Radio Network Parameters

User Description, Radio NetworkParameters and Cell Design Data forEricsson's GSM Systems

USER DESCRIPTION

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Copyright

© Ericsson AB 2011-2012. All rights reserved. No part of this document may bereproduced in any form without the written permission from the copyright owner.

Disclaimer

The contents of this document are subject to revision without notice due tocontinued progress in methodology, design, and manufacturing. Ericsson shallhave no liability for any error or damage of any kind resulting from the useof this document.

Trademark List

Ericsson is the trademark or rregistered trademark owned byTelefonaktiebolaget LM Ericsson.

All other trademarks mentioned herein are the property of their respectiveowners.

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Contents

Contents

1 General Information 1

1.1 Main Changes in Ericsson GSM System BSS G12B 1

1.2 Main Changes in Ericsson GSM System BSS G12A 1



1.5 Main Changes in Ericsson GSM System BSS G10A 4

1.6 Main Changes in Ericsson GSM System BSS 09A 5

1.7 Introduction 6

1.8 CDD Structure 7

1.9 Conventions 7

2 Site Data 11

2.1 Common Site Data 11

3 Cell Data 13

3.1 Common Data 13

3.2 Neighbouring Cell Relation Data 39

3.3 Idle Mode Behaviour 43

3.4 Locating 66

3.5 GPRS/EGPRS Idle Mode Behaviour 107

3.6 GPRS/EGPRS Cell Reselection 109

3.7 Channel Administration/Immediate Assignment on TCH 114

3.8 GPRS/EGPRS Channel Administration 124

3.9 Dynamic MS Power Control 141

3.10 GPRS/EGPRS Dynamic MS Power Control 150

3.11 Dynamic BTS Power Control 151

3.12 Discontinuous Transmission 161

3.13 Frequency Hopping 162

3.14 Intra Cell Handover 169

3.15 Assignment to Other Cell 175

3.16 Overlaid/Underlaid Subcells / Subcell Load Distribution /Tight BCCH Frequency Reuse 177

3.17 Hierarchical Cell Structures 184

3.18 Extended Range 192

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User Description, Radio Network Parameters and Cell Design Data for Ericsson's GSM Systems

3.19 Double BA Lists 194

3.20 Idle Channel Measurements 196

3.21 Cell Load Sharing 199

3.22 Multiband Operation 202

3.23 Differential Channel Allocation 207

3.24 Enhanced Multi-Level Precedence and Preemption Service(eMLPP) 218

3.25 Adaptive Configuration of Logical Channels 225

3.26 GSM - UMTS - LTE Cell Reselection and Handover 228

3.27 Adaptive Multi Rate 250

3.28 EGPRS Link Quality Control 253

3.29 GPRS Link Adaptation 257

3.30 GPRS/EGPRS Quality of Service 258

3.31 Interference Rejection Combining 268

3.32 Multi Band Cell 268

3.33 GPRS/EGPRS Connection Control and Transfer 271

3.34 Antenna Hopping 278

3.35 Synchronized Radio Networks 278

3.36 Channel Allocation Optimization 280

3.37 Dual Transfer Mode (DTM) 292

3.38 Flexible Abis (FLAB) 294

3.39 Voice Group Call Service 297

3.40 Tandem Free Operation (TFO) 300

3.41 Handover and Signalling Robustness 302

3.42 Find Faulty Antenna Features 303

3.43 Packet Abis over IP 304

3.44 Packet Abis over TDM 316

3.45 PGW Load Distribution 321

3.46 Reduced Power Consumption in GSM RAN 322

3.47 Adaptive Multi Rate Wide Band 325

3.48 Abis Local Connectivity 330

3.49 BSC Capacity Supervision 331

3.50 A-Interface over IP 331

3.51 Automatic FLP/Automatic IRC Tuning 334

3.52 Multi Operator in BSS 338

3.53 16/32 QAM 339

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Contents

3.54 VAMOS 343

3.55 350

3.56 MCPA 350

3.57 Mixed Mode in Multistandard RBS 352

4 Hardware Characteristics 353

4.1 Allocation Data for Transceiver Group 353

4.2 BSC Exchange Property Data 360

5 CDD Forms 361

6 Index 371

6.1 Index to Parameters 371

6.2 Index to Commands 392

6.3 Cross-Reference: MML-Command Parameters 403

7 Concepts 411

Glossary 413

Reference List 415

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General Information

1 General Information

This document describes Radio Network Parameters and Cell Design Datato operators and other users of the document. This Document is valid forBSS release G10B to G11B. New functionality works for stated release andonwards, unless stated otherwise.

1.1 Main Changes in Ericsson GSM System BSS G12B

New, changed and removed parameter due to features: VAMOS.

New commands: .

New parameters Changed/Updatedparameters

Removed parameters

IMBVAMOS

SSTHRV

1.2 Main Changes in Ericsson GSM System BSS G12A

New, changed and removed parameter due to features: Paging Improvements,TBFLIMIT per Cell, PS Downlink Power Control, Fast Return to LTE After CallRelease.

New commands: .


Removed parameters

COVERAGEE MAXPWR MSRACREQCCCH

COVERAGEU TBFDLLIMIT MSRACREQPCCH

DLPCE TBFULLIMIT

DLPCE2A

DLPCG

INITDLPCE

INITDLPCE2A

INITDLPCG

FASTRETLTE

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Removed parameters

TBFDLLIM

TBFULLIM


This UD is based on the document 222/1553–HSC 103 12/16 Uen. Thechanges between the above document and this document are as follows:

New, changed and removed parameter due to features: EDGE Evolution -16/32 QAM, GSM MCPA Intelligent Power Management, BSS Support forMCPA/RUS, VAMOS.

New commands: RFVCC, RFVCP, RFVCI, RFVCE, RFVBC, RFVBP, RFVBI,RFVBE.


Removed parameters

AHRVAMOS ETCHTN

AQPSKONBCCH GPRSNWMODE

ASSV PSKONBCCH

AWBVAMOS TN7BCCH

E2AFACTOR TNBCCH

E2AINITMCS

E2ALQC

E2APDCHBR

EINITMCS

HRVAMOS

IPM

LQCDEFMCSDLE2A

LQCDEFMCSULE2A

LQCHIGHMCSDLE2A

LQCHIGHMCSULE2A

MAXPWR

MAXTRX

MCTRI

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General Information


Removed parameters

NUMREQE2ABPC

PAO

QBAHRV

QBAWBV

QBNAV

QDESDLOV

QDESULOV

RTTIINITMCS

SSTHRASSV

TSCSET1PAIRS

TXMPWR

VAMOSBSCSTATE

VAMOSCELLSTATE

VCSCC



Removed information regarding RBS 200.

Added commands RFIMI, RFIMC, RFIMP, RFIME, RLBRI, RLBRC, RLBRE,RLBRP, RLMRI, RLMRC, RLMRE, RLMRP, RRAII and RRAIE.

Note that to be able to use AMR and AMR-WB together with A-Interface overIP other parameters need to be set, see Section 3.50 on page 331.

New, changed and removed parameter due to features: Automatic FLP,A-Interface over IP, Reduced Power Level after Handover.

New parameters Changed parameters Removed parameters

A53PRIO BSPWRB CTEI

AFLP BSPWRT TXID

AIRCT

BSCAFLP

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BSCAIRCT

BSRPWROFFSETN

BSRPWROFFSETP

CONFMODE

DSCP1

HOMTD

IMSIPAT

MAXTGCL

MBT

MCIMALG

MPS

MSRPWROFFSETN

MSRPWROFFSETP

NCCPERM (BSC)

SET

TIME

1.5 Main Changes in Ericsson GSM System BSS G10A


New, changed and removed parameter due to features: AMR-WBEnhancements, EDGE Evolution - Dual Carrier DL, Multiple CCCH, BTS PSEnhancements, Timeslot Power Savings, GSM-UMTS-LTE Cell Reselection.


AMRWBDHA BTSPSHYST DYNULDLACT

CCCH

CCCHCMD

DCDLACT

DHRAABISTHRWB

DTHAMRWB

EARFCN

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General Information


ETCHTN

FDDARFCN

HPRIO

HPRIOTHR

ICMODE

LPRIOTHR

MEASTHR

MINCHBW

MINREQTCH

PAGBUNDLE

PCID

PCIDG

PCIDP

PCIDPS

PRIOTHR

QRXLEVMINE

QRXLEVMINU

RATPRIO

SDHRAABISTHRWB

TSPS

TNBCCH

TRES

1.6 Main Changes in Ericsson GSM System BSS 09A

New, changed and removed parameter due to features: A-Interface over IP,PS Switched Capacity Locks, Improved Ack/Nack


DSCP AQMRTTCONST

FASTRET3GNC2 IPDEVNO

GBCAPALARMACT GPRSPRIO

GBCAPWARNTHR

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IAN

JBS

PCMLAW

1.7 Introduction

The present document explains the Cell Design Data (CDD) that must beprovided for each cell in an Ericsson GSM system. This data is loaded in thecorresponding BSC by means of a Data Transcript file.

When a new Ericsson GSM system is built or when new cells are added orchanged in an existing Ericsson GSM system, the cell planner provides theoperator with a document for each cell containing data for the insertion of thecell in the radio network. The data from all such documents is then convertedinto a data transcript tape and loaded into the corresponding BSC.

A data transcript media contains not only CDD information but also other dataneeded for the complete configuration of the BSC and its BTSs. A descriptionof such information is out of the scope of this document.

In addition to the above-mentioned BSC cell parameters, some of the radiorelated MSC parameters and exchange properties are included in thisdocument. These parameters are included in order to present a more completepicture of the parameters that influence the design and evaluation of a radionetwork.

Note: The MSC parameters are only defined for Ericsson Mobile ServicesSwitching Centres. These parameters may have another name or maynot exist at all in MSCs manufactured by others than Ericsson.

This document gives references to GSM Recommendations.

This document provides short descriptions of Ericsson's GSM systemparameters. For a full understanding of each of them, it is essential to study thedescription of each particular feature.

Note: The availability of a feature could depend on commercial agreements.Due to this it is possible that certain parameters are not supportedby an exchange.

The topics where GSM 800, GSM 900, GSM 1800 and GSM 1900 differ areindicated.

This document assumes that the reader is acquainted with the channel structurefor GSM 800, GSM 900, GSM 1800 and GSM 1900, the TDMA concept andthe locating algorithm for Ericsson's GSM systems.

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General Information

1.8 CDD Structure

The parameters in this document are organized according to radio networkfeatures. The aim with this structure is to facilitate a more feature oriented cellplanning and network optimization.

In each radio network feature section, the parameters are grouped intosub-sections defined by the network entity where the parameter is defined. thisis described more elaborately in Section 1.7 on page 6.

The CDD is also arranged in a structure that corresponds to the subcellstructure shown in Figure 1. Therefore some parameters appear in more thanone part of the CDD.

Cell

Underlaid

Subcell

Overlaid

Subcell

Channelgroup

Channelgroup

. . . Channelgroup

Channelgroup

. . .

Figure 1 The Subcell Structure Supported by Ericsson's GSM System

A subcell is a set of channels that share some specific characteristics. Anoverlaid subcell serves a smaller part of the area of an underlaid subcell.

A cell always has an underlaid (UL) subcell, whereas the overlaid (OL) subcellis optional. A subcell structure exists when there is an overlaid subcell defined.The notation “cell/subcell data” (see Section 1.9 on page 7) is used in order toclarify that these parameters may be defined per subcell.

Each subcell is divided into channel groups, which include a subset of thefrequencies defined for a cell. A channel group can not be shared betweendifferent subcells. Same frequency can be defined in two channel groups withinthe cell but it must not be used at the same time.

1.9 Conventions

In this section, rules and conventions for the parameter section in the CDDdocument are issued.

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“The parameter is /valid for/set per/ XXXX”

MSC The parameter is valid for all cells inthe MSC.

BSC The parameter is valid for all cells inthe BSC.

BSC exchange property The exchange properties are changedby means of a generic command,but they are essentially the same asregular parameters.

Cell The parameter is valid for both ULand OL subcell, if there is a subcellstructure defined.

Cell/Subcell The parameter may be definedindividually for UL and OL subcells,in case there is a subcell structuredefined. Otherwise, they are definedper cell.

Neighbor Cell The parameter need to be defined forinternal neighbor cells.

External Cells See Section 3.2.3 on page 42.

“Name of the parameter”, for example BSPWRB, DCASTATE, MSC NAME

If bold: BSC command parameters are writtenwith capital letters and are bold-faced.

If plain text: A “state variable” corresponding toa state of a feature in the BSC/Cell,for example ACTIVE/INACTIVE. Thestate variable is not a parameter andthe state variable is changed with acommand.

If plain text in Italics: This parameter has no correspondingname in the BSC commanddescriptions and the string has noequivalence/meaning elsewhere in thesystem.

Description items

Type: String, Numeral or Identifier. Format inthe database

Range: The value range of the parameter

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General Information

Unit: For example dB, dBm, ARFCN(Absolute radio Frequency ChannelNumber), deci hours and so on.

Default: This is the BSC default value

Command: The parameter is initiated/affected/printed by this/these MML commands.

Different types of commands:

xxxxI: Initiate.

xxxxC: Change.

xxxxE: End.

xxxxP: Print.

O&M: Possible impact of the parameterchange to the service state.

Comments: Clarifying notes about the parameter.

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Site Data

2 Site Data

2.1 Common Site Data

The common site data is the same for all cells in a site.

RSITE

Type: String

Range: 3 to 15 characters

Unit: -

Default: -

Command: RXMOI, RXMOC

RXMSC, RXMOP

O&M: -

Comments: Radio Site. Identity of the radio sitewhere the transceiver group (TG) islocated.

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Cell Data

3 Cell Data

3.1 Common Data

3.1.1 BSC Data

DL

Type: Numeral

Range: -12 to 12

Unit: dB

Default: 0

Command: RRLLC, RRLLP

O&M: -

Comments: Downlink Line level

UL

Type: Numeral

Range: -12 to 12

Unit: dB

Default: 0

Command: RRLLC, RRLLP

O&M: -

Comments: Uplink Line Level.

3.1.2 Cell Data

BSPWRB

Type: Numeral

Range: 0 to 63

Unit: dBm

Default: -

Command:

RLCPC, RLCPP

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O&M: In some cases it is possible to set this parameter to a non-validvalue (as described in the comment below). Then, the activation ofthe channel group might not be able to perform correctly.

Comments:

Base Station output power in dBm for the BCCH RF channelnumber.

The BTS can transmit with different power levels on the frequencythat carries the BCCH and on the frequencies that do not carry it.The power is specified at the Power Amplifier (PA) output, that isimmediately after the transmitter unit and before the combiner.

For RBS 2101/2102/2103/2106/2107/2202/2206/2207/2216 andRBS 6000 DUG/RUG the following is valid:

GSM800:

35 to 47, 49(1), 51(2) dBm, odd values only

GSM900:


GSM1800:


GSM1900:

33 to 45, 47(1), 49(2) dBm, odd values only.

(3)

For RBS 2109 the following is valid:

GSM800:

31 to 43, 45(1) dBm, odd values only

GSM900:


GSM1800

29 to 41, 43(1) dBm, odd values only.

GSM1900:



GSM900:

31 to 43, 45(1), 47 dBm, odd values only

GSM1800:



GSM900:


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Cell Data

GSM1800:


For RBS 2301/2302/2308 the following is valid:

GSM800(2308only):


GSM900:


GSM1800:


GSM1900:


For RBS 2401 indoor the following is valid:

GSM900:

7 to 19 dBm, odd values only

GSM1800:


GSM1900:

9 to 21 dBm, odd values only.


GSM1800:

11 to 23 dBm, odd values only(4)

GSM1900:


For RBS 6000 DUG/RUS, GSM 800/900/1800/1900, the following isvalid in backward compatible mode Abis O&M version G12R12(bothodd and even values):

Number of TRXs in one MCPA:Maximumpower perMCPA

1 2 3 4 6 8

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50dBm

- - - 32 to 44dBm

30 to 42dBm

29 to 41dBm

49dBm

- - - 31 to 43dBm

30 to 42dBm

28 to 40dBm

48dBm

36 to48 dBm

33 to 45dBm

31 to 43dBm

30 to 42dBm

- -

46dBm

- 31 to 43dBm

- - - -

43dBm

31 to43 dBm

- - - - -

For RBS 6000 DUG/RUS, the following is valid for Abis O&Mversion G12R13:

GSM800/900/1800/1900:

20 to 50dBm, odd and even values

(1) Software Power Boost (not applicable for RBS 2401 and RBS 6000 DUG/RUS): The featureSoftware Power Boost is activated by setting BSPWRB to a special value that is 2 dB higher thanthe maximum possible power at the PA output. TX diversity is used and each TX supportingthe master-slave configuration is configured. A BTS with filter combiner does not supportSoftware Power Boost.(2) Transmitter Coherent Combining: The feature Transmitter Coherent Combining (TCC) isactivated by setting BSPWRB to a special value that is 4 dB higher than the maximum possiblepower at the PA output. TCC is applicable to RBS 2106, 2107, 2206, 2207 and 2216 only.(3) For GSM 900 - TRU: KRC 131 47/01, the range is 31 to 43 dBm. If one or more GSM TRUtype KRC 131 47/01 is used within one cell the maximum output power for that cell shall belimited to 43 dBm. To ensure that, the parameter MPWR (see Page 358) shall be set to 43dBm for all TXs on that cell.(4) SWPB and TCC are not applicable

CELL

Type: String

Range: 1 to 7 characters except ALL

Unit: -

Default: -

Command: All commands where a specific cell ispointed out.

Cell definition: RLDEI

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Cell Data

O&M: -

Comments: Cell name. It is recommended to usethe name of the site plus one morecharacter that identifies the cell withinthe site. The best choice for thischaracter is a number (1,2,3...) or aletter (A,B,C...) identifying the antennapointing direction of the cell. The 0(zero) degrees true north directioncan be taken as a reference. The cellwhose antenna direction is closest tothe reference direction when countingclockwise, should be assigned letter A(or number 1).

NEWNAME

Type: String


Unit: -

Default: -

Command: RLDEC

O&M: If the cell is an internal cell, theparameter is only allowed to bechanged in cell state HALTED.

Comments: The parameter is used to change thename of a cell. See parameter CELL,Page 16, for recommendations.

CGI

Type: MCC-MNC-LAC-CI

Range: MCC: 3 digits (Mobile CountryCode).

MNC: 2 or 3 digits (MobileNetwork Code).

LAC: 1 to 65535 (LocationArea Code).

CI: 0 to 65535 (Cell Identity).

Unit: -

Default: -

Command: RLDEC, RLDEP

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O&M: If the cell is an internal cell, the parameter is onlyallowed to be changed in cell state HALTED.

Comments: CGI (Cell Global Identity) is the global identity ofthe cell in the whole system. It is composed of fourdifferent parameters:

MCC Mobile Country Code,

MNC Mobile Network Codeidentifying the PLMN(Public Land MobileNetwork, that is theoperator),

LAC Location Area Code,

CI Cell Identity within thelocation area.

CGI is sent to the mobile station (MS) as a part ofthe system information message (GSM Rec. 04.08).The combination MCC-MNC-LAC is also known asthe location area identity (LAI).

BSIC

Type: NCC-BCC

Range: NCC: 0 to 7 (Network ColourCode).

BCC: 0 to 7 (Base station ColourCode)

Unit: -

Default: -


O&M: If the cell is an internal cell, the parameter is onlyallowed to be changed in cell state HALTED.

Comments: BSIC (Base Station Identity Code) is composed oftwo entities:

NCC Network Colour Code.

BCC Base station Colour Code.

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Cell Data

BSIC is defined on a per cell basis and it is sent onthe logical synchronisation channel (SCH) on theBCCH frequency.

Reference [4], Annex A, assigns one NCC value "n"to each European country "to ensure that the sameNCC is not used in the adjacent PLMNs". A secondoperator in a given country would use the NCC value"n+4".

When an MS reports the results of the measurementsmade on the serving cell and the neighbouring cells,it indicates (Reference [8], section 10.5.2.20):

The measured signal levels on the serving cell.

The measured levels, the BSIC and the BCCHfrequency of the neighbouring cells.

Only measurements from cells with allowed NCC arereported (see parameter NCCPERM, Page 53).

The colour code NCC is then used to discriminatecells that use the same frequency. Though mainlyintended for the purpose of differentiating PLMNs, italso serves to distinguish cells within one PLMN thatuse the same frequency provided they have beenassigned different NCC. If there are two operators ina country, they can use more than two PLMN colourcodes each one, provided that in border areas onlythe values "n" and "n+4" are used.

What is stated here should be considered as generalguidelines. Of course any type of NCC assignmentmust be decided by agreements between operatorsand countries.

Regarding the protection against co-channelinterference, the MS reports the BCC value sothat the BSC can distinguish among differentcells transmitting on the same frequency. For thispurpose the BCC must be allocated as wisely aspossible. If frequency reuse clusters are used thenit is recommended that all BTSs in a given clusteruse the same BCC. In this way the reuse distanceof a certain BCC can be maximised according to thefrequency reuse distance.(1)

(1) Only 8 different values (BCC: 0 to 7) are used for the purpose of recognizing co-channelinterference.

BCCHNO

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Type: Numeral

Range: 128 to 251 (GSM 800).

1 to 124 (GSM 900, P-band).

0, 975 to 1023 (GSM 900, G1-band).

512 to 885 (GSM 1800).

512 to 810 (GSM 1900)

Unit: -

Default: -


O&M: -

Comments: Absolute RF channel number forBCCH.

Absolute RF channel number alreadydefined for a dedicated channel cannot be used.

The frequency carrying the BCCH(Broadcast Control Channel) in acell, is defined by the Absolute RadioFrequency Channel Number, ARFCN,with the parameter BCCHNO. Thedefined ARFCN must be unique withinthe cell.

According to the GSM 800recommendations the channelsare numbered as follows:

fl(n) = 824.2 + 0.2*(n–128) in MHz,where n (Absolute Radio FrequencyChannel Number, ARFCN) goes from128 to 251 and fl is a frequency in thelower band, BTS receiver.

fu(n) = fl(n) + 45 in MHz, where n goesfrom 128 to 251 and fu is a frequencyin the upper band, BTS transmitter.

According to the GSM 900recommendations the channelsare numbered as follows:

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Cell Data

fl(n) = 890.2 + 0.2*(n–1) in MHz, wheren (Absolute Radio Frequency ChannelNumber, ARFCN) goes from 1 to 124and fl is a frequency in the lower band,BTS receiver.

fu(n) = fl(n) + 45 in MHz, where n goesfrom 1 to 124 and fu is a frequency inthe upper band, BTS transmitter.

According to the GSM 1800recommendations the channels arenumbered as follows:



According to the GSM 1900recommendations the channels arenumbered as follows:



BCCHTYPE

Type: Identifier

Range: COMB, COMBC, NCOMB

Unit: -

Default: NCOMB


O&M: The parameter is only allowed to be changed in cellstate HALTED.

Comments: Type of BCCH.

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COMB indicates that the cellhas a combined BCCHand SDCCH/4 (seeparameter SDCCH,Page 36).

COMBC indicates that the cell hasa combined BCCH andSDCCH/4 with a CBCHsubchannel.

NCOMB indicates that the celldoes not have any typeof combined BCCH andSDCCH/4.

The BCCH is always allocated to time slot number 0(TN0) in the defined ARFCN.

The CBCH is used for transmission of the messageswhen the function Short Messages Service CellBroadcast (SMSCB) is activated in the cell. SMSCBenables the operator to submit short messages forbroadcasting to a specific area within the PLMN.

AGBLK

Type: Numeral

Range: 0 to 7 if non-combined BCCH is used.

0 to 2 if combined BCCH andSDCCH/4 is used

Unit: -

Default: 1


O&M: The parameter is only allowed to bechanged in cell state HALTED.

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Cell Data

Comments: Number of reserved access grantblocks.

Number of CCCH blocks reservedfor the access grant channel. Theremaining CCCH blocks are used forthe paging channel.

In each downlink non-combinedSDCCH 51 frames multiframe thereare 9 different CCCH blocks and in thecombined BCCH/SDCCH there are 3different blocks. They can be used to:

• Send paging messages, that is usedas a Paging Channel.

• Send access granted messages, thatis used as an Access Grant Channel.

After an MS tunes to the BCCH/CCCHchannel and decodes the SystemInformation, it performs an evaluationthat, taking into account the MS'sown IMSI (International Mobile StationIdentity) number, determines to whichparticular CCCH block in the physicalchannel it should listen (Reference[9]). Every CCCH in the physicalchannel (Paging Subchannel) sendspaging messages to a certain group ofMSs that are called its paging group.The reason for the existence of suchpaging groups is that the MSs cansave batteries because it only needsto listen to its own Paging Subchannelmessages.

The physical channel (PagingSubchannel) sends paging messagesto a certain group of MSs. Asmentioned before these very sameCCCH blocks are also used to sendAccess Grant messages to the MSs,that is to answer a Random Accessmessage that an MS wanting to accessthe system has sent to the system,and to send notifications on the NCH.

The structure of the BCCH regardingPaging messages and Access Grantmessages can be controlled by thetwo parameters AGBLK and MFRMS.

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AGBLK tells how many of the CCCHblocks that should be reserved forthe Access Grant messages andNCH information. In Ericsson's GSMsystem, Access Grant messages aregiven priority over Paging messages.Together with MFRMS, AGBLKindicates how many paging groupsthere will be.

With a non-combined BCCH andAGBLK = 1, there are 8 CCCH blocksin each multiframe. This means that itis possible to have 16 to 72 differentPaging Subchannels, that is PagingGroups. (Since MFRMS can takevalues between 2 and 9.)

With a combined BCCH/SDCCH andAGBLK = 1, there are 2 CCCH blocksin each multiframe. In this case itis possible to have 4 to 18 differentPaging Groups.(1)

(1) AGBLK must not be 0 when SI 7 and 8 have to be sent, when short message service cellbroadcast (SMSCB) is in use on a cell not using combined BCCH and SDCCH/4 (GSM05.02) orwhen Voice Group Call Service is used in the cell.

MFRMS

Type: Numeral

Range: 2 to 9

Unit: CCCH multiframes

Default: 6



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Cell Data

Comments: Multiframes period. Defines period oftransmission for PAGING REQUESTmessages to the same pagingsubgroup.

Together with AGBLK, MFRMSdetermines the number of paginggroups.

MFRMS is also used by the MS todetermine downlink signalling failurein idle mode (Reference [10]). Thedownlink signalling failure criterion isbased on the downlink signalling failurecounter DSC. When the MS campson a cell, DSC shall be initialised toa value equal to the nearest integerto 90/N where N is the MFRMSparameter for that cell. Thereafter,whenever the MS attempts to decodea message in its paging subchannel;if a message is successfully decodedDSC is increased by 1, (howevernever beyond the nearest integer to90/N), otherwise DSC is decreased by4. When DSC reaches 0, a downlinksignalling failure shall be declared. Adownlink signalling failure shall resultin cell reselection.

MFRMS is also used by the MS tocontrol monitoring of received BCCHcarrier level (Reference [10]). Whilstin idle mode an MS shall continue tomonitor all BCCH carriers as indicatedin the BCCH allocation list (BA list). Arunning average of received level inthe preceding 5 to

Max{5, ((5*N+6) div 7)*MFRMS/4}

seconds shall be maintained for eachcarrier in the BCCH allocation. N isthe number of non-serving cell BCCHcarriers in BA.

FNOFFSET

Type: Numeral

Range: 0 to 1325

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Unit: TDMA frames

Default: 0



Comments: Frame Number Offset.

Indicates the time difference from theFN generator in the BTS.

To prevent that all cells on a site sendBCCH channels at the same time itis possible to define a deviation withrespect to the FN generator calledFNOFFSET. By using FNOFFSET ona synchronised two or three sector sitethe time for decoding BSIC can bereduced.(1)

(1) The RBS 2000 only support the range 0 to 1023.

ECSC

Type: Identifier

Range: NO, YES

Unit: -

Default: NO

Command: RLSBC, RLSBP.

O&M: -

Comments: Early Classmark Sending Control. Indicates if an MSin the cell is allowed to use early classmark sending.

NO Early sending is notallowed.

YES Early sending is allowed.(1)

(1) The parameter ECSC has to be set to YES in order to allow the MS to send the MS multibandand/or multislot capability. No multiband or multislot configuration will be established unlessthe MS capability is known.

SCTYPE

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Cell Data

Type: Identifier

Range: UL, OL

Unit: -

Default: -

Command: Every command where subcell type need to bedefined.

A subcell structure is defined by the commandRLDSI.

O&M: -

Comments: Subcell type.

UL The subcell type isunderlaid.

OL The subcell type isoverlaid.

A subcell structure can only be defined for aninternal cell.

3.1.3 BSC Exchange Property Data

MNCDIGITHAND

Type: Numeral

Range: 0 to 2

Unit: -

Default: 0

Command: RAEPC, RAEPP.

O&M: -

Comments: Indicates how the BSC handles MNC:

0 2-digit MNCadministered and sent,all cases.

1 3-digit MNCadministered and senton the A-interface andGb-interface and 2-digitMNC is sent on theair-interface.

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2 3-digit MNCadministered and sent,all cases.

If the value is 1 then the third MNC digit must havethe value zero.

Changing of the value from 2 to a lower value isonly allowed if the third MNC digit is zero in alldefined cells. If any cell exists with an MNC with thethird digit not equal to zero, then this cell must beundefined before the property value can be changedfrom 2 to a lower value.

3.1.4 Cell/Subcell Data

These parameters may be defined different for underlaid and overlaid subcells.In case there is no subcell structure defined, they are defined per cell.

MSTXPWR

Type: Numeral

Range: 13 to 43 (GSM 800) odd values only.

13 to 43 (GSM 900) odd values only.

4 to 30 (GSM 1800) even values only.

4 to 30 (GSM 1900) even values only

Unit: dBm

Default: -

Command: RLCPC, RLCPP

O&M: -

Comments: Maximum transmit power for MS onconnection.

BSPWRT

Type: Numeral

Range: 0 to 63

Unit: dBm

Default: -

Command: RLCPC, RLCPP

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Cell Data

O&M: In some cases it is possible to set this parameter to a nonvalid value (as described in the comment below). Then,the activation of the channel group might not be able toperform correctly.

Comments: Base Station output power in dBm for the non-BCCH RFchannel numbers.

The power is specified at the Power Amplifier (PA) output,that is immediately after the transmitter unit and before thecombiner.

For RBS 2101/2102/2103/2106/2107/2202/2206/2207/2216 and RBS 6000 DUG/RUG the following is valid:

GSM800:


GSM900:


GSM1800:


GSM1900:

33 to 45, 47(1), 49(2) dBm, odd values only.

