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W-CDMA

Alcatel-Lucent 9300 W-CDMA Product Family | V7.1Parameter Reference Guide - NodeB Parameters

Alcatel-Lucent - Internal

Proprietary - Use pursuant to Company InstructionNN-20500-027

Issue 11.02November 2009

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Wireless Service Provider Solutions

W-CDMA

Alcatel-Lucent 9300 W-CDMA Product FamilyParameter Reference Guide - NodeB Parameters

Document number: NN-20500-027Document issue: 11.02Document status: PreliminaryProduct release: V7.1Date: November 2009

Alcatel-Lucent - Internal - Proprietary - Use pursuant to Company instruction

Copyright © 2001-2009 Alcatel-Lucent, All Rights Reserved

UNCONTROLLED COPY: The master of this document is stored on an electronic database and is "writeprotected"; it may be altered only by authorized persons. While copies may be printed, it is notrecommended. Viewing of the master electronically ensures access to the current issue. Any hardcopiestaken must be regarded as uncontrolled copies.

ALCATEL-LUCENT CONFIDENTIAL: The information contained in this document is the property ofAlcatel-Lucent. Except as expressly authorized in writing by Alcatel-Lucent, the holder shall keep allinformation contained herein confidential, shall disclose the information only to its employees with a need

to know, and shall protect the information from disclosure and dissemination to third parties. Except asexpressly authorized in writing by Alcatel-Lucent, the holder is granted no rights to use the informationcontained herein. If you have received this document in error, please notify the sender and destroy itimmediately.

Alcatel-Lucent, Alcatel, Lucent Technologies and their respective logos are trademarks and service marksof Alcatel-Lucent, Alcatel and Lucent Technologies.

All other trademarks are the property of their owners.

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PUBLICATION HISTORYSYSTEM RELEASE V7.1

November 2009

Issue 11.02/EN Preliminary

Update after review

October 2009

Issue 11.01/EN Draft

Update for V7.1

SYSTEM RELEASE OAM07.0

July 2009


Update after review

Resolution of CR DCTPD00169086 "ALTP Review: One change need to be made in

ALTP - NN-20500-027"

June 2009


Update after internal review

May 2009


Update for OAM07.0

SYSTEM RELEASE OAM06.0

May 2009

Issue 09.08/EN Standard

Update for DR5

January 2009


Publication history 3

Copyright © 2001-2009 Alcatel-Lucent Parameter Reference Guide - NodeB Parameters

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Update based on the last parameters model

November 2008


Update for MNCL1

September 2008



July 2008



April 2008


Update for Pre-DR4

April 2008Issue 09.02/EN Preliminary


January 2008


Update/Creation for V6.0 April-08 portfolio content.

SYSTEM RELEASE: OAM05.2

November 2007


Update for DR5.

September 2007


Update after internal review.


NN-20500-027 11.02 Preliminary November 2009 Copyright © 2001-2009 Alcatel-Lucent

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August 2007Issue 08.01/EN Draft

Update for OAM05.2

SYSTEM RELEASE: UMTS 5.1

July 2007


Update for UA 5.0 / OAM 5.1 Channel Readiness.

February 2007


Update after internal review.

Resolution of the following CR : Q01453022

November 2006


Update for OAM 5.1/UA 5.0 [UMTS 5.1]

The Publication History information for the outdated releaseshas been deleted.Document creation date: May 2004



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1 About this publication................................................................................................................................................. 10

2 Roadmap to Configuration Management documentation........................................................................................ 13

3 Object/Parameter description..................................................................................................................................... 17

4 Features Market Applicability..................................................................................................................................... 22

5 AAL2Bearer (AAL2Bearer).......................................................................................................................................... 23

6 AISGCtrl (AISGCtrl)......................................................................................................................................................27

7 AISGInventoryComponent (AISGInventoryComponent)..........................................................................................30

8 AlcapBearer (AlcapBearer)..........................................................................................................................................37

9 AntennaAccess (AntennaAccess)..............................................................................................................................40

10 BTSCell (BTSCell)...................................................................................................................................................... 50

11 BTSEquipment (BTSEquipment).............................................................................................................................. 64

12 BTSEquipmentMIB (BTSEquipmentMIB)............................................................................................................... 144

13 BTSEquipmentSoftware (BTSEquipmentSoftware)..............................................................................................147

14 BTSHsdpaResource (BTSHsdpaResource)...........................................................................................................149

15 BandwidthPool (BandwidthPool)............................................................................................................................151

16 Board (Board)........................................................................................................................................................... 155

17 CCP (CCP).................................................................................................................................................................163

18 CMSR (CMSR)...........................................................................................................................................................166

19 Capacity (Capacity)..................................................................................................................................................168

20 CoolingSystem (CoolingSystem)............................................................................................................................174

21 CounterFamily (CounterFamily)..............................................................................................................................176

22 DeviceTable (DeviceTable)......................................................................................................................................179

23 EdchConf (EdchConf)..............................................................................................................................................183

24 EdchServiceParameterSet (EdchServiceParameterSet)...................................................................................... 197

25 ExtensionCabinet (ExtensionCabinet)................................................................................................................... 202

26 ExternalAlarm (ExternalAlarm)............................................................................................................................... 205

27 ExternalAlarms (ExternalAlarms)........................................................................................................................... 208

28 HsXpaResource (HsXpaResource).........................................................................................................................210

29 HsdpaConf (HsdpaConf)..........................................................................................................................................214

30 HsdpaMaxUeCategoryCapabilityActivation (HsdpaMaxUeCategoryCapabilityActivation).............................. 235

31 HsdpaUeCategoryTransportBlockOptimisation (HsdpaUeCategoryTransportBlockOptimisation)................ 241

32 HsdschServiceParameterSet (HsdschServiceParameterSet)..............................................................................248

33 ImaGroup (ImaGroup)..............................................................................................................................................253

34 InventoryComponent (InventoryComponent)........................................................................................................257

35 IpInterface (IpInterface)............................................................................................................................................262

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36 IpRan (IpRan)............................................................................................................................................................265

37 IpTrafficShaping (IpTrafficShaping)....................................................................................................................... 272

38 LAGroup (LAGroup).................................................................................................................................................279

39 LocalCellGroup (LocalCellGroup).......................................................................................................................... 282

40 MCTRX (MCTRX)...................................................................................................................................................... 287

41 NATP (NATP)............................................................................................................................................................ 290

42 NatpTable (NatpTable)............................................................................................................................................. 293

43 NodeBCP (NodeBCP)...............................................................................................................................................296

44 OMCBConnection (OMCBConnection).................................................................................................................. 299

45 PCM (PCM)................................................................................................................................................................302

46 PCM3 (PCM3)............................................................................................................................................................305

