmar:trapool=all;
! Reset trapool !
Rxpli:mo=rxocf-10,uc;
! Load software to CF !
Rlsli:cell=abc123a,sctype=(ul/ol); ! Logical chan supervision init !
// MISCELLANEOUS
Exrpp:rp=all;
! RP Data Print !
Plldp;
! Check Processor Data Load !
Mgcep:cell=all;
! Print all cells connected to MSC respective BSC !
Rablp:dety=all;
! Check supervision on for devices !
Rrmsp:trapool=all;
! Check transcoder supervision !
Sybtp;
! Check backup time !
Saosp;
! Print O/S info !
Rxelp:mo=rxotg-13;
! Error Log !
Apamp;
! Prints AP Maintenance Tables !
Rxhdp:mo=rxots-13-0-0&&-7;
! Maps MAIO to TS !
Rlbdp:cell=wan010a;
! Defined Logical Channels !
Rlslp:cell=wan036a;
! Number of Logical Channels available !
Rldep:cell=wan010a;
! Description Data !
Rlcfp:cell=wan010a;
! Frequencies on site !
Rlchp:cell=wan010a;
! Channel Groups and MAIOs !
Rlnrp:cell=wan010a,cellr=wan010b; ! Neighbor relation parameters !
Rlnrp:cell=wan010a,cellr=all;
! All Neighbor relations !
Rlsbp:cell=wdc018c;
! Cell Barred !
Imlct:spg=0;
! To access counters in non-APG 40 BSCs !
Sdtdp:rptid=101,objtype=celtchf,obj=wan010a,int=15;
! Drops and Traffic for 15 minutes !
Sdtdp:rptid=165,objtype=cltchdrf,obj=wan010a,int=15;
! Detailed Drops for last 30 minutes !
Sdtdp:rptid=151,objtype=ncellrel,obj=wan010a-wan010b,int=1;
! Handover stats within BSC for last hour !
Sdtdp:rptid=150,objtype=necellrel,obj=wan010b-wdc039a,int=2;
! Handover stats to site outside BSC for last 2 hours !
Sdtdp:rptid=210,int=15;
! Drops per Timeslot report for all day yesterday !
Sdtdp:rptid=234,objtype=celtchh,obj=wdc018c,int=24;
! HR Drops for all day yesterday !
Sdtdp:rptid=241,objtype=cltchdrah,obj=wdc018c,int=24,per=cur;
! Detailed HR Drops for all day today !
End;
! To get out of counters !
! To access counters in APG 40 BSCs !
Aploc;
! Drops and Traffic from midnight to 9 am !
Stmfo -i -z LF -b 200408010000 -s 200408010900 -d drops_til_9am_aug01 CELTCHF
! Detailed Drops !
Stmfo -i -z LF -b 200408010000 -s 200408010900 -d detaileddrops_9am_aug01 CLTCHDRF
// Daily NSS
dpwsp;
caclp;
allip;
test system;
end test;
infdp;
chodp:fn=tt;
infsp:file=ttfile01,dest=bgw02,order=last;
strsp:r=all;
blorp;
s7lsp:ls=all;
s7ncp:sp=all,ssn=all;
mgcop:giwu=all,giwsu=all;
c7ltp:ls=all;
strdp:r=miwud;
// Call Routing & Tracing
! Tracing a call from an Ericsson MSC, run from an MSC !
Extpe:bnb=19736443927;
! Clears your test # from switch !
Extpi:bnb=19736443927;
! Initiates the test # !
Tctdi:bnb=dialed,anb=dialedfrom ! Test phone will ring, answer it !
Con;
! Connects the two !
End;
! Ends the call !
TCTDI:BNB=(DIALED DIGITS),BO=30;
presentation
replicates a mobile originated call, without an “A” number
TCTDI:BNB=(DIALED DIGITS),BO=10;
replicates an incoming from PSTN call through tree 10.