(3)


GSM800:


GSM900:


GSM1800:


GSM1900:



GSM900:


GSM1800:



GSM900:


GSM1800:


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GSM1900:


For RBS 2301/2302/2308 the following is valid:

GSM800(2308only):


GSM900:


GSM1800:


For RBS 2401 indoor the following is valid:

GSM900:


GSM1800:


GSM1900:



GSM1800:


GSM1900:


For RBS 6000 DUG/RUS, GSM 800/900/1800/1900, thefollowing is valid in backward compatible mode Abis O&Mversion G12R12(both odd and even values):

Number of TRXs in one MCPA:Maximumpower perMCPA

1 2 3 4 6 8

50 dBm - - - 32to 44dBm

30to 42dBm

29to 41dBm

49 dBm - - - 31to 43dBm

30to 42dBm

28to 40dBm

48 dBm 36to 48dBm

33to 45dBm

31to 43dBm

30to 42dBm

- -

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Cell Data

46 dBm - 31to 43dBm

- - - -

43 dBm 31to 43dBm

- - - - -

For RBS 6000 DUG/RUS, the following is valid for AbisO&M version G12R13:

GSM800/900/1800/1900:

28 to 50dBm, odd and even values

(1) Software Power Boost (not applicable for RBS 2401): The feature Software Power Boostis activated by setting BSPWRT to a special value that is 2 dB higher than the maximumpossible power at the PA output. TX diversity is used and each TX supporting the master-slaveconfiguration is configured. A BTS with filter combiner does not support Software Power Boost.(2) Transmitter Coherent Combining (TCC): The feature Transmitter Coherent Combining (TCC)is activated by setting BSPWRT to a special value that is 4 dB higher than the maximum possiblepower at the PA output. TCC is applicable to RBS 2106, 2107, 2206, 2207 and 2216 only.(3) For GSM 900 - TRU: KRC 131 47/01, the range is 31 to 43 dBm. If one or more GSM TRUtype KRC 131 47/01 is used within one cell the maximum output power for that site shall be limitedto 43 dBm. To ensure that, the parameter MPWR shall be set to 43 dBm for all TXs on that cell.(4) SWPB and TCC are not applicable

3.1.5 Channel Group Data

The channel group data must be given for each defined channel group. Achannel group cannot be shared between different subcells. Frequencyhopping can not be done between channel groups.

CHGR

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0 (for cells without a subcell structure).

N/a (for overlaid subcells).

0 (for underlaid subcells)

Command: RLCCC, RLDGI , RLCFP , and othercommands in which a channel groupcan be given

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O&M: -

Comments: Channel group number.

A cell is divided into one or morechannel groups that contain allphysical channels on an arbitrarynumber of frequencies. Cells with asubcell structure must have at leastone channel group defined in eachsubcell.

A cell without a subcell structure isgiven CHGR = 0 by default. However,a cell planned with a subcell structuresuch as overlaid and underlaidsubcells is given CHGR = 0 by defaultfor the underlaid subcell.

A maximum of 16 channel groups percell can be defined for a cell. A total of4096 channel groups may be definedper BSC.

STATE

Type: Identifier

Range: ACTIVE, HALTED

Unit: -

Default: -

Command: RLSTC, RLSTP

O&M: -

Comments: Cell or Channel Group state:

ACTIVE The cell or channel groupis active.

HALTED The cell or channel groupis halted.

HOP

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLCHC, RLCFP

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Cell Data

O&M: When changing the parameter from OFF to ONall ongoing calls in the channel group might bedropped.

Comments: Frequency hopping status:

ON The hopping status forthe channel group ishopping for TCH andSDCCH.

OFF The hopping status forthe channel group is nonhopping.

SDCCHs as well as TCHs can hop. A BCCH will nothop even if it belongs to a channel group definedas hopping.

HSN

Type: Numeral

Range: 0 to 63

Unit: -

Default: -

Command: RLCHC, RLCFP.

O&M: Changing of this parameter might cause all ongoingcalls in the channel group to be dropped.

Comments: Hopping sequence number.

The hopping BPC is transmitted on a set offrequencies included in a Hopping Frequency Set(HFS). The order of the frequencies to transmit on isdefined by the hopping sequence number HSN, asdescribed in Reference [9].

HSN = 0 cyclic hopping sequence.

HSN = 1 to 63 pseudo randomsequences.

NUMREQBPC

Type: Numeral / Identifier

Range: 8 to 128 in steps of 8, SYSDEF

Unit: -

Default: SYSDEF

Command: RLBDC, RLBDP.

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O&M: -

Comments: The number of required basic physical channels(BPCs) in a channel group.

SYSDEF System defined limit.The number of BPCs isdefined by the number offrequencies in a channelgroup.

DCHNO

Type: Numeral

Range: 128 to 251 (GSM 800).

1 to 124 (GSM 900, P-band).

0, 975 to 1023 (GSM 900, G1-band).

512 to 885 (GSM 1800).

512 to 810 (GSM 1900)

Unit: ARFCN

Default: -

Command: RLCFI, RLCFE, RLCFP

O&M: If DCHNO is added or removed in an ACTIVE channelgroup with synthesized frequency hopping, all ongoingcalls could be dropped and channel group might bemisconfigured.

Comments: Absolute RF channel number.

A maximum of 128 DCHNO can be defined per cell.

A maximum of 32 DCHNO per channel group can bedefined except for channel group 0, which allows only31 DCHNO. This is because one RF channel has to bereserved for the BCCH that is defined by BCCHNO.

A channel group may consist of frequencies from differentGSM 900 bands with one restriction. If the BCCHfrequency is defined in the P-band other DCHNO are onlyallowed in the P-band and not in the G1-band.

For frequency hopping channel groups, additionalrestrictions in terms of maximum range and maximumnumber of frequencies apply for different frequency bands(1x00 stands for 1800 or 1900):

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Cell Data

Frequency bandin the channelgroup

Number of freqsin the hoppingchannel group

Max range

800 1-22 any

900 >22 112

900,P any any

900,P&G1 1-22 any

900,P&G1 >22 112

1x00 1–18 any

1x00 19-22 256

1x00 >22 112(1)

(1) The range stretches over the modulo 1024 border. For example, the frequencies ARFCN1003, 1005, 4, 7 and 8 are within the range of 29.

BCCD

Type: Identifier

Range: YES, NO

Unit: -

Default: YES

Command: RLCHC , RLCHP

O&M: -

Comments: Defines if the channel group frequencies are allowed (YES)or not (NO) for Immediate Assignment.

It might not be possible to set BCCD=YES for all channelgroups in the cell. This is due to restrictions on themaximum number of hopping frequencies allowed forImmediate Assignment and their maximum ranges fordifferent frequency bands (1x00 stands for 1800 or 1900):

Frequencyband(s) in thecell

Number ofhopping freqsfor ImmAss

Max range

800 1–22 any

800 23–64 112

900,P 1–64 any

900,P&G1 1–22 any

900,P&G1 23–64 112

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1x00 1–18 any

1x00 19–22 256

1x00 23–64 112

800 & 900,P 1–22 any

800 & 900,P 23–64 112

800 & 900,P&G1 1–18 any

800 & 900,P&G1 19–22 256

800 & 900,P&G1 23–64 112

800 & 1x00 1–16 any

800 & 1x00 17–18 512

900,P & 1x00 1–16 any

900,P & 1x00 17–18 512

900,P & 1x00 19–22 256

900,P&G1 & 1x00 1–16 any

900,P&G1 & 1x00 17–18 512

900,P&G1 & 1x00 19–22 256

900,P&G1 & 1x00 23–64 112(1)

(1) The range stretches over the modulo 1024 border. For example, the frequencies ARFCN1003,1005, 4, 7 and 8 are within the range of 29.

SDCCH

Type: Numeral

Range: 0 to 32

Unit: -

Default: -

Command: RLCCC, RLCFP

O&M: -

Comments: Required number of SDCCH/8.

Call set up, location updating andSMS are using the SDCCH channel.The system supports four types ofcombination for SDCCH channels:

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Cell Data

• SDCCH/4: The SDCCH is combinedwith the BCCH in time slot 0 onthe BCCH carrier. This SDCCHconfiguration provides 4 subchannelsfor signalling. Only one SDCCH/4can be defined for each cell.(BCCHTYPE = COMB).

• SDCCH/4 including CBCH: Onesubchannel is replaced by a CBCH.This SDCCH/4 configuration provides3 subchannels for signalling andone for transmission of 47SMSCBmessages. (BCCHTYPE = COMBC).

• SDCCH/8: This SDCCHconfiguration provides 8 subchannelsfor signalling (BCCHTYPE =NCOMB, CBCH = NO).

• SDCCH/8 including CBCH: Onesubchannel is replaced by a CBCH.This SDCCH/8 configuration provides7 subchannels for signalling andone for transmission of SMSCBmessages (BCCHTYPE = NCOMB,CBCH = YES).

Up to 32 SDCCH/8 can be specifiedper cell. This number is reduced byone if an SDCCH/4 is defined for thecell.

The number of SDCCH/8s in a channelgroup is limited to a maximum equal to:

• the number of TRXs in that channelgroup, when the feature IncreasedSDCCH Capacity is not available

• an average of 2 SDCCH/TRX in thecell, when the feature IncreasedSDCCH Capacity is available, that ismore than 2 SDCCH is possible insome channel groups

(1)

(1) With the function Adaptive Configuration of Logical Channels, the number of requiredSDCCHs in a cell can be automatically adapted depending on the demand for such channels.

TN

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Type: Numeral

Range: 0 to 7 (normal cell)

Unit: -

Default: 2


O&M: -

Comments: Timeslot numbers where theSDCCH/8s will be located.

For channel groups in the underlaidsubcell with extended range the TN(s)can only be defined on even values.(1)

(1) A CBCH can only be configured if the defined TN(s) contains TN 0, 1, 2 and/or 3.

CBCH

Type: Identifier

Range: YES, NO

Unit: -

Default: NO


O&M: -

Comments: Cell broadcast channel.

YES CBCH shall be includedin one of the SDCCH/8for the cell or channelgroup.

NO No SDCCH/8 for the cellor channel group shallinclude CBCH.

(1)

(1) A CBCH can only be configured if the defined TN(s) contains TN 0, 1, 2 and/or 3.

TSC

Type: Numeral

Range: 0 to 7

Unit: -

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Cell Data

Default: Base station colour code (BCC) partof the BSIC

Command: RLDTC, RLDTP

O&M: The parameter is only allowed to bechanged when the target channelgroup is in the state HALTED.

Comments: Training Sequence Code.

The Training Sequence Code can onlybe changed for channel groups 1 to15.

It is possible to have different TSCsin different channel groups. It is notpossible to directly change TSC forchannel group 0. Instead it gets thesame value as the BCC part of thecells BSIC.

3.2 Neighbouring Cell Relation Data

3.2.1 Neighbouring Cell Relation Data

Note: Within this chapter, only relations to GSM neighbouring cell aredescribed. For the description of relations to UMTS neighbouring cells,see parameter CELLR, Page 241.

There are two types of parameters that can be defined for each neighbouringcell relation; Hysteresis and Offset parameters. It is possible to define up to64 neighbours for each cell. A total of up to 65532 neighbouring cell relations(internal and external) can be defined per BSC, from which a maximum of65536 can be external.

CELLR

Type: String


Unit: -

Default: -

Command: RLNRI, RLNRC, RLNRE, RLNRP

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O&M: -

Comments: Related cell designation.

The identity of the neighbouring cellfor which the set of parameters shouldbe applied is specified by means ofCELLR. The name of the neighbouringcell must be specified here.

All internal neighbor relations aremutual unless explicitly specified.

Example: If cell B is defined as aneighbor to cell A (CELLR = B) withcertain values for the hysteresisand offset parameters then cell A isautomatically defined as a neighbor tocell B with the same hysteresis values(symmetric relation) and the sameabsolute values but opposite sign forthe offset parameters (asymmetricrelation).

CTYPE

Type: String

Range: EXT, Omitted

Unit: -

Default: Omitted

Command: RLDEI, RLLHP, RLDEP

O&M: -

Comments: External cell.

If the neighbouring cell belongs to another BSC thenthis must be specified explicitly by means of CTYPE.

EXT The neighbouring cell isexternal.

Omitted The neighbouring cell isinternal.

In addition CGI, BSIC, LAYER, LAYERTHR,LAYERHYST, PSSTEMP, PTIMTEMP, BCCHNO,BSPWR, BSTXPWR, BSRXMIN, BSRXSUFF,MSTXPWR, MSRXMIN, MSRXSUFF, AW, SCHO,MISSNM and EXTPEN must be specified for anexternal neighbouring cell. These parameters arealso defined in the neighbouring cell's home BSC.

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Cell Data

RELATION

Type: String

Range: SINGLE, Omitted

Unit: -

Default: Omitted

Command: RLNRI

O&M: -

Comments: The parameter is only specified whenthe relation is one way cell →cellr.This means that offset and hysteresisparameters are only defined in onedirection.

RELATION is always set to single forexternal cells, that is neighbouringcells that belong to another BSC.

CS

Type: String

Range: YES, NO

Unit: -

Default: NO

Command: RLNRC, RLNRP

O&M: -

Comments: Co-site, which indicates if a cell shares the samesite as its neighbor.

YES Cell is co-sited withneighbor.

NO Cell is not co-sited withneighbor.

3.2.2 Additional Parameters Defined for Neighbour Cell Relations

These parameters need to be defined, together with the parameters in Section3.2.1 on page 39, for neighbor cell relations. They are defined by means ofthe command RLNRC.

BQOFFSET

BQOFFSETAFR

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BQOFFSETAWB

AWOFFSET

CAND

Ericsson 1 locating algorithm:

TRHYST

KHYST

LHYST

TROFFSET

KOFFSET

LOFFSET

Ericsson 3 locating algorithm:

HIHYST

LOHYST

HYSTSEP

OFFSET

3.2.3 External Neighbor Cell Data

Note: Within this chapter, only external GSM neighbouring cell are described.For the description of external UMTS neighbouring cells, see parameterCELL, Page 235.

These parameters need to be defined, together with the parameters in Section3.2.1 on page 39 and Section 3.2.2 on page 41, for external neighbouring cells.If applicable, also values for the cell locating hierarchical data (see Section 3.17on page 184) shall be given.

A total of up to 4096 external cells can be defined per BSC.

CGI

BSIC

BCCHNO

MISSNM

EXTPEN

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Cell Data

SCHO

BSPWR

BSTXPWR

MSTXPWR

BSRXMIN

MSRXMIN

BSRXSUFF

MSRXSUFF

AW

LAYER

LAYERTHR

LAYERHYST

PSSTEMP

PTIMTEMP

3.3 Idle Mode Behaviour

3.3.1 Paging - MSC data

PAGREP1LA

Type: Numeral

Range: 0 to 3

Unit: -

Default: 2

Command: DBTSP:TAB=AXEPARS, SETNAME=GSMMMSC

O&M: -

Comments: Repeated paging in one location area.

The parameter is optional.

This parameter defines in case of mobile terminatingcalls how the paging in one location area is repeated.

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0 Paging in one locationarea is not repeated.

1 Paging in one locationarea is repeated witheither TMSI or IMSI.

2 Paging in one locationarea is repeated withIMSI.

3 Paging is repeated asglobal paging with IMSI.

(1)

(1) This parameter is only defined for Ericsson MSCs.

PAGREPGLOB

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0

Command: DBTSP:TAB=AXEPARS, SETNAME=GSMMMSC

O&M: -

Comments: Repeated global paging.


This parameter defines how the global paging isrepeated if the first paging attempt was global.

0 Global paging is notrepeated.

1 Global paging isrepeated with IMSI.

(1)


PAGNUMBERLA

Type: Numeral

Range: 1 to 3

Unit: -

Default: 1

Command: MGEPC , MGEPP.

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Cell Data

O&M: -

Comments: Number of location areas in a pagingmessage.

This parameter indicates the maximumpermitted amount of location areasthat can be included in a pagingmessage.


A parameter with a value > 1 is onlyvalid if all BSCs connected to anMSC/VLR support a paging messagewith a list of location areas.(1)


PAGTIMEFRST1LA

Type: Numeral

Range: 2 to 10

Unit: s

Default: 4


O&M: -

Comments: Time supervision for the first paging inone location area.

This parameter defines the timesupervision for the page response ofthe first paging attempt in one locationarea. After expiration of this timerthe paging is repeated accordingto parameter PAGREP1LA. Theparameter is optional.(1)


PAGTIMEFRSTGLOB

Type: Numeral

Range: 2 to 10

Unit: s

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Default: 4


O&M: -

Comments: Time supervision for the first globalpaging.

This parameter defines the timesupervision for the page response ofthe first global paging attempt. Afterexpiration of this timer the pagingis repeated according to parameterPAGREPGLOB. The parameter isoptional.(1)


PAGTIMEREP1LA

Type: Numeral

Range: 2 to 10

Unit: s

Default: 7

Command: MGEPC , MGEPP

O&M: -

Comments: Time supervision for the repeatedpaging in one location area.


This parameter defines the timesupervision for the page response ofrepeated paging in one location area.After expiration of this timer no newpaging repetition for this call is done.(1)

(1) This parameter is only defined for Ericsson MSCs

PAGTIMEREPGLOB

Type: Numeral

Range: 2 to 10

Unit: s

Default: 7

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Cell Data

Command: MGEPC , MGEPP

O&M: -

Comments: Time supervision for the repeatedglobal paging.


This parameter defines the timesupervision for page responseof repeated global paging. Afterexpiration of this timer no new pagingrepetition for this call is done.(1)

(1) This parameter is only defined for Ericsson MSCs

3.3.2 LATA Administration - MSC Data

The following exchange properties are valid only if the function Equal Accessand Transit Network Selection in MSC/VLR and GMSC is implemented. This isan optional GSM1900 function.

LATAUSED

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Defines the usage of LATA administration.

0 LATA administration isnot used.

1 LATA administration isused. The parameter isoptional.

(1)


PAGLATA

Type: Numeral

Range: 0, 1

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Unit: -

Default: 0

Command: DBTSP:TAB=AXEPARS,SETNAME=GSMMMSC.

O&M: -

Comments: Indicates if LATA paging is used for mobileterminating calls or not.

0 LATA paging is not used.

1 LATA paging is used.

This parameter is only valid if parameter LATAUSED= 1. The parameter is optional.(1)


PAGREPCT1LA

Type: Numeral

Range: 0 to 3

Unit: -

Default: 2

Command: DBTSP:TAB=AXEPARS,SETNAME=GSMMMSC.

O&M: -

Comments: Defines how the paging is repeated in one locationarea.

0 Paging in one locationarea is not repeated.

1 Paging in one locationarea is repeated witheither TMSI or IMSI.

2 Paging in one locationarea is repeated withTMSI.

3 Paging is repeatedas call delivery LATApaging with IMSI.

This parameter is only valid if parameter PAGLATA= 1. The parameter is optional.(1)


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Cell Data

PAGTIMEREPLATA

Type: Numeral

Range: 2 to 10

Unit: s

Default: 7


O&M: -

Comments: Defines the time supervision for pageresponse of repeated LATA paging.After expiration of this timer no newpaging repetition for this call is done.

This parameter is only valid ifparameter PAGLATA = 1. Theparameter is optional.(1)


3.3.3 Implicit Detach - MSC Data

BTDM

Type: Numeral

Range: 6 to 1530 in steps of 6, OFF

Unit: min

Default: OFF

Command: MGIDP , MGIDI.

O&M: -

Comments: Base time duration of implicit detachof a mobile subscriber by the network.

BTDM must be as long as the longestperiodic updating time (T3212) in theinterworking BSCs.

The supervision time is the sum ofBTDM and GTDM.(1)


GTDM

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Type: Numeral

Range: 0 to 255

Unit: min

Default: -

Command: MGIDP , MGIDI.

O&M: -

Comments: Guard time duration.

The guard time is used to preventunnecessary marking of MS as implicitdetached.(1)


3.3.4 Automatic Deregistration - MSC Data

TDD

Type: Numeral

Range: 1 to 255, OFF

Unit: days

Default: OFF

Command: MGADI.

O&M: -

Comments: Automatic deregistration supervisiontime.

Offers the possibility to automaticallyderegister mobile subscribers thathave had no radio contact during acertain period of time in the MSC/VLR.(1)


3.3.5 Idle Mode Behaviour - Cell Data

These parameters are sent in the System Information on BCCH & SACCH.

Note: Within this chapter, only parameters that are used in GSM cell selectionand reselection are described. For the description of parameters usedin GSM - UMTS cell reselection, see parameter UMFI, Page 230.

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Cell Data

ACCMIN

Type: Numeral

Range: 47 to 110

Unit: See comments

Default: 110

Command: RLSSC, RLSSP

O&M: -

Comments: Minimum received signal level in dBm at the MS forpermission to access the system.

47 greater than –48dBm

(level 63)

48 –49 to –48 dBm (level 62)

...

108 –109 to –108dBm

(level 2)

109 –110 to –109dBm

(level 1)

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110 less than –110dBm

(level 0)

In Ericsson's GSM system, the MS power can be controlledby the parameter CCHPWR, which indicates the maximumtransmitter power that the MS is allowed to use whenperforming an access to the system (Reference [7]).

Whilst in idle mode, the MS continuously confirms that ithas chosen the most appropriate cell by calculating thequantity C1 from the received signal level rxlev:

C1 = (rxlev —ACCMIN) —max (CCHPWR —P, 0)

The MS camps on the cell providing the highest positive C1.

The condition states that an MS must measure signalstrength higher than ACCMIN from a cell to be able toaccess the system via this cell.

In addition, if the MS maximum possible output power,P, is lower than CCHPWR then the requirement on thesignal strength increases by the difference between Pand CCHPWR. This means that if the MS cannot reachthe maximum output power then the requirement on thesignal strength in the downlink is harder. In this case, themeasured cell is probably not designed for MSs of thatclass.

A low value of ACCMIN means that the coverage in idlemode is improved at the expense of the risk of having anincreased number of call set-up failures.

CCHPWR

Type: Numeral

Range: 13 to 43 in steps of 2 (GSM 800).

13 to 43 in steps of 2 (GSM 900).

4 to 30 in steps of 2 (GSM 1800).

4 to 30 in steps of 2 (GSM 1900)

Unit: dBm

Default: -


O&M: -

Comments: Maximum transceiver power level anMS may use when accessing on acontrol channel.

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Cell Data

CRH

Type: Numeral

Range: 0 to 14 in steps of 2

Unit: dB

Default: 4


O&M: -

Comments: Cell Reselection Hysteresis. Receivingsignal strength (rxlev) hysteresis forrequired cell reselection over locationarea border.

Each change of location area requiresa location update to be performed,which increases signalling load. Inorder to prevent ping-pong effectsfor cell selection across location areaborders, a hysteresis, defined by CRH,is used.

A cell in a different location area is onlyselected if it is “better” in terms of thequantity C2 for GSM phase 2 mobilesor C1 for GSM phase 1 mobiles, thanthe cells in the current location areaby at least the value of CRH during aperiod of 5 seconds.

The C2 criterion is given in thedescription of parameter CRO.(Reference [7]).

NCCPERM

Type: Numeral

Range: 0 to 7

Unit: -

Default: -


O&M: -

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Comments: PLMN (NCC) Permitted.

Defines the allowed NCCs (NetworkColour Code) on the BCCH carriersfor which the MS is permitted to sendmeasurement reports.

Up to 8 NCCs can be defined(Reference [8], section 10.5.2.27). Seealso parameter BSIC, Page 18.(1)

(1) NCCPERM is not changeable if a Competitor Coverage Evaluation Active BA-list Recordingis ongoing.

SIMSG

Type: Numeral

Range: 1, 7, 8

Unit: -

Default: -

Command: RLSMC, RLSMP

O&M: -

Comments: System Information BCCH Message.

When the cell is connected to a BTS equipmentthat supports GSM phase 2 system information, it ispossible to turn on or off the distribution of SystemInformation Messages 1, 7, and 8.

SIMSG is the pointer which specifies the SystemInformation Message to be turned on or off by theparameter MSGDIST.

MSGDIST must be specified for each one of theSystem Information Messages.(1)

Example of parametersettings:

SIMSG = 1 MSGDIST = ON

SIMSG = 7 MSGDIST = OFF

SIMSG = 8 MSGDIST = OFF

(1) The parameter AGBLK must not be zero when system information types 7 and 8 are sent.

MSGDIST

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Cell Data

Type: Identifier

Range: ON, OFF

Unit: -

Default: see comments

Command: RLSMC, RLSMP

O&M: -

Comments: System Information BCCH Message distribution.

ON System InformationBCCH Message isdistributed.

OFF System InformationBCCH Message is notdistributed.

Recommended default settings:

MSGDIST type 1 = ON

MSGDIST type 7 = OFF

MSGDIST type 8 = OFF(1)

(1) Channel group 0 has to be in state ACTIVE when this parameter is set.

CB

Type: Identifier

Range: YES, NO

Unit: -

Default: NO

Command: RLSBC, RLSBP

O&M: -

Comments: Cell Bar Access.

Defines whether the cell is barred for access or not.

NO The cell is not barred foraccess.

YES The cell is barred foraccess.

It is possible to use CB to bar a cell (Reference [7]and Reference [10]). When a cell is barred it isignored by MSs in idle mode but an active MS canperform handover to it.

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CBQ

Type: Identifier

Range: HIGH, LOW

Unit: -

Default: HIGH


O&M: -

Comments: Cell Bar Qualify.

HIGH The cell has high priority

LOW The cell has low priority

For GSM phase 2 MSs, a cell can be given twolevels of priority. This is controlled by the parameterCBQ in conjunction with CB, as shown in belowtable.

The interpretation of CB and CBQ varies dependingon whether the MS is a phase 1 MS or a phase 2MS. For phase 2 MSs the behaviour is also differentin cell selection compared to cell reselection.

CBQ CB Phase 2 MS Phase 1 MS

Cell sel. Cell resel. Cell sel./resel.

HIGH NO normal normal normal

HIGH YES barred barred barred

LOW NO low priority normal normal

LOW YES low priority normal normal

In idle mode the MS looks for suitablecells to camp on by checking cells indescending order of received signalstrength. If a suitable cell is found,the MS camps on it. At cell selectionwith a phase 2 MS, cells can have twolevels of priority, suitable cells whichare of low priority are only camped onif there are no other suitable cells ofnormal priority (Reference [7]).

ACC

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Cell Data

Type: Numeral/Identifier

Range: 0 to 15, CLEAR

Unit: -

Default: CLEAR


O&M: -

Comments: Access Control Class.

Defines which access classes that are barred. Up to16 access classes can be defined. Class 10 definesemergency call in the cell.

0 to 9 Access classes that arebarred.

10 Emergency call notallowed for MSsbelonging to classes0 to 9.

11 to 15 Access classes that arebarred.

CLEAR No access classes arebarred.

It may be of interest to the operator to bar theaccess to the system to a certain type of MS.For this purpose it is possible to define up to 16different access classes of MSs and then select theclasses that can not access a cell by means of ACC(Reference [8], section 10.5.2.29).

The classes are defined according to Reference[3]. Classes 0 to 9 are reserved for the operator tobe used for normal subscribers (home and visitingsubscribers). Classes 11 to 15 are defined asfollows:

11 PLMN use.

12 Security Services.

13 Public utilities.

14 Emergency services.

15 PLMN staff.

MAXRET

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Type: Numeral

Range: 1, 2, 4, 7

Unit: -

Default: 4


O&M: -

Comments: Maximum retransmissions.

Defines maximum number ofretransmissions an MS may do whenaccessing the system on RACH.

TX

Type: Numeral

Range: 3 to 12, 14, 16, 20, 25, 32, 50

Unit: -

Default: 50


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Cell Data

O&M: -

Comments: TX-integer.

Defines the number of timeslots overwhich the MS may spread transmissionwhen accessing the system.

When the MS accesses the systemit can spread the transmission overa certain number of timeslots. Theparameter TX that the MS receivesas a part of the system informationmessage (Reference [8], section10.5.2.29) is used to calculate thetime interval between successivetransmissions.

The MS sends maximum MAXRET+1Channel Request messages on theRACH to the BTS in a way such that(Reference [8], section 3.3.1.2):

• the number of slots belongingto the mobile station's RACHbetween initiation of the immediateassignment procedure and thefirst Channel Request message(excluding the slot containing themessage itself) is a value drawnrandomly for each new initialassignment initiation with uniformprobability distribution in the set {0, 1, ..., max(TX,8)–1}.

• the number of slots belongingto the mobile station's RACHbetween two successive ChannelRequest messages (excluding theslots containing the messagesthemselves) is a value drawnrandomly for each new transmissionwith uniform probability distribution inthe set {S, S+1, ..., S+TX–1}, whereS is a parameter depending on theCCCH-configuration and - for GSMphase 2 mobiles - on the value of TXas defined in the table below.

TX S for GSM phase 2 MSs

non combined CCCH combined CCCH/SDCCH

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3, 8, 14, 50 55 41

4, 9, 16 76 52

5, 10, 20 109 58

6, 11, 25 163 86

7, 12, 32 217 115

Example (GSM phase 2 MS): If thecell has a non combined CCCH andTX=7 then the interval between eachretransmission may be

1 second (217 RACH slots),

1 sec. + 4.615 ms,

1 sec. + 2*4.615 ms,

...

1 sec. + 6*4.615 ms

For GSM phase 1 mobiles, S takes thefollowing values:

0.25 seconds in case of non-combinedCCCH.

0.35 seconds in case of combinedCCCH/SDCCH.

ATT

Type: Identifier

Range: YES, NO

Unit: -

Default: YES


O&M: -

Comments: Attach-detach allowed.

NO MSs in the cell are notallowed to apply IMSIattach and detach.

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Cell Data

YES MSs in the cell shouldapply IMSI attach anddetach.

ATT tells the MS if it is allowed to apply IMSI attachand detach, that is if the MS is allowed to send amessage to the system every time it is turned on oroff (Reference [8], section 10.5.2.11).

T3212

Type: Numeral

Range: 0 to 255

Unit: Deci hours

Default: 40


O&M: -

Comments: T3212 time-out value.(1)

Defines the time-out value that controls the locationupdating procedure, that is when notifying theavailability of the MS to the network. (Reference [8],section 10.5.2.11).

0 Infinite time-out.

1 0.1 hours.

...

255 25.5 hours.

(1) See the corresponding MSC parameter BTDM, Page 49.

CRO

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 0


O&M: -

Comments: Cell Reselection Offset.

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Defines an offset to encourage or discourage MSs toselect the cell while it is camping on another cell, thatis perform a cell reselection.

0 0 dB

1 2 dB

...

63 126 dB

In order to optimise cell reselection, the additionalcell reselection parameters CRO, TO, and PT arebroadcast on the BCCH of each cell. The cellreselection process employs a quantity C2 for GSMphase 2 MSs, which depends on these parameters(Reference [7]). GSM phase 1 MSs use the quantityC1 for cell reselection instead, that is these mobilesdo not experience an offset.

The reselection quantity C2 is defined as:

C2 = C1 + CRO — TO *H(PT —T)

for PT ≠ 31

C2 = C1 —CRO for PT = 31

where

H(x) = 0 for x < 0

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Cell Data

= 1 for x ≥ 0

T is the timer, started from zero at the point at whichthe cell was placed by the MS on the list of strongestcarriers. T is reset to zero whenever the cell is nolonger on the list of strongest carriers. This will tendto prevent fast moving MSs from selecting the cell(Reference [7]).

The quantity C1 is given in the description ofparameter ACCMIN (see Page 51).

CRO applies an offset to the C2 reselection criterionfor the cell.

TO applies a negative offset to C2 for the duration ofPT after the timer has started for the cell.

PT is the duration for which TO applies. The value 31of the PT parameter is reserved to change the sign ofCRO and the value of TO is ignored as indicated bythe equation defining C2.

These parameters are used to ensure that the MS iscamped on the cell with which it has the probabilityof successful communication on uplink and downlink(Reference [10]).(1)

(1) The setting of this parameter only affects GSM phase 2 MSs.

TO

Type: Numeral

Range: 0 to 7

Unit: dB

Default: 0


O&M: -

Comments: Temporary Offset.

Defines a negative offset applied to CRO.

0 0 dB

1 10 dB

...