47 PaResource (PaResource)...................................................................................................................................... 308

48 PaResourceMCTRX (PaResourceMCTRX).............................................................................................................311

49 PaResourceRRH (PaResourceRRH).......................................................................................................................314

50 PassiveComponent (PassiveComponent)............................................................................................................. 317

51 PowerSystem (PowerSystem).................................................................................................................................324

52 Qaal2Params (Qaal2Params).................................................................................................................................. 326

53 R99Resource (R99Resource)..................................................................................................................................330

54 RET (RET)..................................................................................................................................................................332

55 RadiusParameters (RadiusParameters).................................................................................................................337

56 RemoteRadioHead (RemoteRadioHead)................................................................................................................340

57 RfCarrier (RfCarrier).................................................................................................................................................348

58 RouteCes (RouteCes).............................................................................................................................................. 352

59 RoutingTable (RoutingTable)..................................................................................................................................357

60 RtObsSession (RtObsSession)...............................................................................................................................360

61 SaalUniParams (SaalUniParams)............................................................................................................................363

62 SatelliteData (SatelliteData).....................................................................................................................................36763 SctpAssociationParams (SctpAssociationParams)..............................................................................................373

64 SiteLan (SiteLan)......................................................................................................................................................379

65 Synchro (Synchro)................................................................................................................................................... 382

66 TMA (TMA)................................................................................................................................................................ 392

67 TmaCurrentWindow (TmaCurrentWindow)............................................................................................................397

68 UserAlarm (UserAlarm)............................................................................................................................................399

69 UserAlarms (UserAlarms)........................................................................................................................................402

70 VCC (VCC).................................................................................................................................................................404

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71 Index of Customer Parameters............................................................................................................................... 412

72 Index of Manufacturer Parameters......................................................................................................................... 431

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Figure 1 - Roadmap to Configuration Management documentation..................................................... ............. ......... 14

List of figures 9


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1 About this publicationThis document provides the RAN Model information and a list of the user accessible UMTS Access

Network configuration parameters.

Applicability

This document applies to Alcatel-Lucent W-CDMA V7.1 system release.

Audience

This document is intended for installation, operation, engineering and validation personnel, and any

other user who wants to know more about the UTRAN configuration parameters.

Prerequisites

It is recommended that readers become familiar with the following technical documents :

• Alcatel-Lucent 9353 Management System - System Overview (NN-20500-031)

How this publication is organized

This document is organized as follows:

• Volume 1: RAN Model Information

— RAN Model diagrams

— UTRAN dimensioning

— Online Creation/Deletion for Objects

— Adornments

• Volume 2: CNode Parameters

— Parameter description

— List of parameters per object

— Index of customer parameters

— Index of manufacturer parameters

• Volume 3: INode Parameters





• Volume 4: NodeB Parameters


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— List of parameters per object — Index of customer parameters


• Volume 5: Micro NodeB Parameters





• Volume 6: OneBTS Parameters





• Volume 7: OAM Parameters





• Volume 8: POC7K Parameters





• Volume 9: POC15K Parameters





Vocabulary conventions

For a list of UMTS terms used in the publication, refer to the Alcatel-Lucent 9300 W-CDMA Product

Family - Terminology publication.

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2 Roadmap to Configuration Management documentationThe figure next page shows where the current document stands within the W-CDMA Customer

Documentation.

Note: For a global view of the W-CDMA Customer Documentation, see Roadmap chapter in:

• Alcatel-Lucent 9300 W-CDMA Product Family - Document Collection Overview(NN-20500-050)

• Alcatel-Lucent 9300 W-CDMA Product Family - Access Network Management Overview(NN-20500-031)

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Figure 1 Roadmap to Configuration Management documentation

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3 Object/Parameter descriptionThis section gives the description of customer available objects and parameters.

Introduction

Parameters belong to a containing object. Object descriptions can be found in the first volume.

In the volumes 2 to 9, the parameters are grouped by Network Element: CNode, INode, NodeB,

OAM, POC7K, POC15K (each volume is dedicated to 1 Network Element) and by containing object

(those objects being alphabetically sorted for each Network Element).

For further information on the parameters network engineering, please contact your AccountManager who will support you into getting the UTRAN Parameters User Guide (UPUG) issued by

Alcatel-Lucent Wireless Network Engineering group.

Object description

Each object is presented as follows: Unique Name (Name).

RNC objects have a unique name different from their name.

NodeB and OAM objects have a unique name equal to their name.

In each volume (from volume 2 to 9), the objects are sorted by alphabetical order according to their

Unique Name.

For each object, the following general information are presented:

• presence: the value of this field can be "optional" or "required"

• onlineCreation: the value of this field can be "AllowedWithParent" or "Allowed" or "NotAllowed".

• onlineDeletion: the value of this field can be "AllowedWithParent" or "Allowed" or "NotAllowed".

• verbs: the value of this field can be "add" or/and "delete", and it is used for Passportprovisioning.

• parents: this field gives the list of the containing objects

• children: this field gives the list of the contained objects

• identifiers: this field gives the list of the identifiers, and for each one, the correspondingIDcategory, IDqualifier, IDscope, Mininstances, Maxinstances as follows:

Name IDcategory IDqualifier IDscope Mininstances Maxinstances

Parameter description

For each parameter, the following fields are presented:

• parameter name

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• domain: the three kinds of domains are:

— RNC: parameters are part of the RNC MIB definition and are hosted by WMS OAM andNetwork Element RNC

— BTS: parameters are part of the BTS MIB definition and are hosted by WMS OAM andNetwork Element BTS

— IN: parameters are part of the Inode MIB definition and are hosted by WMS OAM andNetwork Element Inode

— AN: parameters are part of the Anode MIB definition and are hosted by WMS OAM andNetwork Element Anode

— OAM: parameters are part of the WMS OAM MIB definition and are hosted by WMS OAMonly. Its are not declared in any Network Element MIB, so its are not mediated by build

function and not checked by audit function.• description: the parameter definition

• class: the four kinds of class are:

— 0: The parameter cannot be modified and a new object instance must be created with therequested parameter value thanks to build process or on line command.

— 2: The object instance (or one of the parent object instance) must be locked to modify theparameter and the modification will be taken into account after the object instance (or theparent object instance) has been unlocked.

— 3: So called "on-line parameter definition". The object instance does not need to be locked tomodify the parameter and the modification will immediately be taken into account with noimpact on the service availability.

— READ ONLY: The "read only" parameters can only be displayed.

• presence: indicates if the configuration of the parameter is optional.

