MHA Parameters

7/22/2019 MHA Parameters

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MHA Parameters

active (Active)

Parameter name Active

Abbreviated

nameactive

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Defines MHA as AISG MHA or Non-AISG

MHA. Selectable values is 0 (false)= Non-AISG

MHA and 1 (true )= AISG MHA .

Range false (0), true (1)

Step -Unit -

Formula for

getting internal

value

false => 0 true => 1

Default value -

Default value

notes-

Related

functions-

Systeminformation

-

Modification BTS restart needed

Related

parameters

mhaType of MHA - If Active parameter value is

false there is relation to MHA type and delay

values used in RTT (antennaRoundTripDelay).

Parameter

relationships-

Feature

dependencies-

Interfaces

EM WBTS WBTS RAC RAC RACApp

References -

Location in RNC

GUI-

RAC DB Table -

RAC DB

Column-

RAC userinterface name

-


2/38

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

Description

AISG protocol version

Note: Parameter is not seen in upload file in

this release, because BTS SW is not providing

those due to feature content change.

Range 2...255

Step 1Unit -

Formula for

getting internal

value

internal_value = gui_value

Default value -

Default value

notes-

Related functions -

System

information -

Modification Not modifiable

Related

parameters-

Parameter

relationships-

Feature

dependencies

RAN1852 RET Device Naming(standard)

Interfaces WBTS -> RAC

References 3GPP Reference: AISG v.2.0

Location in RNC

GUI-

RAC DB Table -

RAC DB Column -

RAC user

interface name-

Table 106: AISG protocol versionalarmThresholdLevel (Fault threshold level)


3/38

Parameter name Fault threshold level

Abbreviated

namealarmThresholdLevel

3GPP name -

Managed object MHAParameter group -

Category -

Multiplicity 1

Description

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).

Range 120...775

Step 1

Unit mAFormula for

getting internal

value


Default value 165 mA

Default value

notes-

Related

functions-

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies-

Interfaces


References -

Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 107: Fault threshold level


4/38

antBandList (Antenna band list)

Parameter name Antenna band list

Abbreviated name antBandList

3GPP name -


Category -

Multiplicity 4

DescriptionA list containing: operating frequency band,

beamwidth and the operation gain

Child parameters

antBeamwidth antOperFreqBand antOperGain

Formula for gettinginternal value

-

Default value -

Default value notes -

Related functions -

System information -

Modification On-Line

Related parameters -

Parameter

relationships-

Feature

dependencies


Interfaces


References 3GPP Reference: 3GPP TS 25.463

Location in RNC

GUI -RAC DB Table -

RAC DB Column -

RAC user interface

name-

Table 108: Antenna band list

antBeamwidth (Antenna beamwidth)

Parameter name Antenna beamwidth

Abbreviated

name

antBeamwidth

3GPP name Beamwidth in each operating band in band order


5/38

Managed object MHA

Parameter

group-

Category -

Multiplicity 1

Description

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.

Range 0...360

Step 1

Unit deg

Formula for

getting internalvalue internal_value = gui_value

Default value -

Default value

notes-

Special value 0 = unused (0)

Related

functions-

System

information-

Modification On-LineRelated

parameters-

Parameter

relationships-

Feature

dependencies-

Interfaces



Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 109: Antenna beamwidthantOperFreqBand (Antenna operating frequency band)


6/38

Parameter name Antenna operating frequency band

Abbreviated

nameantOperFreqBand

3GPP name Antenna operating band(s)


Category -

Multiplicity 1

Description

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

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

Range

Band I (1), Band II (2), Band III (3), Band IV

(4), Band V (5), Band VI (6), Band VII (7),

Band VIII (8), Band IX (9), Band X (10), BandXI (11), Band XII (12), Band XIII (13), Band

XIV (14)

Step -

Unit -

Formula for

getting internal

value

gui ==> internal

Band I ==> 1

Band II ==> 2

Band III ==> 3

Band IV ==> 4

Band V ==> 5Band VI ==> 6

Band VII ==> 7

Band VIII ==> 8

Band IX ==> 9

Band X ==> 10

Band XI ==> 11

Band XII ==> 12

Band XIII ==> 13

Band XIV ==> 14

Default value -

Default valuenotes

-


7/38

Related

functions-

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies-

Interfaces



Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 110: Antenna operating frequency bandantOperGain (Antenna operation gain)