6 60 dB

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7 infinite.(1)


PT

Type: Numeral

Range: 0 to 31

Unit: -

Default: 0


O&M: -

Comments: Penalty Time.

Defines duration for which TO is applied.

0 20 seconds

1 40 seconds

...

31 620 seconds

The value 31 indicates that the cell reselection offsetis negative and that the temporary offset is ignored.(1)


CCCH

Type: Numeral

Range: 1-4

Unit: -

Default: 1

Command: RLCCC

O&M: -

Comment: The required number of CCCHs. If the parameterCCCH is set to 1, the feature CCCH is not activated.

TNBCCH

Type: String

Range: GPRS, EGPRS

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Cell Data

Unit: -

Default: GPRS

Command: RLBDC, RLBDP

O&M: -

Comment: Indicates if a Timeslot Number (TN) preceding aTN with a CCCH should be possible to configuresupporting EGPRS2-A, EGPRS and GPRS orGPRS only.


PAGBUNDLE

Type: Numeral

Range: 0-100

Unit: ms

Default: 50

Command: ROEPC

O&M: -

Comment: The parameter is used to set bundling time forpaging messages sent on the Abis interface toMultiple CCCH capable RBSs.

3.3.7 Hardware Characteristics Data

CCCHCMD

Type: String

Range: NORMAL, BCCHMOVE

Unit: -

Default: NORMAL

Command: RXMOC, RXMSC

O&M: -

Comment: The parameter indicates if it is allowed to move theBCCH and configure it on another TRX in order tofulfill the requirements on the number of CCCHs inthe cell (e.g. the original TRX is not Multiple CCCHcapable).

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3.4 Locating

3.4.1 Intra-MSC Handover - MSC Data

Intra-MSC handover is a handover between BSCs within the MSC. Theseparameters are valid both for anchor and non-anchor MSCs.

HNDRELCHINTRAM

Type: Numeral

Range: 0, 1

Unit: -

Default: 1

Command: AXE Parameter.

O&M: -

Comments: Channel release in intra-MSC inter-BSC handover.

HNDRELCHINTRAM defines the release ofthe original channel after expiration of thetimer TIMHNDCMDINTRAM for handover timesupervision in intra-MSC inter-BSC handover.

0 The handover signallingis terminated and the callcontinues on the originalchannel.

1 The original channel isreleased.

(1)


HNDSDCCHM

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

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Cell Data

Comments: Intra-MSC inter-BSC handover on signallingchannels.

HNDSDCCHM determines if intra-MSC inter-BSChandover is allowed on signalling channels:

0 Intra-MSC inter-BSChandover is not allowedon signalling channels.

1 Intra-MSC inter-BSChandover is allowed onsignalling channels.

(1)


HNDSDCCHTCHM

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

Comments: Intra-MSC inter-BSC handover from signalling totraffic channel.

HNDSDCCHTCHM determines if intra-MSCinter-BSC handover is allowed from signalling totraffic channel:

0 Intra-MSC inter-BSChandover is not allowedfrom signalling to trafficchannel.

1 Intra-MSC inter-BSChandover is allowedfrom signalling to trafficchannel.

(1)


TIMHNDCMDINTRAM

Type: Numeral

Range: 5 to 120

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Unit: Seconds with 1 sec intervals

Default: 15


O&M: -

Comments: Time supervision in intra-MSCinter-BSC handover.

TIMHNDCMDINTRAM describesthe time between the HANDOVERCOMMAND and HANDOVERCOMPLETE messages in intra-MSCinter-BSC handover (according toReference [5]).(1)


HNDTGSOPINTRA

Type: Numeral

Range: 0 to 2500

Unit: Milliseconds with 20 ms intervals

Default: 80


O&M: -

Comments: Time supervision of switching moment of the groupswitch (GS) in the MSC at intra-MSC inter-BSChandover. The parameter is only valid and can onlybe changed if the time supervision is used to definethe operation point of the GS. Timer is started atsending of Handover Command message.

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Cell Data

0 no time supervisionwhich means GS ischanged at receptionof “handover detect”message or “handovercomplete” message.

The path in the GS in the MSC will be changed atthe first occurrence of the following event:

• timer expiry.

• reception of HANDOVER DETECT from the targetBSC.

• reception of HANDOVER COMPLETE from thetarget BSC.

(1)


3.4.2 Inter-MSC Handover in Anchor MSC - MSC Data

HNDSDCCHINTOM

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

Comments: Outgoing inter-MSC handover on signallingchannels in anchor MSC.

It determines if outgoing inter-MSC handover isallowed on signalling channels in anchor MSC. Theparameter is only valid if the inter-MSC handoverdialogue is established with MAP version 2.

0 Outgoing inter-MSChandover is not allowedon signalling channels.

1 Outgoing inter-MSChandover is allowed onsignalling channels.

(1)


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HNDBEFOREBANSWM

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

Comments: Handover before B-answer. The parameterindicates if an inter-MSC handover is allowed ontraffic channels before answer from B-subscriber.

0 Not allowed.

1 Handover allowed.(1)


3.4.3 Inter-MSC Handover in Non-Anchor MSC - MSC Data

HNDSDCCHINTI

Type: Numeral

Range: 0, 1

Unit: -

Default: 1

Command: MGEPC, MGEPP.

O&M: -

Comments: Incoming inter-MSC handover on signallingchannels in non-anchor MSC.

It determines if incoming inter-MSC handoveris allowed on signalling channels in non-anchorMSC. The parameter is only valid if the inter-MSChandover dialogue has been established with MAPversion 2 by the anchor MSC.

0 Incoming inter-MSChandover is not allowedon signalling channels.

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Cell Data

1 Incoming inter-MSChandover is allowed onsignalling channels.

(1)



FASTASSIGN

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: FASTASSIGN specifies if Locating shall wait untilreception of the first measurement results beforesending the requested candidate list.

0 Wait for measurementresults.

1 Do not wait formeasurement results.

If no measurements are available and FASTASSIGN= 1, a candidate list that only contains the servingcell is created and sent.

NOOFPHYSINFOMSG

Type: Numeral

Range: 0 to 254

Unit: -

Default: 35


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O&M: In order to make the parameter changeactive, it is needed to halt and activateall cells in the BSC.

Comments: NOOFPHYSINFOMSG indicates themaximum number of repetitions ofphysical information messages duringthe handover procedure (NY1, seeReference [8], section 3.4.4).

TIMER3105

Type: Numeral

Range: 2 to 255

Unit: deci seconds

Default: 6


O&M: -

Comments: TIMER3105 indicates the timebetween repetition of physicalinformation messages during thehandover procedure (T3105, seeReference [8], section 3.4.4).

3.4.5 Algorithm Selection - BSC Data

EVALTYPE

Type: Numeral

Range: 1, 3

Unit: -

Default: 3

Command: RLLBC, RLLBP

O&M: -

Comments: Evaluation type.

EVALTYPE allows for the use of two different typesof locating algorithm.

1 Cell ranking by theEricsson1 locatingalgorithm.

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Cell Data

3 Cell ranking by theEricsson3 locatingalgorithm.

The Ericsson3 locating algorithm is simplifiedcompared to the Ericsson1 algorithm.

3.4.6 Flow Control - BSC Data

TINIT

Type: Numeral

Range: 0 to 120

Unit: SACCH periods (480 ms)

Default: 10


O&M: -

Comments: Minimum time before handover isallowed on an initial call or afterhandover.

The locating comparison is performedevery SACCH period (480 ms), exceptfor certain periods for which themaximum lengths are specified bythe parameters: TINIT, TALLOC andTURGEN. They apply to differentsituations.

The locating process is suspendedduring a time specified by TINIT.

TALLOC

Type: Numeral

Range: 0 to 120


Default: 2


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O&M: -

Comments: Minimum time between allocationattempts when there is a better cellcondition and when the first allocationattempt has failed.

In the case a handover, intra cellhandover or overlaid/underlaid subcellchange fails due to congestion,the locating process continues butno handover candidate list will beprepared before the timer TALLOChas expired, unless an urgency stateis detected.

TURGEN

Type: Numeral

Range: 0 to 120


Default: 2


O&M: -

Comments: Minimum time between allocationattempts at an urgency condition andwhen the first allocation attempt hasfailed.

In the case an urgency handoverattempt fails due to congestion, thelocating process will proceed andeven a handover candidate list will beprepared. However the candidate listwill not be transferred to the handoverfunction during the time specified bythe parameter TURGEN, unless thecandidate list contains a better cell.

3.4.7 Filter Control - BSC Data

TAAVELEN

Type: Numeral

Range: 1 to 20

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Cell Data

Unit: -

Default: 4


O&M: -

Comments: Timing advance average length.Number of values in the averaging oftiming advance.

For the evaluation of timing advancethe algorithm uses a sliding window,the length of which is determined byTAAVELEN. TAAVELEN determinesthe total number of values to be usedin the moving average.

3.4.8 Filter Control - Cell Data

The measurement results are sent from the BTS to the BSC every SACCHperiod (480 ms) starting when the MS is assigned an SDCCH. Themeasurement results are stored and filtered in the BSC. The signal strengthand quality measurements are filtered in order to smooth out measurementnoise. In addition, some fading components of a duration of about the same asthe filter response time, are filtered out.

When filtering measurements for a cell, always the filters that are assignedto the cell are used. This means that serving cell and neighbouring cellmeasurements can be evaluated by different filters, if different filters areassigned to the different cells.

The locating filters are numbered from 1 to 9, and correspond to different filtertypes:

1–5 General FIR filters.

6 Straight average filter.

7 Exponential filter.

8 First order Butterworth filter.

9 Median filter.

Note: For a multislot configuration, only the main channel is evaluated. Thereported downlink quality measurement on the main channel is theworst quality measured among all the uni-directional channels and themain channel.

SSEVALSD

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Type: Numeral

Range: 1 to 9

Unit: -

Default: 6

Command: RLLFC, RLLFP

O&M: -

Comments: Signal strength filter for speech/data.

The filters for down- and uplink signalstrength in serving cell and downlinksignal strength from neighbouring cellsare selected by SSEVALSD for thechannel mode speech/data.

QEVALSD

Type: Numeral

Range: 1 to 9

Unit: -

Default: 6


O&M: -

Comments: Quality filter for speech/data.

The filters for quality in down- anduplink in the serving cell are selectedby QEVALSD for the channel modespeech/data.

SSEVALSI

Type: Numeral

Range: 1 to 9

Unit: -

Default: 6


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Cell Data

O&M: -

Comments: Signal strength filter for signalling only.

The filters for down- and uplink signalstrength in serving cell and downlinksignal strength from neighbouring cellsare selected by SSEVALSI for thechannel mode signalling only.

QEVALSI

Type: Numeral

Range: 1 to 9

Unit: -

Default: 6


O&M: -

Comments: Quality filter for signalling only.

The filters for quality in down- anduplink in the serving cell are selectedby QEVALSI for the channel modesignalling only.

SSLENSD

Type: Numeral

Range: 1 to 20


Default: 10


O&M: -

Comments: Length of signal strength filter forspeech/data.

SSLENSD shall be specified onlywhen SSEVALSD is in the range 6 to9.

QLENSD

Type: Numeral

Range: 1 to 20

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Default: 10


O&M: -

Comments: Length of quality filter for speech/data.

QLENSD shall be specified only whenQEVALSD is in the range 6 to 9.

SSLENSI

Type: Numeral

Range: 1 to 20


Default: 4


O&M: -

Comments: Length of signal strength filter forsignalling only.

SSLENSI shall be specified only whenSSEVALSI is in the range 6 to 9.

QLENSI

Type: Numeral

Range: 1 to 20


Default: 4


O&M: -

Comments: Length of quality filter for signallingonly.

QLENSI shall be specified only whenQEVALSI is in the range 6 to 9.

SSRAMPSD

Type: Numeral

Range: 1 to 20

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Cell Data


Default: 5


O&M: -

Comments: Ramping length of signal strength filterfor speech/data.

SSRAMPSD shall be specified onlywhen SSEVALSD is in the range 6 to9.

SSRAMPSI

Type: Numeral

Range: 1 to 20


Default: 2


O&M: -

Comments: Ramping length of signal strength filterfor signalling only.

SSRAMPSI shall be specified onlywhen SSEVALSI is in the range 6 to 9.

MISSNM

Type: Numeral

Range: 0 to 18

Unit: -

Default: 3

Command: RLLOC, RLLOP

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O&M: -

Comments: Maximum number of consecutivemissing measurements for a servingcell or neighbouring cell permittedbefore all old measurements areconsidered invalid.

If a measurement on a neighbouringBTS is missing in the measurementreport, that neighbor is not includedin the evaluation. When a newmeasurement report containinginformation about that BTS is received,the missing values are linearlyinterpolated. But the interpolationis only allowed if the number ofmissing measurements is equal toor smaller than a certain numberthat is determined by MISSNM.When the number of missingmeasurements exceeds MISSNM allformer measurements from that BTSare discarded and the evaluation ofthat BTS starts again when a newvalue arrives.

If an urgency condition occurs andthere are no neighbouring cells inthe current measurement, the lastreceived measurement containingneighbours is used. If the numberof missing measurements exceedsthe parameter MISSNM the oldmeasurements are considered invalid.

If a measurement from serving cell ismissing, locating is suspended untilthe serving cell measurements startagain.

3.4.9 Basic Ranking - Cell Data

BSPWR

Type: Numeral

Range: 0 to 80

Unit: dBm.

Default. -

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O&M: -

Comments: BSPWR is the BTS output power onthe BCCH frequency.

BSPWR is defined at the referencepoint used in the locating algorithm.

MSRXMIN

Type: Numeral

Range: 0 to 150

Unit: dBm (negative)

Default: -


O&M: -

Comments: Minimum required signal strengthreceived at the MS in a given cellto consider the cell as a possiblecandidate for handover.

MSRXMIN takes a positive value,which represents the correspondingnegative value in calculations.

BSRXMIN

Type: Numeral

Range: 0 to 150


Default: -


O&M: -

Comments: Minimum required signal strengthreceived at the BTS, at the referencepoint, to consider the cell as a possiblecandidate for handover.

BSRXMIN takes a positive value,which represents the correspondingnegative value in calculations.

MSRXSUFF

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Type: Numeral

Range: 0 to 150


Default: -


O&M: -

Comments: Sufficient signal strength received atthe MS to consider the cell selectablefor further ranking according to themagnitude of the path loss.

MSRXSUFF takes a positive valuethat represents the correspondingnegative value in calculations.

BSRXSUFF

Type: Numeral

Range: 0 to 150


Default: -


O&M: -

Comments: Sufficient signal strength received atthe BTS, at the reference point, toconsider the cell selectable for furtherranking according to the magnitude ofthe path loss.

BSRXSUFF takes a positive value,which represents the correspondingnegative value in calculations.

3.4.10 Basic Ranking - Cell/Subcell Data

This parameter may be defined different for underlaid and overlaid subcell. Incase there is no subcell structure defined, it is defined per cell.

BSTXPWR

Type: Numeral

Range: 0 to 80

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Cell Data

Unit: dBm

Default: -


O&M: -

Comments: BSTXPWR is the BTS output poweron all frequencies other than theBCCH frequency.

BSTXPWR is defined at the referencepoint used in the locating algorithm.

3.4.11 Basic Ranking - Neighbor Cell Data

Parameters for the Ericsson1 Locating Algorithm

KHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 3


O&M: -

Comments: Signal strength hysteresis whenevaluating K-cells.

KHYST is the hysteresis for cellborders defined by the signal strengthcriterion. It is defined as a cell-to-cellrelation. that is in each cell it can bedefined individually for each neighborthat has been defined for that cell.KHYST is a symmetrical relationparameter, that is the same valueapplies for both directions of thecell-to-cell relation.(1)

(1) KHYST is only valid for the Ericsson1 locating algorithm.

LHYST

Type: Numeral

Range: 0 to 63

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Unit: dB

Default: 3


O&M: -

Comments: Path loss hysteresis when evaluatingL-cells.

LHYST is the hysteresis for cellborders defined by the path losscriterion. It is defined as a cell-to-cellrelation. that is in each cell it can bedefined individually for each neighborthat has been defined for that cell.LHYST is a symmetrical relationparameter, that is the same valueapplies for both directions of thecell-to-cell relation.(1)

(1) LHYST is only valid for the Ericsson1 locating algorithm.

TRHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 2


O&M: -

Comments: Signal strength hysteresis for a K- andL-cell border segment.(1)

(1) TRHYST is only valid for the Ericsson1 locating algorithm.

KOFFSET

Type: Numeral

Range: -63 to 63

Unit: dB

Default: 0


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Cell Data

O&M: -

Comments: Signal strength offset when evaluatingK-cells.

An offset value is a certain amount ofdB by which the path loss or the signalstrength can be adjusted in order topush the cell border towards or awayfrom the serving BTS.(1)

(1) KOFFSET is only valid for the Ericsson1 locating algorithm.

LOFFSET

Type: Numeral

Range: -63 to 63

Unit: dB

Default: 0


O&M: -

Comments: Path loss offset when evaluatingL-cells.(1)

(1) LOFFSET is only valid for the Ericsson1 locating algorithm.

TROFFSET

Type: Numeral

Range: -63 to 63

Unit: dB

Default: 0


O&M: -

Comments: Signal strength offset for a K- andL-cell border segment.(1)

(1) TROFFSET is only valid for the Ericsson1 locating algorithm.

Parameters for the Ericsson3 Locating Algorithm

HIHYST

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Type: Numeral

Range: 0 to 63

Unit: dB

Default: 5


O&M: -

Comments: Signal strength hysteresis whenevaluating high signal strength cells.(1)

(1) HIHYST is only valid for the Ericsson3 locating algorithm.

LOHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 3


O&M: -

Comments: Signal strength hysteresis whenevaluating low signal strength cells.(1)

(1) LOHYST is only valid for the Ericsson3 locating algorithm.

HYSTSEP

Type: Numeral

Range: 0 to 150


Default: 90


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Cell Data

O&M: -

Comments: Signal strength separator for high andlow signal strength cells.

HYSTSEP takes a positive value thatrepresents the corresponding negativevalue in calculations.(1)

(1) HYSTSEP is only valid for the Ericsson3 locating algorithm.

OFFSET

Type: Numeral

Range: -63 to 63

Unit: dB

Default: 0


O&M: -

Comments: Signal strength offset.(1)

(1) OFFSET is only valid for the Ericsson3 locating algorithm.

3.4.12 Urgency Conditions - BSC Exchange Property Data

These parameters are used for statistical reasons only and do not influencethe locating process.

BADQDL

Type: Numeral

Range: 0 to 100

Unit: Deci transformed GSM quality units(dtqu)

Default: 55

Command: RAEPC, RAEPP

O&M: -

Comments: Bad quality limit for urgency condition,downlink.

BADQUL

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Type: Numeral

Range: 0 to 100


Default: 55


O&M: -

Comments: Bad quality limit for urgency condition,uplink.

LOWSSDL

Type: Numeral

Range: 47 to 110


Default: 104


O&M: -

Comments: Low signal strength limit for urgencycondition, downlink.

LOWSSUL

Type: Numeral

Range: 47 to 110


Default: 104


O&M: -

Comments: Low signal strength limit for urgencycondition, uplink.

3.4.13 Urgency Conditions - Cell Data

TALIM

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Cell Data

Type: Numeral

Range: 0 to 63 (normal range cell).

0 to 219 (extended range cell)

Unit: Bit periods (bp)

Default: 62

Command: RLLUC, RLLUP

O&M: -

Comments: Timing advance limit for handover. Urgencydetection parameter.

TALIM determines the maximum timing advancethat the MS is recommended to use in the cell.

If the measured and averaged timing advance valueis equal to or greater than TALIM, the cell must beabandoned urgently if there exists a neighbouringcell that can take over the connection. If no suchcell exists no action is taken.

The useful range of TALIM is

0 to 219 Extended range cellswith RBS 2000.

0 to 63 Normal range cells.

PSSBQ

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 10

Command: RLLPC, RLLPP

O&M: -

Comments: Signal strength penalty when handoverdue to bad quality. This penalty isvalid during PTIMBQ.(1)

(1) In order to minimise the risk of immediate handback, PSSBQ should be greater than(BQOFFSET - hysteresis). (That means KHYST or LHYST when using the Ericsson1 locatingalgorithm respective HIHYST or LOHYST when using the Ericsson3 locating algorithm.)

PSSTA

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Type: Numeral

Range: 0 to 63

Unit: dB

Default: 63


O&M: -

Comments: Signal strength penalty when handoverdue to too large timing advance. Thispenalty is valid during PTIMTA.

PTIMBQ

Type: Numeral

Range: 0 to 600

Unit: Seconds

Default: 10


O&M: -

Comments: Penalty time when handover due tobad quality.

PTIMTA

Type: Numeral

Range: 0 to 600

Unit: Seconds

Default: 10


O&M: -

Comments: Penalty time when handover due totoo large timing advance.

3.4.14 Urgency Conditions - Neighbor Cell Data

BQOFFSET

Type: Numeral

Range: 0 to 63

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Cell Data

Unit: dB

Default: 3


O&M: -

Comments: Signal strength region for bad qualityurgency handovers.

For AMR FR connections, theparameter BQOFFSETAFR is used.

For AMR WB connections theparameter BQOFFSETAWB is used.(1)

(1) BQOFFSET is defined as a cell-to-cell relation and is a symmetrical parameter.

BQOFFSETAFR

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 3


O&M: -

Comments: Signal strength region for bad qualityurgency handovers for AMR FRconnections.(1)

(1) BQOFFSETAFR is defined as a cell-to-cell relation and is a symmetrical parameter.

BQOFFSETAWB

Type: Numeral

Range: 0–63

Unit: dB

Default: 3


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O&M: -

Comment: Signal strength region for bad qualityurgency handover for AMR-WBconnections.(1)

(1) BQOFFSETAWB is defined as a cell-to-cell relation and is a symmetrical parameter.

3.4.15 Urgency Conditions - External Neighbor Cell Data

EXTPEN

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


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Cell Data

O&M: -

Comments: Handover penalty support.

The parameter EXTPEN shall be usedfor external neighbouring cells, anddefines whether the penalty can bereceived by that cell (that is the BSCcontrolling that cell). It tells whetherthe target BSC (and MSC) supportsthe penalty handling or not. Thevalue OFF activates an inter-BSChandling at urgency handover thatallows urgency handover to a cellin another BSC only if the mobile iswithin a distance radio wise of KHYSTor LHYST (Ericsson 1) or HIHYSTor LOHYST (Ericsson 3) from theaverage cell border, that is withouthysteresis.

The value ON activates the penaltyhandling that consists of sending ahandover cause value to the targetBSC.

The cause value is interpreted by thetarget BSC as “urgency handover”.Both TA urgency as well as bad qualityurgency can be recognised. Thetarget BSC carries out the punishmentof the cell in the old BSC that wasabandoned. However, it uses thepenalty parameter value and penaltytime of the new cell.(1)

(1) EXTPEN should be set to OFF if the external neighbouring cell belongs to a BSC fromanother vendor.

3.4.16 Urgency Conditions - Cell/Subcell Data


QLIMDL

Type: Numeral

Range: 0 to 100

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Default: 55


O&M: -

Comments: Quality limit downlink for handover.Urgency detection parameter.

For AMR FR connections, theparameter QLIMDLAFR is used.

If the measured and filtered qualitymeasurements, rxqual, is above thequality limit on the downlink, then theserving cell should be abandonedurgently if there exists a neighbouringcell that can take over the connection.If no such neighbouring cell exists noaction is taken.

QLIMDLAFR

Type: Numeral

Range: 0 to 100


Default: 55


O&M: -

Comments: Downlink quality threshold for badquality urgency handovers for AMRFR connections.

QLIMUL

Type: Numeral

Range: 0 to 100


Default: 55


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Cell Data

O&M: -

Comments: Quality limit uplink for handover.Urgency detection parameter.

For AMR FR connections, theparameter QLIMULAFR is used.

If the measured and filtered qualitymeasurements, rxqual, is above thequality limit on the uplink, then theserving cell should be abandonedurgently if there exists a neighbouringcell that can take over the connection.If no such neighbouring cell exists noaction is taken.

QLIMULAFR

Type: Numeral

Range: 0 to 100


Default: 55


O&M: -

Comments: Downlink quality threshold for badquality urgency handovers for AMRFR connections.

QLIMDLAWB

Type: Numeral

Range: 0-100


Default: 55


O&M: -

Comment: Downlink quality threshold for badquality urgency handovers forAMR-WB connections.

QLIMULAWB

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Type: Numeral

Range: 0-100


Default: 55


O&M: -

Comment: Uplink quality threshold for bad qualityurgency handovers for AMR-WBconnections.

3.4.17 Handover Failure - Cell Data

PSSHF

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 63


O&M: -

Comments: Signal strength penalty at handoverfailure.

This penalty is valid during PTIMHF.

When a handover to a cell fails due tosignalling failure, a penalty is assignedto that cell to avoid that the MS returnsto it immediately. The penalties are anamount of dB that are subtracted fromthe measured and averaged signalstrength for the cell in question, rxlev.

PTIMHF

Type: Numeral

Range: 0 to 600

Unit: Seconds

Default: 5


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Cell Data

O&M: -

Comments: Penalty time at handover failure.

3.4.18 Signalling Channel Handover - BSC Data

IBHOSICH

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Switch, which defines if, inter BSC handover onsignalling channel is allowed.

ON Allowed.

OFF Not allowed.

IHOSICH

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Switch, which defines if intra-cell handover onsignalling channel is allowed.

ON Allowed.

OFF Not allowed.

3.4.19 Signalling Channel Handover - Cell Data

SCHO

Type: Identifier

Range: ON, OFF

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Unit: -

Default: OFF


O&M: -

Comments: SDCCH handover switch.

SCHO is used to identify if handovers on SDCCHare allowed in the cell. The handover procedure isthe same as for handover on the TCH, that is thelocating function prepares a ranking list and sends itto the handover function.

ON Handovers on SDCCHare allowed. This appliesto both handovers fromand to the cell.

OFF Handovers on SDCCHare not allowed.Handovers from aswell as to the cell areinhibited.

(1)

(1) To allow handover on SDCCH between two cells, both cells must have SCHO = ON.

3.4.20 TRH RP Load - Cell Data

CELLQ

Type: Identifier

Range: HIGH, LOW

Unit: -

Default: HIGH


O&M: -

Comments: Cell quality. CELLQ defines whether the cell issuitable for TRH RP regulation or not.

HIGH The cell is a cell whereminor changes of radiotransmission quality canbe expected.

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Cell Data

LOW The cell is a cell whereradio transmission qualitycan be expected todeteriorate rapidly.

The load of the TRH RPcan be automaticallyregulated by reducing the rate of locatingcalculations for the MSs in the cells that are leastlikely to perform a handover or to be subject todisconnection.

In the case of regulation the calculations areperformed for every second measurement resultarrival (approximately once per second). All arrivedmeasurement results are taken into account in thetime evaluation of measurements.

The parameter CELLQ is used to define whethera cell is suitable for regulation or not. If CELLQtakes the value HIGH then the regulation can beperformed, that is it is assumed that there is no riskfor an increasing number of dropped calls if the rateof locating calculations is reduced. If CELLQ takesthe value LOW then the regulation is not allowed.

3.4.21 Disconnection Algorithm - Cell Data

MAXTA

Type: Numeral

Range: 0 to 63 (normal cell).



Default: 63

Command: RLLDC, RLLDP

O&M: -

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Comments: Maximum timing advance before an MS isconsidered lost.

If the measured timing advance value for an accessburst is equal to or greater than MAXTA, then theconnection set-up signalling is terminated by thesystem.

If the measured and averaged timing advance valuefor an ongoing call is equal or greater than MAXTA,the call is released.

The useful range of MAXTA is

0 to 219 Extended range cellswith RBS2000.

0 to 63 Normal range cells.(1)

(1) MAXTA should always be greater than the parameter TALIM (see Page 88). MAXTA is ahard limit compared to TALIM, which is a soft limit.

RLINKUP

Type: Numeral

Range: 1 to 63


Default: 16


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Cell Data

O&M: -

Comments: Radio link time-out. The maximumvalue of the radio link counter for theuplink.

RLINKUP is used by the BSC todetermine when to disconnect the callupon repeated failure in decoding theSACCH. The disconnection criterion isof the same type as the one specifiedfor the MS in Reference [10], called the“leaky bucket” criterion.

A counter that is given the valueRLINKUP is started in the BSC afterthe assignment of a dedicated channel.Two units increase the counter if theSACCH data is successfully decoded.

One unit decreases it if it can not besuccessfully decoded. If the counterreaches the value zero, then a callrelease is initiated.

RLINKT

Type: Numeral



Default: 16


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O&M: -

Comments: Radio Link time-out. The maximumvalue of the radio downlink counter.

RLINKT is used by the MS todetermine when to disconnect the callupon repeated failure in decoding theSACCH. The disconnection criterion isthe “leaky bucket” criterion specified inReference [10].

A counter that is given the valueRLINKT is started in the MS after theassignment of a dedicated channel.Two units increase the counter if theSACCH data is successfully decoded.One unit decreases it if it cannot besuccessfully decoded. If the counterreaches the value zero, then the callrelease is initiated.

RLINKTAFR

Type: Numeral



Default: 16


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Cell Data

O&M: -

Comments: Radio Link time-out. The maximumvalue of the radio downlink counter forAMR FR connections.

RLINKTAFR is used by the MS todetermine when to disconnect the callupon repeated failure in decoding theSACCH. The disconnection criterion isthe "leaky bucket" criterion specifiedin Reference [10].

A counter that is given the valueRLINKTAFR is started in the MS afterthe assignment of a dedicated channel.Two units increase the counter if theSACCH data is successfully decoded.One unit decreases it if it cannot besuccessfully decoded. If the counterreaches the value zero, then the callrelease is initiated.

RLINKTAHR

Type: Numeral



Default: 16


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O&M: -

Comment: Radio Link time-out. The maximumvalue of the radio downlink counter forAMR HR connections.

RLINKTAHR is used by the MS todetermine when to disconnect the callupon repeated failure in decoding theSACCH. The disconnection criterion isthe "leaky bucket" criterion specifiedin Reference [10].

A counter that is given the valueRLINKTAHR is started in the MS afterthe assignment of a dedicated channel.Two units increase the counter if theSACCH data is successfully decoded.One unit decreases it if it cannot besuccessfully decoded. If the counterreaches the value zero, then the callrelease is initiated.

RLINKUPAFR

Type: Numeral

Range: 1 to 63


Default: 16


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Cell Data

O&M -

Comment: Radio link time-out. The maximumvalue of the radio link counter on theuplink for AMR FR connections.

RLINKUPAFR is used by the BSC todetermine when to disconnect the callupon repeated failure in decoding theSACCH. The disconnection criterion isof the same type as the one specifiedfor the MS in Reference [10], calledthe "leaky bucket" criterion.

A counter that is given the valueRLINKUPAFR is started in theBSC after the assignment of adedicated channel. Two unitsincrease the counter if the SACCHdata is successfully decoded.Oneunit decreases it if it can not besuccessfully decoded. If the counterreaches the value zero, then a callrelease is initiated.

RLIKUPAHR

Type: Numeral

Range: 1 to 63


Default: 16


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O&M -

Comment: Radio link time-out. The maximumvalue of the radio link counter on theuplink for AMR HR connections.

RLINKUPAHR is used by the BSC todetermine when to disconnect the callupon repeated failure in decoding theSACCH. The disconnection criterion isof the same type as the one specifiedfor the MS in Reference [10], calledthe "leaky bucket" criterion.