• visibility

Customer parameter accessible for the customer (read/write or read only)

Manufacturer Alcatel-Lucent defines these parameters and they are not accessible for

customer

Customer Re-

stricted

parameters that can be modified by the customer, but it is strongly recom-

mended to set them according to Alcatel-Lucent specification as their modi-

fications can have performance impacts on WMS

• data type: decimal, integer, float, boolean, etc.

• unit: the measurement unit of the value range, when applicable.

Unit

%

#s

ms

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byte/s

cells/sec

dB

dBm

deg

h

Kb

km

meter

MHzmin

ms

number of cells

s

W

• range: the parameter value range. For example:

— Float: min = -35, max = 15, step = 0.1

— Enum (AdministrativeState): locked (0), unlocked (1), shuttingdown (2)

— String: length = 40 (Hex)

— Integer: min = 0, max = nRouteSet-1

• initial value: the value of a new parameter is [#false#] or [#null#] or [x]. This value is used:

— either when a customer wants to ensure the same performances before a UTRAN releaseupgrade

— or when a customer wants to deactivate a function

• def value comments

• recommended value: this value is recommended by Alcatel-Lucent for new networks roll outbefore the optimization. The recommended values take benefit of the performance ofAlcatel-Lucent UTRAN feature. For installed networks, the value to set depends on the chosen

options or rules defined by the customer.

• rec val comments

Index description

At the end of each volume (from volume 2 to volume 9), two indexes are available summarizing all

the parameters presented in the concerned volume:

• an index for the customer parameters

• an index for the manufacturer parameters

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These two indexes list the parameters by category (standard, inventory, states and status, dynamic

data, I&C) and by object sorted by alphabetical order, as follows:

• standard parameters

— Object A

– Parameter AA

– Parameter AB

– Parameter AC

— Object B

– Parameter BA

– Parameter BB• inventory parameters

— Object A

– Parameter AD

– Parameter AE

— Object C

– Parameter CA

– Parameter CB

– Parameter CC

• states and status parameters

— Object A

– Parameter AF

– Parameter AG

– Parameter AH

— Object B

– Parameter BC

• dynamic data parameters

— Object D

– Parameter DA

– Parameter DB

– Parameter DC

• I&C parameters

— Object B

– Parameter BD

– Parameter BE

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– Parameter BF

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4 Features Market ApplicabilityThis chapter presents a global view of theV7.0 Features included in this document.

For each feature, the title and the market applicability are detailed.

Note: Only the V7 features are listed in this table. If a feature Id introduced in a counter'sdescription has no entry in this table, this feature comes from an old features load.

FRS Id FRS Title Visible andapplicable toall GlobalMarket (GM)

Visible andapplicable toATT

33519 Daisy-chain operation for RRH solu-tions

yes no

27649 Native IP Iub support yes no

34393 Advanced Receiver for High UL DataRate

yes no

34455 NodeB synchronisation for all IP yes no

75998 Radio measurement frequency in-crease : TX power

yes no

34396 Automatic Carrier Switch Off yes no

34633 e-DCH MAC-e Throughput increaseto 10Mbps

yes no

75784 Ethernet QoS handling in UTRAN yes no

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5 AAL2Bearer (AAL2Bearer)

The general information on this object are:

• Presence: optional

• OnLineCreation: Allowed

• OnLineDeletion: NotAllowed

Parents:

BTSEquipment - AAL2Bearer

Child(ren):

-

Identifiers:

Name IDcategory IDqualifier IDscope MinIn-stances

MaxIn-stances

rdnId relative primary none 0 32

Links:

Source attribute Target Object Target Attribute

vccId VCC

Parameters:

rdnId

Parameter name rdnId

Domain OAM

Description AAL2Bearer identifier. IuxIfPath,IuxIf shall first bedeleted on RNC before AAL2Bearer instance onBTS.

Class NA

Presence required

Visibility customer

Unit

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Range [0..31]Data Type Decimal

Initial Value

availabilityStatus

Parameter name availabilityStatus

Domain BTS

Description X731 OSI State

Class NA

Presence requiredVisibility customer

Range inTest, failed, powerOff, offLine, offDuty, depend-ency, degraded, notInstalled, logFull

Data type Variable[9] List of Enumeration

Initial value N.A.

localBlockingState

Parameter name localBlockingState

Domain BTSDescription This is the local blocking state of the AAL2 BEAR-

ER * Unblocked: the BTS has unblocked the AAL2BEARER * Blocked: the BTS has blocked the AAL2BEARE

Class NA

Presence required

Visibility customer

Range disabled, enabled

Data type Enumeration

Initial value enabledRel version comments Release Version Warning: parameter not used by

the system in this release version. It must not be setif optional, or set to its default value if mandatory.

operationalState

Parameter name operationalState

Domain BTS

Description X731 OSI State

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Class NAPresence required

Visibility customer



Initial value enabled

pathId

Parameter name pathId

Domain BTSDescription The identifier of the AAL type 2 path. AAL type 2

Path: An ATM VCC between two AAL type 2 nodes.

Class 0

Presence required

Visibility customer

Range [1..2147483647]

Data type Decimal

Initial value N.A.

remoteBlockingState

Parameter name remoteBlockingState

Domain BTS

Description This is the remote blocking state of the AAL2BEARER * Unblocked: the peer entity has un-blocked the AAL2 BEARER * Blocked: the peer en-tity has blocked the AAL2 BEARER

Class NA

Presence required

Visibility customerRange unblocked, blocked


Initial value N.A.

Rel version comments Release Version Warning: parameter not used bythe system in this release version. It must not be setif optional, or set to its default value if mandatory.

userSpecificInfo

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Parameter name userSpecificInfoDomain OAM

Description information field reserved to the user. No specifictreatment on this field is performed by the system.

Class NA

Presence optional

Visibility customer

Range [0..30]

Data type AsciiString

Initial value N.A.

vccId

Parameter name vccId

Domain BTS

Description rdn Identifier of the VCC object used for this link.

Class 0

Presence required

Visibility customer

Range VCC

Data type ServiceLink

Initial value N.A.

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6 AISGCtrl (AISGCtrl)


• Presence: required


• OnLineDeletion: Allowed

Parents:

BTSEquipment - RemoteRadioHead - AISGCtrl

Child(ren):

RET - TMA -

Identifiers:


MaxIn-stances


Links:


Parameters:

rdnId


Domain OAM

Description

Class NA

Presence required

Visibility customer

Unit

Range [0..255]

Data Type Decimal

Initial Value

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controllerType

Parameter name controllerType

Domain OAM

Class NA

Presence required

Visibility customer

Range singleRET, multiRET, singleTMA, multiTMA


Initial value N.A.

deviceId

Parameter name deviceId

Domain OAM

Class NA

Presence optional

Visibility customer

Range [0..2147483647]

Data type Decimal

Initial value N.A.

errorState

Parameter name errorState

Domain OAM

Class NA

Presence required

Visibility customer

Range [0..2147483647]

Data type Decimal

Initial value N.A.

serialNumber

Parameter name serialNumber

Domain OAM

Class NA

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Presence optionalVisibility customer

Range [0..25]


Initial value N.A.

subDeviceId

Parameter name subDeviceId

Domain OAM

Class NAPresence optional

Visibility customer

Range [0..2147483647]

Data type Decimal

Initial value N.A.

vendor

Parameter name vendor

Domain OAM

Class NA

Presence optional

Visibility customer

Range [0..15]


Initial value N.A.