(replicates a call from Outside our network after it hits our switch)
So….. you’ve replicated the error by making a test call.. and now you want to see how its routing from the
switch
All mobile originated calls route from tree 30. 30 is the starting origin…
So you will start like this:
Anbsp:b=30-1(NPANXX);
Example:
<anbsp:b=30-1610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:24:01
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N
30-1
ROUTE
CHARGE L
A
CC=1 L=1-11
30-16
L=4-11
30-161
30-1610
F=90
The above shows you how its going out of tree 30 and is telling you that you will take the Full digits to tree 90
(F=90) so your next command will be:
Anbsp:b=90-1610863;
<anbsp:b=90-1610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
B-NUMBER ANALYSIS DATA
OPERATING AREA
09:26:40
B-NUMBER
90-1
MISCELL F/N
ROUTE
N=190
CHARGE L
A
L=11
BNT=4
END
The above is showing you how the switch is going to break out the code..it is saying from tree 90 you will
take the next past the “1” to tree 190. So your next command will be like this:
Anbsp:b=190-610863;
<notice NO 1
<anbsp:b=190-610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:29:31
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N
ROUTE
CHARGE L
A
190-6
190-61
190-610
F=189 RC=86
D=3-1
TRD=610
END
The above is showing you again how it is breaking out the code further. Even though you see a routing case
here, that’s not necessarily where it stops in the rougting.. but the code might default back here…
So you will follow the map that its outlining further.. it is telling you above to take the FULL to tree 189
(F=189)…so your adding the one back….(FYI..tree 189 is where we would break out mobile codes…if Tmobile
had a block of code in this npa-nxx)
Anbsp:b=189-1610863;
<anbsp:b=189-1610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:33:25
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N
ROUTE
CHARGE L
A
189-1
N=189
END
The above is telling you to take the NEXT to tree 189 (N=189)so you will run the following:
Anbsp:b=189-610863;
<anbsp:b=189-610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:34:23
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N
ROUTE
CHARGE L
A
189-6
189-61
189-610
189-6108
189-61086
189-610863
F=200
END
This is again telling you to take the FULL to tree 200…so you will run this:
Anbsp:b=200-1610863;
< notice the 1 back in there
<anbsp:b=200-1610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:36:02
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
200-1
END
The next past the 1 again to tree 200:
MISCELL F/N
N=200
ROUTE
L=11
CHARGE L
A
Anbsp:b=200-610863;
<anbsp:b=200-610863;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:37:01
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N
ROUTE
CHARGE L
A
200-6
200-61
200-610
200-6108
200-61086
200-610863
RC=481
END
OH WOW>.. look your at the end.. you have the ending routing case!! YAY.. it didn’t default back to RC
86…so now lets see what we do with RC=481
ANRSP:RC=481;
<ANRSP:RC=481;
NE: NYMSC08 ID: 3956060 TIME: 01/31/2006
09:39:02
ROUTING CASE DATA
OPERATING AREA
RC CCH BR
ROUTING
SP DATA
481 YES
P01=1 R=IMG008O BB1 COT EST SI
0
0 0 0
ESS ESR
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P01=2 R=IMG108O
0
BB1 COT EST SI
0
0
0
BNT RN SPR OLI OLI2
00 0
ESS ESR
ISC FCP D
0
P01=3 NRC=498
END
<The frist thing you look at one your looking at the routing case is the PO1 (or the first position of the
routing). In the case above.. all calls from NYMSC 8 to pennsylania code 610863, takes an IMT to Gateway
00 (IMG008o). <kinda translated like inter-machine Gateway 00 from msc 8 originate)
SO…YOUR NOT DONE!
Your call was failing from MSC 8..but it looks like MSC 8 is doing its job and sending the call appropriately to
gateway 00…..hmm… maybe the problem is there…so.. guess what your going to do now???
You got it….!! You now will go into Ericsson GMSC 00 and do the same thing as above !!!!
Until you find the error.. or you find the outside (maybe) source that is not properly routing the call out of our
switches.
// Radio Transmission Transcoder and Rate Adaptor Fault
rrtbi:dev=RTTGD-25,force;
rrtbe:dev=RTTGD-25;
!If there is a call on this device it will drop it !
! Unblock the transcoder device !
Dealing with cell supervision alarms< xml="true" prefix="o" namespace="" ns="urn:schemas-microsoftcom:office:office">
A2/APT "NEBSC001HB00001" 340 070206 1849
CELL LOGICAL CHANNEL AVAILABILITY SUPERVISION
CELL
SCTYPE CHTYPE CHRATE SPV
BS608B
TCH
FR
1
First, we can check the whole sector for supervision data. The above A2 alarm printout tells us the fault is on a full rate
TCH (traffic channel) with an SPV value of 1.