A counter that is given the valueRLINKUPAHR is started in theBSC after the assignment of adedicated channel. Two unitsincrease the counter if the SACCHdata is successfully decoded.Oneunit decreases it if it can not besuccessfully decoded. If the counterreaches the value zero, then a callrelease is initiated.

RLINKTAWB

Type: Numeral

Range: 8–64 (in steps of 4)


Default: 16


O&M: -

Comment: Radio link time-out downlink. Themaximum value of the radio downlinkcounter for AMR-WB connections.

RLINKUPAWB

Type: Numeral

Range: 1-63


Default: 16


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Cell Data

O&M: -

Comment: Radio link time-out uplink. Themaximum value of the radio linkcounter on the uplink for AMR-WBconnections.

3.4.22 Handover Power Boost - Cell Data

HPBSTATE

Type: Identifier

Range: ACTIVE, INACTIVE

Unit: -

Default: INACTIVE

Command: RLPBI, RLPBP , RLPBE.

O&M: -

Comments: Handover Power Boost State.

ACTIVE Handover power boostactive.

INACTIVE Handover power boostinactive.

If the feature Handover Power Boost is activated, theoriginating BTS and the MS are ordered to transmitwith maximum allowed power during the handover.

3.5 GPRS/EGPRS Idle Mode Behaviour

3.5.1 Cell Data

PRACHBLK

Type: Numeral

Range: 1 to 12

Unit: -

Default: 2

Command: RLPDC, RLPDP

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O&M: -

Comments: Defines the minimum number ofreserved radio block periods forPRACH.

MAXSBLK

Type: Numeral

Range: 1 to 4

Unit: -

Default: 2


O&M: -

Comments: Defines the maximum value thatBS_PBCCH_BLKS is allowed tohave, that is the maximum number ofreserved radio blocks to be used forthe PBCCH.

MAXSMSG

Type: Numeral

Range: 1 to 16

Unit: -

Default: 7


O&M: -

Comments: Defines maximum number of PSImessages that preferably shall bescheduled on one PBCCH block.

TRAFBLK

Type: Numeral

Range: 0 to 10

Unit: -

Default: 0


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Cell Data

O&M: -

Comments: Defines the value of BS_PAG_BLKS_RES, that is the number of blockswithin a multiframe where neitherpaging nor PSI messages shallappear.

CBCHD

Type: Identifier

Range: YES, NO

Unit: -

Default: NO


O&M: -

Comments: Defines if CBCH description, thatis, PSI8 shall be transferred on thePBCCH or not.

3.6 GPRS/EGPRS Cell Reselection


PSCELLPLAN

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Activates (1) or deactivates (0) thefeature Packet Specific Cell Plan.

NACCACT

Type: Numeral

Range: 0, 1

Unit: -

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Default: 0


O&M: -

Comments: Activates (1) or deactivates (0) thefeature Network Assisted Cell Change(NACC).

3.6.2 Cell Data

PLAYER

Type: Numeral

Range: MAPPED, 1 to 8

Unit: -

Default. MAPPED

Command: RLPSC, RLPSP

O&M: -

Comments: Hierarchical cell layer forGPRS/EGPRS traffic for cellswith defined PBCCH.

The value MAPPED specifies thatthe cell layer is mapped from CSparameters.

PHCSTHR

Type: Numeral

Range: MAPPED, 48, 50, 110


Default: MAPPED

Command: RLPSC, RLPSP

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Cell Data

O&M: -

Comments: Hierarchical cell threshold forGPRS/EGPRS traffic for cellswith defined PBCCH. It takes apositive value, which representsthe corresponding negative value incalculations.

The value MAPPED specifies thatthe threshold is mapped from CSparameters.

NCRPT

Type: Numeral

Range: 0.48, 0.96, 1.92, 3.84, 7.68, 15.36,30.72, 61.44

Unit: Seconds

Default: 1.92

Command: RLMNC, RLMNP

O&M: -

Comments: This parameter tells the MS howoften it should send the PacketMeasurement Report (PMR)message.

NCPROF

Type: Numeral

Range: 1 to 255

Unit: -

Default: -

Command: RLNPI, RLNPE, RLNPP

O&M: -

Comments: This parameter initiate, end and printthe status of the NC2 profile.

3.6.3 Neighbor Cell Data

GPRSVALID

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Type: Identifier

Range: YES, NO

Unit: -

Default: YES

Command: RLGNC, RLGNP

O&M: -

Comments: Defines if the neighbor relation is valid forGPRS/EGPRS traffic for cells with defined PBCCH:

YES GPRS/EGPRS cellreselections are allowed.

NO GPRS/EGPRS cellreselections are notallowed.

PROFFSET

Type: Numeral

Range: MAPPED, 0, 1, ..., 31

Unit: -

Default: MAPPED

Command: RLGNC, RLGNP

O&M: -

Comments: GPRS/EGPRS cell reselection offset for cells withdefined PBCCH. The value of this parameter isused in calculations of the cell reselection offset,as follows.

The value MAPPED specifies that the offset ismapped from CS parameters.

0 –52 dB

1 –48 dB

...

9 –16 dB

10 –12 dB

11 –10 dB

12 –8 dB

...

21 10 dB

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Cell Data

22 12 dB

23 16 dB

24 20 dB

...

30 44 dB

31 48 dB(1)

(1) Between –52 dB and –12 dB the step is 4 dB, between –12 dB and 12 dB the step is 2 dB andbetween 12 dB and 48 dB the step is 4dB.

3.6.4 External Cell Data

RAC

Type: Numeral

Range: 0 to 255

Unit: -

Default: 1


O&M: -

Comments: The Routing Area Code (RAC) is, together with the Cell Identity(CI), used for routing of RAN-INFORMATION messagesbetween BSCs.

RIMNACC

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: The parameter is used to activate and deactivate NACC forexternal neighbors.

0 OFF

1 ON

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3.7 Channel Administration/Immediate Assignment onTCH

3.7.1 MSC Controlling Parameters

CRT

Type: RCR-SCRT

Range: RCR:

SCRT:

FR, DFR, DHR.

FR, HR, DFRC, DHRC, DFRN, DHRN, DRSC,DRSN

Unit: -

Default: -

Command: MGTEI, MGTEP.

O&M: -

Comments: Channel Rate and Type.

CRT is used to specify the channel rate and type preference foreach Radio Channel Requirement that can be received fromthe MS. The parameter is set for the teleservices Telephony,Auxiliary telephony and Emergency call.

The following allowed RCR-SCRT combinations may be usedfor CRT:

RCR:

FR Full Rate channel.

DFR Dual rate, Full Rate preferred.

DHR Dual rate, Half Rate preferred.

SCRT:

FR Full Rate channel.

HR Half Rate channel.

DFRC Dual rate, Full Rate preferred, Change allowedafter first channel allocation as a result of therequest.

DHRC Dual rate, Half Rate preferred, Change allowedafter first channel allocation as a result of therequest.

DFRN Dual rate, Full Rate preferred, change not allowedafter first channel allocation as a result of therequest.

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Cell Data

DHRN Dual rate, Half Rate preferred, change notallowed after first channel allocation as a resultof the request.

DRSC Dual Rate, channel preference indicated by thespeech coder preference, changes betweenfull rate and half rate allowed after first channelallocation as a result of the request.

DRSN Dual Rate, channel preference indicated by thespeech coder preference, changes between fullrate and half rate not allowed after first channelallocation as a result of the request.

Example: CRT=FR-FR, DFR-DFRN, DHR-DHRC(1)

(1) RCR FR can only be combined with SCRT FR.

PSCVL

Type: Identifier

Range: FRV1, FRV2, FRV3, FRV5, HRV1, HRV2, HRV3

Unit: -

Default: -

Command: MGTEI, MGTEP.

O&M: -

Comments: Provided Speech Coder Version List.

The parameter is set for the teleservices Telephony, Auxiliarytelephony, Emergency call and Alternate speech/facsimile.

FRV1 Full Rate speech Version1.




HRV1 Half Rate speech Version1.



PSCVL must be specified in accordance with the SCRT partof CRT.


EBANDINCLUDED

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Type: Numeral

Range: 0 and 1

Unit: -

Default: 0


O&M: -

Comments: EBANDINCLUDED is used to decide whetherchannels in the P-GSM 900 band only or whetheralso GSM 900 G1 channels are to be considered forhandling of the radio features:

• Half Rate Packing/Dynamic Half Rate Allocation/Dynamic Half Rate-Full Rate Mode Adaptation

• Cell Load Sharing

• BTS Power Savings

• Subcell Load Distribution

• Adaptive Configuration of Logical Channels

• GPRS/EGPRS

• GSM - UMTS Cell Reselection and Handover

• Hierarchical Cell Structure (HCS)

The following values are available:

0 Only channels in theP-GSM 900 band areconsidered.

1 Channels in all availableGSM 900 bands areconsidered.

MAXCHDATARATE

Type: Numeral

Range: 96 and 144

Unit: -

Default: 96


O&M: -

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Cell Data

Comments: MAXCHDATARATE indicates the maximumchannel data rate allowed in the BSC. The channeldata rates are 9.6 kbit/s (=96) and 14.4 kbit/s (=144).

96 Max allowed data rate is9.6 kbit/s per channel.


SPEECHVERUSED

Type: Numeral

Range: 0 and 1

Unit: -

Default: 1


O&M: -

Comments: SPEECHVERUSED is used to decide if the usedspeech version shall be placed at the top in the listof allowed speech version at handover.

0 Do not place the usedspeech version at thetop in the list of allowedspeech versions.

1 The used speech versionshall be plated at the topof the list of allowedspeech versions.

AMRSPEECHVERUSE

Type: Numeral

Range: 0 and 1

Unit: -

Default: 1


O&M: -

Comments: AMRSPEECHVERUSE is used to decide if the usedspeech version for AMR shall be placed at the top inthe list of allowed speech version at handover.

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0 Do not place the usedspeech version for AMRat the top in the list ofallowed speech versions.

1 The used speech versionfor AMR shall be platedat the top of the list ofallowed speech versions.

HALFRATESUPP

Type: Numeral

Range: 0 and 1

Unit: -

Default: 0


O&M: -

Comments: HALFRATESUPP indicates whethersupport for HR channels is activatedor not.

0 Support for HR channels is activated

1 Support for HR channels is notactivated

3.7.3 Multislot Configuration - BSC Data

BSCMC

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLCDC , RLCDP

O&M: -

Comments: BSCMC Multiple Channel Switch.

Identifies if more than one full rate TCH are allowedto be allocated for each MS connection in BSCinternal cells.

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Cell Data

ON Multiple channels foreach MS connection areallowed in cells with theMultiple Channel switchMC set to ON.

OFF Multiple channels arenot allowed for anyMS connection in anycell, even if the MultipleChannel switch MC is setto ON.

3.7.4 Cell Data

CMDR

Type: Numeral

Range: 96 and 144

Unit: -

Default: 144

Command: RLDRC , RLDRP

O&M: -

Comments: Maximum channel data rate.

MDR is used to set the maximum channel datarate for the cell. The lowest value of CMDR andMAXCHDATARATE will be the actual channel datarate in the cell. The channel data rates are 9.6 kbit/s(=96) and 14.4 kbit/s (=144).



CHAP

Type: Numeral

Range: 0 to 13

Unit: -

Default: 0

Command: RLHPC , RLHPP

O&M: -

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Comments: Channel Allocation Profile.

Each channel allocation profile provides a channelallocation strategy for all traffic situations. Thestrategies differ with respect to the behaviour of thefeature Immediate assignment on TCH, the handling ofGSM Phase 1 and Phase 2 MSs and the allocation of achannel in an OL subcell.

The following 13 channel allocation profile are available:

CHAP = 0 Default

CHAP = 1 Immediate assignment on TCH,SDCCH chosen first.

CHAP = 2 Immediate assignment on TCH,TCH chosen first, GSM Phase 2MSs, Channel Needed providedby the MSC.

CHAP = 3 Immediate assignment on TCH,TCH chosen first, GSM Phase2 MSs, Channel Needed notprovided by the MSC.

CHAP = 4 Immediate assignment on TCH,TCH chosen first, GSM Phase1 MSs, Channel Needed notprovided by the MSC.

CHAP = 5 Overlaid subcell as last resort.

CHAP = 6 Immediate assignment on TCH,SDCCH chosen first, Overlaidsubcell as last resort.

CHAP = 7 equals CHAP = 0.

CHAP = 8 BCCH in overlaid cell.

CHAP = 9 Inter cell handover andassignment to other cell alwaysto underlaid subcell (restriction).

CHAP = 10 Inter cell handover andassignment to other cell alwaysprioritising underlaid subcell.

CHAP = 11 BCCH in overlaid cell. OLsubcell (only), ImmediateAssignment on TCH, SDCCHchosen first.

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Cell Data

CHAP = 12 BCCH in overlaid cell. OLsubcell (only), ImmediateAssignment on TCH, TCHchosen first.

CHAP = 13 Immediate assignment on TCH,TCH chosen first, Overlaidsubcell as last resort.

NECI

Type: Numeral

Range: 0 and 1

Unit: -

Default: 0

Command: RLSSC , RLSSP.

O&M: -

Comments: New establishments cause indicator.

NECI is used to indicate to a GSM phase 2 MSwhether to use GSM phase 1 establishment(NECI = 0) causes or the full set of GSM phase 2establishment causes (NECI = 1).

0 New establishmentcauses are NOTsupported.

1 New establishmentcauses are supported.

MC

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLCDC , RLCDP

O&M: -

Comments: Multiple Channel switch.

MC identifies if more than one full rate TCH areallowed to be allocated for each MS connection inthe cell.

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ON Multiple channels foreach MS connectionallowed in the cell.

OFF Multiple channels arenot allowed for any MSconnection in the cell.

CSPSALLOC

Type: String

Range: CSPSNOPRF No selection preference

CSNOPRFPSFIRST No selection preferencefor CS and select TCHsfirst for PS

CSNOPRFPSLAST No selection preferencefor CS and select TCHslast for PS

CSFIRSTPSNOPRF Select TCHs first forCS and no selectionpreference for PS

CSFIRSTPSLAST Select TCHs first for CSand select TCHs last forPS

CSLASTPSNOPRF Select TCHs last forCS and no selectionpreference for PS

CSLASTPSFIRST Select TCHs last for CSand select TCHs first forPS

CSLASTPSLAST Select TCHs last for CSand select TCHs last forPS

Unit: -

Default: CSPSNOPRF

Command: RLCLC, RLCLP

O&M: -

Comments: This parameter determines if non-hopping TCHs onthe BCCH frequency should be selected first, last orif there is no preference at CS and PS allocation

CSPSPRIO

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Cell Data

Type: String

Range: CSPRIO/PSPRIO

Unit: -

Default: PSPRIO


O&M: -

Comments: This parameter determines if the CSselection preference for non-hoppingTCHs on the BCCH frequency hashigher or lower priority than thecriterion to avoid TCH groups with PSpriority.

A53PRIO

Type: String

Range: NORMAL, HIGH

Unit: -

Default: NORMAL


O&M: -

Comment: The parameter is used to define the priority ofA5/3 ciphering channel capability at singleslot TCHallocation. It can be set to HIGH in order to prioritizeA5/3 capable channels higher than the avoidanceof EGPRS capable channels, or normal for theopposite result.

Valid from release: G10B


SAS

Type: Identifier

Range: QUALITY, MAIO, MULTI

Unit: -

Default: QUALITY

Command: RLGAC , RLGAP

O&M: -

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Comments: Single slot allocation strategy.

QUALITY Quality consideration

MAIO MAIO consideration

MULTI Multi slot consideration

3.8 GPRS/EGPRS Channel Administration


CHCODING

Type: Numeral

Range: 1 to 2

Unit: -

Default: 2


O&M: -

Comments: CHCODING is used to the GPRS channel-codingscheme that will be used for the uplink:

1 CS-1

2 CS-2

The BTS capabilities will be taken into account whencalculation the actual channel coding scheme usedin the cell. All BTS version supporting GPRS alsosupport CS-2, with the exception of early versionsof RBS2301. If this is the case CS-1 will be usedregardless of the setting of this parameter.

A cell plan optimised for speech will give similar orbetter coverage for GPRS traffic for both CS-1 andCS-2 configurations.

GPRSEDAACT

Type: Numeral

Range: 0,1

Unit: -

Default: 0


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Cell Data

O&M: -

Comments: GPRS Extended Dynamic AllocationActivation.

This parameter indicates whether asupport for GPRS Extended DynamicAllocation is allowed or not.

0 = OFF

1 = ON

GPRSNWMODE

Type: Numeral

Range: 1 to 2

Unit: -

Default: 2


O&M: -

Comments: GPRSNWMODE sets the GPRS/EGPRS networkoperation mode


1 GPRS/EGPRS Networkoperation mode I. TheGs interface between theMSC and the SGSN shallbe present. No masterPDCH will be allocatedin the cell.

2 GPRS/EGPRS Networkoperation mode II. Nomaster PDCH will beallocated in the cell.

PILTIMER

Type: Numeral

Range: 1 to 3600

Unit: seconds

Default: 10


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O&M: -

Comments: When an on-demand PDCH becomesidle it is placed in the idle list forthe packet switched domain andPILTIMER is started. When thePILTIMER expires for a PDCH thechannel is returned to circuit switcheddomain.

ONDEMANDGPHDEV

Type: Numeral

Range: 1 to 256

Unit: -

Default: 20


O&M: -

Comments: ONDEMANDGPHDEV is used forsetting the number of reserved GPHdevices in an RPP that can be usedfor on-demand PDCH only.

ONDEMANDGPHDG2

Type: Numeral

Range: 1 to 512

Unit: -

Default: 140


O&M:

Comment:

TBFDLLIMIT

Type: Numeral

Range: 10 to 80

7 to 100 (from BSS G12A)

Unit: -

Default: 20


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Cell Data

O&M: -

Comments: When all currently allocated PDCHhave the TBFDLLIMIT number ofTBFs allocated an allocation attemptof more on-demand PDCH is done. Ifthe allocation attempt fails, TBFs willbe allocated on the existing PDCH, upto and including the limit of 80 or 100,when congestion occurs. (1)

(1) This parameter has a decimal granularity, that is 20 represents value 2.0.

TBFULLIMIT

Type: Numeral

Range: 10 to 60

7 to 70 (from BSS G12A)

Unit: -

Default: 20


O&M: -

Comments: When all currently allocated PDCHhave the TBFULLIMIT number ofTBFs allocated an allocation attemptof more on-demand PDCH is done. Ifthe allocation attempt fails, TBFs willbe allocated on the existing PDCH, upto and including the limit of 60 or 70,when congestion occurs. (1)


PSETCHKPERIOD

Type: Numeral

Range: 0 to 60

Unit: minutes

Default: 5


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O&M: -

Comments: Periodical check of GPRS dedicatedchannels. It sets how often a check willbe performed to verify that the GPRSdedicated channels are allocated onthe best possible TCH group in thecell.

GPRS5TSDLACT

Type: Numeral

Range: 0, 1

Unit: -

Default: 0

Command RAEPC, RAEPP

O&M: -

Comments: Indicates if support for MS multislotclasses 30–33 is available or not.

0 = MS multislot classes 30–33 notavailable

1 = MS multislot classes 30–33available

GPRSNEUTRALACT

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Indicates if support for the NeutralUL/DL state is available or not.

0 = Neutral UL/DL state not available

1 = Neutral UL/DL state available

TBFMODEACT

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Cell Data

Type: Numeral

Range: 0 to 3

Unit: -

Default: 0


O&M: -

Comments: This parameter defines if change ofTBF mode for QoS traffic classesStreaming, Interactive and Backgroundis activated or not.

0 = Change of TBF Mode not activated

1 = Streaming

2 = Interactive and Background

3 = Streaming, Interactive andBackground

TCHOPTIMIZATION

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


O&M: -

Comments: Used to activate or deactivate theOptimization of TCH Usage for all cellsin a BSC.

0 = Deactivated

1 = Activated

MSRACREQCCCH

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


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O&M: -

Comments: Used to activate or deactivateARAC(Additional Radio AccessCapabilities) retransmission whenEGPRS capable mobiles make aone-phase access on CCCH.

0 = Deactivated

1 = Activated

Removed from release: BSS G12A

MSRACREQPCCCH

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


O&M: -

Comments: Used to activate or deactivateARAC(Additional Radio AccessCapabilities) retransmission whenEGPRS capable mobiles make aone-phase access on PCCCH .

0 = Deactivated

1 = Activated

Removed from release: BSS G12A

3.8.2 Cell Data

GPRS

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLGSI, RLGSE , RLGSP.

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Cell Data

O&M: -

Comments: Activates/deactivates GPRS/EGPRSsupport in the cell.

FPDCH

Type: Numeral

Range: 0 to 16(1)

0 to 8(2)

Unit: -

Default: 0

Command: RLGSC, RLGSP

O&M: -

Comments: FPDCH is used to dedicate a numberof traffic channels in the cell forGPRS/EGPRS only. The dedicatedPDCH can not be preempted by circuitswitched traffic. When a master PDCHis wanted in the cell, that is whenconfigured for GPRSNWMODE 1 or3 (see Page 125) the first dedicatedPDCH will be configured as masterPDCH.

(1) the sum of FPDCH and SPDCH is limited to 16(2) the sum of FPDCH and SPDCH is limited to 8 when extended range is defined per cell

CSPSALLOC

Type: String

Range: CSPSNOPRF No selection preference

CSNOPRFPSFIRST No selection preferencefor CS and select TCHsfirst for PS

CSNOPRFPSLAST No selection preferencefor CS and select TCHslast for PS

CSFIRSTPSNOPRF Select TCHs first forCS and no selectionpreference for PS

CSFIRSTPSLAST Select TCHs first for CSand select TCHs last forPS

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CSLASTPSNOPRF Select TCHs last forCS and no selectionpreference for PS

CSLASTPSFIRST Select TCHs last for CSand select TCHs first forPS

CSLASTPSLAST Select TCHs last for CSand select TCHs last forPS

Unit: -

Default: CSPSNOPRF


O&M: -

Comments: This parameter determines if non-hopping TCHs onthe BCCH frequency should be selected first, last orif there is no preference at CS and PS allocation

CSPSPRIO

Type: String

Range: CSPRIO/PSPRIO

Unit: -

Default: PSPRIO


O&M: -

Comments: This parameter determines if the CSselection preference for non-hoppingTCHs on the BCCH frequency hashigher or lower priority than thecriterion to avoid TCH groups with PSpriority.

PDCHPREEMPT

Type: Numeral

Range: 0 to 8

Unit: -

Default: 0

Command: RLGSC, RLGSP.

O&M: -

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Cell Data

Comments: Defines what kind of on-demand PDCHs arepossible to preempt for the CS traffic:

0 No PDCHs protected

1 PDCHs used for DTMprotected

2 PDCHS used forStreaming protected

3 PDCHs used for DTMand PDCHs used forStreaming protected

4 Essential PDCHsprotected

5 Essential PDCHs andPDCHs used for DTMprotected

6 Essential PDCHsand PDCHs used forStreaming protected

7 Essential PDCHs andPDCHs used for DTMand PDCHs used forStreaming protected

8 Busy PDCHs protected

PRIMPLIM

Type: Numeral

Range: 1 to 8

Unit: -

Default: 8

Command: RLGSC, RLGSP. .

O&M: -

Comments: PRIMPLIM defines the maximumnumber of dedicated andsemi-dedicated PDCHs allowedin the primary PSET.

PSKONBCCH

Type: Identifier

Range: ENABLED, DISABLED

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Unit: -

Default: ENABLED


O&M: -

Comments: The parameter is used to disable theuse of modulations other than GMSKon the BCCH carrier.

SCALLOC

Type: Identifier

Range: UL, OL, BOTHUL, BOTHOL

Unit: -

Default: UL


O&M: -

Comments: This parameter restricts and prioritisesGPRS/EGPRS traffic to a certain subcell:

UL GPRS/EGPRS isrestricted to the underlaidsubcell.

OL GPRS/EGPRS isrestricted to the overlaidsubcell.

BOTHUL GPRS is allowed inboth subcells and theunderlaid subcell will beprioritised.

BOTHOL GPRS is allowed in bothsubcells and the overlaidsubcell will be prioritised.

SPDCH

Type: Numeral

Range: 0 to 16

Unit: -

Default: 0

Recommended: 2

Command: RLGSC, RLGSP.

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Cell Data

O&M: -

Comments: Optional preference parameter for thenumber of semi-dedicated PDCHs.

GPRSPRIO

Type: Numeral

Range: 0 to 31

Unit: -

Default: 0


O&M: -

Comments: This parameter controls whether preemptable ODPDCHswill be treated as idle or busy for:Dynamic HR allocation and TCH packing functions (thatis HR packing and DYMA)Cell Load Sharing (CLS), Hierarchical Cell Structure(HCS)(1) and BTS Power SavingsSubcell Load DistributionGSM-UMTS Cell Reselection and Handover.

(1) CLS and HCS use the same bit

EITEXCLUDED

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0

Command: RLGQC, RLGQP

O&M: -

Comment: The parameter EITEXCLUDEDdefines the number of PDCHs (PacketData Channel) excluded from EIT(Ericsson Instant Talk) usage.

EACPREF

Type: Identifier

Range: NO,YES

Unit: -

Default: NO

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O&M: EACPREF can (in the BSC) only bechanged when the cell is in the stateHALTED

Comment: The parameter EACPREF is usedto indicate if the BCCH shall beconfigured on a TRX capable of EPCR(EGPRS Packet Channel Request) oron the least capable TRX.

YES: Traverse the list of TRX:s fromthe most capable to the least capable.

NO: Traverse the list of TRX:s fromthe least capable to the most capable.

EACPREF is only valid for ChannelGroup 0.

EFACTOR

Type: Numeral

Range: 0 to 100

Unit: -

Default: 0


O&M:

Comment: The parameter defines the level ofpriority EGPRS shall have over GPRS.

0 = OFF

1= Load balacing activated and allTBFs have same priority

2 – 100 = E-TBFs have higher priorityover G- and B-TBFs

DCDLACT

Type: Identifier


Unit: -

Default: INACTIVE

Command: RLDDI, RLDDE, RLDDP

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Cell Data

O&M: -

Comment: The parameter indicates if the support for DualCarrier Downlink (DCDL) is activated in the cell.

ACTIVE Support for DCDL isactivated in the cell

INACTIVE Support for DCDL is notactivated in the cell

E2AFACTOR

Type: Numeral

Range: 0 to 100

Unit: -

Default: 0


O&M: -

Comment: The parameter defines the level of priorityEGPRS2-A shall have over EGPRS and GPRS.It also inidicates if E-TBFs may change mode toB- or G-TBFs so they can be re-reserved on B- orG-PDCHs when no E-PDCHs are available.

0 OFF

1 Load balancing activated and all TBFs havesame priority. E-TBFs can change mode toB- or G-TBFs.

2-100

E2A-TBFs have higher priority over E-, G-and B-TBFs. E-TBFs can change mode toB- or G-TBFs.

Valid from release: BSS G11B

TBFDLLIM

Type: Numeral

Range: 0 and 7-100

Unit: -

Default: 0


O&M: -

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Comment: This parameter indicates the limit for the averagenumber of simultaneous downlink TBFs on eachPDCH in the cell. PDCH reservations will beavoided over this limit unless it is not possible to dothe PDCH reservation in another cell.

The parameter works in the same way asTBFDLLIMIT.

If the value 0 is used then TBF limit for the cell isdefined by BSC exchange property TBFDLLIMIT.(1)

Valid from release: BSS G12A


TBFULLIM

Type: Numeral

Range: 0 and 7-70

Unit: -

Default: 0


O&M: -

Comment: This parameter indicates the limit for the averagenumber of simultaneous uplink TBFs on each PDCHin the cell. PDCH reservations will be avoided overthis limit unless it is not possible to do the PDCHreservation in another cell.

The parameter works in the same way asTBFULLIMIT.

If the value 0 is used then TBF limit for the cell isdefined by BSC exchange property TBFULLIMIT.(1)




NUMREQCS3CS4BPC

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Cell Data

Type: Numeral

Range: 0 to 128

Unit: -

Default: 0


O&M: -

Comments: The wanted number of BPCs in achannel group to be G-TCH.

NUMREQEGPRSBPC

Type: Numeral

Range: 0 to 128

Unit: -

Default: 0


O&M: -

Comments: The wanted number of BPCs in achannel group to be E-TCH.

NUMREQE2ABPC

Type: Numeral

Range: 0 to 128

Unit: -

Default: 0


O&M: -

Comment: The wanted number of BPCs in a channel group tobe E2A-TCH.


TN7BCCH

Type: Identifier

Range: EGPRS, GPRS

Unit: -

Default: GPRS

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O&M: -

Comments: Indicates if Timeslot Number 7 on the BCCHfrequency can be configured with TCHs supportingEGPRS2-A, EGPRS and GPRS, or GPRS only.

TN7BCCH is only valid for the channel group 0.

EGPRS TN7 on the BCCHfrequency can beconfigured with TCHssupporting bothEGPRS2-A, EGPRSand GPRS.

GPRS TN7 on the BCCHfrequency can only beconfigured with TCHssupporting GPRS.

ODPDCHLIMIT

Type: Numeral

Range: 0–100

Unit: %

Default: 100

Command: RLGAC, RLGAP

O&M: -

Comments: This parameter limits the total numberof on-demand PDCHs in the channelgroup. The parameter indicatesa percentage value of number ofdeblocked FR TCHs in the channelgroup that can be allocated ason-demand PDCHs. (1)

(1) The number of TCHs that can be used as on-demand PDCHs will be truncated to an integer.

ETCHTN

Type: Numeral

Range: 0 to 7

Unit: -

Default: 0 && 7

Command: RLBDC

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Cell Data

O&M:

Comment: ETCHTN is a parameter to decide on whichTNs the EGPRS and EGPRS2A capable BPCsshall be configured. If for example TN 5&&7 isspecified and the number of EGPRS capable BPCs(NUMREQEGPRSBPC) is set to 6 then TN 5, 6and 7 on two different TCHGPRs will be configuredas E-TCHs. It is still possible to allocate E-TCHsand E2A-TCHs on the TNs that are not indicated bythe parameter ETCHTN when all TNs indicated byETCHTN are already configured.

3.9 Dynamic MS Power Control

3.9.1 BSC Data

DTXFUL

Type: Numeral

Range: 0 to 40


Default: 5

Command: RLMAC, RLMAP

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O&M: -

Comments: Number of measurement periodsbefore the full set of measurementsare used.

The measurement results sent to theBSC every SACCH period (480 ms)include a full set of measurements anda subset of measurements. The fullset of measurements is performed oneach TDMA frame in a basic physicalchannel. The subset of measurementsis performed on those TDMA framesin the basic physical channel wheretransmission is guaranteed, seeReference [10].

The power control algorithm uses thesubset if either DTX is used on a TCHor during a time period after the callhas just been established on a TCH.This time period is specified by theparameter DTXFUL. In all other casesthe power control algorithm uses thefull set.

QLENUL

Type: Numeral

Range: 1 to 20


Default: 3


O&M: -

Comments: Length of the uplink quality filter.

REGINTUL

Type: Numeral

Range: 1 to 30


Default: 1


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Cell Data

O&M: -

Comments: Regulation interval, stationary, uplink.

MS power regulation is performed atintervals specified by REGINTUL. Anew power order is issued only if thecalculated power level is different fromthe current MS power level.