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7 AISGInventoryComponent (AISGInventoryComponent)



• OnLineCreation: NotAllowed


Parents:

BTSEquipment - AISGInventoryComponent

Child(ren):

-

Identifiers:


MaxIn-stances


Links:


aisgReferringBoard BTSEquipment Board

Parameters:

rdnId


Domain BTS

Description

Class NA

Presence required

Visibility customer

Unit

Range [0..49]

Data Type Decimal

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Initial Value

aisgDeviceId

Parameter name aisgDeviceId

Domain BTS

Class NA

Presence required

Visibility customer

Range [0..2147483647]

Data type DecimalInitial value N.A.

aisgReferringBoard

Parameter name aisgReferringBoard

Domain BTS

Class NA

Presence required

Visibility customer

Range BTSEquipment Board


Initial value N.A.

aisgSubDeviceId

Parameter name aisgSubDeviceId

Domain BTS

Class NA

Presence required

Visibility customer

Range [0..2147483647]

Data type Decimal

Initial value N.A.

aisgTMAGain

Parameter name aisgTMAGain

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Domain OAMClass NA

Presence optional

Visibility customer

Unit dB

Range [0..50] step:0.25

Data type Decimal

Initial value N.A.

aisgTMAModeParameter name aisgTMAMode

Domain OAM

Class NA

Presence optional

Visibility customer

Range normal, bypass


Initial value N.A.

aisgTiltValue

Parameter name aisgTiltValue

Domain OAM

Class NA

Presence optional

Visibility customer

Unit deg

Range [-90..90] step:0.1

Data type SignedInitial value N.A.

assetCode

Parameter name assetCode

Domain BTS

Description Hardware board code identifier

Class NA

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Range [0..16]


Initial value N.A.

cabinetNumber

Parameter name cabinetNumber

Domain BTS


Visibility customer

Range [0..2147483647]

Data type Decimal

Initial value N.A.

hardwareRelease

Parameter name hardwareRelease

Domain BTS

Class NA

Presence required

Visibility customer

Range [0..4]


Initial value N.A.

manufacturerInfo

Parameter name manufacturerInfo

Domain BTS

Class NA

Presence optional

Visibility customer

Range [0..64]


Initial value N.A.

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manufacturingDate

Parameter name manufacturingDate

Domain BTS

Class NA

Presence optional

Visibility customer

Range [0..4]


Initial value N.A.

moduleApplication

Parameter name moduleApplication

Domain BTS

Class NA

Presence required

Visibility customer

Range gsm, umts, gsm_umts


Initial value N.A.

moduleName

Parameter name moduleName

Domain BTS

Class NA

Presence required

Visibility customer

Range [0..30]


Initial value N.A.

moduleSubType

Parameter name moduleSubType

Domain BTS

Class NA

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Range [0..15]

Data type Decimal

Initial value N.A.

moduleType

Parameter name moduleType

Domain BTS


Visibility customer

Range [0..2147483647]

Data type Decimal

Initial value N.A.

positionInShelf

Parameter name positionInShelf

Domain BTS

Class NA

Presence required

Visibility customer

Range [1..255]

Data type Decimal

Initial value N.A.

serialNumber

Parameter name serialNumber

Domain BTS

Class NA

Presence required

Visibility customer

Range [0..25]


Initial value N.A.

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shelfNumber

Parameter name shelfNumber

Domain BTS

Class NA

Presence required

Visibility customer

Range [0..255]

Data type Decimal

Initial value N.A.

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8 AlcapBearer (AlcapBearer)




• OnLineDeletion: Allowed

Parents:

BTSEquipment - AlcapBearer

Child(ren):

-

Identifiers:


MaxIn-stances


Links:


vccId VCC

Parameters:

rdnId


Domain BTS

Description

Class NA

Presence required

Visibility customer

Unit

Range [0..0]

Data Type Decimal

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Initial Value

availabilityStatus


Domain BTS

Description X.731 This parameter is a set of 0 or more of thefollowing values: * "failed" = SSCOP problem

Class NA

Presence required

Visibility customer



Initial value N.A.

operationalState


Domain BTS

Description X.731 It represents the ALCAP operability. This at-tribute has two values: "disabled": the ALCAPBEARER is not usable "enabled": the ALCAPBEARER is usable

Class NA

Presence required

Visibility customer




userSpecificInfo

Parameter name userSpecificInfo

Domain OAM

Class NA

Presence optional

Visibility customer

Range [0..30]

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Data type AsciiStringInitial value N.A.

vccId

Parameter name vccId

Domain BTS

Description This is the VCC RDN used by this ALCAP BEARER

Class 0

Presence required

Visibility customerRange VCC


Initial value N.A.

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9 AntennaAccess (AntennaAccess)





Parents:

BTSEquipment - AntennaAccess

Child(ren):

TmaCurrentWindow -

Identifiers:


MaxIn-stances


Links:


antennaSystemRef Site Sector AntennaSystem

Parameters:

rdnId


Domain BTS

Description AntennaAccess identifier,

Class NA

Presence required

Visibility customer

Unit

Range [0..14]

Data Type Decimal

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Initial Value

antennaConnection

Parameter name antennaConnection

Domain BTS

Description Identifies the physical antenna connection on theDDM of the BTS, One antenna connection is re-lated to a main and a diversity antenna.

