MHA Parameters
active (Active)
Parameter name Active
Abbreviated
active
name
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Defines MHA as AISG MHA or Non-AISG
Description
MHA. Selectable values is 0 (false)= Non-AISG
MHA and 1 (true )= AISG MHA .
Range
false (0), true (1)
Step
Unit
 false => 0
Formula for
 true => 1
getting internal
value
Default value
Default value
notes
Related
functions
System
information
Modification
BTS restart needed
mhaType of MHA - If Active parameter value is
Related
false there is relation to MHA type and delay
parameters
values used in RTT (antennaRoundTripDelay).
Parameter
relationships
Feature
dependencies
 EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in RNC
GUI
RAC DB Table RAC DB
Column
RAC user
interface name
Table 105:
Active
aisgProtocol (AISG protocol version)
Parameter name AISG protocol version
Abbreviated name aisgProtocol
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
AISG protocol version
Note: Parameter is not seen in upload file in
Description
this release, because BTS SW is not providing
those due to feature content change.
Range
2...255
Step
1
Unit
Formula for
getting internal
internal_value = gui_value
value
Default value
Default value
notes
Related functions System
information
Modification
Not modifiable
Related
parameters
Parameter
relationships
 RAN1852 RET Device Naming
Feature
(standard)
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user
interface name

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 106:
AISG protocol version
alarmThresholdLevel (Fault threshold level)
Parameter name
Abbreviated
name
3GPP name
Managed object
Parameter group
Category
Multiplicity
Description
Range
Step
Unit
Formula for
getting internal
value
Default value
Default value
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Feature
dependencies
Fault threshold level
alarmThresholdLevel
MHA
1
Defines a configurable fault threshold level for
the mast-head amplifier, used if the MHA fault
detection parameter has the value 1 (in use).
Default value is depending on Flexi Filter (FF).
120...775
1
mA
internal_value = gui_value
165 mA
BTS restart needed



Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name
Table 107:
EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp
Fault threshold level
antBandList (Antenna band list)
Parameter name
Antenna band list
Abbreviated name antBandList
3GPP name
Managed object
MHA
Parameter group
Category
Multiplicity
4
A list containing: operating frequency band,
Description
beamwidth and the operation gain
 antBeamwidth
 antOperFreqBand
Child parameters
 antOperGain
Formula for getting
internal value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter
relationships
On-Line
-
Feature
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user interface
name

RAN1852 RET Device Naming
(standard)