SSLENUL

Type: Numeral

Range: 3 to 15


Default: 3


O&M: -

Comments: Length of stationary signal strengthfilter, uplink.

3.9.2 Cell Data

The MS power level can be dynamically controlled during a connection. Thepower control strategy is towards a desired signal strength value received inthe BTS.

The BSC calculates the new MS power level by using the data measured bythe BTS and the power level used by the MS, that is the signal strength and thequality on the uplink and the parameters described below.

The MS can change the power level in steps of 2 dB with a maximum of 8steps per SACCH period.

DMPSTATE

Type: Identifier

Range: ACTIVE or INACTIVE

Unit: -

Default: INACTIVE

Command: RLPCI, RLPCE, RLPCP

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O&M: -

Comments: Dynamic MS power control state.

The command RLPCI initiates MSdynamic power control in a cell. Thecommand is valid for both underlaidand overlaid subcells.

AMRPCSTATE

Type: Identifier


Unit: -

Default: INACTIVE

Command: RLAPI, RLAPE, RLAPP

O&M: -

Comments: Adaptive Multi Rate (AMR) powercontrol state.

The feature Dynamic MS PowerControl must be activated in the cellfor the uplink AMR power control towork in the cell. The feature DynamicBTS Power Control must be activatedin the cell for the downlink AMR powercontrol to work in the cell.

MSRPWROFFSETN

Type: Numeral

Range: 1 to 16

Unit: dB

Default: -

Command: RLMRI, RLMRC, RLMRE, RLMRP

O&M: -

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Cell Data

Comments: Negative MS power offset. MSRPWROFFSETNisa cell parameter which applies an offset to the MSpower used on the originating channel when theinitial power, to be used on the target channel,is calculated when Reduced Power Level AfterHandover is activated. The parameter is appliedfor intra-cell handovers as well as for inter-cellhandovers in to the cell. This parameter is notprinted together with MSRPWROFFSETP.

1 2 dB

2 4 dB

3 6 dB

4 8 dB

5 10 dB

6 12 dB

7 14 dB

8 16 dB

9 18 dB

10 20 dB

11 22 dB

12 24 dB

13 26 dB

14 28 dB

15 30 dB

16 32 dB

MSRPWROFFSETP

Type: Numeral

Range: 0to 16

Unit: dB

Default: -

Command: RLMRI, RLMRC, RLMRE, RLMRP

O&M: -

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Comments: Positive MS power offset. MSRPWROFFSETPisa cell parameter which applies an offset to the MSpower used on the originating channel when theinitial power, to be used on the target channel,is calculated when Reduced Power Level AfterHandover is activated. The parameter is appliedfor intra-cell handovers as well as for inter-cellhandovers in to the cell. This parameter is notprinted together with MSRPWROFFSETN.

0 0 dB

1 2 dB

2 4 dB

3 6 dB

4 8 dB

5 10 dB

6 12 dB

7 14 dB

8 16 dB

9 18 dB

10 20 dB

11 22 dB

12 24 dB

13 26 dB

14 28 dB

15 30 dB

16 32 dB



SSDESUL

Type: Numeral

Range: 47 to 110


Default: 92

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Cell Data

Command: RLPCC, RLPCP

O&M: -

Comments: Defines the target value for the desiredsignal strength uplink as measured bythe BTS in different parts of the powercontrol interval.

SSDESUL takes a positive value thatrepresents the corresponding negativevalue in calculations.

For AMR FR connections,SSDESULAFR is used.

SSDESULAFR

Type: Numeral

Range: 47 to 110


Default: 92

Command: RLAPC, RLAPP

O&M: -

Comments: Defines the target value for AMR FRconnections for the desired signalstrength uplink as measured by theBTS in different parts of the powercontrol interval.

SSDESULAFR takes a positive valuethat represents the correspondingnegative value in calculations.

LCOMPUL

Type: Numeral

Range: 0 to 100

Unit: %

Default: 6


O&M: -

Comments: Path loss compensator factor, uplink.When set to zero, no power controltowards SSDESUL is performed.

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QDESUL

Type: Numeral

Range: 0 to 76

Unit: dtqu

Default: 30


O&M: -

Comments: Desired quality, uplink.

For AMR FR connections,QDESULAFR is used.

QDESULAFR

Type: Numeral

Range: 0 to 76

Unit: dtqu

Default: 40


O&M: -

Comments: Desired quality, uplink for AMR FRconnections.

QCOMPUL

Type: Numeral

Range: 0 to 100

Unit: %

Default: 75


O&M: -

Comments: Quality deviation compensation factor,uplink. When set to zero, no qualitycompensation is performed.

SSDESULAHR

Type: Numeral

Range: 47 to 110

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Cell Data


Default: 92


O&M: -

Comments: Defines the target value for AMR HRconnections for the desired signalstrength uplink as measured by theBTS in different parts of the powercontrol interval. SSDESULAHRtakes a positive value that representsthe corresponding negative value incalculations.

QDESULAHR

Type: Numeral

Range: o to 76

Unit: dtqu

Default: 30


O&M: -

Comments: Desired quality uplink for AMR HRconnections.

SSDESULAWB

Type: Numeral

Range: 47–110


Default: 92


O&M: -

Comment: Defines the target value for AMR-WBconnections for the desired signalstrength uplink as measured by theBTS in different parts of the powercontrol interval.

QDESULAWB

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Type: Numeral

Range: 0–76

Unit: dtqu

Default: 30


O&M: -

Comment: Desired quality, uplink for AMR-WBconnections.

3.10 GPRS/EGPRS Dynamic MS Power Control

GPRS/EGPRS Dynamic MS Power Control controls the output power of an MSin GPRS/EGPRS during a connection. The controlling strategy is that desiredsignal strength shall be received in the BTS.


ALPHA

Type: Numeral

Range: 0 to 10

Unit: 0.1

Default: 0


O&M: -

Comments: ALPHA is sent from the BSC to theMS and decides the level of reductionof the MS output power in relation tothe path loss. The values are givenas a multiple of 10, that is the value 5means the reduction level of 0.5.

3.10.2 Cell Data

GAMMA

Type: Numeral

Range: 0 to 62, even values

Unit: dB

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Cell Data

Default: 0


O&M: -

Comments: GAMMA is sent from the BSC tothe MS to give a target value for thereceived signal strength at the BTS.

3.11 Dynamic BTS Power Control

The BTS power level can be dynamically controlled during a connection. Thepower control strategy is towards a desired signal strength value received inthe MS.

The BSC calculates the new BTS power level by using the data measured bythe MS, that is the signal strength and the quality on the downlink TCH carriersand the parameters described below. A compensation is performed in the caseof frequency hopping, which takes into consideration that bursts received andmeasured by the MS may have been transmitted at different power levels. Thepower level on channels at the BCCH frequency is not controlled.

The BTS can change its power level in steps of 2 dB, while the maximumconfigurable change is 30 dB.

3.11.1 BSC Data

REGINTDL

Type: Numeral

Range: 1 to 10


Default: 1

Command: RLBAC, RLBAP

O&M: -

Comments: Regulation interval, downlink.

Defines the minimum interval betweenpower order commands.

SSLENDL

Type: Numeral

Range: 3 to 15

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Default: 3

Command: RLBAC, RLBAP

O&M: -

Comments: Length of downlink signal strengthfilter.

QLENDL

Type: Numeral

Range: 1 to 20


Default: 3

Command: RLBAC, RLMAC

O&M: -

Comments: Length of the downlink quality filter.

3.11.2 Cell Data

DBPSTATE

Type: Identifier

Range: ACTIVE/INACTIVE

Unit: -

Default: INACTIVE

Command: RLBCI, RLBCE, RLBCP

O&M: -

Comments: Dynamic BTS power control state.

The command RLBCI initiates BTSdynamic power control in a cell. Thecommand is valid for both underlaidand overlaid subcells.

AMRPCSTATE

Type: Identifier


Unit: -

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Cell Data

Default: INACTIVE

Command: RLAPI, RLAPE, RLAPP

O&M: -

Comments: Adaptive Multi Rate (AMR) powercontrol state.

The feature Dynamic MS PowerControl must be activated in the cellfor the uplink AMR power control towork in the cell. The feature DynamicBTS Power Control must be activatedin the cell for the downlink AMR powercontrol to work in the cell.

BSRPWROFFSETN

Type: Numeral

Range: 1 to 16

Unit: dB

Default: -

Command: RLBRI, RLBRC, RLBRE, RLBRP

O&M: -

Comments: Negative BTS power offset. BSRPWROFFSETNis a cell parameter which applies an offset tothe BTS down regulation used on the originatingchannel when the initial power, to be used on thetarget channel, is calculated when Reduced PowerLevel After Handover is activated. The parameteris applied for intra-cell handovers as well as forinter-cell handovers in to the cell. This parameter isnot printed together with BSRPWROFFSETP.

1 2 dB

2 4 dB

3 6 dB

4 8 dB

5 10 dB

6 12 dB

7 14 dB

8 16 dB

9 18 dB

10 20 dB

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11 22 dB

12 24 dB

13 26 dB

14 28 dB

15 30 dB

16 32 dB

BSRPWROFFSETP

Type: Numeral

Range: 0 to 16

Unit: dB

Default: -

Command: RLBRI, RLBRC, RLBRE, RLBRP

O&M: -

Comments: Positive BTS power offset. BSRPWROFFSETPis a cell parameter which applies an offset tothe BTS down regulation used on the originatingchannel when the initial power, to be used on thetarget channel, is calculated when Reduced PowerLevel After Handover is activated. The parameteris applied for intra-cell handovers as well as forinter-cell handovers in to the cell. This parameter isnot printed together with BSRPWROFFSETN.

0 0 dB

1 2 dB

2 4 dB

3 6 dB

4 8 dB

5 10 dB

6 12 dB

7 14 dB

8 16 dB

9 18 dB

10 20 dB

11 22 dB

12 24 dB

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Cell Data

13 26 dB

14 28 dB

15 30 dB

16 32 dB

DLPCG

Type: Identifier


Unit: -

Default: INACTIVE

Command: RFPCI, RFPCE, RFPCP

O&M: -

Comment: The parameter activates and deactivates PSDownlink Power Control for GPRS in a cell.


DLPCE

Type: Identifier


Unit: -

Default: INACTIVE


O&M: -

Comment: The parameter activates and deactivates PSDownlink Power Control for EGPRS in a cell.


DLPCE2A

Type: Identifier


Unit: -

Default: INACTIVE


O&M: -

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Comment: The parameter activates and deactivates PSDownlink Power Control for EGPRS2-A in a cell.


INITDLPCG

Type: Numeral

Range: 0-10 (in steps of 2 dB)

Unit: dB (negative)

Default: 0

Command: RFPCC, RFPCP

O&M: -

Comment: The parameter sets the initial power reduction levelused for PS Downlink Power Control for GPRS ina cell.


INITDLPCE

Type: Numeral


Unit: dB (negative)

Default: 0


O&M: -

Comment: The parameter sets the initial power reduction levelused for PS Downlink Power Control for EGPRSin a cell.


INITDLPCE2A

Type: Numeral


Unit: dB (negative)

Default: 0


O&M: -

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Cell Data

Comment: The parameter sets the initial power reduction levelused for PS Downlink Power Control for EGPRS2-Ain a cell.




SSDESDL

Type: Numeral

Range: 47 to 110


Default: 90

Command: RLBCC, RLBCP

O&M: -

Comments: Defines the target value for the desiredsignal strength downlink as measuredby the MS in different parts of thepower control interval.

SSDESDL takes a positive value thatrepresents the corresponding negativevalue in the calculations.

For AMR FR connections,SSDESDLAFR is used.

SSDESDLAFR

Type: Numeral

Range: 47 to 110


Default: 90


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O&M: -

Comments: Defines the target value for AMR FRconnections for the desired signalstrength downlink as measured bythe MS in different parts of the powercontrol interval.

SSDESDLAFR takes a positive valuethat represents the correspondingnegative value in calculations.

LCOMPDL

Type: Numeral

Range: 0 to 100

Unit: %

Default: 5


O&M: -

Comments: Path loss compensator factor,downlink. When set to zero there is nopower control towards SSDESDL.

QDESDL

Type: Numeral

Range: 0 to 76

Unit: dtqu

Default: 30


O&M: -

Comments: Desired quality, downlink.

For AMR FR connectionsQDESDLAFR is used.

QDESDLAFR

Type: Numeral

Range: 0 to 76

Unit: dtqu

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Cell Data

Default: 40


O&M: -

Comments: Desired quality, downlink for AMR FRconnections.

QCOMPDL

Type: Numeral

Range: 0 to 100

Unit: %

Default: 55


O&M: -

Comments: Quality deviation compensation factor,downlink. When set to zero, no qualitycompensation is performed.

BSPWRMIN

Type: Numeral

Range: -20 to +50

Unit: dBm

Default: -20


O&M: -

Comments: Minimum allowed output power for theBTS at the locating reference point, onthe non-BCCH frequencies.

Normally, the down control of the BTSoutput power will continue accordingto the calculated power order oruntil the hardware limit of the BTShas been reached. If one desiresto stop the down control at a higherlevel, BSPWRMIN can be used. IfBSPWRMIN is set to a higher valuethan the hardware limit the powercontrol will stop at BSPWRMIN.

SSDESDLAHR

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Type: Numeral

Range: 47 to 110


Default: 90


O&M: -

Comments: Defines the target value for AMR HRconnections for the desired signalstrength downlink as measured bythe MS in different parts of the powercontrol interval. SSDESDLAHRtakes a positive value that representsthe corresponding negative value incalculations.

QDESDLAHR

Type: Numeral

Range: o to 76

Unit: dtqu

Default: 30


O&M: -

Comments: Desired quality downlink for AMR HRconnections.

QDESDLAWB

Type: Numeral

Range: 0–76

Unit: dtqu

Default: 30


O&M: -

Comment: Desired quality, downlink for AMR-WBconnections.

SSDESDLAWB

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Cell Data

Type: Numeral

Range: 47-110


Default: 90


O&M: -

Comment: Defines the target value for AMR-WBconnections for the desired signalstrength downlink as measured bythe MS in different parts of the powercontrol interval.

3.12 Discontinuous Transmission

3.12.1 Cell Data

DTXD

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLCXC, RLCXP

O&M: -

Comments: Discontinuous Transmission Downlink. Withdownlink DTX ON the transmitter in the BTS isswitched off during pauses in speech or datatransmission.

ON DTX downlink enabled inthe BSC for the cell.

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OFF DTX downlink disabledin the BSC for the cell.

The DTXD parameter is defined on a per cell basisand the function affects all TCHs allocated on thenon BCCH carrier in the cell, for both speech andnon-transparent data transmission.

When a call is in TFO mode or the call is made ina BSC with A-interface over IP without transcodersin the BSC/TRC, the transmitter in the BTS will beswitched off during pauses in speech also whenDTXD is set to OFF.

DTXU

Type: Numeral

Range: 0 to 2

Unit: -

Default: -


O&M: -

Comments: Uplink DTX indicator.

0 The MSs may useuplink discontinuoustransmission.

1 The MSs shall useuplink discontinuoustransmission.

2 The MSs must not useuplink discontinuoustransmission.

Uplink discontinuous transmission means thatthe MS does not transmit continuously, but onlywhen necessary, thus being able to save batteries(Reference [8], section 10.5.2.3).

3.13 Frequency Hopping


HOP

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Cell Data

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLCHC, RLCFP

O&M: When changing the parameter from OFF to ONall ongoing calls in the channel group might bedropped.

Comments: Frequency hopping status.

ON The hopping status forthe channel group ishopping for TCH andSDCCH.

OFF The hopping status forthe channel group is non-hopping.

SDCCHs as well as TCHs can hop. A BCCH will nothop even if it belongs to a channel group definedas hopping.

HSN

Type: Numeral

Range: 0 to 63

Unit: -

Default: -


O&M: Changing of this parameter might cause all ongoingcalls in the channel group to be dropped.

Comments: Hopping sequence number.

The hopping BPC is transmitted on a set offrequencies included in a Hopping Frequency Set(HFS). The order of the frequencies to transmit on isdefined by the hopping sequence number HSN, asdescribed in Reference [9].

HSN = 0 cyclic hopping sequence.

HSN = 1 to 63 random sequences.

BCCD

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Type: Identifier

Range: YES, NO

Unit: -

Default: NO

Command: RLCHC , RLCHP

O&M: -

Comments: Defines if the channel group frequencies are allowed (YES)or not (NO) for Immediate Assignment.

It might not be possible to set BCCD=YES for all channelgroups in the cell. This is due to restrictions on themaximum number of hopping frequencies allowed forImmediate Assignment and their maximum ranges fordifferent frequency bands (1x00 stands for 1800 or 1900):

Frequency band(s)in the cell

Number ofhopping freqsfor ImmAss

Max range

800 1-22 any

800 23-64 112

900,P 1-64 any

900,P&G1 1-22 any

900,P&G1 23-64 112

1x00 1-18 any

1x00 19-22 256

1x00 23-64 112

800 & 900,P 1-22 any

800 & 900,P 23-64 112

800 & 900,P&G1 1-18 any

800 & 900,P&G1 19-22 256

800 & 900,P&G1 23-64 112

800 & 1x00 1-16 any

800 & 1x00 17-18 512

900,P & 1x00 1-16 any

900,P & 1x00 17-18 512

900,P & 1x00 19-22 256

900,P & G1 & 1x00 1-16 any

900,P & G1 & 1x00 17-18 512

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Cell Data

900,P & G1 & 1x00 19-22 256

900,P & G1 & 1x00 23-64 112(1)

(1) The range stretches over the modulo 1024 border. For example, the frequencies ARFCN1003, 1005, 4, 7 and 8 are within the range of 29.

MAIO

Type: Numeral

Range: 0 to 31 or DEFAULT

Unit: -

Default: DEFAULT


O&M: Changing of this parameter mightcause all ongoing calls in the channelgroup to be dropped.

Comments: Mobile Allocation Index Offset.

MAIO is a parameter that will allowthe operator to specify a list of up to32 MAIO values, in the order in whichthey are to be allocated to a channelgroup. This parameter can also beset to DEFAULT, which removes themanual MAIO list in favour for thedefault MAIO list.

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The number of MAIO values in the liststretches from 0 up to one less thanthe number of frequencies in the HFS.For example If there are 9 frequenciesin the HFS, the MAIO list will containthe values 0-8.

The order of the MAIO values in thedefault list is arranged in a "first eventhen odd MAIO values" manner. Thismeans that the beginning of the listwill consist of all even MAIO valuesin ascending order. After these evenvalues all the odd values are arrangedin ascending order, for example for ahopping group with 9 frequencies thedefault list will be 0, 2, 4, 6, 8, 1, 3, 5and 7.

The actual MAIO values to be usedfor a channel group depend on thenumber of TRXs in the channel group.If for example three TRXs are usedfor a CHGR, only the first three MAIOvalues in the MAIO list will be used.With 9 frequencies in the hoppinggroup and three TRX, the used defaultMAIO values would be 0, 2 and 4.The remaining values will not be usedunless additional TRXs are added.

3.13.2 Hardware Characteristic Data

FHOP

Type: Identifier

Range: BB, SY

Unit: -

Default: -

Command: RXMOC, RXMOP

O&M: The parameter is only allowed to be changed whenthe TG is out of service.

Comments: Frequency Hopping.

The frequency hopping to be performed in the TG.

BB Baseband hopping.

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Cell Data

SY Synthesiser hopping.

Frequency hopping can be achieved by twomethods, baseband or synthesiser hopping. Theparameter FHOP indicates the frequency hoppingmode in the TG. When the TG is connected to afilter combiner only baseband hopping can be used.

When baseband hopping is performed each TX istransmitting on a fixed frequency, that is frequencyhopping for a basic physical channel (BPC) isobtained by switching TXs between each TDMAframe.

For synthesiser hopping the TX switches frequenciesfor every TDMA frame sent. In other words, eachBPC is carried by one single TX, except when aBCCH burst is transmitted. The BCCH burst is inthat case carried by the TX that transmits the BCCHfrequency.

COMB

Type: Identifier

Range: FLT, HYB

Unit: -

Default: -

Command: RXMOI, RXMOC, RXMOP


Comments: Combiner type used in the TG.

FLT Filter combiner.

HYB Hybrid combiner.

In case of a filter combiner, only baseband hoppingcan be provided, while hybrid combiners supportboth baseband and synthesiser hopping.

CONFMD

Type: Identifier

Range: NODEL, CMD, FASTREC, MINDIST

Unit: -

Default: NODEL

Command: RXMSC, RXMOC, RXMOP

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Comments: Configuration method.

Indicates the method to configure BTS equipment.All configurations are done per channel group.Within a channel group, each hopping group isconfigured one by one. A hopping group is agroup of BPCs in the same cell, using the sametimeslot number in the TDMA frame but on differenttransceiver, configured so that they are all hoppingusing the same set of frequencies.

NODEL Indicates that no BPCcan be deleted as aresult of a commandordered hoppingfrequency set (HFS)extension. A commandordered HFS Extensionis not permitted forthe TG. No HFSExtension is performedwhen previouslyfaulty BTS equipmentrecovers. Consequently,recovered BTSequipment may notbe fully utilised.

CMD Indicates that acommand orderedHFS Extension canbe performed forthe TG. No HFSextension is performedwhen previouslyfaulty BTS equipmentrecovers. Consequently,recovered BTSequipment may notbe fully utilised. If a HFSExtension is orderedby command then allavailable BTS equipment(where required) is fullyutilised.

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Cell Data

MINDIST Indicates thatdisturbance of ongoingtraffic is minimized.HFS Extension isperformed automaticallyand immediately whenrequired.

FASTREC Indicates that maximumtraffic capacity isrecovered as fastas possible. HFSExtension is performedautomatically andimmediately whenrequired.

3.14 Intra Cell Handover



IHO

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLIHC, RLIHP

O&M: -

Comments: Intra cell handover switch.

ON Intra cell handover isallowed.

OFF Intra cell handover is notallowed.

Intra cell handover is a channel change betweentwo channels within the same subcell and if certainconditions are fulfilled a subcell change within a cell.

TMAXIHO

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Type: Numeral

Range: 0 to 60

Unit: Seconds

Default: 6


O&M: -

Comments: Timer for handover counter.

The handover counter is 0 initially.When an intra-cell handover occurs,the counter is incremented by 1 anda timer is started. If another intra cellhandover occurs before the timer hasexpired, the counter is incrementedagain by 1 and the timer is restarted.If the timer expires, the counter is setto 1. The process continues until thecounter reaches its maximum valuespecified by MAXIHO. In that case thecounter is set to 0 and further intra-cellhandover attempts are inhibited duringa time interval determined by TIHO.This timer will not start before TINIThas elapsed.

TMAXIHO defines the time interval forthe above-mentioned timer.

TIHO

Type: Numeral

Range: 0 to 60

Unit: Seconds

Default: 10


O&M: -

Comments: Intra cell handover inhibition timer.

MAXIHO

Type: Numeral

Range: 0 to 15

Unit: -

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Cell Data

Default: 3


O&M: -

Comments: Maximum number of consecutiveintra-cell handovers.

QOFFSETUL

Type: Numeral

Range: -50 to +50


Default: 0


O&M: -

Comments: Offset for quality uplink.

In the locating procedure for intra-cellhandover, an algorithm is used tocalculate the allowed quality formeasured signal strength. Eachmeasured signal strength value pluscorresponding signal strength offsetcorresponds to a calculated allowedquality level. If the measured qualitylevel, RXQUAL, is worse than thecalculated allowed quality level forthe measured signal strength plusa corresponding quality offset, anintra cell handover is requested. Thealgorithm is applied to both uplink anddownlink signal strength and qualitymeasurements.

For AMR FR connections,QOFFSETULAFR is used.

QOFFSETULAFR

Type: Numeral

Range: -50 to +50


Default: 0

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O&M: -

Comments: Offset for quality uplink for AMR FRconnections.

QOFFSETDL

Type: Numeral

Range: -50 to +50


Default: 0


O&M: -

Comments: Offset for quality downlink.

For AMR FR connections,QOFFSETDLAFR is used.

QOFFSETDLAFR

Type: Numeral

Range: -50 to +50


Default: 0


O&M: -

Comments: Offset for quality downlink for AMR FRconnections.

SSOFFSETUL

Type: Numeral

Range: -30 to +30

Unit: dB

Default: 0


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Cell Data

O&M: -

Comments: Offset for signal strength uplink.

For AMR FR connections,SSOFFSETULAFR is used.

SSOFFSETULAFR

Type: Numeral

Range: -30 to +30

Unit: dB

Default: 0


O&M: -

Comments: Offset for signal strength uplink forAMR FR connections.

SSOFFSETDL

Type: Numeral

Range: -30 to +30

Unit: dB

Default: 0


O&M: -

Comments: Offset for signal strength downlink.

For AMR FR connections,SSOFFSETDLAFR is used.

SSOFFSETDLAFR

Type: Numeral

Range: -30 to +30

Unit: dB

Default: 0


O&M: -

Comments: Offset for signal strength downlink forAMR FR connections.

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QOFFSETDLAWB

Type: Numeral

Range: -50 to +50

Unit: dtqu

Default: 0


O&M: -

Comment: Offset for quality downlink for AMR-WBconnections

QOFFSETULAWB

Type: Numeral

Range: -50 to +50

Unit: dtqu

Default: 0


O&M: -

Comment: Offset for quality uplink for AMR-WBconnections.

SSOFFSETDLAWB

Type: Numeral

Range: -30 to +30

Unit: dB

Default: 0


O&M: -

Comment: Offset for signal strength downlink forAMR-WB connections.

SSOFFSETULAWB

Type: Numeral

Range: -30 to +30

Unit: dB

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Cell Data

Default: 0


O&M: -

Comment: Offset for signal strength uplink forAMR-WB connections.

3.15 Assignment to Other Cell

3.15.1 BSC Data

ASSOC

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Switch which defines if assignment to cells otherthan serving cell is allowed, that is instead ofallocating a TCH within the serving cell a TCH isallocated in another cell during assignment.

ON Allowed.

OFF Not allowed.

IBHOASS

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Switch, which defines if, inter BSC handover isallowed during assignment.

ON Allowed.

OFF Not Allowed.

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3.15.2 Cell Data

AW

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Assignment to worse cell switch. Identifies ifassignment to worse cell is allowed from that cell.

Assignment is a phase during call set up. Whenthe call is established on an SDCCH and isthrough connected in the MSC, the MSC sends anassignment request to the BSC to order channelallocation.

Assignment to worse cell is a feature, which allowsallocation of a TCH in a cell ranked worse in thelocating procedure than the serving cell.

ON Assignment to worse cellis allowed.

OFF Assignment to worse cellis not allowed.

3.15.3 Neighbor Cell Data

CAND

Type: Identifier

Range: AWN, NHN, BOTH

Unit: -

Default: BOTH


O&M: -

Comments: Candidate type.

Indicates in which cases the related cell shall betreated as a possible handover candidate.

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Cell Data

AWN Neighbor at assignmentto worse cell.

NHN Neighbor at normalhandover and atassignment to bettercell.

BOTH Both of the above.

AWOFFSET

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 3


O&M: -

Comments: Signal strength region whereassignment to worse cell is allowed.

AWOFFSET and BQOFFSET areused to define the regions along thecell border where assignment to worsecell and bad quality urgency handoverare allowed.

3.16 Overlaid/Underlaid Subcells / Subcell Load Distribution/ Tight BCCH Frequency Reuse

The serving area of an overlaid subcell is defined by four parameters. Thereare three ways of restricting the size of an overlaid subcell; by restricting thepathloss, distance to cell border and by limiting the cell radius.

Note: Separate parameters to restrict the serving area of the CHGR 0 exist.See Section 3.16.4 on page 182.

By the use of subcell load distribution, the system will simultaneously evaluatethe traffic load in both the underlaid and the overlaid subcells and distributetraffic between the subcells.

Note: Subcell Load Distribution evaluations are not performed at all forchannels in multislot configurations.


DTCBSC

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Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Defines if the DTCB criterion is takeninto consideration during subcellchanges (1) or not (0).

3.16.2 SCLD Data

SCLD

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLLLC, RLLLP

O&M: -

Comments: Subcell Load Distribution status.

ON Cell active for SubcellLoad Distribution.

OFF Cell not active for SubcellLoad Distribution.

SCLDLUL

Type: Numeral

Range: 0 to 99

Unit: %

Default: 20


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O&M: -

Comments: Subcell Load Distribution Lower LimitUnderlaid subcell.

Percentage level of idle full ratecapable TCHs in the underlaid subcell,at or below which Subcell LoadDistribution from underlaid to overlaidsubcell will be attempted. No attemptto distribute traffic connections will bemade if the percentage of idle TCHs inthe overlaid subcell already is or wouldbecome equal to or less than the limitdefined by SCLDLOL.

SCLDLOL

Type: Numeral

Range: 0 to 99

Unit: %

Default: 20


O&M: -

Comments: Subcell Load Distribution Lower LimitOverlaid subcell.

Percentage level of idle full ratecapable TCHs in the overlaid subcell,at or below which Subcell LoadDistribution from overlaid to underlaidsubcell will be attempted. No attemptto distribute traffic connections will bemade if the percentage of idle TCHsin the underlaid subcell already is orwould become equal to or less thanthe limit defined by SCLDLUL.

SCLDSC

Type: Identifier

Range: UL, OL

Unit: -

Default: UL


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O&M: -

Comments: Subcell Load Distribution Subcellpriority. Specifies which subcell that ispreferred at channel allocation.

UL: Underlaid subcell is preferred.

OL: Overlaid subcell is preferred.

3.16.3 Overlaid Subcell Data

LOL

Type: Numeral

Range: 0 to 200

Unit: dB

Default: -

Command: RLOLC, RLOLP

O&M: -

Comments: Pathloss threshold. It defines the OLsubcell coverage border in terms ofthe pathloss from the serving cell.

LOLHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 3


O&M: -

Comments: Hysteresis for the pathloss criterionduring evaluations for the OL subcellcoverage.

DTCB

Type: Numeral

Range: -63 to 63

Unit: dB

Default: -63

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O&M: -

Comments: Distance to cell border threshold.It defines the OL subcell coverageborder in terms of the signal strengthdifference between the active channeland the strongest neighbouringBCCHs.

DTCBHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 2


O&M: -

Comments: Hysteresis for the DTCB criterionduring evaluations for the OL subcellcoverage.

NDIST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 10


O&M: -

Comments: Distance to cell border additionalthreshold. When added to DTCB,it defines the OL subcell coverageborder in terms of the signal strengthdifference between the activechannel and the strongest NNCELLSneighbouring BCCHs.

If NNCELLS is seto to 1, NDIST isobsolete.

NNCELLS

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Type: Numeral

Range: 1 to 5

Unit: -

Default: 3


O&M: -

Comments: Number of strongest neighbouringBCCHs for the DTCB criterion. Seethe comments for NDIST, see Page181.

TAOL

Type: Numeral

Range: 0 to 61


Default: -


O&M: -

Comments: Timing advance threshold. It definesthe OL subcell timing advance border.

TAOLHYST

Type: Numeral

Range: 0 to 61


Default: 0


O&M: -

Comments: Hysteresis for the timing advancecriterion during evaluations for the OLsubcell coverage.

3.16.4 Tight BCCH Frequency Reuse Cell Data

Note: Separate parameters to restrict the serving area of the CHGR 0 interms of cell radius (TA) and additional DTCB criterion using NNCELLSand NDIST are not available.