Class 0

Presence required

Visibility customer

Range antennaConnection_1, antennaConnection_2, an-tennaConnection_3, antennaConnection_4, anten-naConnection_5, antennaConnection_6, anten-naConnection_11, antennaConnection_12, anten-naConnection_13, antennaConnection_14, anten-naConnection_15, antennaConnection_16, anten-naConnection_21, antennaConnection_22, anten-naConnection_23, antennaConnection_24, anten-naConnection_25, antennaConnection_26, anten-naConnection_31, antennaConnection_32, anten-naConnection_33, antennaConnection_34, anten-

naConnection_35, antennaConnection_36, anten-naConnection_41, antennaConnection_42, anten-naConnection_43, antennaConnection_44, anten-naConnection_45, antennaConnection_46, anten-naConnection_51, antennaConnection_52, anten-naConnection_53, antennaConnection_54, anten-naConnection_55, antennaConnection_56, anten-naConnection_61, antennaConnection_62, anten-naConnection_63, antennaConnection_64, anten-naConnection_65, antennaConnection_66, anten-naConnection_101, antennaConnection_102, an-tennaConnection_103, antennaConnection_1011,antennaConnection_1012, antennaConnec-tion_1013, antennaConnection_1014, antennaCon-nection_1015, antennaConnection_1016, anten-naConnection_1021, antennaConnection_1022, an-tennaConnection_1023, antennaConnection_1024,antennaConnection_1025, antennaConnec-tion_1026, antennaConnection_1031, antennaCon-nection_1032, antennaConnection_1033, anten-naConnection_1034, antennaConnection_1035, an-tennaConnection_1036, antennaConnection_1041,antennaConnection_1042, antennaConnec-tion_1043, antennaConnection_1044, antennaCon-nection_1045, antennaConnection_1046, anten-

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naConnection_1051, antennaConnection_1052, an-tennaConnection_1053, antennaConnection_1054,antennaConnection_1055, antennaConnec-tion_1056, antennaConnection_1061, antennaCon-nection_1062, antennaConnection_1063, anten-naConnection_1064, antennaConnection_1065, an-tennaConnection_1066


Initial value N.A.

Rec val comments In STSR1 configuration it#s recommended to asso-ciate -antennaConnection_1 with an-tenna_access_0 -antennaConnection_2 with an-

tenna_access_1 -antennaConnection_3 with an-tenna_access_2

antennaSystemRef

Parameter name antennaSystemRef

Domain OAM

Description Reference of the associated AntennaSystem.

Class NA

Presence optional

Visibility customerRange Site Sector AntennaSystem


Initial value N.A.

availabilityStatus


Domain BTS

Description X731 OSI state


Visibility customer



Initial value N.A.

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cellPlanningId

Parameter name cellPlanningId

Domain OAM

Description Pointer to the related FDDCell

Class NA

Presence optional

Visibility customer

Range NA


Initial value N.A.

externalAttenuationDivDl

Parameter name externalAttenuationDivDl

Domain BTS

Description This parameter is a rename of attenuationFeeder-Div External loss between the Cabinet and the Di-versity antenna to be taken into account for down-link.

Class 3

Presence required

Visibility customer

Unit dB

Range [0.0..50.0] step:0.1

Data type Decimal

Initial value 0

externalAttenuationDivUl

Parameter name externalAttenuationDivUl

Domain BTSDescription External loss between the Cabinet and the Diversity

antenna to be taken into account for uplink.

Class 3

Presence required

Visibility customer

Unit dB

Range [0.0..50.0] step:0.1

Data type Decimal

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Initial value 0

externalAttenuationMainDl

Parameter name externalAttenuationMainDl

Domain BTS

Description This parameter is a rename of attenuationFeeder-Main External loss between the Cabinet and theMain antenna to be taken into account for downlink.

Class 3

Presence required

Visibility customer

Unit dB

Range [0.0..50.0] step:0.1

Data type Decimal

Initial value 0

externalAttenuationMainUl

Parameter name externalAttenuationMainUl

Domain BTS

Description External loss between the Cabinet and the Main an-tenna to be taken into account for uplink.

Class 3

Presence required

Visibility customer

Unit dB

Range [0.0..50.0] step:0.1

Data type Decimal

Initial value 0

externalDlDelay

Parameter name externalDlDelay

Domain BTS

Description This parameter represent the Downlink delay fromthe BTS RF output to the antenna

Class 3

Presence required

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Visibility customerUnit ns

Range [0.000..2080.000] step:8.125

Data type Decimal

Initial value 121.875

Def value comments Default value = 121,875 when tmaAccessType =tmaUmtsOnly 2100 Default value = 113,75 whentmaAccessType = NoTma Default value = 211,25when tmaAccessType = tmaMix Default value =138,125 when tmaAccessType = tmaUmtsOnly1900

externalUlDelay

Parameter name externalUlDelay

Domain BTS

Description This parameter represent the Uplink delay from theantenna to the BTS RF input

Class 3

Presence required

Visibility customer

Unit nsRange [0.000..2080.000] step:8.125

Data type Decimal

Initial value 154.375

Def value comments Default value = 154,375 when tmaAccessType =tmaUmtsOnly 2100 Default value = 113,75 whentmaAccessType = NoTma Default value = 325when tmaAccessType = tmaMix Default value =195 when tmaAccessType = tmaUmtsOnly 1900

isCellImpactOnTmaFailure

Parameter name isCellImpactOnTmaFailure

Domain BTS

Description This parameter allows to not impact the cell in caseof TMA failure on both RXPath for bypass TMA

Class 3

Presence required

Visibility customer

Range false, true

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Data type EnumerationInitial value true

operationalState


Domain BTS

Description X731 - OSI state This attribute has two values: -"disabled": all antennas connected to antenna con-nection are considered disabled - "enabled" : atleast one antenna is working

Class NA

Presence required

Visibility customer




reserved0

Parameter name reserved0

Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]

Data type Signed

Initial value 0


reserved1


Domain BTS

Class 0

Presence required

Visibility customer

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Range [-2147483648..2147483647]Data type Signed

Initial value 0


reserved2


Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]

Data type Signed

Initial value 0


reserved3


Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]

Data type Signed

Initial value 0Rel version comments Release Version Warning: parameter not used by


retPresence

Parameter name retPresence

Domain OAM

Description This parameter indicates if a RET device is present

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or not for this antennaAccessClass NA

Presence required

Visibility customer

Range false, true


Initial value false

rxCabling

Parameter name rxCablingDomain BTS

Description This parameter indicates how the BTS is cabled tothe antenna for reception path. In UA04.1, only thedefault value is supported.

Class 0

Presence required

Visibility customer

Range mainInputOnly, diversityInputOnly, mainAndDi-versityInput

Data type EnumerationInitial value mainAndDiversityInput


rxDiversityImbalancedThreshold

Parameter name rxDiversityImbalancedThreshold

Domain BTS

Description This parameter defines the Rx Diversity Imbalance

Threshold used for receive signal strength indicatordiversity imbalance tests. The absence of the para-meter deactivates the feature.

Class 3

Presence optional

Visibility customer

Unit dB

Range [1.0..20.0] step:0.1

Data type Decimal

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Initial value N.A.

tmaAccessType

Parameter name tmaAccessType

Domain BTS

Description Enumerated indicating if a TMA (Tower Mastheadamplifier) is present and if so, the type of TMA.

Class 0

Presence required

Visibility customer

Range noTma, tmaUmtsOnly, tmaMix


Initial value N.A.