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS 25.463
-
Table 108:
Antenna band list
antBeamwidth (Antenna beamwidth)
Parameter name Antenna beamwidth
Abbreviated
antBeamwidth
name
3GPP name
Beamwidth in each operating band in band order
Managed object
Parameter
group
Category
Multiplicity
Description
Range
Step
Unit
Formula for
getting internal
value
Default value
Default value
notes
Special value
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Feature
dependencies
MHA
1
The antenna beamwidth for the band. Some RET
types may automatically update the beamwidth
information based on the configuration data
downloaded into the RET device. Some devices
may also restrict ovewriting the field.
0...360
1
deg
internal_value = gui_value
0 = unused (0)
On-Line
-
Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS 25.463
-
Table 109:
Antenna beamwidth
antOperFreqBand (Antenna operating frequency band)
Parameter name
Abbreviated
name
3GPP name
Managed object
Parameter group
Category
Multiplicity
Antenna operating frequency band
antOperFreqBand
Antenna operating band(s)
MHA
1
Antenna operating band(s):
1 - 3GPP band I: 2100 MHz
2 - 3GPP band II: 1900 MHz
3 - 3GPP band III: 1800 MHz
4 - 3GPP band IV: 1700 MHz
5 - 3GPP band V: 850 MHz
6 - 3GPP band VI: 800 MHz
Description
7 - 3GPP band VII: 2600 MHz
8 - 3GPP band VIII: 900 MHz
9 - 3GPP band IX: 1800 MHz
10 - 3GPP band X: 1700 MHz
11 - 3GPP band XI: 1500 MHz
12 - 3GPP band XII: 700 MHz
13 - 3GPP band XIII: 700 MHz
14 - 3GPP band XIV: 700 MHz
Band I (1), Band II (2), Band III (3), Band IV
(4), Band V (5), Band VI (6), Band VII (7),
Range
Band VIII (8), Band IX (9), Band X (10), Band
XI (11), Band XII (12), Band XIII (13), Band
XIV (14)
Step
Unit
gui ==> internal
Band I ==> 1
Band II ==> 2
Band III ==> 3
Band IV ==> 4
Band V ==> 5
Formula for
Band VI ==> 6
getting internal Band VII ==> 7
value
Band VIII ==> 8
Band IX ==> 9
Band X ==> 10
Band XI ==> 11
Band XII ==> 12
Band XIII ==> 13
Band XIV ==> 14
Default value
Default value
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Feature
dependencies
On-Line
-
Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS 25.463
-
Table 110:
Antenna operating frequency band
antOperGain (Antenna operation gain)
Parameter name Antenna operation gain
Abbreviated
antOperGain
name
3GPP name
Gain in each operating band in band order
Managed object MHA
Parameter group Category
Multiplicity
1
The antenna gain for the band. Some RET types
may automatically update the gain information
Description
based on the configuration data downloaded into
the RET device. Some devices may also restrict
ovewriting the field.
Range
0...25.5
Step
0.1
Unit
dBi
Formula for
getting internal internal_value = gui_value * 10
value
Default value
Default value
notes
Special value
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Feature
dependencies
0 = unused (0)
On-Line
-
Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS 25.463
-
Table 111:
Antenna operation gain
antBearing (Antenna bearing)
Parameter name
Antenna bearing
Abbreviated name
antBearing
3GPP name
Antenna Bearing
Managed object
MHA
Parameter group
Category
Multiplicity
1
Description
Antenna Bearing
Range
0...359.9
Step
0.1
Unit
deg
Formula for getting
internal_value = gui_value * 10
internal value
Default value
Default value notes
-
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
On-Line
 RAN1852 RET Device Naming
(standard)
Interfaces
References



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface name Table 112:
Antenna bearing
antModel (Antenna model number)
Parameter name
Antenna model number
Abbreviated name
antModel
3GPP name
Antenna model number
Managed object
MHA
Parameter group
Category
Multiplicity
1
Description
Antenna model number
Range
0...15
Step
Unit
characters
Formula for getting
internal_value = gui_value
internal value
Default value
Default value notes
Related functions
System information
Modification
On-Line
Related parameters
Parameter relationships  RAN1852 RET Device Naming
Feature dependencies
(standard)
Interfaces



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
References
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface name -
Table 113:
Antenna model number
antSerial (Antenna serial number)
Parameter name
Antenna serial number
Abbreviated name
antSerial
3GPP name
Antenna serial number
Managed object
MHA
Parameter group
Category
Multiplicity
1
Description
Antenna serial number
Range
0...17
Step
Unit
characters
Formula for getting
internal_value = gui_value
internal value
Default value
Default value notes
Related functions
System information
Modification
On-Line
Related parameters
Parameter relationships  RAN1852 RET Device Naming
Feature dependencies
(standard)
Interfaces
References
Location in RNC GUI
RAC DB Table
-



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
RAC DB Column
RAC user interface name Table 114:
Antenna serial number
antlId (Antenna line identifier)
Parameter name
Antenna line identifier
Abbreviated name
antlId
3GPP name
Managed object
MHA
Parameter group
Category
Multiplicity
1
Identifies the specific antenna line assigned
Description
to the MHA.
Range
1...18
Step
1
Unit
Formula for getting
internal_value = gui_value
internal value
Default value
Default value notes Related functions
System information Modification
BTS restart needed
antlId of ANTL - Identifies the specific
Related parameters
antenna line id assigned to the MHA.
Parameter
Identifies the specific antenna line id
relationships
assigned to the MHA.
Feature dependencies  EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface
name
Table 115:
Antenna line identifier
baseStationID (Base station ID)
Parameter name
Base station ID
Abbreviated name
baseStationID
3GPP name
Base Station ID
Managed object
MHA
Parameter group
Category
Multiplicity
Description
Range
Step
Unit
Formula for getting
internal value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
1
Base Station ID
0...32
characters
internal_value = gui_value
On-Line
 RAN1852 RET Device Naming
(standard)
Interfaces
References