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Cell Data

BCCHREUSE

Type: Identifier

Range: TIGHT, NORMAL

Unit: -

Default: NORMAL


O&M: -

Comments: BCCH frequency Reuse. Specifiesif the BCCH frequency reuse isconsidered tight so that pathloss andDTCB criteria should be specificallyevaluated for channel group 0.

TIGHT: Pathloss and DTCB arespecifically evaluated for channelgroup 0. BCCHLOSS and BCCHDTCBare used for channel group 0.

NORMAL: Pathloss and DTCB arenot specifically evaluated for channelgroup 0. LOL and DTCB are used forall channel groups.

BCCHLOSS

Type: Numeral

Range: 0–200

Unit: dB

Default: 200


O&M: -

Comments: Pathloss threshold for the BCCHchannel group. It defines the CHGR0 service coverage border in terms ofthe pathloss from the serving cell.

BCCHLOSSHYST

Type: Numeral

Range: 0–63

Unit: dB

Default: 3

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O&M: -

Comments: Hysteresis for the pathloss criterionduring evaluations for the CHGR 0service coverage.

BCCHDTCB

Type: Numeral

Range: �63–63

Unit: dB

Default: �63


O&M: -

Comments: Distance to cell border thresholdfor the BCCH channel group. Itdefines the CHGR 0 service coverageborder in terms of the signal strengthdifference between the active channeland the strongest neighbouring cells'BCCHs.

BCCHDTCBHYST

Type: Numeral

Range: 0–63

Unit: dB

Default: 2


O&M: -

Comments: Hysteresis for the DTCB criterionduring evaluations for the CHGR 0service coverage.

3.17 Hierarchical Cell Structures

Note: In a bad quality urgency situation or at assignment if assignment toworse cell is permitted, HCS (Hierarchical Cell Structure) ranking isomitted.

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Cell Data


HCSCHAVAILTIMER

Type: Numeral

Range: 200–500

Unit: ms

Default: 500


O&M: -

Comments: Time interval for checking the levelof idle TCHs for cells active for HCSTraffic Distribution. The time intervalvalues shall be given in multiples of100 milliseconds.

HCSTRAFDISSTATE

Type: Identifier

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Used to activate (1) or deactivate (0)the HCS traffic distribution for all cellsin a BSC, and thus it will start/stopthe monitoring of the cells’ channelavailabilities (for HCS).

MAXCELLSINLAYER

Type: Numeral

Range: 1–31

Unit: -

Default: 1


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O&M: -

Comments: Defines the number of cells of thesame layer that can be prioritized byHCS.

MAXDBDEVINLAYER

Type: Numeral

Range: 0–63

Unit: dB

Default: 3


O&M: -

Comments: Defines the maximum value in dB thata cell in a layer can deviate from thestrongest cell in the same layer andstill be prioritized by HCS.

3.17.2 BSC data

HCSBANDHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 2

Command: RLHBC, RLHBP

O&M: -

Comments: HCS band hysteresis.

The signal strength hysteresis for theHCSBAND threshold.

THO

Type: Numeral

Range: 10 to 100

Unit: Seconds

Default: 30


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Cell Data

O&M: -

Comments: Time interval for measuring thenumber of handovers allowed (NHO)before an MS is considered as a fastmoving mobile.

This will only be performed if thefeature Handling of fast-movingmobiles is activated in the cell(FASTMSREG).

NHO

Type: Numeral

Range: 2 to 10

Unit: -

Default: 3


O&M: -

Comments: Number of handovers during THOthat are allowed before an MS isconsidered as a fast moving mobile. Ifthe number exceeds or equals NHO,the MS attempts to go to the strongesthigher layer cell at the next handover.

This will only be performed if thefeature Handling of fast-movingmobiles is activated in the cell(FASTMSREG).

HCSBAND

Type: Numeral

Range: 1 to 8

Unit: -

Default: -


O&M: -

Comments: Hierarchical Cell Structure band.

HCSBAND defines the priority for alayer or group of layers. HCS band 1has the highest priority.

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HCSBANDTHR

Type: Numeral

Range: 0 to 150


Default: 95


O&M: -

Comments: HCSBANDTHR is the signal strengththreshold for the HCS band criterion.

HCSBANDTHR takes a positive value,which represents the correspondingnegative value in calculations.

3.17.3 Cell Data

For information about PLAYER and PHCSTHR see Section 3.6.2 on page 110

LAYER

Type: Numeral

Range: 1 to 8

Unit: -

Default: 2

Command: RLLHC, RLLHP

O&M: -

Comments: Cell layer, that is the priority of the cell.

Each cell belongs to a layer. A layeris connected to a HCSBAND with thecommand RLHBC. Layer 1 has thehighest priority. It is recommended thatthe layers are defined in increasingorder connected to the size of the areathe cells cover.

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Cell Data

Numeral 1 ~ 3 (HCS with 3 layers andno HCS band)

Numeral 1 ~ 8 (HCS with 8 layers and8 HCS bands)

The HCS feature with 3 layers allowsbuilding a network in a two- orthree-layered structure. The higherlayers can for example be used forlarge cells and the lower for small cells.Cells in layer 1 have higher prioritythan cells in layer 2, which in turn havehigher priority than cells in layer 3.

With eight layers it is possible toassign unique layers to indoor cells,microcells, macrocells and possiblyumbrella cells of each system type.The first issue here is to define theHCSBAND and prioritise them in anefficient way with respect to capacity.The low loaded system type shouldhave priority over the higher loadedsystem type. Dedicated sub bandsfor indoor or microcells should havepriority over larger cells within theown system type. Each HCS bandmay be further divided into indoor cellprioritised over microcells prioritisedover macrocells.

LAYERTHR

Type: Numeral

Range: 0 to 150


Default: 75


O&M: -

Comments: The signal strength threshold is usedfor ranking of cells in different layerswithin each HCSBAND.

LAYERTHR takes a positive value,which represents the correspondingnegative value in calculations.

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LAYERHYST

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 2


O&M: -

Comments: Layer hysteresis. The signal strengthhysteresis is used for rankingcells in different layers within eachHCSBAND.

PSSTEMP

Type: Numeral

Range: 0 to 63

Unit: dB

Default: 0


O&M: -

Comments: Signal strength penalty temporaryoffset.

When a fast moving MS connectedto a higher layer (lower priority) cellpasses through a lower layer (higherpriority) cell's coverage area, it mightbe undesirable that the MS performsa handover to the lower layer cell.Therefore a penalty, PSSTEMP, canbe temporarily assigned to the lowerlayer cell while a timer is running. Thetimer starts when the lower layer cellis first reported as a neighbor and runsfor a period specified by PTIMTEMP.

PTIMTEMP

Type: Numeral

Range: 0 to 600

Unit: Seconds

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Cell Data

Default: 0


O&M: -

Comments: Penalty duration.

PTIMTEMP specifies the durationduring which PSSTEMP is valid.

FASTMSREG

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Handling of fast-moving mobiles switch.

ON Handling of fast-movingmobiles switched on.

OFF Handling of fast-movingmobiles switched off.

HCSIN

Type: Numeral

Range: 0–100

Unit: -

Default: 0


O&M: -

Comments: HCS traffic distribution level thresholdto allow HCS handover into a cell.HCS handover into an internalneighbour cell is allowed when thechannel availability of the neighbourcell is above or equal to its HCSINthreshold. When the default value forHCSIN is used it is always allowed toperform HCS handover into the cell.This parameter is only valid for internalneighbour cells.

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HCSOUT

Type: Numeral

Range: 0–100

Unit: -

Default: 100


O&M: -

Comments: HCS traffic distribution level thresholdto allow HCS handover out from a cell.HCS handover out from the servingcell is allowed when the channelavailability of the serving cell is belowor equal to its HCSOUT threshold.When the default value for HCSOUTis used it is always allowed to performHCS handover out from the cell.

3.18 Extended Range

3.18.1 Cell Data

XRANGE

Type: Identifier

Range: YES, NO

Unit: -

Default: NO


O&M: The parameter is only allowed to be changed in cellstate HALTED.

Comments: Extended range cell.

If the cell is an extended range cell, traffic at adistance of greater than 35 km between the MS andthe BTS can be supported

YES The cell is an extendedrange cell.

NO The cell is a normal cell.

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Cell Data

The purpose of the function Extended Range is toprovide Ericsson's GSM system with a possibilityto carry traffic at a larger distance from the basestation than the normal GSM range of 35 km. Insparsely populated areas such as deserts, coastalareas, maritime environments and so on, large cellscould be valuable.

In order to configure cells with both normal andextended range channels, a subcell structure shallbe used. The normal range channels will then beplaced in the overlaid cell, while the extended rangechannels will be in the underlaid cell.(1)

(1) This parameter can only be set for internal cells.

MAXTA

Type: Numeral

Range: 0 to 63 (normal cell).



Default: 63


O&M: -

Comments: Maximum timing advance before an MS isconsidered lost.

If the measured timing advance value for an accessburst is equal to or greater than MAXTA, then theconnection set-up signalling is terminated by thesystem.

If the measured and averaged timing advance valuefor an ongoing call is equal or greater than MAXTA,the call is released.

The useful range of MAXTA is


0 to 63 Normal range cells.(1)

(1) MAXTA should always be greater than the parameter TALIM (see Page 193). MAXTA is ahard limit compared to TALIM, which is a soft limit.

TALIM

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Type: Numeral

Range: 0 to 63 (normal range cell).



Default: 62


O&M: -

Comments: Timing advance limit for handover. Urgencydetection parameter.

TALIM determines the maximum timing advancethat the MS is recommended to use in the cell.

If the measured and averaged timing advance valueis equal to or greater than TALIM, the cell must beabandoned urgently if there exists a neighbouringcell that can take over the connection. If no suchcell exists no action is taken.

The useful range of TALIM is


0 to 63 Normal range cells.

3.19 Double BA Lists

3.19.1 Cell Data

MBCCHNO

Type: Numeral

Range: 128 to 251 (GSM 800).

1 to 124 (GSM 900, P-band).

0, 975 to 1023 (GSM 900, G1-band).

512 to 885 (GSM 1800). 512 to 810 (GSM 1900).

Unit: ARFCN

Default: -

Command: RLMFC, RLMFP

O&M: -

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Cell Data

Comments: Absolute RF channel number for measurement onBCCH.

The number is the absolute RF channel number forthe BCCH for cells to be measured on by a mobilestation in the cell.

MBCCHNO is the BCCH allocation, that is it indicatesto the MS the frequencies that must be monitoredand measured in idle, active or both modes. Thisnumber is sent to MSs in the system informationmessages, on the BCCH channel in idle mode, andon the SACCH in active mode.

Up to 32 BCCH carriers can be defined by specifyingtheir ARFCN.

The measurement reports from the MS are sentto the BSC on the SACCH, indicating the signalstrength and quality of the serving link and the signalstrength, frequency, and BSIC from the six BTSs withstrongest signal strength. Only measurements fromneighbouring cells that fulfil the requirement that theirBCCH has a frequency as indicated by MBCCHNOand an NCC as indicated by NCCPERM are valid.To be allowed to perform a handover to any of themeasured cells it is also necessary that the measuredcell is defined as a neighbor to the serving cell. Up to64 different cells can be defined as neighbours.

LISTTYPE

Type: Identifier

Range: IDLE, ACTIVE, Omitted

Unit: -

Default: -


O&M: -

Comments: This parameter identifies which type oflist the chosen frequencies will be on.When the MS is in idle or active mode,it will measure on the frequencies onthe corresponding list.

If LISTTYPE is not specified, both listsare affected.

MRNIC

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Type: Identifier

Range: MRNIC, Omitted

Unit: -

Default: -


O&M: -

Comments: Measurement Results Not InterpretedCorrectly.

If the string MRNIC is added in thecommand RLMFC, the updating ofthe measurement frequencies areperformed immediately. In this casethe measurement results are notinterpreted correctly for a period oftime.

3.20 Idle Channel Measurements

3.20.1 Cell Data

This function is designed to measure the uplink interference levels on idlechannels in order to obtain statistical data, as well as an ideal ranking ofthe channels according to their interference levels. In this way, the logicalchannel with least interference is allocated during the immediate assignmentand assignment procedures. The function is initiated on a per cell basis usingthe command RLIMI.

ICMSTATE

Type: Identifier

Range: ACTIVE, PASSIVE, NOALLOC

Unit: -

Default: PASSIVE

Command: RLIMI, RLIMP , RLIME.

O&M: -

Comments: Idle Channel Measurement State.

ACTIVE The measurementsmade are used forstatistical purposes andat channel allocation.

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Cell Data

PASSIVE No idle channelmeasurements aremade.

NOALLOC The measurementsare used for statisticalpurposes only.

NOALLOC

Type: Identifier

Range: NOALLOC, Omitted

Unit: -

Default: -

Command: RLIMI, RLIMP.

O&M: -

Comments: When this string is added tothe command RLIMI, then idlechannel measurements will not beused at channel allocation. Themeasurements are in this case usedmerely for statistical purposes.

INTAVE

Type: Numeral

Range: 1 to 31


Default: 6

Command: RLIMC, RLIMP.

O&M: -

Comments: The number of measurements thatshould be used in the calculation ofthe interference band for a channel.

LIMITn

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Type: Numeral

Range: LIMIT1: 0 to 59

LIMIT2: 1 to 60

LIMIT3: 2 to 61

LIMIT4: 3 to 62

Unit: -

Default: LIMIT1: 2

LIMIT2: 6

LIMIT3: 12

LIMIT4: 22

Command:

RLIMC, RLIMP.

O&M: -

Comments:

This parameter defines threshold limits for five differentinterference bands. The limits must be defined in ascending orderaccording to the following:

LIMIT1 < LIMIT2 < LIMIT3 < LIMIT4.

LIMIT1 Interference measurementsin band 1 which have valuesranging from LIMIT1 and below.

LIMIT2 Interference measurementsin band 2, which have valuesranging from LIMIT1 up to andincluding LIMIT2.



The values assigned to each threshold correspond to dBm valuesinternally.

0 < –110 dBm

1 –110 dBm to –109 dBm

2 –109 dBm to –108 dBm

...

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Cell Data

61 –50 dBm to –49 dBm

62 –49 dBm to –48 dBm

3.21 Cell Load Sharing

Note: Cell load sharing evaluations are not performed at all for channels inmultislot configurations.

3.21.1 BSC Data

LSSTATE

Type: Identifier


Unit: -

Default: INACTIVE

Command: RLLSI, RLLSE, RLLSP

O&M: -

Comments: Cell load sharing active/inactive in theBSC.


CLSTIMEINTERVAL

Type: Numeral

Range: 100 to 1000

Unit: ms

Default: 100


O&M: -

Comments: Time interval for checking the level ofidle TCHs for cells active for Cell loadsharing.

The time interval values shall be givenin multiples of 100 milliseconds.

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3.21.3 Cell Data

CLSSTATE

Type: Identifier


Unit: -

Default: INACTIVE

Command: RLLCI, RLLCE, RLLCP

O&M: -

Comments: Cell load sharing active/inactive foran individual cell. For CLSSTATEactivation to have effect, LSSTATEmust be activated.

CLSACC

Type: Numeral

Range: 1 to 100

Unit: %

Default: 40

Command: RLLCC. , RLLCP

O&M: -

Comments: Percentage of available full ratecapable traffic channels, in a targetcell, at or below which no handoversdue to Cell Load Sharing will beaccepted.

CLSLEVEL

Type: Numeral

Range: 0 to 99

Unit: %

Default: 20

Command: RLLCC, RLLCP

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Cell Data

O&M: -

Comments: Percentage of available full ratecapable traffic channels at whichor below which Cell load sharingevaluations are initiated. The valueof CLSLEVEL must be less than thevalue of CLSACC.

CLSRAMP

Type: Numeral

Range: 0 to 30

Unit: s

Default: 5

Command: RLLCC , RLLCP

O&M: -

Comments: Cell load sharing ramping timeparameter. The interval during whichthe value of RHYST is ramped up fromzero to the final value.

HOCLSACC

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Handover due to Cell load sharingaccepted to this cell.

RHYST

Type: Numeral

Range: 0 to 100

Unit: %

Default: 75


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O&M: -

Comments: Hysteresis reduction parameter.Determines how much the hysteresisvalues can be reduced in the Cell loadsharing evaluation.

3.22 Multiband Operation


CLMRKMSG

Type: Numeral

Range: 0 to 3

Unit: -

Default: 0


O&M: -

Comments: Classmark message handling.

This parameter indicates how the ClassmarkChange message shall be handled if received asfirst RR message from the MS.

0 The message 48.008Classmark Update isalways sent to the MSC,neither suppressed nordelayed.

1 The message 48.008Classmark Update isnever sent to the MSC.

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Cell Data

2 The sending of 48.008Classmark Update tothe MSC is delayeduntil an Inter BSChandover. 48.008Classmark Update willbe sent before the GSMmessage HandoverRequired.

3 The sending of the48.008 ClassmarkUpdate to the MSCis delayed until a callset-up is performed. Themessage is also sentin case of an inter BSChandover at locationupdating.

3.22.2 BSC Data

MODE

Type: Identifier

Range: MULTI, SINGLE

Unit: -

Default: SINGLE

Command: RLOMC , RLOMP

O&M: -

Comments: The BSC band operation mode identifier.

MULTI The BSC multibandoperation mode isenabled.

SINGLE The BSC multibandoperation mode isdisabled.

GSYSTYPE

Type: Identifier

Range: GSM800, GSM900, GSM1800,GSM1900, MIXED

Unit: -

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Default: -

Command: RLTYC, RLTYI, RLTYP

O&M: -

Comments: Specifies the system type for the BSC.Defining the parameter CSYSTYPE ismandatory if the global system type isMIXED.

3.22.3 Cell Data

CSYSTYPE

Type: Identifier

Range: GSM800, GSM900, GSM1800,GSM1900

Unit: -

Default: -

Command: RLDEI, RLDEP

O&M: -

Comments: In single band cells CSYSTYPEspecifies the system type for the cell.In multi band cells it specifies thefrequency band used for the BCCH.

The parameter CSYSTYPE ismandatory if the global system typeis MIXED. If the global system typeis other that MIXED, CSYSTYPE isoptional and will be accepted only if theparameter value is set to the same asthe global system type. If CSYSTYPEis omitted, it will automatically be setto the value of the global system type.

MBCR

Type: Numeral

Range: 0 to 3

Unit: -

Default: 0

Command: RLSSC , RLSSP

O&M: -

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Comments: Multi Band (number of) Cells Reported. Defines thenumber of neighbouring cells from each supportedfrequency band that shall be included in themeasurement report.

0 Normal reporting of thesix strongest cells, withknown and allowed NCCpart of BSIC, irrespectiveof the frequency bandused in the cells.

1 The multiband MSreports the strongestcell, with known andallowed NCC part ofBSIC, in each of thefrequency bands inthe BA list, excludingthe frequency band ofthe serving cell. Theremaining positions inthe measurement reportare used for reportingof cells in the bandof the serving cell. Ifthere are still remainingpositions, these areused to report the nextstrongest identifiedcells in the other bandsirrespective of the bandused.

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2 The multiband MSreports the two strongestcells, with known andallowed NCC part ofBSIC, in each of thefrequency bands inthe BA list, excludingthe frequency band ofthe serving cell. Theremaining positions inthe measurement reportare used for reportingof cells in the bandof the serving cell. Ifthere are still remainingpositions, these areused to report the nextstrongest identifiedcells in the other bandsirrespective of the bandused.

3 The multiband MSreports the threestrongest cells, withknown and allowed NCCpart of BSIC, in eachof the frequency bandsin the BA list, excludingthe frequency band ofthe serving cell. Theremaining positions inthe measurement reportare used for reportingof cells in the bandof the serving cell. Ifthere are still remainingpositions, these areused to report the nextstrongest identifiedcells in the other bandsirrespective of the bandused.

(1)

(1) MBCR is not changeable if a Competitor Coverage Evaluation Active BA-list Recordigis ongoing.

3.22.4 Hardware characteristics data

BAND

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Cell Data

Type: Identifier

Range: GSM800, GSM900, GSM1800, GSM1900

Unit: -

Default: -

Command: RXMOI, RXMOC

O&M: The parameter is only allowed to be changed whenthe transmitter/receiver is out of service.

Comments: Frequency band supported by the transmitter/receiver.

GSM800 GSM 800 band.




3.23 Differential Channel Allocation

The channel allocation priority levels sent from the MSC to the BSC, and usedfor Differential channel allocation, are defined by

0 No priority information is sent.

1 Highest priority

...

14 Lowest priority

15 Priority level not used.

Note: In a multislot configuration, differentiation is done for every requestedchannel in the configuration.

3.23.1 MSC Exchange Property Data

CAPLTCHSCH

Type: Numeral

Range: 0 to 3

Unit: -

Default: 0


O&M: -

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Comments: Specifies if channel allocation priority level handlingis to be considered at initial TCH and/or at SDCCHassignment or not at all. The parameter is optional.

0 Channel allocationpriority level handling notconsidered.

1 Channel allocationpriority level handlingonly considered at initialTCH assignment.

2 Channel allocationpriority level handlingonly considered at initialSDCCH assignment.

3 Channel allocationpriority level handlingconsidered at initialSDCCH and initial TCHassignment.

(1)


CAPLTCHEMER

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocation prioritylevel in the MSC in case of anemergency call. The parameter isoptional.

The priority level for emergency callsneed to be defined in the BSC too, seeEMERGPRL in Page 214.

This parameter indicates the channelallocation priority level sent to the BSCat initial TCH assignment.(1)


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Cell Data

CAPLTCHMOVAL

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocationpriority level to be used for mobileoriginated transactions when nopriority information has been receivedfrom HLR. The parameter is optional.



CAPLSCHMOVAL

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocationpriority level to be used for mobileoriginated transactions when nopriority information has been receivedfrom HLR. The parameter is optional.

This parameter indicates the channelallocation priority level sent to the BSCat initial SDCCH assignment.(1)


CAPLTCHMTVAL

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Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocation prioritylevel to be used for mobile terminatedcalls when no priority informationhas been received from HLR. Theparameter is optional.



CAPLSCHMTVAL

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocationpriority level to be used for mobileterminated transactions when nopriority information has been receivedfrom HLR. The parameter is optional.



CAPLTCHMTOVERR

Type: Numeral

Range: 0, 1

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Cell Data

Unit: -

Default: 0


O&M: -

Comments: Determines whether the channel allocation prioritylevel received from HLR or an operator definedvalue is to be used for mobile terminated calls. Theparameter is optional.

0 The channel allocationpriority level valuereceived from the HLR isto be used.

1 An operator definedvalue is to be used.

(1)


CAPLSCHMTOVERR

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Determines whether the channel allocation prioritylevel received from HLR or an operator defined valueis to be used for mobile terminated transactions.The parameter is optional.

0 The channel allocationpriority level valuereceived from the HLR isto be used.

1 An operator definedvalue is to be used.

(1)


CAPLTCHMTPREF

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Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocation prioritylevel for mobile terminated calls whenthe parameter CAPLTCHMTOVERRis set to 1. The parameter is optional.



CAPLSCHMTPREF

Type: Numeral

Range: 0 to 15

Unit: -

Default: 0


O&M: -

Comments: Specifies a channel allocationpriority level for mobile terminatedtransactions when the parameterCAPLSCHMTOVERR is set to 1. Theparameter is optional.



SMOASSIGN

Type: Numeral

Range: 0, 1

Unit: -

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Cell Data

Default: 0


O&M: -

Comments: SMOASSIGN determines whether the messageASSIGNMENT REQUEST is to be sent from theMSC to the BSC at mobile originated SMS. Theparameter is only valid if the function “SMS MobileOriginated, Point to Point, in MSC/VLR” is in theapplication system of the exchange. The parameteris optional.

0 Message is not sent

1 Message is sent(1)


SMTASSIGN

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: SMTASSIGN determines whether the messageASSIGNMENT REQUEST is to be sent from the MSC to theBSC at mobile terminated SMS. The parameter is only validif the function “SMS Mobile Terminated, Point to Point, inMSC/VLR” is in the application system of the exchange. Theparameter is optional.

0 Message is not sent

1 Message is sent(1)



DCAHANDOVER

Type: Numeral

Range: 0, 1

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Unit: -

Default: 0

Command: RAEPC , RAEPP.

O&M: -

Comments: Differential channel allocation at Intra-BSC inter-cellhandover.

0 OFF

1 ON

When the switch is ON, differentiation accordingto the stored priority level for the connection isapplied. When OFF, differentiation is not applied.The parameter is not valid at handover duringassignment.

3.23.3 BSC Data

DCASTATE

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLDCI, RLDCE , RLDCP.

O&M: -

Comments: Differential channel allocation switch.Activates/deactivates Differentialchannel allocation in the BSC.

EMERGPRL

Type: Numeral

Range: 1 to 15

Unit: -

Default: -

Command: RLDCI , RLDCP.

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Cell Data

O&M: -

Comments: Priority level for emergency calls.

EMERGPRL must alwaysbe defined when initiatingDifferential channel allocation.The corresponding parameter in theMSC, CAPLTCHEMER (see Page208), should be set accordingly.

STATSINT

Type: Numeral

Range: 1 to 96

Unit: Number of 15 min. periods

Default: -

Command: RLSCI, RLSCP

O&M: -

Comments: Differential channel allocation statisticscollection time interval. By means ofthis recording function, it is possibleto monitor dropped connections,connection establishments, allocationattempts and allocation failures dueto Differential Channel allocation perpriority level.

3.23.4 Cell Data

CHTYPE

Type: Identifier

Range: TCH, SDCCH

Unit: -

Default: -

Command: RLPRC, RLPRP.

O&M: -

Comments: Channel type.

TCH Traffic Channel

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SDCCH Stand Alone DedicatedControl Channel

(1)

(1) As a printout parameter in other functions, CHTYPE can also have the values BCCH andCBCH.

CHRATE

Type: Identifier

Range: FR, HR

Unit: -

Default: -

Command: RLPRC, RLPRP.

O&M: -

Comments: Channel rate.

FR The channel rate is FR(full rate).

HR The channel rate is HR(half rate).

Parameter CHRATE is only valid for channel typeTCH.

3.23.5 P P Resource Type Data

A P P Resource Type (RT) is a unique type of channel.

In Ericsson's GSM system R7, there are six possible P P RTs within a cell:

PPRT1.1: full-rate TCH in the overlaid subcell,

PPRT1.2: half-rate TCH in the overlaid subcell,

PPRT2.1: full-rate TCH in the underlaid subcell,

PPRT2.2: half-rate TCH in the underlaid subcell,

PPRT3: SDCCH in the overlaid subcell,

PPRT4: SDCCH in the underlaid subcell.

A Priority Profile (PP) is defined by means of the command RLPPI.

An RT is assigned a PP by means of the command RLPRC. The P P RT isspecified by means of SCTYPE, CHTYPE and CHRATE.

PP

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Cell Data

Type: String

Range: 1 to 7 characters, DEFAULT. ALL is not allowed

Unit: -

Default: DEFAULT

Command: RLPPI, RLPPC, RLPRC, RLPPP

O&M: -

Comments: Priority Profile.

A PP is a matrix including different values of INACand PROBF for each Priority Level (PRL).

There is a permanent default PP containing INAC =0% and PROBF = 0% for each PRL.

3.23.6 Priority Profile (PP) Data

In each PP, for each PRL, the two parameters INAC and PROBF need to bedefined.

PRL

Type: Numeral

Range: 1 to 16

Unit: -

Default: -

Command: RLPPC, RLPPP

O&M: -

Comments: Priority Level in PP.

The operator can assign a channelallocation priority level to each specificmobile subscriber in the subscriberdata in the HLR.

When a channel is to be allocated, themobile subscriber specific PRL is usedin the Differential channel allocation.

At emergency calls, always thepriority level for emergency calls(EMERGPRL) is used regardless ofthe subscriber's priority level.

INAC

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Type: Numeral

Range: 0 to 100

Unit: %

Default: 0


O&M: -

Comments: Percentage of deblocked channelsthat are inaccessible for the PRL atdifferential channel allocation.

PROBF

Type: Numeral

Range: 0 to 100

Unit: %

Default: 0


O&M: -

Comments: Probability of failure to allocate the lastremaining accessible channel for thepriority level.

3.24 Enhanced Multi-Level Precedence and PreemptionService (eMLPP)

The enhanced Multi-Level Precedence and Preemption (eMLPP) featureenables the operator to give high priority users good access to the network.This is achieved by preemption of one low-priority connection either byhandover or disconnection.

The BSS procedure uses a number of parameters defined for each eMLPPlevel, the Preemption Capability Indicator (PCI), the Preemption VulnerabilityIndicator (PVI), the Priority Level and the Queuing Allowed Indicator (QAI).These parameters are provided by the MSC.


PHSTATE

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Cell Data

Type: Numeral

Range: 0 to 2

Unit: -

Default: 0


O&M: -

Comments: Indicates if the feature Efficient Priority Handling isactivated or not.


0 Efficient Priority Handlingis not activated

1 Efficient Priority Handlingis activated. The eMLPPparameters PCI and PVIare considered in thepreemption algorithm.

2 Efficient Priority Handlingis activated. Besides theeMLPP parameters PCIand PVI also the eMLPPparameter Priority Levelwill be considered in thepreemption algorithm.

MSQUEUING

Type: Numeral

Range: 0 to 2

Unit: -

Default: 0


O&M: -

Comments: This parameter indicates whether the feature CallQueuing is activated or not.

0 Call Queuing notactivated

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1 Call Queuing activated

2 Call Queuing activated.Voice Group Channelallocation andsubsequent Talkerallocation are allowed toprecede the queue.

MSQHOPRIO

Type: Numeral

Range: 0,1

Unit: -

Default: 0


O&M: -

Comments: Indicates if a PC using a traffic channel will gethigher priority or not, due to handover, than queuedPC requests in the target cell:

0 No priority

1 Handover prioritised

3.24.2 MSC, eMLPP data

EMLPP

Type: Identifier

Range: A, B, 0 to 4

Unit: -

Default: -

Command: MGETC

O&M: -

Comments: Enhanced multi-level precedence and preemptionlevel.

A Highest level

B Second-highest level

0 Third-highest level

1 Forth-highest level

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Cell Data

2 Fifth-highest level

3 Sixth-highest level

4 Lowest level

BAOCI

Type: Numeral

Range: 0,1

Unit: -

Default: 0

Command: MGETC

O&M: -

Comments: Barring of outgoing calls overriding indicator. Setper eMLPP level.


0 Barring not overridden

1 Barring overridden

BOICI

Type: Numeral

Range: 0,1

Unit: -

Default: 0

Command: MGETC

O&M: -

Comments: Barring of outgoing international calls overridingindicator. Set per eMLPP level.




BOIEXHI

Type: Numeral

Range: 0,1

Unit: -

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Default: 0

Command: MGETC

O&M: -

Comments: Barring of outgoing international calls except thoseto the home Public Land Mobile Network (PLMN)country overriding indicator. Set per eMLPP level.




PCI

Type: Numeral

Range: 0,1

Unit: -

Default: 0

Command: MGETC

O&M: -

Comments: Preemption capability indicator. Set per eMLPPlevel.

The following values are available

0 Allocation requestcannot preempt anexisting connection.

1 Allocation request canpreempt an existingconnection.

PVI

Type: Numeral

Range: 0,1

Unit: -

Default: 0

Command: MGETC

O&M: -

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Cell Data

Comments: Preemption vulnerability indicator. Set per eMLPPlevel.