Parameter name Antenna operation gain

Abbreviated

nameantOperGain

3GPP name Gain in each operating band in band order

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

The antenna gain for the band. Some RET types

may automatically update the gain information

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

value

internal_value = gui_value * 10


8/38

Default value -

Default value

notes-

Special value 0 = unused (0)

Relatedfunctions -

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies

-

Interfaces



Location in

RNC GUI-

RAC DB Table -

RAC DBColumn -

RAC user

interface name-

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 valueinternal_value = gui_value * 10

Default value -Default value notes -


9/38

Related functions -




Parameter relationships -

Feature dependencies


Interfaces


References

3GPP Reference: 3GPP TS25.463

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 valueinternal_value = gui_value

Default value -


Related functions -








10/38

Interfaces


References



RAC DB Table -

RAC DB Column -


Table 113: Antenna model number

antSerial (Antenna serial number)

Parameter name Antenna serial number

Abbreviated name antSerial3GPP name Antenna serial number

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description Antenna serial number

Range 0...17

Step -

Unit charactersFormula for getting


Default value -


Related functions -







Interfaces


References


Location in RNC GUI -RAC DB Table -


11/38

RAC DB Column -


Table 114: Antenna serial number

antlId (Antenna line identifier)

Parameter name Antenna line identifierAbbreviated name antlId

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

DescriptionIdentifies the specific antenna line assigned

to the MHA.

Range 1...18

Step 1

Unit -

Formula for getting


Default value -


Related functions -



Related parameters antlId of ANTL - Identifies the specificantenna line id assigned to the MHA.

Parameter

relationships

Identifies the specific antenna line id

assigned to the MHA.

Feature dependencies -

Interfaces


References -


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 IDManaged object MHA


12/38

Parameter group -

Category -

Multiplicity 1

Description Base Station ID

Range 0...32Step -

Unit characters

Formula for getting


Default value -


Related functions -







Interfaces


References



RAC DB Table -

RAC DB Column -


Table 116: Base station ID

connection (Connection)

Parameter name Connection

Abbreviated name connection3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

DescriptionDefines the connection type for MHA/LNA.

Expected values: Internal | Shared | External

Range Internal (0), Shared (1), External (2)

Step -Unit -


13/38

Formula for getting

internal value

gui ==> internal

Internal ==> 0

Shared ==> 1

External ==> 2

Default value -


Related functions -




Parameter

relationships-

Feature

dependencies-

Interfaces


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

namedownlinkDelay

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Defines the "other" type of MHA delay in the

downlink direction. If the BTS Site Manager is

used to calculate RTT delay, this value must be

specified for an "Other" type MHA.

Range 0...1000

Step 1

Unit ns

Formula for



14/38

Default value 0 ns

Default value

notes-

Related

functions-

System

information-


Related

parameters

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.Parameter

relationships-

Feature

dependencies-

Interfaces


References -

Location inRNC GUI

-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 118: Downlink delay

gainResolution (Gain resolution)

Parameter name Gain resolution

Abbreviated name gainResolution

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Gain resolution given as the gain resolution

figure expressed in dB.


this release, because BTS SW is not providingthose due to feature content change.


15/38

Range 0...99

Step 0.01

Unit dB

Formula for

getting internalvalue internal_value = gui_value * 100

Default value -

Default value

notes-

Related functions -

System

information-


Related

parameters

-

Parameter

relationships-

Feature

dependencies




Location in RNCGUI

-

RAC DB Table -

RAC DB Column -

RAC user

interface name-

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 gettinginternal value



16/38

Default value -


Related functions -


Modification On-LineRelated parameters -




Interfaces


References

3GPP Reference: 3GPP TS25.463Location in RNC GUI -

RAC DB Table -

RAC DB Column -


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


Default value -


Related functions -




Parameter relationships -Feature dependencies RAN1852 RET Device Naming


17/38

(standard)

Interfaces


References



RAC DB Table -

RAC DB Column -


Table 121: Installers ID

lnaNumber (LNA number)Parameter name LNA number

Abbreviated name lnaNumber

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Parameter for MHA telling LNA number

inside one MHA. For Non AISG MHAs is

used -1 (not defined).

Range Not Defined (-1), LNA1 (0), LNA2 (1)

Step -

Unit -

Formula for getting

internal value

gui ==> internal

Not Defined ==> -1

LNA1 ==> 0

LNA2 ==> 1

Default value -


Related functions -




Parameter

relationships-

Feature

dependencies-

Interfaces EM WBTS WBTS RAC


18/38

RAC RACAppReferences -

Location in RNC

GUI-

RAC DB Table -

RAC DB Column -

RAC user interface

name-

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

Description

Maximum supported gain given as gain figure

expressed in dB.