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface name Table 116:
Base station ID
connection (Connection)
Parameter name
Connection
Abbreviated name connection
3GPP name
Managed object
MHA
Parameter group
Category
Multiplicity
1
Defines the connection type for MHA/LNA.
Description
Expected values: Internal | Shared | External
Range
Internal (0), Shared (1), External (2)
Step
Unit
-
gui ==> internal
Formula for getting Internal ==> 0
internal value
Shared ==> 1
External ==> 2
Default value
Default value notes Related functions
System information Modification
BTS restart needed
Related parameters Parameter
relationships
Feature
dependencies
 EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user interface
name
-
Table 117:
Connection
downlinkDelay (Downlink delay)
Parameter name Downlink delay
Abbreviated
downlinkDelay
name
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Defines the "other" type of MHA delay in the
downlink direction. If the BTS Site Manager is
Description
used to calculate RTT delay, this value must be
specified for an "Other" type MHA.
Range
0...1000
Step
1
Unit
ns
Formula for
getting internal internal_value = gui_value
value
Default value
Default value
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Feature
dependencies
0 ns
BTS restart needed
antennaRoundTripDelay of ANTL - Delays from
passive mode MHA is added to
antennaRoundTripDelay value by formula
defined in antennaRoundTripDelay parameter
description.
mhaType of MHA - When passive mode "other"
type MHA is used, Downlink delay needs to be
defined other cases keep empty.



Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name
EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp
-
Table 118:
Downlink delay
gainResolution (Gain resolution)
Parameter name Gain resolution
Abbreviated name gainResolution
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Gain resolution given as the gain resolution
figure expressed in dB.
Description
Note: Parameter is not seen in upload file in
this release, because BTS SW is not providing
those due to feature content change.
Range
Step
Unit
Formula for
getting internal
value
Default value
Default value
notes
Related functions
System
information
Modification
Related
parameters
Parameter
relationships
0...99
0.01
dB
internal_value = gui_value * 100
Not modifiable
-
Feature
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user
interface name

RAN1852 RET Device Naming
(standard)

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 119:
Gain resolution
installDate (Installation date)
Parameter name
Installation date
Abbreviated name
installDate
3GPP name
Installation Date
Managed object
MHA
Parameter group
Category
Multiplicity
1
Description
Installation Date
Range
0...6
Step
Unit
characters
Formula for getting
internal_value = gui_value
internal value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
On-Line
 RAN1852 RET Device Naming
(standard)
Interfaces
References



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface name Table 120:
Installation date
installerID (Installers ID)
Parameter name
Installers ID
Abbreviated name
installerID
3GPP name
Installer's ID
Managed object
MHA
Parameter group
Category
Multiplicity
1
Description
Installer's ID
Range
0...5
Step
Unit
characters
Formula for getting
internal_value = gui_value
internal value
Default value
Default value notes
Related functions
System information
Modification
On-Line
Related parameters
Parameter relationships Feature dependencies
 RAN1852 RET Device Naming
(standard)
Interfaces
References



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface name Table 121:
Installers ID
lnaNumber (LNA number)
Parameter name
LNA number
Abbreviated name lnaNumber
3GPP name
Managed object
MHA
Parameter group
Category
Multiplicity
1
Parameter for MHA telling LNA number
Description
inside one MHA. For Non AISG MHAs is
used -1 (not defined).
Range
Not Defined (-1), LNA1 (0), LNA2 (1)
Step
Unit
gui ==> internal
Formula for getting Not Defined ==> -1
internal value
LNA1 ==> 0
LNA2 ==> 1
Default value
Default value notes Related functions System information Modification
BTS restart needed
Related parameters Parameter
relationships
Feature
dependencies
 EM <-> WBTS
Interfaces
 WBTS <-> RAC

References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user interface
name
RAC <-> RACApp
-
Table 122:
LNA number
maxGain (Maximum supported gain)
Parameter name Maximum supported gain
Abbreviated name maxGain
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Maximum supported gain given as gain figure
expressed in dB.
Description
Note: Parameter is not seen in upload file in
this release, because BTS SW is not providing
those due to feature content change.
Range
0...99
Step
0.01
Unit
dB
Formula for
getting internal
internal_value = gui_value * 100
value
Default value
Default value
notes
Related functions System
information
Modification
Not modifiable
Related
parameters
Parameter
relationships
 RAN1852 RET Device Naming
Feature
(standard)
dependencies
Interfaces