Rec val comments noTma

userSpecificInfo

Parameter name userSpecificInfo

Domain OAM


Class NA

Presence optional

Visibility customer

Range [0..30]


Initial value N.A.

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10 BTSCell (BTSCell)





Parents:

BTSEquipment - BTSCell

Child(ren):

EdchConf - HsdpaConf -

Identifiers:


MaxIn-stances

localCellId absolute secondary none 1 12


MaxIn-stances


Links:


associatedFDDCell RNC NodeB FDDCell

paResourceId PaResource

Parameters:

localCellId

Parameter name localCellId

Domain BTS

Description TS 25.401(release 1999) The Local cell Identifier isused to uniquely identify the set of resources withina node B required to support a cell (as identified by

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a C-Id). It supports uniqueness within the UTRANfor management system purposes. The Local cellIdentifier is used for the initial configuration of aNode B when no C-Id is defined. The Local cellIdentifier is defined by the operator and set in bothNode B and its C-RNC via O&M.

Class 0

Presence required

Visibility customer

Unit

Range [0..268435455]

Data Type DecimalInitial Value

rdnId


Domain OAM

Description BTSCell identifier. relative distinguish name Iden-tity: identifies the BTS cell within its BTS Equipment

Class NA


Unit

Range [0..12]

Data Type Decimal

Initial Value

administrativeState

Parameter name administrativeState

Domain BTS

Description X731 - OSI State

Class 3

Presence required

Visibility customer

Range locked, unlocked, shuttingdown


Initial value unlocked

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antennaConnectionList

Parameter name antennaConnectionList

Domain BTS

Description List of AntennaAccess object identifiers For ex-ample:In STSR : 1 AntennaAccess, In OTSR with 6antennas : 3 AntennaAccess

Class 0

Presence required

Visibility customer

Range AntennaAccess

Data type Variable[3] List of ServiceLink

Initial value N.A.

associatedFDDCell

Parameter name associatedFDDCell

Domain OAM

Description Pointer to the FDDCell corresponding to that BTS-Cell

Class NA

Presence required

Visibility manufacturer

Range RNC NodeB FDDCell


Initial value N.A.

availabilityStatus


Domain BTSDescription X731 OSI state

Class NA

Presence required

Visibility customer



Initial value N.A.

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cellPlanningId

Parameter name cellPlanningId

Domain OAM

Description Pointer to the related FDDCell

Class NA

Presence optional

Visibility customer

Range NA


Initial value N.A.

cellProfile

Parameter name cellProfile

Domain BTS

Description Profile of the cell. This parameter is used to provi-sion future BTS algorithm depending on the cellprofile. In UA04.1, only default value is supported.Possible values are: 0: NOT CONFIGURED 1:TU_3 2: TU_50 3: TU_120 13: RA_120 14: RA_250

23: HT_120 Coding 10a + b a = TU (0) or RA (1) orHT (2) b = 3km/h (1) or 50 km/h (2) or 120 km/h (3)or 250 km/h (4) The different model are extractedfrom 3GPP TS 25.943 TU_x = Typical Urban x km/hRA_x = Rural Area x km/h HT = Hilly Terrain x km/h

Class 3

Presence required

Visibility customer

Range notConfigured, typicalUrban3kmh, typicalUrb-an50kmh, typicalUrban120kmh, ruralArea120kmh,ruralArea250kmh, hillyTerrain12kmh

Data type EnumerationInitial value notConfigured


cellSize

Parameter name cellSize

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Domain BTSDescription Represents the size of the cell.

Class 2

Presence required

Visibility customer

Unit km

Range from0to5, from5to10, from10to30, from30to60,from60to75, from75to90, from90to120,from120to150


Initial value from5to10

dynamicPersistenceLevel

Parameter name dynamicPersistenceLevel

Domain BTS

Description dynamicPersistenceLevel used by the BTS in theSIB 7 as defined in 3GPP TS 25.331.

Class 3

Presence required

Visibility customerRange [1..8]

Data type Decimal

Initial value 1

edchResourceActivation

Parameter name edchResourceActivation

Domain BTS

Description This parameter activates the allocation of EDCH re-

sources for this BTS CELL. * FALSE: no EDCH re-source is allocated for this BTS CELL * TRUE:EDCH resource can be allocated for this BTS CELL(CF parameter EDCH CONF::edchResourceId)This parameter shall be set to FALSE when thechild object EDCH CONF is not present.

Class 0

Presence required

Visibility customer

Range false, true

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Data type EnumerationInitial value false

equipmentMapping

Parameter name equipmentMapping

Domain BTS

Class NA

Presence optional

Visibility customer

Range [Board..Board]Data type

Initial value N.A.

hsdpaResourceActivation

Parameter name hsdpaResourceActivation

Domain BTS

Description This parameter activates the allocation of HSDPAresources for this BTS CELL. FALSE: no HSDPAresource is allocated for this BTS CELL TRUE: HS-DPA resource can be allocated for this BTS CELL(CF parameter HSDPA CONF::hsdpaResourceId)This parameter shall be set to FALSE when thechild object HSDPA CONF is not present.

Class 0

Presence required

Visibility customer

Range false, true


Initial value false

locFrequencyReuseFactor

Parameter name locFrequencyReuseFactor

Domain BTS

Description This value represents the ratio of power that mustbe considered in the current received power ascoming from all external cells. If the Loc value ischosen to be 0 then the feature is locally deactiv-ated

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Class 3Presence required

Visibility customer

Unit %

Range [0..500]

Data type Decimal

Initial value 0

localCellGroupId

Parameter name localCellGroupIdDomain BTS

Description A localCellGroup is a group of local cells of a iBTSassociated with the same carrier.

Class 0

Presence required

Visibility customer

Range [0..3]

Data type Decimal

Initial value N.A.

mimoActivationBTS

Parameter name mimoActivationBTS

Domain BTS

Description This parameter defines whether MIMO can be con-figured or not.This parameter does not apply to al-pha-CEM/iCEM.

Class 0

Presence required

Visibility customerRange false, true


Initial value false

mobileCountryCode

Parameter name mobileCountryCode

Domain OAM

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Description TS23.003 subclause 4.1(release 1999) MobileCountry Code (MCC) identifies the country in whichthe PLMN is located. The value of the MCC is thesame as the three digit MCC contained in interna-tional mobile subscriber identity (IMSI) mobileCoun-tryCode parameter is a 3 digits BCD-string (each di-git is coded on 4 bits, which results finally in a 12bits-long string).

Class NA

Presence optional


Range [3..3]

Data type Bcd

Initial value N.A.