The following values are available

0 Connection cannot bepreempted by anotherallocation request.

1 Connection can bepreempted by anotherallocation request.

PRIORITY

Type: Numeral

Range: 1 to 14

Unit: -

Default: 14

Command: MGETC

O&M: -

Comments: eMLPP priority. Set per eMLPP level.

QAI

Type: Numeral

Range: 0, 1

Unit: -

Default: 0

Command: MGETC

O&M: -

Comments: Queuing allowed indicator. Set pereMLPP level.

3.24.3 BSC Data

PRIOLEV

Type: Numeral

Range: 1 to 14

Unit: -

Default: -

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Command: RLBQC, RLBQP

O&M: -

Comments: Priority level

This parameter determines the prioritylevel.

QASSTIME

Type: Numeral

Range: 1 to 60

Unit: -

Default: 28

Command: RLBQC, RLBQP

O&M: -

Comments: Assignment time

This parameter determines themaximum time it is allowed to doassignment for a priority connection.

3.24.4 Cell Data

QLENGTH

Type: Numeral

Range: 0 to 32

Unit: -

Default: 5

Command: RLMQC, RLMQP

O&M: -

Comments: Maximum queue length in a cell. Itdetermines the maximum number ofPriority Connections (PC) that can beinserted in the queue.

RESLIMIT

Type: Numeral

Range: 1 to 100

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Cell Data

Unit: -

Default: 25

Command: RLMQC, RLMQP

O&M: -

Comments: Channel resource limit. It indicatesthe percentage of radio channelresources, that is, Traffic ChannelFullrate (TCH/F) and Traffic ChannelHalfrate (TCH/H) that are allocated topriority connections before starting togive available channels to non priorityconnections.

3.25 Adaptive Configuration of Logical Channels

From a basic configuration of SDCCH/8, this function can dynamically changethe number of SDCCH/8 in the cell depending on the demand for suchchannels. The number of SDCCH/8 is however never decreased below thebasic configuration.

3.25.1 Cell Data

ACSTATE

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLACI, RLACE, RLACP

O&M: -

Comments: Adaptive Configuration State.

Activation state of the AdaptiveConfiguration of Logical Channelsfunction in the cell.

SLEVEL

Type: Numeral/Identifier

Range: 0 to 2, CONG

Unit: -

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Default: 0

Command: RLACC, RLACP

O&M: -

Comments: SDCCH Level

Level of remaining SDCCH subchannels when anattempt to increase the number of SDCCH/8 byreconfiguring a TCH to an SDCCH/8 will take place.

CONG The attempt to increasethe number of SDCCH/8will take place whenallocation of an SDCCHhas failed due tocongestion.

If SLEVEL is set to CONG, it is recommended thatImmediate Assignment on TCH is used in the cell.

STIME

Type: Numeral

Range: 15 to 360

Unit: Seconds

Default: 20


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Cell Data

O&M: -

Comments: SDCCH Time Interval.

Minimum time interval before anSDCCH/8 configured by AdaptiveConfiguration of Logical Channels isreconfigured back to a TCH whenSDCCH demands are low.

As long as the number of SDCCH/8sis higher than the basic configuration,an evaluation is performed once everythree seconds to check if the criterionto remove one SDCCH is fulfilled.A l` eaky bucket' counter algorithmdetermines this with STIME as theinitial counter value. If the number ofSDCCH/8 is more than (8 + SLEVEL)when the evaluation is done, thecounter is decreased. If the numberequals (8 + SLEVEL), the counterremains unchanged. If the number isless than (8 + SLEVEL), the counter isincreased but never beyond its initialvalue.


CHGR

Type: String

Range: INCL, EXCL

Unit: -

Default: -


O&M: -

Comments: Defines if Adaptive configuration ofLogical Channels is allowed (INCL) ornot (EXCL) for the specified channelgroup.

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3.26 GSM - UMTS - LTE Cell Reselection and Handover


COEXUMTS

Type: Numeral

Range: 0 to 4

Unit: -

Default: 0


O&M: -

Comments: Support for Coexistence of GSM and UMTS

0 OFF

1 ON: FeatureGSM-UMTS CellReselection andHandover is activated

2 ONADDINFO: FeatureGSM-UMTS CellReselection andHandover and featureCombined CellReselection TriggerGSM to WCDMA areactivated.

3 ONADDINFO;GSM-UMTS CellReselection andHandover and CombinedHandover TriggeringGSM to WCDMA areactivated

4 ONADDINFO;GSM-UMTS CellReselection andHandover, CombinedCell ReselectionTriggering GSM toWCDMA and CombinedHandover TriggeringGSM to WCDMA areactivated

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Cell Data

COEXUMTSINT

Type: Numeral

Range: 100 to 1000

Unit: ms

Default: 1000


O&M: -

Comments: Time interval between traffic loadchecking.

COEXUMTSLSH

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


O&M: -

Comments: This parameter enables and disablesthe feature Smooth GSM to WCDMAunloading.

0 = Feature not enabled

1 = Feature enabled

SBHOACTIVE

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


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O&M: -

Comments: This parameter enables and disablesthe feature Handover with Usage ofService Indicator.

0 = Feature not enabled

1 = Feature enabled

FASTRET3GNC2

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0

Command: RAEPC

O&M: -

Comments: This exchange property indicates if the multi RadioAccess Technology (RAT) MSs will be redirectedimmediately to WCDMA cell at call release. Thisfunction is applicable for DTM connections in GSMcells with active Network Control Mode 2 (NC2)having WCDMA neighbors.

The availability of the exchange property valueother than the default one depends on commercialagreements.

0 ‘Fast Return to WCDMA at CallRelease’ is allowed for DTMconnections in cells with NC2switched on.

1 ‘Fast Return to WCDMA at CallRelease’ is not allowed for DTMconnections in cells with NC2switched on.

3.26.2 GSM - UMTS Cell Reselection - Cell Data

Note: The settings of the following parameters only affect Multi-RAT FDDUMTS capable MSs.

UMFI

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Cell Data

Type: MFDDARFCN-MSCRCODE-DIVERSITY

Range: MFDDARFCN: 0 to 16383

MSCRCODE: 0 to 511

DIVERSITY: DIV or NODIV

Unit: -

Default: -

Command: RLUMC, RLUMP

O&M: -

Comments: UTRAN Measurement Frequency Information for cellreselection in GSM Idle Mode and GPRS/EGPRS Readyand Standby states.

(MFDDARFCN-MSCRCODE-DIVERSITY) defines thefrequency, scrambling code and diversity information for aUTRAN neighbouring cell.

MFDDARFCNMFDDARFCN indicates the absolute RFchannel number of the neighbouring UTRAN cell to bemeasured on by Multi-RAT MSs. Several frequency bandsexist and the absolute RF channel number representsthe center frequency within the frequency band. Allowedfrequency bands and absolute RF channel numbers aredescribed in detail in Reference [6].

MSCRCODE is the scrambling code for the neighbouringcell. The scrambling code has 512 values.

DIVERSITY indicates if diversity is applied for the UTRANcell, or not.

FDDQMIN

Type: Numeral

Range: 0 to 7

Unit: dB

Default: 0

Command: RLSUC, RLSUP

O&M: -

Comments: Minimum FDD quality.

Defines the minimum threshold for the "quality"measure Ec/No for cell reselection to UTRAN cells.

0 -20 dB

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1 -6 dB

2 -18 dB

3 -8 dB

4 -16 dB

5 -10 dB

6 -14 dB

7 -12 dB.

FDDQOFF

Type: Numeral

Range: 0 to 15

Unit: dB

Default: 8


O&M: -

Comments: FDD quality offset.

Defines the inter-system cell reselection offset toUTRAN cells.

0 -infinite, always selectUTRAN FDD cell ifacceptable

1 -28 dB

2 -24 dB

...

15 +28 dB.

SPRIO

Type: Identifier

Range: NO, YES

Unit: -

Default: NO


O&M: -

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Cell Data

Comments: Search priority.

Indicates if 3G cells may be searched when BSICdecoding is required.

NO Multi-RAT MS maynot use the searchframes required for BSICdecoding, for UTRANFDD measurements.

YES Multi-RAT MS may useup to 25 search framesper 13 seconds withoutconsidering the need forBSIC decoding in theseframes.

QSI

Type: Numeral

Range: 0 to 15

Unit: dBm

Default: 15


O&M: -

Comments: GSM-UMTS cell reselection quality search indicator.

Indicates the threshold to start UTRAN FDDmeasurements in Idle mode and Stand-by andReady states.

When the parameter value is between 0 and 6, theUTRAN FDD measurements are started when theserving cells' signal strength is below the threshold.

When the parameter value is between 8 and 14, theUTRAN FDD measurements are started when theserving cells' signal strength is above the threshold.

0 -98 dBm

1 -94 dBm

...

6 -74 dBm

7 always

8 -78 dBm

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9 -74 dBm

...

14 -54 dBm

15 never

FDDQMINOFF

Type: Numeral

Range: 0 to 7

Unit: dB

Default: 0


O&M: -

Comments: Minimum FDD quality offset.

Defines an offset to the value of FDDQMIN.

0 0 dB

1 2 dB

2 4 dB

3 6 dB

4 8 dB

5 10 dB

6 12 dB

7 14 dB

FDDRSCPMIN

Type: Numeral

Range: 0 to 15

Unit: dB

Default: 6


O&M: -

Comments: Minimum FDD RSCP.

Defines the minimum threshold of Received SignalCode Power (RSCP) for cell reselection to UTRANFDD.

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Cell Data

0 -114 dB

1 -112 dB

2 -110 dB

3 -108 dB

4 -106 dB

5 -104 dB

6 -102 dB

7 -100 dB

8 -98 dB

9 -96 dB

10 -94 dB

11 -92 dB

12 -90 dB

13 -88 dB

14 -86 dB

15 -84 dB

3.26.3 GSM - UMTS Handover - UTRAN Cell Data

CELL

Type: String


Unit: -

Default: -

Command: All commands where a specific cell ispointed out.

Cell definition: RLDEI

O&M: -

Comments: Cell name of a external UTRAN cell.As UTRAN cells cannot belong to anyGSM BSC, they have always to bedefined as external.

NEWNAME

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Type: String


Unit: -

Default: -

Command: RLDEC

O&M: -

Comments: The parameter is used to change thename of a cell. See parameter CELLfor recommendations.

FDDARFCN

Type: Numeral

Range: 0 to 16383

Unit: -

Default: -


O&M: -

Comments: Absolute RF channel number of the external UTRANcell.

The parameter indicates the absolute RF channelnumber of the neighbouring UTRAN cell in GSMactive mode. Several frequency bands exist andthe absolute RF channel number represents thecenter frequency within the frequency band. Allowedfrequency bands and absolute RF channel numbersare described in detail in Reference [6].

SCRCODE

Type: Numeral

Range: 0 to 511

Unit: -

Default: -


O&M: -

Comments: The scrambling code of the externalUTRAN cell:

UTRANID

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Cell Data

Type: RNCID-CI-MCC-MNC-LAC

Range: RNCID: 0 to 4095

CI: 0 to 65535

Unit: -

Default: -


O&M: -

Comments: Identity of the external UTRAN cell:

Consists of the Radio NetworkController Identity (RNCID), CellIdentity within the RNC (CI), MobileColour Code (MCC), Mobile NetworkCode (MNC) and the Location AreaCode (LAC). MCC, MNC and LAChave the same value ranges as usedfor the parameter CGI, see Page 17.

MRSL

Type: Numeral

Range: 0 to 49

Unit: -

Default: -


O&M: -

Comments: Minimum reported signal level.

Within the locating algorithm, the measured energy per chipon the Common Pilot Channel (CPICH Ec/No) a UTRAN cellis compared with the minimum quality threshold defined byMRSL. Only if this criterion is fulfilled, handovers to the UTRANcell are possible. The values are:

0 MRSL < -24 dB

1 -24 dB <= MRSL < -23.5 dB

...

48 -0.5 dB <= MRSL < 0 dB

49 0 <= MRSL

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3.26.4 GSM - UMTS Handover - GSM Cell Data

ISHOLEV

Type: Numeral

Range: 0 to 99

Unit: %

Default: 20


O&M: -

Comments: Inter-system handover load threshold.

Inter system handover evaluaions startwhen the percentage of idle full rateTraffic Channels (TCHs) left in the cellis less than or equal to this value givenas percentage.

FDDMRR

Type: Numeral

Range: 0 to 3

Unit: -

Default: 0


O&M: -

Comments: Multi-Rat reporting.

FDDMRR defines how many measuredneighbouring UTRAN cells should beincluded in measurement reports. Theremaining positions in measurementreports will be used for reportingGSM cells according to the parameterMBCR, see Page 204. If there are stillremaining positions, these are usedto report next best valid cells in otherradio access technologies.

FDDMRR is not changeable if aGSM-UMTS Active BA-list Recordingor a Competitor Coverage EvaluationActive BA-list Recording is ongoing.

QSC

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Cell Data

Type: Numeral

Range: 0 to 15

Unit: dBm

Default: 15


O&M: -

Comments: GSM-UMTS handover quality search indicator.

Indicates the threshold to start UTRAN FDDmeasurements in Active mode.

When the parameter value is between 0 and 6, theUTRAN FDD measurements are started when theserving cells' signal strength is below the threshold.

When the parameter value is between 8 and 14, theUTRAN FDD measurements are started when theserving cells' signal strength is above the threshold.

0 -98 dBm

1 -94 dBm

...

6 -74 dBm

7 always

8 -78 dBm

9 -74 dBm

...

14 -54 dBm

15 never

QSCI

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

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Comments: Initial Quality search indicator.

QSCI defines the control of UTRAN measurementsafter entering active mode, before reading the firstQSC.

0 UTRAN measurementsare performed accordingto QSI until the first QSCis read.

1 UTRAN measurementsare always performeduntil the first QSC isread.

MAXISHO

Type: Numeral

Range: 1–100

Unit: -

Default: 2


O&M: -

Comments: Defines maximum number of loadtriggered outgoing inter systemhandovers per second from thespecified cell

FDDREPTHR2

Type: Numeral

Range: 0-63

Unit: dBm

Default: 0


O&M: -

Comment: Minimum FDD RSCP reportingthreshold. Defines a threshold for thenon reported 'signal strength' measureCPICH RSCP of UTRAN cells. TheMS includes a UTRAN cell in themeasurement reports only if the nonreporting threshold is exceeded.(1)

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Cell Data

0 Disabled

1 115 dBm

2 114 dBm

... ...

62 54 dBm

63 53 dBm

(1) The reporting entity in the measurement reports is CPICH Ec/No.

3.26.5 GSM - UMTS Handover - Neighbouring Cell Relation Data

There are no neighbor relation specific parameters that can be defined for eachGSM - UMTS neighbouring cell relation. It is possible to define up to 64 UTRANneighbours in addition to 64 GSM neighbours for each GSM cell. A total of upto 32768 UTRAN neighbouring cell relations can be defined per BSC.

CELLR

Type: String


Unit: -

Default: -

Command: RLNRI, RLNRE, RLNRP, RLNCP

O&M: -

Comments: Related cell designation.

The identity of the neighbouringUTRAN is specified by means ofCELLR.

3.26.6 GSM-UMTS-LTE Cell Reselection - Cell Data

EARFCN

Type: Numeral

Range: 0 to 65535

Unit: -

Default: -

Command: RLEFC, RLEFP

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O&M: -

Comment: Defines the E-UTRAN Absolute Radio FrequencyChannel Number to which cell reselection shall beperformed. This parameter is defined per GSM cell.

FDDARFCN

Type: Numeral

Range: 0 to 16383

Unit: -

Default: -

Command: RLSRC, RLSRP

O&M: -

Comment: Defines the UTRAN FDD Absolute Radio FrequencyChannel Number to which priority based cellreselection shall be performed. The value shallcorrespond to MFDDARFCN in UMFI. Thisparameter is defined per GSM cell.

HPRIO

Type: Numeral

Range: 0 to 3

Unit: dB

Default: 0


O&M: -

Comment: Defines an offset to apply at a relative comparisonbetween GSM and inter-RAT frequencies whencell reselection to an inter-RAT frequency oflower priority than GSM is allowed. In 3GPP thisparameter is called H_PRIO. This parameter is setper GSM cell.

0 Rule disabled

1 5 dB

2 4 dB

3 3 dB

HPRIOTHR

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Cell Data

Type: Numeral

Range: 0 to 31(1)

Unit: dB

Default: UMTS:

9 (18 dB)

LTE: 22 (44 dB)


O&M: -

Comment: Defines the minimum threshold for reselectionto LTE and UMTS frequencies of higher prioritythan GSM. The value "measured RSCP value” -QRXLEVMINU for UMTS and “measured RSRPvalue” – QRXLEVMINE for LTE must be abovethe threshold. The parameter is defined perFDDARFCN for UMTS frequencies and perEARFCN for LTE frequencies. In 3GPP, thisparameter is called THRESH_FDD_high for UMTSand THRESH_E-UTRAN_high for LTE.

(1) 0 dB to 62 dB in steps of 2 dB.

LPRIOTHR

Type: Numeral

Range: 0 to 31(1)

Unit: dB

Default: UMTS:

9 (18 dB)

LTE: 22 (44 dB)


O&M: -

Comment: Defines the minimum threshold for reselectionto LTE and UMTS frequencies of lower prioritythan GSM. The value "measured RSCP value” -QRXLEVMINU for UMTS and “measured RSRPvalue” – QRXLEVMINE for LTE must be abovethe threshold. The parameter is defined perFDDARFCN for UMTS frequencies and perEARFCN for LTE frequencies. In 3GPP, thisparameter is called THRESH_FDD_low for UMTSand THRESH_E-UTRAN_low for LTE.

(1) 0 dB to 62 dB in steps of 2 dB.

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MEASTHR

Type: Numeral

Range: 0 to15

Unit: dBm

Default: 15


O&M: -

Comment: Defines a threshold for the serving cell below whichmeasurements of inter-RAT frequencies with lowerpriority should be done. This parameter is definedper GSM cell. In 3GPP this parameter is calledTHRESH_priority_search.

0-14: -98 dBm to -56 dBm in steps of 3 dBm

15: Infinite (always)

MINCHBW

Type: Numeral

Range: 0 to 5

Unit: Nrb, Number of Resource Blocks

Default: 0


O&M: -

Comment: Defines the minimum value of the channel bandwidthof all valid E-UTRAN cells on the specified EARFCN.This parameter is defined per EARFCN.

0: 6

1: 15

2: 25

3: 50

4: 75

5: 100

PCID

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Cell Data

Type: Numeral

Range: 0-503

Unit: -

Default: -

Command: RLSEE, RLSEI, RLSEP

O&M: -

Comment: Defines a E-UTRAN cell to which it is forbidden toperform cell reselection. This parameter is definedper EARFCN.

PCIDG

Type: Numeral

Range: 0 to 63

Unit: -

Default: 0

Command: RLSEC, RLSEP

O&M: -

Comment: PCIDG is a bitmap that indicates a group of notallowed E-UTRAN cells. If bit number n, where ncan take the value from 1 to 6, in this field is set to’1’, then cells with PCID values in the range (n-1) *84 to (n*84)-1 inclusive are not allowed to reselect.This parameter is defined per EARFCN.

PCIDP

Type: Numeral

Range: 1 to 8 bits with values 0or 1 per bit

Unit: -

Default: -

Command: RLSEE, RLSEI, RLSEP

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O&M: -

Comment: PCIDP is a pattern of the PCID which togetherwith PCIDPS indicates which E-UTRAN cells areforbidden to select. This is a bitmap with variablelength which refers to the pattern of the leftmost(most significant) PCID bits. For example 0 and00 shall be seen as two different patterns. Thisparameter is defined per EARFCN

PCIDPS

Type: Numeral

Range: 0 to 1

Unit: -

Default: -

Command: RLSEI, RLSEP

O&M: -

Comment: Indicates if the PCID indicated by PCIDP are thenot allowed cells or if all other PCID are not allowedcells.

PRIOTHR

Type: Numeral

Range: 0 to15

Unit: dBm

Default: 0


O&M: -

Comment: Defines a threshold, for the serving cell and allneighboring GSM cells, below which cell reselectionis allowed to inter-RAT frequencies with lowerpriority than GSM. In 3GPP this parameter is calledTHRESH_GSM_low. This parameter is defined perGSM cell.

0 to14:

-100 dBm to -72 dBm in steps of 2 dBm

15: Infinite (always)

QRXLEVMINE

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Cell Data

Type: Numeral

Range: 0 to 31(1)

Unit: dBm

Default: 0


O&M: -

Comment: Defines the minimum required RX level (RSRP)) forcells on the target E-UTRAN frequency. In 3GPPthis parameter is called E-UTRAN_QRXLEVMIN.This parameter is defined per EARFCN.

(1) -140 dBm to -78 dBm in steps of 2 dBm

QRXLEVMINU

Type: Numeral

Range: 0 to 31(1)

Unit: dBm

Default: 0


O&M: -

Comment: Defines the minimum required RX level (RSCP)for cells on the target UTRAN frequency. In 3GPPthis parameter is called UTRAN_QRXLEVMIN.Thisparameter is defined per FDDARFCN.

(1) -119 dBm to -57 dBm in steps of 2 dBm

RATPRIO

Type: Numeral

Range: 0 to 7(1)

Unit: -

Default: -


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O&M: -

Comment: Defines the priority of GSM, LTE frequencies andUMTS frequencies. The priority may not be thesame for different RATs but may be the same withina RAT. The GSM priority is defined per GSM cell,the LTE priority is defined per EARFCN and theUMTS priority is defined per FDDARFCN.

(1) 0 is the lowest priority, 7 is the highest priority

TRES

Type: Numeral

Range: 0 to3

Unit: Seconds

Default: 0


O&M: -

Comment: Defines the time during which the conditions forcell reselection to another RAT must be fulfilled. In3GPP this parameter is called T_reselection. Thisparameter is defined per GSM cell.

0: 5 seconds

1: 10 seconds

2: 15 seconds

3: 20 seconds

FASTRET3G

Type: Numeral

Range: 0 (INACTIVE), 1(ACTIVE)

Unit: -

Default: 0

Command: RLRWI, RLRWE,RLRWP

O&M: -

Comment: Shows the activation status of the feature FastReturn to WCDMA after Call Release

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Cell Data

FASTRETLTE

Type: Numeral

Range: 0 (INACTIVE), 1(ACTIVE)

Unit: -

Default: 0

Command: RLRLI, RLRLE, RLRLP

O&M: -

Comment: Shows the activation status of the feature FastReturn to LTE after Call Release


COVERAGEE

Type: Numeral

Range: 0 (GOOD), 1 (BAD)

Unit: -

Default: 0

Command: RLRLC

O&M: -

Comment: Indicates the coverage of all E-UTRAN cells on aE-UTRAN frequency within the coverage area ofthe GSM cell.


COVERAGEU

Type: Numeral

Range: 0 (GOOD), 1 (BAD)

Unit: -

Default: 0

Command: RLRWC

O&M: -

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Comment: Indicates the coverageof all UTRAN cells on aUTRAN frequency withinthe coverage area of theGSM cell.


3.26.7 GSM-UMTS Call Release - Cell Data

3.26.8 GSM-LTE Call release - Cell Data

3.27 Adaptive Multi Rate

During Urgency conditions for bad quality handovers (see parameterBQOFFSET, Page 90, and parameter EXTPEN, Page 92), Dynamic MS PowerControl (see Section 3.9 on page 141), Dynamic BTS Power Control (seeSection 3.11 on page 151) and Intra Cell Handover (see Section 3.14 on page169), different values for some parameters have to be considered for AMR FRconnections. For this purpose, AMR FR specific parameters BQOFFSETAFR,QLIMDLAFR, QLIMULAFR, SSDESULAFR, QDESULAFR, SSDESDLAFR,QDESDLAFR, SSOFFSETULAFR, QOFFSETULAFR, SSOFFSETDLAFRand QOFFSETDLAFR are used.


AMRFRSUPPORT

Type: Numeral

Range: 0 to 5

Unit: -

Default: 0


O&M: -

Comments: Adaptive Multi Rate Full Rate feature switch. It indicatesif AMR full rate support is switched on and which codecset is active in the BSC. If AMRFRSUPPORT is on,TCH/F SPV3 may be selected at channel allocation.

0 OFF

1 Full rate codec set 1


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Cell Data




AMRHRSUPPORT

Type: Numeral

Range: 0 to 4

Unit: -

Default: 0


O&M: -

Comments: Adaptive Multi Rate Half Rate feature switch. It indicatesif AMR half rate support is switched on and which codecset is active in the BSC. If AMRHRSUPPORT is on,TCH/H SPV3 may be selected at channel allocation.

0 OFF

1 Half rate codec set 1




3.27.2 BSC Data

SET

Type: Identifier

Range: FR3, FR4, HR3, HR4

Unit: -

Default: -

Command: RLADC, RLADP

O&M: -

Comments: Adaptive Multi Rate (AMR) codec set changed by theoperator.

FR3 Full Rate codec set 3

FR4 Full Rate codec set 4

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HR3 Half Rate codec set 3

HR4 Half Rate codec set 4

MODE

Type: Numeral

Range: 1 to 5 (Half Rate)

1 to 8 (Full Rate)

Unit: -

Default: -


O&M: -

Comments: Codec mode (the bit rate of the coded speech afterthe speech encoding).

Values for Half Rate:

1 4.75 Kbps

2 5.15 Kbps

3 5.90 Kbps

4 6.70 Kbps

5 7.40 Kbps

Values for Full rate:

1 4.75 Kbps

2 5.15 Kbps

3 5.90 Kbps

4 6.70 Kbps

5 7.40 Kbps

6 7.95 Kbps

7 10.2 Kbps

8 12.2 Kbps

THR

Type: Numeral

Range: 0 to 63

Unit: -

Default: -

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Cell Data


O&M: -

Comments: Threshold for changing the codec mode:

0 0 dB

1 0.5 dB

2 1 dB

...

63 31.5 dB

HYST

Type: Numeral

Range: 0 to 15

Unit: -

Default: -


O&M: -

Comments: Hysteresis for changing the codec mode:

0 0 dB

1 0.5 dB

2 1 dB

...

15 7.5 dB

3.28 EGPRS Link Quality Control


LQCACT

Type: Numeral

Range: 0 to 3

Unit: -

Default: 0


O&M: -

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Comments: Controls the feature Link Quality Control inEnhanced GPRS.

0 OFF for both uplink anddownlink

1 ON for downlink, OFF foruplink

2 OFF for downlink, ON foruplink

3 ON for both uplink anddownlink

LQCMODEUL

Type: Numeral

Range: 0 to 2

Unit: -

Default: 0


O&M: -

Comments: Controls the aggressiveness ofthe LQC algorithm in the uplink,for acknowledge mode TBFs ifEGPRSIRUL is set to 1. Otherwise LAmode is always used.

0: LA mode is used

1: LA/IR mode is used

2: LA/IR-BLER mode is used

LQCDEFAULTMCSDL

Type: Numeral

Range: 1 to 9

Unit: -

Default: 5


O&M: -

Comments: Control of which MCS shall be used in the downlinkwhen Link Quality Control is switched off:

1 MCS-1

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Cell Data

2 MCS-2

3 MCS-3

4 MCS-4

5 MCS-5

6 MCS-6

7 MCS-7

8 MCS-8

9 MCS-9

LQCDEFAULTMCSUL

Type: Numeral

Range: 1 to 9

Unit: -

Default: 5


O&M: -

Comments: Control of which MCS shall be used in the uplinkwhen Link Quality Control is switched off:

1 MCS-1

2 MCS-2

3 MCS-3

4 MCS-4

5 MCS-5

6 MCS-6

7 MCS-7

8 MCS-8

9 MCS-9

LQCHIGHMCS

Type: Numeral

Range: 1 to 9

Unit: -

Default: 9


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O&M: -

Comments: Maximum MCS that is supported:

1 MCS-1

2 MCS-2

3 MCS-3

4 MCS-4

5 MCS-5

6 MCS-6

7 MCS-7

8 MCS-8

9 MCS-9

LQCUNACK

Type: Numeral

Range: 0 to 2

Unit: -

Default: 1


O&M: -

Comments: Used to shift the selection of MCS toa more robust one when Link QualityControl is running in LA mode andRLC Unacknowledged Mode is usedby the TBF.

LQCMODEDL

Type: Numeral

Range: 0 to 2

Unit: -

Default: 1


O&M: -

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Cell Data

Comments: Controls the aggressiveness of theLQC algorithm in the downlink, foracknowledge mode TBFs.

0: LA mode is used

1: LA/IR mode is used

2: LA/IR-BLER mode is used

EGPRSIRUL

Type: Numeral

Range: 0 to 1

Unit: -

Default: 1


O&M: -

Comments: Switches IR ON (1) and OFF (0) forthe uplink.

3.29 GPRS Link Adaptation


EITHIGHCS

Type: Numeral

Range: 1, 2

Unit: -

Default: 2


O&M: -

Comments: It is used to define the highest possiblecoding scheme that can be chosenwhen data is transferred over EIT TBF.

3.29.2 Cell Data

LA

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Type: Identifier

Range: ON, OFF

Unit: -

Default: ON


O&M: -

Comments: Activates and deactivates the featureGPRS Link Adaptation.

CHCSDL

Type: Identifier

Range: NA, CS-1, CS-2, CS-3, CS-4

Unit: -

Default: CS-2


O&M: -

Comments: Coding Scheme for the downlink.

Parameter CHCSDL defines the initialCS that will be used for the downlink. Ifset to NA, the parameter CHCODINGwill be used instead.

If GPRS Link Adaptation is not active,the selected initial CS will work asstatic.

If GPRS Link Adaptation is activeCHCSDL is used as the initial CS.(1)

(2)

(1) If CHCSDL is set to CS-3 or CS-4 and if GPRS TBF capability is (CS-1, CS-2), then CS-2 isused.(2) Parameter CHCODING is always used to define the uplink CS.

3.30 GPRS/EGPRS Quality of Service


PCUQOS

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Cell Data

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Activates (=1) and deactivates (=0) thefeature R99 GPRS/EGPRS Quality ofService.

PCUEIT

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: Activates (=1) and deactivates (=0)the feature EIT Capacity.

TEITPENDING

Type: Numeral

Range: 0 to 200

Unit: 100 ms

Default: 30


O&M: -

Comments: It is used to define the maximumtime that a EIT Streaming TBFreservation should be kept betweentwo consecutive PDUs of Streamingdata received from SGSN or MS.

MSEITRESPTIME

Type: Numeral

Range: 0 to 5000

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Unit: ms

Default: 1500


O&M: -

Comments: It is used to define the initial sub-periodof TEITPENDING. During this time theprobability for receiving data over anEIT Streaming TBF is considered tobe high, hence EITSCHEDFREQH isapplied. (1)

(1) Only values which are multiples of 20 ms are accepted.

EITSCHEDFREQH

Type: Numeral

Range: 20 to 5000

Unit: ms

Default: 100


O&M: -

Comments: It is used to define the time between two consecutiveUSFs or RRBPs scheduled for an MS over EITStreaming TBF when the TBF is in inactive mode,for example no real data is sent or received. Thisscheduling frequency is used when MSEITRESPTIMEis running. (1)


EITSCHEDFREQL

Type: Numeral

Range: 20 to 20000

Unit: ms

Default: 200


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Cell Data

O&M: -

Comments: It is used to define the time between two consecutiveUSFs or RRBPs scheduled for an MS over EITStreaming TBF when the TBF is in inactive mode,for example no real data is sent or received. Thisscheduling frequency is used when TEITPENDING isstill running but MSEITRESPTIME is already expired.(1)


THPMBRFACTOR

Type: Numeral

Range: 0 to 10

Unit: -

Default: 0


O&M: -

Comments: Defines to what extent the MBR istaken into account of scheduling of theInteractive users.