WBTS -> RAC

References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user
interface name
3GPP Reference: AISG v.2.0
-
Table 123:
Maximum supported gain
mhaAlarmDetection (MHA fault detection)
Parameter
MHA fault detection
name
Abbreviated
mhaAlarmDetection
name
3GPP name
Managed
MHA
object
Parameter
group
Category
Multiplicity
1
Defines if fault detection is used or not. The
options are 0 (false) and 1 (true). Default values
for Non-AISG MHAs and AISG MHAs in
Description
passive mode: 1 Default values for AISG and
third party MHAs:0 Note: Configurable MHA
faults are allowed only for passive MHAs
Range
false (0), true (1)
Step
Unit
 false => 0
Formula for
 true => 1
getting internal
value
Default value Default value
notes
Related
functions
System
information
Modification BTS restart needed
Related
parameters
Parameter
relationships
Feature
dependencies



Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name
EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp
-
Table 124:
mhaGain (MHA gain)
Parameter name
Abbreviated name
3GPP name
Managed object
Parameter group
Category
Multiplicity
Description
Range
Step
Unit
Formula for getting internal
value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
Interfaces
References
Location in RNC GUI
MHA fault detection
MHA gain
mhaGain
MHA
1
Defines the gain of the mast-head
amplifier.
0...99
0.01
dB
internal_value = gui_value * 100
BTS restart needed
 EM <-> WBTS
 WBTS <-> RAC
 RAC <-> RACApp
-
RAC DB Table
RAC DB Column
RAC user interface name
-
Table 125:
MHA gain
mhaId (MHA identifier)
Parameter name
MHA identifier
Abbreviated name mhaId
3GPP name
Managed object
MHA
Parameter group
Category
Multiplicity
1
Defines the specific mast-head amplifier unit.
Description
The value is given as consecutive numbers
starting from 1.
Range
1...255
Step
1
Unit
Formula for getting
internal_value = gui_value
internal value
Default value
Default value notes Related functions System information Modification
BTS restart needed
Related parameters Parameter
relationships
Feature
dependencies
 EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user interface
name
-
Table 126:
mhaType (MHA type)
Parameter
MHA type
MHA identifier
name
Abbreviated
name
3GPP name
Managed
object
Parameter
group
Category
Multiplicity
mhaType
MHA
-
1
Defines the type of the MHA. The supported
MHA types are: WMHA, WMHB, WMHC,
WMHD, MDTA, MDPA, MDGA, MDDA, FLJA,
DTMAFV1, DTMAFV3, DTMAFV4,
Description
DTMARETFV1, DTMARETFV2,
DTMARETFV3, DTMARETFV4,
SDTMARETFV1, SDTMARETFV2,
SDTMARETFV3, TMAFV1, TMAFV3,
TMAFV4, TMARETFV1 and other.
WMHA (0), WMHB (1), WMHC (2), WMHD
(3), MDTA (4), MDPA (5), MDGA (6), MDDA
(7), FLJA (8), DTMAFV1 (9), DTMAFV3 (10),
DTMAFV4 (11), DTMARETFV1 (12),
Range
DTMARETFV2 (13), DTMARETFV3 (14),
DTMARETFV4 (15), SDTMARETFV1 (16),
SDTMARETFV2 (17), SDTMARETFV3 (18),
TMAFV1 (19), TMAFV3 (20), TMAFV4 (21),
TMARETFV1 (22), Other (23)
Step
Unit
gui ==> internal
WMHA ==> 0
WMHB ==> 1
WMHC ==> 2
WMHD ==> 3
MDTA ==> 4
MDPA ==> 5
MDGA ==> 6
Formula for
MDDA ==> 7
getting internal
FLJA ==> 8
value
DTMAFV1 ==> 9
DTMAFV3 ==> 10
DTMAFV4 ==> 11
DTMARETFV1 ==> 12
DTMARETFV2 ==> 13
DTMARETFV3 ==> 14
DTMARETFV4 ==> 15
SDTMARETFV1 ==> 16
SDTMARETFV2 ==> 17
SDTMARETFV3 ==> 18
TMAFV1 ==> 19
TMAFV3 ==> 20
TMAFV4 ==> 21
TMARETFV1 ==> 22
Other ==> 23
Default value Default value
notes
Related
functions
System
information
Modification BTS restart needed
antennaRoundTripDelay of ANTL - RTT delay
default values for Nokia MHAs is defined in
antennaTripDelay parammeter description. Only
"other" - type of MHAs delay value needs to be
defined.
active of MHA - Only passsive mode MHAs delay
Related
values needs to be defined. Delay from active
parameters
mode Nokia MHA is not added to RTT delay.
downlinkDelay of MHA - When passive mode
"other" type MHA is used, Downlink delay needs
to be defined other cases keep empty.
uplinkDelay of MHA - When passive mode
"other" type MHA is used, Uplink delay needs to
be defined other cases keep empty.
Parameter
relationships
Feature
dependencies
 EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in
RNC GUI
RAC DB
Table
RAC DB
Column
RAC user
interface name
Table 127:
MHA type
minGain (Minimum supported gain)
Parameter name Minimum supported gain
Abbreviated name minGain
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Minimum supported gain given as gain figure
expressed in dB.
Description
Note: Parameter is not seen in upload file in
this release, because BTS SW is not providing
those due to feature content change.
Range
0...99
Step
0.01
Unit
dB
Formula for
getting internal
internal_value = gui_value * 100
value
Default value
Default value
notes
Related functions System
information
Modification
Not modifiable
Related
parameters
Parameter
relationships
 RAN1852 RET Device Naming
Feature
(standard)
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user
interface name