Range 0...99

Step 0.01

Unit dB

Formula for

getting internal

value


Default value -

Default value

notes-

Related functions -

Systeminformation -


Related

parameters-

Parameter

relationships-

Feature

dependencies




19/38


Location in RNC

GUI-

RAC DB Table -

RAC DB Column -

RAC user

interface name-

Table 123: Maximum supported gain

mhaAlarmDetection (MHA fault detection)

Parameter

nameMHA fault detection

Abbreviated

namemhaAlarmDetection

3GPP name -Managed

objectMHA

Parameter

group-

Category -

Multiplicity 1

Description

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

passive mode: 1 Default values for AISG andthird party MHAs:0 Note: Configurable MHA

faults are allowed only for passive MHAs

Range false (0), true (1)

Step -

Unit -

Formula for

getting internal

value

false => 0 true => 1

Default value -

Default valuenotes

-

Related

functions-

System

information-


Related

parameters-

Parameter

relationships -


20/38

Feature

dependencies-

Interfaces


References -

Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 124: MHA fault detectionmhaGain (MHA gain)

Parameter name MHA gain

Abbreviated name mhaGain

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Defines the gain of the mast-head

amplifier.

Range 0...99

Step 0.01

Unit dB

Formula for getting internal

valueinternal_value = gui_value * 100

Default value -


Related functions -

System information -Modification BTS restart needed




Interfaces


References -



21/38

RAC DB Table -

RAC DB Column -


Table 125: MHA gain

mhaId (MHA identifier)Parameter name MHA identifier

Abbreviated name mhaId

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Defines the specific mast-head amplifier unit.

The value is given as consecutive numbers

starting from 1.

Range 1...255

Step 1

Unit -

Formula for getting


Default value -


Related functions -

System information -Modification BTS restart needed


Parameter

relationships-

Feature

dependencies-

Interfaces


References -

Location in RNC

GUI-

RAC DB Table -

RAC DB Column -

RAC user interface

name-

Table 126: MHA identifier

mhaType (MHA type)

Parameter MHA type


22/38

name

Abbreviated

namemhaType

3GPP name -

Managedobject MHA

Parameter

group-

Category -

Multiplicity 1

Description

Defines the type of the MHA. The supported

MHA types are: WMHA, WMHB, WMHC,

WMHD, MDTA, MDPA, MDGA, MDDA, FLJA,

DTMAFV1, DTMAFV3, DTMAFV4,

DTMARETFV1, DTMARETFV2,

DTMARETFV3, DTMARETFV4,

SDTMARETFV1, SDTMARETFV2,

SDTMARETFV3, TMAFV1, TMAFV3,

TMAFV4, TMARETFV1 and other.

Range

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),

DTMARETFV2 (13), DTMARETFV3 (14),

DTMARETFV4 (15), SDTMARETFV1 (16),

SDTMARETFV2 (17), SDTMARETFV3 (18),TMAFV1 (19), TMAFV3 (20), TMAFV4 (21),

TMARETFV1 (22), Other (23)

Step -

Unit -

Formula for

getting internal

value

gui ==> internal

WMHA ==> 0

WMHB ==> 1

WMHC ==> 2

WMHD ==> 3

MDTA ==> 4MDPA ==> 5

MDGA ==> 6

MDDA ==> 7

FLJA ==> 8

DTMAFV1 ==> 9

DTMAFV3 ==> 10

DTMAFV4 ==> 11

DTMARETFV1 ==> 12

DTMARETFV2 ==> 13

DTMARETFV3 ==> 14

DTMARETFV4 ==> 15SDTMARETFV1 ==> 16


23/38

SDTMARETFV2 ==> 17

SDTMARETFV3 ==> 18

TMAFV1 ==> 19

TMAFV3 ==> 20

TMAFV4 ==> 21

TMARETFV1 ==> 22Other ==> 23

Default value -

Default value

notes-

Related

functions-

System

information-


Related

parameters

antennaRoundTripDelay of ANTL - RTT delaydefault 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

values needs to be defined. Delay from active

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-

Interfaces


References -

Location in

RNC GUI-

RAC DB

Table-

RAC DB

Column-

RAC user

interface name-

Table 127: MHA type


24/38

minGain (Minimum supported gain)

Parameter name Minimum supported gain

Abbreviated name minGain

3GPP name -


Category -

Multiplicity 1

Description

Minimum supported gain given as gain figure

expressed in dB.