Rec val comments If the operator already has a GSM network, use thesame value.

mobileNetworkCode

Parameter name mobileNetworkCode

Domain OAM

Description TS23.003 subclause 4.1(release 1999) Mobile Net-

work Code (MNC) is a code identifying the PLMN inthat country. The MNC takes the same value as thetwo or three digit MNC contained in IMSI mobileN-etworkCode parameter is a 2 or 3 digits BCD-string(each digit is coded on 4 bits, resulting in an 8 or 12bits-long string).

Class NA

Presence optional


Range [2..3]

Data type Bcd

Initial value N.A.

operationalState


Domain BTS


Class NA

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Initial value N.A.

paRatio

Parameter name paRatio

Domain BTS

Description Percentage of PA power associated with this BTScell. The maximum power declared for each BTSCell to the RNC will be : Max DL power capability =(PaRatio /100 * PA Max power capability) + Txlosses. This max power will be shared between allBTS cells with same frequency group in one sector

Class 3

Presence required

Visibility customer

Unit %

Range [10..100]

Data type Decimal

Initial value 50

paResourceId

Parameter name paResourceId

Domain BTS

Description Instance of the PaResource associated to the BTS-Cell.

Class 0

Presence optional

Visibility customer

Range PaResource


Initial value N.A.

pmmActivation

Parameter name pmmActivation

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Domain BTSDescription This parameter is used to activate the PMM Ex-

cessive Power Algorithm

Class 0

Presence required

Visibility customer

Range false, true


Initial value false

Rel version comments Release Version Warning: parameter not used by


reserved0


Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]Data type Signed

Initial value 0


reserved1


Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]

Data type Signed

Initial value 0

Rel version comments Release Version Warning: parameter not used bythe system in this release version. It must not be set

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if optional, or set to its default value if mandatory.

reserved2


Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]

Data type SignedInitial value 0


reserved3


Domain BTS

Class 0

Presence required

Visibility customer

Range [-2147483648..2147483647]

Data type Signed

Initial value 0


rssiHighAlarmThresholdParameter name rssiHighAlarmThreshold

Domain BTS

Class 3

Presence optional

Visibility customer

Unit dBm

Range [-150.0..-50.0] step:0.1

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Data type SignedInitial value -90.0

rtwpMargin

Parameter name rtwpMargin

Domain BTS

Description This parameter is added to the parameter RTWP-max given by RNC to obtain the maximum RTWPlimit for which the eDCH system can work properlywithout any major problem

Class 3

Presence required

Visibility customer

Unit dB

Range [0.5..2.0] step:0.5

Data type Decimal

Initial value 2

Recommended value 2

rtwpMaxCellLoadCacActivationParameter name rtwpMaxCellLoadCacActivation

Domain BTS

Description This parameter is used to activate the UL CAC onnon-EDCH traffic at BTS based on the RTWP

Class 3

Presence required

Visibility customer

Range false, true

Data type EnumerationInitial value false

rtwpMaxCellLoadNonEdch

Parameter name rtwpMaxCellLoadNonEdch

Domain BTS

Description RTWP load used to perform UL CAC for all trafficexcept EDCH based on the RTWP. This parameteris used only if rtwpMaxCellLoadCacActivation is set

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to TRUE. In this case, the CAC will accept "non-eDCH" calls if: [1-((rtwpReference(Watt)/rtwpMeasured(Watt) )] =<rtwpMaxCellLoadNonEdch note: rtwpReference isthe RTWP learned if the parameter IsRtwpRefer-enceSelfLearning is set to TRUE.

Class 3

Presence required

Visibility customer

Unit %

Range [0..100]

Data type DecimalInitial value 50

rtwpReference

Parameter name rtwpReference

Domain BTS

Description Reference of RTWP when the BTS does not re-ceive any radio signal for this cell. If the parameterisRtwpReferenceSelfLearning is set to TRUE, thisparameter is only used to initiate the RTWP self

learning feature.Class 3

Presence required

Visibility customer

Unit dBm

Range [-115.0..-50.0] step:0.1

Data type Signed

Initial value -106.1

rtwpTimeDetectionParameter name rtwpTimeDetection

Domain BTS

Description This parameter is relative to the maximum time forwhich the eDCH system is authorized to workabove the RTWP limit defined by RTWPmax +RTWPmargin

Class 3

Presence required

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Visibility customerUnit ms

Range [100..400] step:100

Data type Decimal

Initial value 400

Recommended value 400

transportFiberDelay

Parameter name transportFiberDelay

Domain BTSClass 0

Presence required

Visibility customer

Unit tChips

Range noFiber, 77, 134, 192, 384


Initial value noFiber

userSpecificInfoParameter name userSpecificInfo

Domain OAM


Class NA

Presence optional

Visibility customer

Range [0..30]


Initial value N.A.

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11 BTSEquipment (BTSEquipment)





Parents:

-

Child(ren):

AAL2Bearer - AISGInventoryComponent - AlcapBearer - AntennaAccess - BTSCell -

BTSEquipmentMIB - BTSEquipmentSoftware - BTSHsdpaResource - BandwidthPool - Board - CCP

- CMSR - Capacity - CoolingSystem - CounterFamily - ExtensionCabinet - ExternalAlarms -

HsXpaResource - ImaGroup - InventoryComponent - IpInterface - IpRan - LAGroup - LocalCellGroup

- MCTRX - NATP - NodeBCP - OMCBConnection - PCM - PCM3 - PaResource - PassiveComponent

- PowerSystem - Qaal2Params - R99Resource - RadiusParameters - RemoteRadioHead - RfCarrier

- RouteCes - RtObsSession - SaalUniParams - SatelliteData - SiteLan - UserAlarms - VCC -

Identifiers:


MaxIn-stances

neId relative secondary none 0 *


MaxIn-stances

rdnId relative secondary none 0 *

Name IDcategory IDqualifier IDscope MinIn-stances MaxIn-stances

userLabel absolute primary none 0 *

Links:


associatedNodeB RNC NodeB

clusterId Cluster

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pmClusterId PMClustersiteName Site

Parameters:

neId

Parameter name neId

Domain OAM

Description This attribute is used to perform the connection

between the installed BTS and the OMC provi-sionned BTS equipment.

Class NA

Presence required

Visibility customer

Unit

Range [0..25]

Data Type AsciiString

Initial Value

rdnId


Domain BTS

Description BTSEquipment identifier

Class NA

Presence required


Unit

Range [0..65534]

Data Type Decimal

Initial Value

userLabel

Parameter name userLabel

Domain OAM

Description user friendly BTSEquipment name, for operator useonly (at MMI)

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Visibility customer

Unit

Range NA

Data Type AsciiString

Initial Value

CCLTimeout

Parameter name CCLTimeoutDomain BTS

Description When a CEM board supporting common channelsbecomes in fault, OAM software notifies RNC thatthe associated cell is disabled. Then OAM softwarewaits for this time laps to ask RNC for reconfigura-tion. Supported values: noCommonChannel-LossTimeout= immediate reconfiguration, priority isput on coverage (restore the cell enabled as soonas possible) commonChannelLossTimeout = give achance to the CEM board to appear, so that the re-configuration will occur on this board; priority is put

on capacity Note that If CEM supports also E-BBUthen cclTimeout is hardcoded to commonChannel-LossTimeout (ie 3 min) value.