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 128:
prodCode (Product code)
Minimum supported gain
Parameter name
Abbreviated name
3GPP name
Managed object
Parameter group
Category
Multiplicity
Description
Range
Step
Unit
Formula for getting
internal value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
Interfaces
References
Location in RNC GUI
RAC DB Table
RAC DB Column
RAC user interface name
Product code
prodCode
MHA
1
Defines the product code of the unit in
question.
1...80
characters
internal_value = gui_value
BTS restart needed
 EM <-> WBTS
 WBTS <-> RAC
 RAC <-> RACApp
-
Table 129:
Product code
releaseId3Gpp (3GPP realese ID)
Parameter name 3GPP realese ID
Abbreviated name releaseId3Gpp
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
3GPP protocol version
Note: Parameter is not seen in upload file in
Description
this release, because BTS SW is not providing
those due to feature content change.
Range
Step
Unit
Formula for
getting internal
value
Default value
Default value
notes
Related functions
System
information
Modification
Related
parameters
Parameter
relationships
0...255
1
internal_value = gui_value
Not modifiable
-
Feature
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user
interface name

RAN1852 RET Device Naming
(standard)

WBTS -> RAC

3GPP Reference: 3GPP TS 25.463
-
Table 130:
3GPP realese ID
scannedAntennaInterface (Scanned antenna interface)
Parameter
Scanned antenna interface
name
Abbreviated
scannedAntennaInterface
name
3GPP name
Managed
MHA
object
Parameter
group
Category
Multiplicity
1
Defines which antenna interface is scanned.
Description
Expected value: FRx-ANTx and empty string
where FRx: 1...3 and ANTx: 1...6 It is depending
on radio module type which antennas are capable
for scanning / AISG device detection.
NONE (-1), FR1-ANT1 (0), FR1-ANT3 (1),
FR1-ANT5 (2), FR2-ANT1 (3), FR2-ANT3 (4),
Range
FR2-ANT5 (5), FR3-ANT1 (6), FR3-ANT3 (7),
FR3-ANT5 (8)
Step
Unit
gui ==> internal
NONE ==> -1
FR1-ANT1 ==> 0
FR1-ANT3 ==> 1
Formula for
FR1-ANT5 ==> 2
getting internal FR2-ANT1 ==> 3
value
FR2-ANT3 ==> 4
FR2-ANT5 ==> 5
FR3-ANT1 ==> 6
FR3-ANT3 ==> 7
FR3-ANT5 ==> 8
Default value Default value
notes
Related
functions
System
information
Modification BTS restart needed
Related
parameters
Parameter
relationships
Feature
dependencies
 EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name
Table 131:
Scanned antenna interface
sectorID (Sector ID)
Parameter name
Abbreviated name
3GPP name
Managed object
Parameter group
Category
Multiplicity
Description
Range
Step
Unit
Formula for getting
internal value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
Sector ID
sectorID
Sector ID
MHA
1
Sector ID
0...32
characters
internal_value = gui_value
On-Line
 RAN1852 RET Device Naming
(standard)
Interfaces
References



EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp

3GPP Reference: 3GPP TS
25.463
Location in RNC GUI RAC DB Table
RAC DB Column
RAC user interface name Table 132:
serNum (Serial number)
Parameter name
Abbreviated name
3GPP name
Managed object
Parameter group
Category
Multiplicity
Sector ID
Serial number
serNum
MHA
1
Description
Range
Step
Unit
Formula for getting
internal value
Default value
Default value notes
Related functions
System information
Modification
Related parameters
Parameter relationships
Feature dependencies
Interfaces
References
Location in RNC GUI
RAC DB Table
RAC DB Column
RAC user interface name
Defines the serial number of the unit
in question.
1...80
characters
internal_value = gui_value
BTS restart needed
 EM <-> WBTS
 WBTS <-> RAC
 RAC <-> RACApp
-
Table 133:
Serial number
substance (Substance)
Parameter name Substance
Abbreviated name substance
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Substance version number
Note: Parameter is not seen in upload file in
Description
this release, because BTS SW is not providing
those due to feature content change.
Range
2...255
Step
1
Unit
Formula for
getting internal
internal_value = gui_value
value
Default value
-
Default value
notes
Related functions
System
information
Modification
Related
parameters
Parameter
relationships
Not modifiable
-
Feature
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB Column
RAC user
interface name

RAN1852 RET Device Naming
(standard)

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 134:
Substance
tmaSubunitRxFreqBandMax (TMA Subunit Receive Frequency Band Max)
Parameter name TMA Subunit Receive Frequency Band Max
Abbreviated
tmaSubunitRxFreqBandMax
name
3GPP name
TMA Subunit receive frequency band
Managed object MHA
Parameter group Category
Multiplicity
1
TMA Subunit receive frequency band
Note: Parameter is not seen in upload file in this
Description
release, because BTS SW is not providing those
due to feature content change.
Range
0...6553500
Step
100
Unit
kHz
Formula for
getting internal internal_value = gui_value
value
Default value
Default value
-
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Not modifiable
-
Feature
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB
Column
RAC user
interface name

RAN1852 RET Device Naming
(standard)

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 135:
TMA Subunit Receive Frequency Band Max
tmaSubunitRxFreqBandMin (TMA Subunit Receive Frequency Band Min)
Parameter name TMA Subunit Receive Frequency Band Min
Abbreviated
tmaSubunitRxFreqBandMin
name
3GPP name
TMA Subunit receive frequency band
Managed object MHA
Parameter group Category
Multiplicity
1
TMA Subunit receive frequency band
Note: Parameter is not seen in upload file in this
Description
release, because BTS SW is not providing those
due to feature content change.
Range
0...6553500
Step
100
Unit
kHz
Formula for
getting internal internal_value = gui_value
value
Default value
-
Default value
notes
Related functions System
information
Modification
Not modifiable
Related
parameters
Parameter
relationships
 RAN1852 RET Device Naming
Feature
(standard)
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB
Column
RAC user
interface name

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 136:
TMA Subunit Receive Frequency Band Min
tmaSubunitTxFreqBandMax (TMA Subunit Transmit Frequency Band Max)
Parameter name TMA Subunit Transmit Frequency Band Max
Abbreviated
tmaSubunitTxFreqBandMax
name
3GPP name
TMA Subunit transmit frequency band
Managed object MHA
Parameter group Category
Multiplicity
1
TMA Subunit transmit frequency band
Note: Parameter is not seen in upload file in this
Description
release, because BTS SW is not providing those
due to feature content change.
Range
0...6553500
Step
100
Unit
kHz
Formula for
getting internal internal_value = gui_value
value
Default value
-
Default value
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Not modifiable
-
Feature
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB
Column
RAC user
interface name

RAN1852 RET Device Naming
(standard)