Range 0...99

Step 0.01Unit dB

Formula for

getting internal

value


Default value -

Default value

notes-

Related functions -

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies


Interfaces

WBTS -> RAC


Location in RNC

GUI-

RAC DB Table -

RAC DB Column -

RAC user

interface name-

Table 128: Minimum supported gain

prodCode (Product code)


25/38

Parameter name Product code

Abbreviated name prodCode

3GPP name -

Managed object MHA

Parameter group -Category -

Multiplicity 1

DescriptionDefines the product code of the unit in

question.

Range 1...80

Step -

Unit characters

Formula for getting


Default value -


Related functions -






Interfaces


References -


RAC DB Table -

RAC DB Column -


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

Description

3GPP protocol version


this release, because BTS SW is not providingthose due to feature content change.


26/38

Range 0...255

Step 1

Unit -

Formula for


Default value -

Default value

notes-

Related functions -

System

information-


Related

parameters

-

Parameter

relationships-

Feature

dependencies




Location in RNCGUI

-

RAC DB Table -

RAC DB Column -

RAC user

interface name-

Table 130: 3GPP realese ID

scannedAntennaInterface (Scanned antenna interface)

Parameter

nameScanned antenna interface

Abbreviated

namescannedAntennaInterface

3GPP name -

Managed

objectMHA

Parameter

group-

Category -

Multiplicity 1

Description Defines which antenna interface is scanned.Expected value: FRx-ANTx and empty string


27/38

where FRx: 1...3 and ANTx: 1...6 It is depending

on radio module type which antennas are capable

for scanning / AISG device detection.

Range

NONE (-1), FR1-ANT1 (0), FR1-ANT3 (1),

FR1-ANT5 (2), FR2-ANT1 (3), FR2-ANT3 (4),

FR2-ANT5 (5), FR3-ANT1 (6), FR3-ANT3 (7),FR3-ANT5 (8)

Step -

Unit -

Formula for

getting internal

value

gui ==> internal

NONE ==> -1

FR1-ANT1 ==> 0

FR1-ANT3 ==> 1

FR1-ANT5 ==> 2

FR2-ANT1 ==> 3

FR2-ANT3 ==> 4FR2-ANT5 ==> 5

FR3-ANT1 ==> 6

FR3-ANT3 ==> 7

FR3-ANT5 ==> 8

Default value -

Default value

notes-

Related

functions-

Systeminformation

-


Related

parameters-

Parameter

relationships-

Feature

dependencies-

Interfaces


References -

Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 131: Scanned antenna interface


28/38

sectorID (Sector ID)

Parameter name Sector ID

Abbreviated name sectorID

3GPP name Sector ID


Category -

Multiplicity 1

Description Sector ID

Range 0...32

Step -

Unit characters

Formula for getting


Default value -


Related functions -







Interfaces


References



RAC DB Table -

RAC DB Column -RAC user interface name -

Table 132: Sector ID

serNum (Serial number)

Parameter name Serial number

Abbreviated name serNum

3GPP name -

Managed object MHA

Parameter group -

Category -Multiplicity 1


29/38

DescriptionDefines the serial number of the unit

in question.

Range 1...80

Step -

Unit charactersFormula for getting


Default value -


Related functions -






Interfaces


References -


RAC DB Table -

RAC DB Column -


Table 133: Serial number

substance (Substance)

Parameter name Substance

Abbreviated name substance

3GPP name -

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Substance version number




Range 2...255

Step 1

Unit -

Formula for

getting internal

value


Default value -


30/38

Default value

notes-

Related functions -

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies




Location in RNC

GUI-

RAC DB Table -

RAC DB Column -

RAC user

interface name-

Table 134: Substance

tmaSubunitRxFreqBandMax (TMA Subunit Receive Frequency Band Max)Parameter name TMA Subunit Receive Frequency Band Max

Abbreviated

nametmaSubunitRxFreqBandMax

3GPP name TMA Subunit receive frequency band

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

TMA Subunit receive frequency band

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...6553500

Step 100

Unit kHz

Formula for

getting internal

value


Default value -Default value -


31/38

notes

Related

functions-

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies




Location in RNC

GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 135: TMA Subunit Receive Frequency Band MaxtmaSubunitRxFreqBandMin (TMA Subunit Receive Frequency Band Min)