Class 3

Presence required

Visibility customer

Unit min

Range noCommonChannelLossTimeout, commonChan-nelLossTimeout


Initial value commonChannelLossTimeout

Def value comments Note that If CEM supports also E-BBU thencclTimeout is hardcoded to commonChannel-LossTimeout (ie 3 min) value.

OAMProtocol

Parameter name OAMProtocol

Domain BTS

Description Protocol used betwen OMC-B and node B

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Class 0Presence required


Range SEPE, TROL


Initial value TROL

OAMProtocolVersion

Parameter name OAMProtocolVersion

Domain BTSDescription The protocol release: 32 for TROL3 release 2, 10

pour 1.0

Class NA

Presence required


Range [0..2147483647]

Data type Decimal

Initial value N.A.

OAMlinkAdministrativeState

Parameter name OAMlinkAdministrativeState

Domain OAM

Description Represents the administrative state of the linkbetween the OMC and the BTS (or NodeB).

Class NA

Presence required

Visibility customer

Range locked, unlocked


Initial value locked

aliasName

Parameter name aliasName

Domain OAM

Class NA

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Presence optionalVisibility customer

Range NA

Data type UnicodeString

Initial value N.A.

alphaParameter

Parameter name alphaParameter

Domain BTS

Description Number of consecutive ICP cells (IMA control pro-tocol cells) invalid to be detected to consider thegroup as de-synchronized

Class 0

Presence required


Range icpCellInvalid1, icpCellInvalid2


Initial value N.A.

Def value comments 2 factory value

antennaFaultDetectionActivation

Parameter name antennaFaultDetectionActivation

Domain BTS

Description This parameter is used to activate the antennaFault detection algorithm TRUE: algorithm is activ-ated FALSE: algorithm is deactivated In UA04,1,only the default value is supported.

Class 0

Presence required

Visibility customer

Range false, true


Initial value false


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antennaFaultMaxCounter

Parameter name antennaFaultMaxCounter

Domain BTS

Description This parameter is used to configure the algorithmused for antenna failure detection in particular forthe confirmation of the antenna failure. The antennafailure is confirmed when the antenna failurecounter reaches this value

Class 0

Presence required

Visibility customer

Range [10..500]

Data type Decimal

Initial value 100


antennaPowerMinSamples

Parameter name antennaPowerMinSamples

Domain BTSDescription This parameter is used to configure the algorithm

used for antenna failure detection. It indicates theMinimum number of samples, used to process theantenna main/diversity measurements

Class 0

Presence required

Visibility customer

Range [100..20000]

Data type Decimal

Initial value 1000


antennaThreshold

Parameter name antennaThreshold

Domain BTS

Description This attribute is used to detect if the BTS antenna is

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failedClass 0

Presence required

Visibility customer

Unit dB

Range [1..100]

Data type Decimal

Initial value 6

associatedNodeBParameter name associatedNodeB

Domain OAM

Description Pointer to the NodeB corresponding to that BT-SEquipment

Class NA

Presence required


Range RNC NodeB


Initial value N.A.

asyncLine2InterfaceUsage

Parameter name asyncLine2InterfaceUsage

Domain BTS

Description This parameter indicates how to use the 2nd serialinterface of the GPSAM. Note: The only supportedvalue is 0

Class 0


Range LineNotUsed, DVBH_OAM_Connection


Initial value LineNotUsed

automaticUpgrade

Parameter name automaticUpgrade

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Domain OAMDescription - If set to "enabled", the software version stored on

the OMC is the reference version: The Bts is alwayssynchronized with the software version stored onthe OMC. A Bts software upgrade will be launchedautomatically if needed. - If set to "disabled", theOMC database is updated with the software versioninformation coming from the Bts.

Class NA

Presence required

Visibility customer

Range enabled, disabled



availabilityStatus


Domain BTS


Class NA




Initial value N.A.

backhaulType

Parameter name backhaulType

Domain BTSDescription This parameter indicates the type of incoming link:

0=PCM, 1=STM1, 2=Fast Ethernet3=Gigabit Ether-net, 4 = PCM 3

Class 0

Presence required


Range PCM, STM1, FastEthernet, GigabitEthernet, PCM3


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Initial value N.A.Def value comments PCM (0) is the factory state

bbVersion

Parameter name bbVersion

Domain BTS

Class 3

Presence required

Visibility customer

Range [0..8]Data type HexString

Initial value 0000FFFF


betaParameter

Parameter name betaParameter

Domain BTS

Description Number of errored consecutive ICP cells (IMA con-trol protocol cells) to be detected to consider thegroup as de-synchronized.

Class 0

Presence required


Range icpCellError1, icpCellError2, icpCellError3, icp-CellError4, icpCellError5


Initial value N.A.

Def value comments 2 factory value

btsLoginBannerText

Parameter name btsLoginBannerText

Domain BTS

Class 3

Presence optional

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Visibility customerRange [0..2048]


Initial value N.A.

callPCEMSlotNumber

Parameter name callPCEMSlotNumber

Domain BTS

Description If CallPCommissioningMode is set to commission-ingCallPMode then this parameter indicates theCEM board number on which the test should start.If CallPModeCommissioningMode is set to nomin-alMode then this parameter is not significant andshould be ignored. Should set before setting theCallPCommissioningMode

Class 3

Presence required

Visibility customer

Range [0..12]

Data type Decimal

Initial value 1

callPCommissionMode

Parameter name callPCommissionMode

Domain BTS

Description Represents the mode of resource allocation run byCallP. Possible values : nominalCallP, commission-ingCallP. It applies to the CallPCEMNumber, thisnumber should be set first.

Class 3

Presence required

Visibility customer

Range nominalCallPMode, commissioningCallPMode


Initial value nominalCallPMode

cchRelocationActivation

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Parameter name cchRelocationActivationDomain BTS

Description This parameter is used to activate/deactivate theCommon Channel Relocation to other CEM boardsin case of loss/lock of the CEM board hosting theCommon Channels. TRUE: Common Channel Re-location is enabled on CEM loss/lock FALSE: Nocommon channel relocation will be done on CEMloss/lock.

Class 3

Presence required

Visibility customer

Range false, true


Initial value false

Class 3 detail A2

cellDegradedStateActivation

Parameter name cell

Documents

NN-205~4