<rlslp:cell=bs608b;
CELL SUPERVISION OF LOGICAL CHANNEL AVAILABILITY DATA
CELL
SCTYPE
BS608B
ACTIVE
YES
CHTYPE CHRATE SPV LVA ACL NCH
BCCH
1 A1
1
SDCCH
8 A2
8
TCH
FR
1
12 A2
6
TCH
FR
2
0 A3
6
TCH
FR
3
0 A3
6
TCH
HR
1
0 A3 12
TCH
HR
3
0 A3 12
CBCH
0 A2
0
END
Anytime the LVA or (Limit Value for Availability) is greater than the NCH (Number of Available channels) this alarm
will be generated. Otherwise we can reset the supervision.
Rlsle:cell=bs608b;
This will turn off supervision on a sector. No new alarms will be generated.
Rlsli:cell=bs608b;
Supervision will be turned back on. Again, this is only a temporary fix if the LVA value is set too high. The switch
will be able to change the LVA to prevent it from alarming in the future.
B-Number Analysis is used trace the journey though the switches and BSC's. I traced mine out
of boredom today and come up with some interesting results.
First, B-Number analysis uses your NPA-NXX to find the routing sequence. My phone number is
484-832-1502. I then use just 484-832 in my analysis.
<anbsp:b=30-1484832;
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N
30-1
30-14
30-148
END
ROUTE
CHARGE L
CC=1 L=1-11
L=4-11
A
F=90
The default tree in our network always starts with trunk 30. The anbsp command is analysis b
spec print. The number we are mainly looking at is the route. Next, we basically run the same
command but replace the tree with 90.
<anbsp:b=90-1484832;
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N ROUTE
90-1
N=190
BNT=4
END
CHARGE L
A
So, we did two routing analysis and we are making progress. Let's keep going.
<anbsp:b=190-484832;
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N ROUTE
190-4
190-48
190-484
F=189 RC=1421
D=3-1
TRD=484
END
Keep moving...
CHARGE L
A
<anbsp:b=189-484832;
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N ROUTE
189-4
189-48
189-484
189-4848
189-48483
F=200
CHARGE L
A
CHARGE L
A
END
<anbsp:b=200-484832;
B-NUMBER ANALYSIS DATA
OPERATING AREA
B-NUMBER
MISCELL F/N ROUTE
200-4
200-48
200-484
200-4848
200-48483
200-484832
RC=480
END
Now, as you can see above we have finished our B number analysis and now we have a routing
case.
My first route is actually LNPQRY. This sounds about right because I ported my number into TMobile. LNPQRY is a Local Number Portability Query. After that the trunks are listed in order.
But we are not done. The last IMT route goes to NYGMSC00 though our use of granite. After we
populate the BSC / MSC in remedy, we can query by trunk group. We just need to drop the I or
O from the trunking name. But, even after all this we are not finished. We have to do the same
steps on GMSC0.
<anrsp:rc=480;
ROUTING CASE DATA
OPERATING AREA
RC CCH BR
ROUTING
SP DATA
480 YES TN -0 P01=1 R=LNPQRY
BB2 COT EST SI ESS ESR
0
0 1 0
BNT RN SPR OLI OLI2
4 00 0
ISC FCP D
0
P01=2 R=90TG0UO BB2 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P01=3 R=IMG1G0O BB1 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P01=4 R=IMG2G0O BB1 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P01=5 R=IM22G0O BB1 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P01=6 NRC=498
TN -1 P02=1 R=90TG0UO BB2 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P02=2 R=IMG1G0O BB1 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P02=3 R=IMG2G0O BB1 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P02=4 R=IM22G0O BB1 COT EST SI ESS ESR
0
0 0 0
BNT RN SPR OLI OLI2
00 0
ISC FCP D
0
P02=5 NRC=498
END
MO Status
BLL Blocked due to loading
BLT Blocked due to testing
MBL Manually blocked
BLO Automatically blocked
BLA Blocked due to Activity Needed