Parameter name TMA Subunit Receive Frequency Band Min

Abbreviated

nametmaSubunitRxFreqBandMin

3GPP name TMA Subunit receive frequency band

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

TMA Subunit receive frequency band




Range 0...6553500

Step 100

Unit kHz

Formula for

getting internal

value


Default value -


32/38

Default value

notes-

Related functions -

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies




Location in RNC

GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 136: TMA Subunit Receive Frequency Band MintmaSubunitTxFreqBandMax (TMA Subunit Transmit Frequency Band Max)

Parameter name TMA Subunit Transmit Frequency Band Max

Abbreviated

nametmaSubunitTxFreqBandMax

3GPP name TMA Subunit transmit frequency band

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

TMA Subunit transmit frequency band




Range 0...6553500

Step 100

Unit kHz

Formula for

getting internal

value


Default value -


33/38

Default value

notes-

Related

functions-

System

information -


Related

parameters-

Parameter

relationships-

Feature

dependencies




Location in RNC

GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 137: TMA Subunit Transmit Frequency Band Max

tmaSubunitTxFreqBandMin (TMA Subunit Transmit Frequency Band Min)

Parameter name TMA Subunit Transmit Frequency Band Min

Abbreviated

nametmaSubunitTxFreqBandMin

3GPP name TMA Subunit transmit frequency band

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

TMA Subunit transmit frequency band




Range 0...6553500

Step 100

Unit kHz

Formula for

getting internal

value



34/38

Default value -

Default value

notes-

Related functions -

Systeminformation -


Related

parameters-

Parameter

relationships-

Feature

dependencies


Interfaces

WBTS -> RAC


Location in RNC

GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name

-

Table 138: TMA Subunit Transmit Frequency Band Min

tmaSubunitType (TMA Subunit Type)

Parameter name TMA Subunit Type

Abbreviated

nametmaSubunitType

3GPP name TMA Subunit type

Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

TMA Subunit type




Range

Bit 0: Bypass, Bit 1: VSWR, Bit 2: spare

(Always 0), Bit 3: spare (Always 0), Bit 4: spare

(Always 0), Bit 5: spare (Always 0), Bit 6: spare

(Always 0), Bit 7: spare (Always 0)

Step -

Unit -


35/38

Formula for

getting internal

value

-

Default value 0

Default value

notes -

Related

functions-

System

information-


Related

parameters-

Parameter

relationships-

Feature

dependencies




Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name-

Table 139: TMA Subunit Type

uplinkDelay (Uplink delay)

Parameter name Uplink delay

Abbreviated

nameuplinkDelay

3GPP name -Managed object MHA

Parameter group -

Category -

Multiplicity 1

Description

Defines the MHA delay in the uplink direction

for an "Other" type MHA. If the BTS Site

Manager is used to calculate antenna round trip

time delay, this value must be specified.

Range 0...1000

Step 1


36/38

Unit ns

Formula for

getting internal

value


Default value 0 ns

Default value

notes-

Related

functions-

System

information-


Related

parameters

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.

Parameter

relationships-

Feature

dependencies-

Interfaces


References -

Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name -

Table 140: Uplink delay

wmhConnector (WMH connector)

Parameter

nameWMH connector

Abbreviated

namewmhConnector

3GPP name -

Managed

object

MHA

Parameter -


37/38

group

Category -

Multiplicity 1

Description

Defines the MHA connector in question of

WMHC and TMARET MHA types. The optionsare BTS1 (Pass-through) and BTS2 (Power) for

WMHC, NODEB0 and NODEB1 for TMARET

MHA types. If other than WMHC or TMARET

MHA types are used then wmhConnector

parameter value is None

RangeNone (-1), BTS1 (0), BTS2 (1), NODEB0 (2),

NODEB1 (3)

Step -

Unit -

Formula for

getting internal

value

gui ==> internal

None ==> -1

BTS1 ==> 0

BTS2 ==> 1

NODEB0 ==> 2

NODEB1 ==> 3

Default value BTS1 (0)

Default value

notes-

Related

functions-

Systeminformation

-


Related

parameters-

Parameter

relationships-

Feature

dependencies-

Interfaces


References -

Location in

RNC GUI-

RAC DB Table -

RAC DB

Column-

RAC user

interface name -


38/38

Table 141: WMH connector

Documents

MHA Parameters