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 137:
TMA Subunit Transmit Frequency Band Max
tmaSubunitTxFreqBandMin (TMA Subunit Transmit Frequency Band Min)
Parameter name TMA Subunit Transmit Frequency Band Min
Abbreviated
tmaSubunitTxFreqBandMin
name
3GPP name
TMA Subunit transmit frequency band
Managed object MHA
Parameter group Category
Multiplicity
1
TMA Subunit transmit frequency band
Note: Parameter is not seen in upload file in this
Description
release, because BTS SW is not providing those
due to feature content change.
Range
0...6553500
Step
100
Unit
kHz
Formula for
getting internal internal_value = gui_value
value
Default value
Default value
notes
Related functions System
information
Modification
Not modifiable
Related
parameters
Parameter
relationships
 RAN1852 RET Device Naming
Feature
(standard)
dependencies
Interfaces
References
Location in RNC
GUI
RAC DB Table
RAC DB
Column
RAC user
interface name

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 138:
TMA Subunit Transmit Frequency Band Min
tmaSubunitType (TMA Subunit Type)
Parameter name TMA Subunit Type
Abbreviated
tmaSubunitType
name
3GPP name
TMA Subunit type
Managed object MHA
Parameter group Category
Multiplicity
1
TMA Subunit type
Note: Parameter is not seen in upload file in this
Description
release, because BTS SW is not providing those
due to feature content change.
Bit 0: Bypass, Bit 1: VSWR, Bit 2: spare
(Always 0), Bit 3: spare (Always 0), Bit 4: spare
Range
(Always 0), Bit 5: spare (Always 0), Bit 6: spare
(Always 0), Bit 7: spare (Always 0)
Step
Unit
-
Formula for
getting internal
value
Default value
Default value
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
0
Not modifiable
-
Feature
dependencies
Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name

RAN1852 RET Device Naming
(standard)

WBTS -> RAC

3GPP Reference: AISG v.2.0
-
Table 139:
TMA Subunit Type
uplinkDelay (Uplink delay)
Parameter name Uplink delay
Abbreviated
uplinkDelay
name
3GPP name
Managed object MHA
Parameter group Category
Multiplicity
1
Defines the MHA delay in the uplink direction
for an "Other" type MHA. If the BTS Site
Description
Manager is used to calculate antenna round trip
time delay, this value must be specified.
Range
0...1000
Step
1
Unit
Formula for
getting internal
value
Default value
Default value
notes
Related
functions
System
information
Modification
Related
parameters
Parameter
relationships
Feature
dependencies
ns
internal_value = gui_value
0 ns
BTS restart needed
antennaRoundTripDelay of ANTL - Delays from
passive mode MHA is added to
antennaRoundTripDelay value by formula
defined in antennaRoundTripDelay parameter
description.
mhaType of MHA - When passive mode "other"
type MHA is used, Uplink delay needs to be
defined other cases keep empty.



Interfaces
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name
EM <-> WBTS
WBTS <-> RAC
RAC <-> RACApp
-
Table 140:
wmhConnector (WMH connector)
Parameter
WMH connector
name
Abbreviated
wmhConnector
name
3GPP name
Managed
MHA
object
Parameter
-
Uplink delay
group
Category
Multiplicity
1
Defines the MHA connector in question of
WMHC and TMARET MHA types. The options
are BTS1 (Pass-through) and BTS2 (Power) for
Description
WMHC, NODEB0 and NODEB1 for TMARET
MHA types. If other than WMHC or TMARET
MHA types are used then wmhConnector
parameter value is None
None (-1), BTS1 (0), BTS2 (1), NODEB0 (2),
Range
NODEB1 (3)
Step
Unit
gui ==> internal
None ==> -1
Formula for
BTS1 ==> 0
getting internal
BTS2 ==> 1
value
NODEB0 ==> 2
NODEB1 ==> 3
Default value BTS1 (0)
Default value
notes
Related
functions
System
information
Modification BTS restart needed
Related
parameters
Parameter
relationships
Feature
dependencies
 EM <-> WBTS
 WBTS <-> RAC
Interfaces
 RAC <-> RACApp
References
Location in
RNC GUI
RAC DB Table
RAC DB
Column
RAC user
interface name
-
Table 141:
WMH connector