If set to 0, MBR is not taken intoaccount in the weight calculation. Theprioritizing of the users is made basedonly on the THP.

QOSTHP1

Type: Numeral

Range: 1 to 10

Unit: -

Default: 3


O&M: -

Comments: Determines the relative importanceof the THP-1 users compared to theTHP-3 users.

QOSTHP2

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Type: Numeral

Range: 1 to 10

Unit: -

Default: 2


O&M: -

Comments: Determines the relative importanceof the THP-2 users compared to theTHP-3 users.

QOSMAPPING

Type: Numeral

Range: 0, 1, 2

Unit: -

Default: 0


O&M: -

Comments: Defines how the R97/98 Quality of Service is used:

0 R97/98 Quality of Service disabled

1 R97/98 Quality of Service enabled.Mapping activated, R97 PrecedenceLow, Medium, High are mapped to R99traffic classes Background, InteractiveTHP3, Interactive THP2, respectively

2 R97/98 Quality of Service enabled.Mapping activated, R97 PrecedenceLow, Medium, High are mapped toR99 traffic classes Interactive THP3,Interactive THP2, Interactive THP1,respectively

QOSCONVPRIO

Type: Numeral

Range: 1 to 3

Unit: -

Default: 1


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Cell Data

O&M: -

Comments: Defines how BSS handles a Conversational PFCin the Interactive class.

1 Interactive THP1

2 Interactive THP2

3 Interactive THP3

QOSSTREAMPRIO

Type: Numeral

Range: 0 to 4

Unit: -

Default: 1


O&M: -

Comments: Defines how BSS handles a Streaming PFC thatBSS could not allocate Streaming resources for.

0 Background

1 Interactive THP1

2 Interactive THP2

3 Interactive THP3

4 Terminate the StreamingPFC

TSTREAMSTART

Type: Numeral

Range: 0 to 200

Unit: 100 ms

Default: 59


O&M: -

Comments: Defines the maximum time Streamingresources are kept reserved if no dataarrives from SGSN after the initialGBR negotiation between BSS andSGSN is finalized.

TSTREAMPENDING

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Type: Numeral

Range: 0 to 200

Unit: 100 ms

Default: 30


O&M: -

Comments: Defines the maximum time Streamingresources are kept reserved if noStreaming data arrives from SGSNafter the last Streaming data wastransmitted to the MS.

EITGMAXUSEUL

Type: Numeral

Range: 0 to 400 (in steps of 10)

Unit: %

Default: 100


O&M: -

Comment: The parameter EITGMAXUSEULdefines the maximum usage for uplinkEIT (Ericsson Instant Talk) TBFs(Temporary Block Flow) for B- orG-TBF mode

EITEMAXUSEUL

Type: Numeral


Unit: %

Default: 100


O&M: -

Comment: The parameter EITEMAXUSEULdefines the maximum usage for uplinkEIT (Ericsson Instant Talk) TBFs(Temporary Block Flow) for E-TBFmode

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Cell Data

EITGMAXUSEDL

Type: Numeral


Unit: %

Default: 100


O&M: -

Comment: The parameter EITGMAXUSEDLdefines the maximum usage fordownlink EIT (Ericsson Instant Talk)TBFs (Temporary Block Flow) for B- orG-TBF mode

EITEMAXUSEDL

Type: Numeral


Unit: %

Default: 100


O&M: -

Comment: The parameter EITEMAXUSEDLdefines the maximum usage fordownlink EIT (Ericsson Instant Talk)TBFs (Temporary Block Flow) forE-TBF mode

EITQOSPRIO

Type: Numeral

Range: 1 to 3

Unit: -

Default: 3


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O&M: -

Comment: The parameter EITQOSPRIO definesthe action to take when admissionis not granted for an EIT (EricssonInstant Talk) user.

1: Reject

2: Renegotiate with SGSN (downgradeto interactive)

3: Admit anyway (BSC internaldowngrade)

EITADMCTRL

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


O&M: -

Comments: Activates and deactivates the featureAdmission Control for EIT.

0 = Admission Control for EITdeactivated

1 = Admission Control for EIT activated

3.30.2 Cell Data

BPDCHBR

Type: Numeral

Range: 1 to 12

Unit: kbps

Default: 12


O&M: -

Comments: Defines the minimum estimated bitrateper B-PDCH in cell used for transfer ofthe traffic class Streaming.

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Cell Data

GPDCHBR

Type: Numeral

Range: 1 to 20

Unit: kbps

Default: 14


O&M: -

Comments: Defines the minimum estimated bitrateper G-PDCH in cell used for transfer ofthe traffic class Streaming.

EPDCHBR

Type: Numeral

Range: 1 to 60

Unit: kbps

Default: 20


O&M: -

Comments: Defines the minimum estimated bitrateper E-PDCH in cell used for transfer ofthe traffic class Streaming.

STREAMSUP

Type: Identifier

Range: YES, NO

Unit: -

Default: NO


O&M: -

Comments: Activates and deactivates the featureQoS Streaming on cell level.

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3.31 Interference Rejection Combining

3.31.1 Cell Data

IRC

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: Activates (ON) or deactivates (OFF)the feature Interference RejectionCombining (IRC).

3.32 Multi Band Cell


MBCRAC

Type: Numeral

Range: 0 to 2

Unit: -

Default: 0


O&M: -

Comments: Defines the way that GPRS/EGPRS MS frequencyband capabilities are handled:

0 MS frequency capabilityis considered whenallocating and revisingchannels for TBFtransfers. If the MSfrequency capabilitiesare not available, onlythe BCCH frequencyband is available.

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Cell Data

1 All GPRS/EGPRS MSsare assumed to becapable of all frequencybands. MS frequencycapability is consideredwhen allocating andreserving cahnnels forTBF transfers. If the MSfrequency capabilitiesare not available, allfrequency bands areavailable

2 All GPRS/EGPRS MSsare assumed to becapable of both GSM 900frequency sub-bands.MS frequency capabilityis considered whenallocating and reservingchannels for TBFtransfers. If the MSfrequency capabilitiesare not available, bothGSM 900 frequencysub-bands are available.(1)

(1) This parameter value is only applicable if the BCCH is configured in the P-GSM band.

FBCHALLOC

Type: Numeral

Range: 0 to 2

Unit: -

Default: 2


O&M: -

Comments: It makes possible to determine if channels on BCCHfrequency band shall be selected first, last or if thereis no preference at channel allocation:

0 No selection preference.

1 Select channels inBCCH frequency,band/subband first

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2 Select channels inBCCH frequency,band/subband last.

(1)

(2)

(1) FBCHALLOC does not influence the channel allocation for GPRS/EGPRS.(2) The parameter is not applicable if there is only one frequency band per subcell.

3.32.2 Cell Data

FBOFFS

Type: Numeral

Range: -40 to 40

Unit: dB

Default: 0


O&M: -

Comments: Defines the difference in pathlossbetween the BCCH frequency bandgroup and the non-BCCH frequencyband group. Positive values are usedwhen the BCCH frequency band groupis assumed to offer "better" coveragethan the non-BCCH frequency bandgroup.


BAND

Type: Identifier

Range: GSM800, GSM900, GSM1800, GSM1900

Unit: -

Default: -

Command: RLDGI , RLDGP

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Cell Data

O&M: -

Comments: Frequency band used in the channel group.

GSM1800 and GSM1900 cannot be defined in thesame cell.

In multi band cells, CSYSTYPE defines thefrequency band used for the BCCH.

It is not possible to change BAND in single bandcells. In these cells CSYSTYPE defines thefrequency band used in the whole cell.

3.33 GPRS/EGPRS Connection Control and Transfer


DLDELAY

Type: Numeral

Range: 0 to 5000

Unit: ms

Default: 2200


O&M: -

Comments: Defines the time to keep a downlinkTBF alive after the last downlink RLCdata block with real data is sent.

ULDELAY

Type: Numeral

Range: 0 to 5000

Unit: ms

Default: 1000


O&M: -

Comments: Defines the time to keep an uplinkTBF in Extended UL TBF mode aliveafter the last uplink RLC data block isreceived.

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ESDELAY

Type: Numeral

Range: 0 to 2000

Unit: ms

Default: 750


O&M: -

Comments: Defines the time to keep an earlyset-up downlink TBF alive after it hasbeen set-up.

TFILIMIT

Type: Numeral

Range: 0 to 31

Unit: -

Default: 4


O&M: -

Comments: Defines the minimum number of TFIsthat have to be available for the TBFkeep alive mechanism. If less TFIs areavailable TBFs will be released unlessthey carry real data.

USFLIMIT

Type: Numeral

Range: 0 to 7

Unit: -

Default: 2


O&M: -

Comments: Defines the minimum number of USFsthat have to be available for ExtendedUL TBF mode. If less USFs areavailable TBFs will be released unlessthey carry real data.

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Cell Data

LOPTETHR

Type: Numeral

Range: 0–60

Unit: kbps

Default: 10


O&M: -

Comments: Radio link bit rate threshold for EPRSTBFs. The default value shall be10 and it shall only be possibleto change the value if the globalparameter GPRSLOADOPT indicatesthat the feature is available. Thethreshold defines when an EGPRSTBF is considered to be in badradio environment. The radio link ismeasured per PDCH. Valid for bothuplink and downlink.

LOPTGTHR

Type: Numeral

Range: 0–20

Unit: kbps

Default: 8


O&M: -

Comments: Radio link bit rate threshold for GPRSTBFs. The default value shall be 8and it shall only be possible to changethe value if the global parameterGPRSLOADOPT indicates that thefeature is available.

MINPOLLEIT

Type: Numeral

Range: 1 to 24

Unit: -

Default: 12

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O&M: -

Comment: The parameter MINPOLLEIT definesthe minimum number of radio blocksbetween polls for an EIT TBF.

MINPOLL

Type: Numeral

Range: 1 to 24

Unit: -

Default: 16


O&M: -

Comment: The parameter MINPOLL definesthe minimum number of radio blocksbetween polls for non-EIT (EricssonInstant Talk).

AQMMAXIPSIZE

Type: Numeral

Range: 100 to 2000

Unit: bytes

Default: 1700


O&M: -

Comment: Indicates the upper limit of the IPpacket size.

AQMMINBUFF

Type: Numeral

Range: 1 to 200

Unit: Kbyte

Default: 10


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Cell Data

O&M: -

Comment: This parameter ensures that at leasta few IP packets are buffered at verylow peak rate.

AQMMINIPSIZE

Type: Numeral

Range: 100 to 2000

Unit: byte

Default: 300


O&M: -

Comment: Indicates the lower limit of the IPpacket size.

AQMRTTCONST

Type: Numeral

Range: 100 to 4000

Unit: ms

Default: 850


O&M: -

Comment: Indicates the constant part of theroundtrip time. This includes delaysin server, core network, BSC, MS andlaptop as well as transmission delayson the air interafce such as Gn, Gband Abis. The constant is changes insteps of 10 ms.

PULSCHEDINT

Type: Numeral

Range: 0 to 10 and 99

Unit: -

Default: 0


O&M: -

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Comment: Defines the scheduling periods fora TBF in Extended UL TBF mode(EUL) and delayed release of DLTBF mode (DDL). The parameter alsodefines if the feature Persistent UplinkScheduling is activated or deactivated.

PULSCHEDINT

Minimum insertion interval perTBF,EUL[ms]

Minimuminsertionintervalper TBF,DDL[ms]

No ofTSsscheduled,EUL

0 Feature deactivated

1 20 40 1

2 40 40 1

3 60 80 1

4 80 80 1

5 100 120 1

6 120 120 1

7 140 160 1

8 160 160 1

9 180 200 1

10 200 200 1

99 20 40 all assigned

AQMSUPPORT

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


O&M: -

Comment: Indicates if AQM support is activatedor not.

0 = AQM not activated

1 = AQM activated

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Cell Data

LOADOPT

Type: Numeral

Range: 0 to 2

Unit: -

Default: 0


O&M -

Comment Support for GPRS Load Optimization.

0: Feature OFF

1: Feature ON for Background

2: Feature ON for Background andInteractive

3.33.2 Cell Data

RTTI

Type: Identifier


Unit: -

Default: INACTIVE


O&M: -

Comment: This parameter defines whether Reduced TTI isactivated in the cell.

ACTIVE Reduced TTI is activated in the cell

INACTIVE Reduced TTI is not activated in thecell

IAN

Type: Identifier


Unit: -

Default: INACTIVE


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O&M: -

Comment: The parameter defines whether Improved Ack/Nackis activated in the cell or not

ACTIVE Improved Ack/Nack isactivated in the cell.

INACTIVE Improved Ack/Nack isnot activated in the cell.

3.34 Antenna Hopping


AHOP

Type: Identifier

Range: ON, ONXC0, OFF

Unit: -

Default: OFF

Command: RXMOC, RXMOP., RXMSC, RXBFP

O&M: It is only possible to read the antenna hoppingadministrative state with RXMOP. With RXBFP both theadministrative and the operative feature states withinthe TG are shown.

Comments: Antenna Hopping. This parameter sets the antennahopping administrative state for a TG

ON Antenna Hopping enabled

ONXC0 Antenna Hopping enabledexcluding carrier zero frequency

OFF Antenna Hopping disabled

3.35 Synchronized Radio Networks


BSCFSOFFSETMSW

Type: Numeral

Range: 0 to 65535

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Cell Data

Unit: symbol

Default: 0


O&M: -

Comments: BSC Frame Start Offset, mostsignificant word.

The BSC Frame Start Offset adjuststhe frame start offset of transmittedTDMA frames relative the nominalposition for all cells realized by theBSC.

BSCFSOFFSETLSW

Type: Numeral

Range: 0 to 65535

Unit: symbol

Default: 0


O&M: -

Comments: BSC Frame Start Offset, leastsignificant word.

The BSC Frame Start Offset adjuststhe frame start offset of transmittedTDMA frames relative the nominalposition for all cells realized by theBSC.


Related channel group parameters are HOP, HSN, MAIO (for more informationsee Page 162) and TSC (for more information see Page 38).


Related cell/subcell parameters are FNOFFSET (see Page 25).


Related hardware characteristic data parameters are TFMODE and SYNCSRC.For more details, see Page 354.

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FSOFFSET

Type: Numeral

Range: 0 to 65534, OFF (65535)

Unit: 1/4 symbol

Default: OFF

Command: RXMOI, RXMOC, RXMSC, RXMOP

O&M: -

Comments: Frame Start Offset states if the transmitted TDMAframes should be synchronized to the nominalposition with a defined offset or not synchronizedto the nominal position.

OFF No frame start offsetrelative the nominalposition of transmittedTDMA frames

Other A defined frame startoffset of the transmittedTDMA frames relativeto the BSC Frame StartOffset adjusted nominalposition

3.36 Channel Allocation Optimization

3.36.1 Cell Data

DMQB

Type: Identifier

Range: ON and OFF

Unit: -

Default: -

Command: RLDMC, RLDMP

O&M: -

Comments: Defines if the Dynamic Half Rate (HR)to Full Rate (FR) Mode Adaptation dueto bad quality is active (ON) or inactive(OFF).

DMQBAMR

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Cell Data

Type: Numeral

Range: 0 to 100

Unit: dtqu

Default: -


O&M: -

Comments: Channel quality threshold for AMRcapable mobiles using a HR trafficchannel. It determines when a changefrom HR to FR is initiated for DualRate mobiles capable of AMR if theDMQB parameter is set to ON. It canbe set per priority level if using SpeechQuality Priority.

DMQBNAMR

Type: Numeral

Range: 0 to 100

Unit: -

Default: -


O&M: -

Comments: Channel quality threshold for mobilesnot capable of AMR using a HR trafficchannel. It determines when a changefrom HR to FR is initiated for DualRate mobiles not capable of AMR ifthe DMQB parameter is set to ON. Itcan be set per priority level if usingSpeech Quality Priority.

DMQG

Type: Identifier

Range: ON and OFF

Unit: -

Default: -


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O&M: -

Comments: Defines the if the Dynamic FullRate (FR) to Half Rate (FR) ModeAdaptation quality evaluation is active(ON) or inactive (OFF).

DMQGAMR

Type: Numeral

Range: 0 to 100

Unit: -

Default: -


O&M: -

Comments: Channel quality threshold for AdaptiveMulti Rate (AMR) capable mobilesusing a FR traffic channel. Itdetermines when a change fromFR to HR is allowed for Dual Ratemobiles capable of AMR if the DMQGparameter is set to ON. It can beset per priority level if using SpeechQuality Priority.

DMQGNAMR

Type: Numeral

Range: 0 to 100

Unit: -

Default: -


O&M: -

Comments: Channel quality threshold for mobilesnot capable of AMR using a FR trafficchannel. It determines when a changefrom FR to HR is allowed for DualRate mobiles not capable of AMR ifthe DMQG parameter is set to ON. Itcan be set per priority level if usingSpeech Quality Priority.

DMTHAMR

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Cell Data

Type: Numeral

Range: 0 to 100

Unit: %

Default: -


O&M: -

Comments: HR packing threshold parameter forAMR HR capable mobiles. Whenbelow this value a HR packing ordynamic mode adaptation from FRto HR is initiated. The parameterexpresses the ratio between idle anddeblocked TCHs in % and is set percell.

DMTHNAMR

Type: Numeral

Range: 0 to 100

Unit: %

Default: -


O&M: -

Comments: HR packing threshold parameter fornon AMR but DR capable mobiles.When below this value a HR packingor dynamic mode adaptation fromFR to HR is initiated. The parameterexpresses the ratio between idle anddeblocked TCHs in % and is set percell.

DTHAMR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 30

Command: RLDHC, RLDHP

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O&M: -

Comments: Indicates the ratio between idle anddeblocked TCHs in the cell. Belowthis threshold an AMR MSs will beallocated on HR channels.

DTHNAMR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 15


O&M: -

Comments: Indicates the ratio between idle anddeblocked TCHs in the cell. Below thisthreshold a non-AMR but DR capableMS will be allocated on HR channels.

DMSUPP

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLDMI, RLDME

O&M -

Comments: Controls the activation of DynamicFR/HR Mode Adaptation (DYMA).(1)

(1) It is only possible to set this parameter to ON if the parameter CODECREST is set to NONE

DHA

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


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Cell Data

O&M -

Comments: Controls the activation of DynamicHalf Rate Allocation (DHA).(1)


ATHABIS

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLDAC, RLDAP

O&M: -

Comments: This parameter is a commonparameter that activates or deactivatesthe features Dynamic HR Allocationon Abis and Dynamic FR/HR ModeAdaptation on Abis in a cell. (1)


ATHABISPR

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: The parameter is used to turn SpeechQuality Priority (priority consideration)ON or OFF for the feature AbisTriggered HR Allocation (for both theDynamic Half Rate Allocation andDYMA functionality).

DHASS

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

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Command: RLCSC, RLSCP

O&M: -

Comments: The parameter is used to turn thecheck of minimum DL signal strengthON or OFF for the features DynamicHalf Rate Allocation and the DHA partoft Abis Triggered HR Allocation.

DHASSTHRASS

Type: Numeral

Range: 47 to 110

Unit: -dBm

Default: 96

Command: RLCSC, RLCSP

O&M: -

Comments: Defines the threshold for minimumDL signal strength to be applied atDynamic Half Rate Allocation duringcall setup

DHASSTHRHO

Type: Numeral

Range: 47 to 110

Unit: -dBm

Default: 98

Command: RLCSC, RLCSP

O&M: -

Comments: Defines the threshold for minimumDL signal strength to be applied atDynamic Half Rate Allocation duringhandover.

DHPR

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

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Cell Data


O&M: -

Comments: The parameter is used to turn SpeechQuality Priority (priority consideration)ON or OFF for the feature DynamicHalf Rate Allocation.

DHPRL

Type: Numeral

Range: 1 to 15

Unit: -

Default: -


O&M: -

Comments: Defines the priority level (1-14) forwhich the threshold parameters givenin the same command shall apply (oneor both of DTHAMR and DTHNAMR).The value 15 is used for calls with nopriority level assigned.

DMPR

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RLDMC, RLDMI, RLDMP

O&M: -

Comments: The parameter is used to turn SpeechQuality Priority (priority consideration)ON or OFF for the feature DynamicFR/HR Adaptation.

DMPRL

Type: Numeral

Range: 1 to 15

Unit: -

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Default: -


O&M: -

Comments: Defines the priority level (1-14) forwhich the quality thresholds given inthe same command shall apply (one orseveral of DMQBAMR, DMQBNAMR,DMQGAMR and DMQGNAMR). Thevalue 15 is used for calls with nopriority level assigned.

DMTFAMR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 100


O&M: -

Comments: Threshold parameter for moving callsrun on AMR HR to FR. When the idlelevel is above this value a HR to FRadaptation is initiated. The parameterexpresses the ratio between idle anddeblocked TCHs in % and is set percell.

DMTFNAMR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 100


O&M: -

Comments: Threshold parameter for moving callsrun on non AMR HR to FR. Whenthe idle level is above this valuea HR to FR adaptation is initiated.The parameter expresses the ratiobetween idle and deblocked TCHs in% and is set per cell.

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Cell Data

DTHAMRWB

Type: Numeral

Range: 0-100

Unit: %

Default: 10


O&M: -

Comment: Dynamic HR Allocation threshold for AMR Wideband(AMR-WB) capable MSs This parameter changesa percentage value of number of unblocked FRTCHs in the AMR-WB capable cell when DynamicHR Allocation is activated and the MS supportsAMR-WB. If the number of idle FR TCHs in thecell is above or equal the value of this parameter,FR TCHs has precedence over HR TCHs. If thenumber of idle FR TCHs in the cell is below thevalue of this parameter, HR TCHs has precedenceover FR TCHs.

3.36.2 TG Data

DHRAABISTHR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 0

Command: RXMOI, RXMOC, RXMSC, RXATC,RXATP

O&M: -

Comment: This parameter defines a thresholdvalue for the 16 kbps part of the Abispool for starting and stopping allocationof AMR HR and HR channels. Theparameter is set per TG.

DFRMAABISTHR

Type: Numeral

Range: 0 to 100

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Unit: %

Default: 0


O&M: -

Comment: This parameter defines a thresholdvalue for the 16 kbps part of the Abispath pool for starting and stoppingpacking of AMR HR and HR channelsand for starting and stopping move ofFR to HR channels, including AMR.The parameter is set per TG.

AHPRL

Type: Numeral

Range: 1 to 15

Unit: -

Default: -

Command: RXATC, RXATP

O&M: -

Comments: Defines the priority level (1-14) forwhich the threshold parametersgiven in the same commandshall apply (one or several ofDHRAABISTHR, SDHRAABISTHR,DAMRREDABISTHR andSDAMRREDABISTHR). The value 15is used for calls with no priority levelassigned.

DHRMAABISTHR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 100


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Cell Data

O&M: -

Comments: This parameter defines a thresholdvalue for the 16 kbps part of the Abispath pool for when to start and stopmoving of calls run on HR to FRchannels. The parameter is set perTG.

DHRAABISTHRWB

Type: Numeral

Range: 0-100

Unit: %

Default: -

Command: RXATC

O&M: -

Comment: Dynamic HR allocation threshold for 16 kbps poolof Abis paths for AMR-Wideband (WB) capablemobiles This parameter changes a threshold valuefor starting and stopping the allocation of AMRHR and HR channels using Abis devices from the16 kbps pool. This threshold is used in AMR-WBcapable cells for mobiles that support AMR-WB.The threshold value is expressed as percentage ofidle 16 kbps Abis devices, out of nominal number ofdevices in the pool. The allocation of HR channelsdue to shortage of Abis resources starts when thenumber of idle 16 kbps Abis devices falls below thethreshold value and ends when the number of idle16 kbps Abis devices exceeds the value determinedby this parameter. The allocation is stopped whenthe threshold value is set to 0.

SDHRAABISTHRWB

Type: Numeral

Range: 0-100

Unit: %

Default: -

Command: RXATC

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O&M: -

Comment: Dynamic HR allocation threshold for SC forAMR-WB capable mobiles This parameter changesa threshold value for starting and stopping theallocation of AMR HR and HR channels, in case ofhigh transmission load on an SC. This thresholdis used in AMR-WB capable cells for mobiles thatsupport AMR-WB. The threshold value is expressedas percentage counted as the number of HDLCpackets transmitted through the SC divided by themaximum number of HDLC packets that can betransmitted within the timeframe. The allocation ofHR channels due to shortage of SC resources startswhen the number of transmitted HDLC packetsexceeds the threshold value and ends when thenumber of transmitted HDLC packets falls below thevalue determined by this parameter. The allocationis stopped when the threshold value is set to 100.

3.37 Dual Transfer Mode (DTM)

3.37.1 Cell Data

MAXLAPDM

Type: Numeral

Range: 5 to 12

Unit: LAPDm frames

Default: 5

Command: RLDUC, RLDUP

O&M: -

Comments: It is used to control the maximumlength of the GPRS signallingmessages sent on the FACCH.

ALLOCPREF

Type: String

Range: QUAL, PACK

Unit: -

Default: QUAL

Command: RLDUC, RLDUP

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Cell Data

O&M: -

Comments: It is used as a preference at DTMchannel allocation in some situations;whether the TCH (CS part) in aDTM connection shall be allocatedwith maximum speech qualityconsiderations or with packingconsiderations (to prefer a TCH/HR).

OPTMSCLASS

Type: Numeral

Range: 11

Unit: -

Default: -

Command: RLDUP

O&M: -

Comments: Defines the optional DTM multislotclasses supported in a cell. Theoptional DTM multislot classesare added with the parameterOPTMSCLASSADD, see Page 293,and removed with the parameterOPTMSCLASSREM, see Page 293.

OPTMSCLASSADD

Type: Numeral

Range: 11

Unit: -

Default: -

Command: RLDUC

O&M: -

Comments: Defines for which optional DTMmultislot class support shall be addedin a cell. See also OPTMSCLASS,Page 293

OPTMSCLASSREM

Type: Numeral

Range: 11

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Unit: -

Default: -

Command: RLDUC

O&M: -

Comments: Defines for which optional DTMmultislot class support shall beremoved in a cell. See alsoOPTMSCLASS, Page 293

3.38 Flexible Abis (FLAB)


ABISALLOC

Type: String

Range: FIXED, FLEXIBLE

Unit: -

Default: FIXED

Command: RXMOI, RXMOC, RXMSC, RXMOP.. .

O&M: -

Comments: Controls the way Abis paths areallocated to the TCHs capable of 64kbps. The parameter is set per TG.

PILTIMERFLEX

Type: Numeral

Range: 0 to 100

Unit: % of PILTIMER

Default: 50

Command: RAEPC, REAPP

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Cell Data

O&M: -

Comments: The parameter is used to set howlong PDCHs allocated on G-TCHsand E-TCHs, with a flexible Abis, willkeep the 64 kbps Abis path beforeit is downgraded to 16 kbps. This isapplicable if FLEXHIGHGPRS = 0 andif there are GPRS traffic but no longerany EGPRS traffic on the PDCH. Thetime is decided by PILTIMERFLEX *PILTIMER/100.

ABIS64KTHR

Type: Numeral

Range: 0 to 100

Unit: %

Default: 0


O&M: -

Comment: This parameter defines a thresholdvalue for packing of flexibly allocatedAbis paths in the 64 kbps part of theAbis path pool.

DAMRREDABISTHR

Type: Numeral

Range: 1 to 100

Unit: %

Default: 20


O&M: -

Comment: This parameter defines a thresholdvalue for the 16 kbps part of the Abispath pool for starting and stoppingallocation of AMR FR channels withreduced codec set.

DAMRCR

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Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RXMOI, RXMOC, RXMSC

O&M: -

Comments: This parameter activates anddeactivates Full Rate AMR on 8k Abis.The parameter is set per TG.

3.38.2 Cell Data

FLEXHIGHGPRS

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comments: This parameter defines whether 16kbps (0) or 64 kbps (1) Abis paths shallbe allocated for non-EGPRS capablemobiles.

DAMRCRABIS

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: The parameter is used to activate ordeactivate the feature Full Rate AMRon 8 kbps Abis on cell level.

DAMRCRABISPR

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Cell Data

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comments: The parameter is used toactivate/deactivate the featureSpeech Quality Priority for FR AMR on8 kbps Abis.

3.39 Voice Group Call Service


PAGPRIO

Type: Numeral

Range: 0–5

Unit: -

Default: 5

Command: RLVGC, RLVGP

O&M: -

Comments: This parameter indicates the lowestpaging priority that will cause a pagingfor a call in an ongoing group call.

VGPRIO

Type: Numeral

Range: 1–15

Unit: -

Default: 1


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O&M: -

Comments: This parameter indicates the lowestvoice group call priority that will causea notification into ongoing calls andgroup calls.

NOTIFP

Type: Numeral

Range: 1–30

Unit: Seconds

Default: 5


O&M: -

Comments: This parameter indicates the repetitionperiod for notifications into ongoinggroup calls.

3.39.2 Cell Data

FBVGCHALLOC

Type: String

Range: BCCHBAND, ANYBAND

Unit: -

Default: BCCHBAND


O&M: -

Comments: This parameter indicates in whichfrequency band the voice groupchannels shall be allocated.

REPPERNCH

Type: Numeral

Range: 0–40

Unit: Multiframes

Default: 4


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Cell Data

O&M: -

Comments: This parameter indicates the repetitionperiod for notifications (the maximumtime between notifications) for ongoinggroup calls on NCH.

VGCHALLOC

Type: String

Range: NOPREF, BCCHPREF,BCCHNOPREF

Unit: -

Default: BCCHPREF


O&M: -

Comments: This parameter determines if a voicegroup channel shall be allocatedpreferably on the BCCH frequency,preferably not on the BCCH frequencyor with no preference.

CHMAX

Type: Numeral

Range: 0 to 32

Unit: -

Default: 32


O&M: -

Comments: This parameter indicatets the absolutenumber of allowed VGCHs per cell.

DYNVGCH

Type: String

Range: OFF, ON

Unit: -

Default: OFF


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O&M: -

Comments: This parameter indicates if the featureDynamic VGCH Handling is activatedor deactivated.

VGENCR

Type: String

Range: OFF, ON

Unit: -

Default: OFF


O&M: -

Comments: This parameter indicates if the featureVGCS Channel Encryption is activatedor deactivated.

3.40 Tandem Free Operation (TFO)


PCMLAW

Type: Numeral

Range: 0–1

Unit: -

Default: 0


O&M: -

Comments: This parameter is used to set thecorrect PCM law type on the Ainterface. The parameter is set perBSC.

0: A-Law

1: µ-Law

TFOCONFIGTRA

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Cell Data

Type: Numeral

Range: 0–1

Unit: -

Default: 0


O&M: -

Comment: TFO configuration switch. Thisparameter is used to switch on or offall TRA R6 boards to support TFO.The parameter is set per BSC.

0: OFF

1: ON

TFOPRIO

Type: Numeral

Range: 0–1

Unit: -

Default: 0


O&M: -

Comment: This parameter is used to steerhandover regulations in TFO. Theparameter is set per BSC.

0: All types of handover allowed inTFO

1: All types of handover allowed inTFO except the following:

• DYMA (FR to HR adaptations)

• HR Packing

• Cell Load Sharing

• Subcell Load Distribution

• TCH Optimization

• Improved Abis Utilization

TFOSTATUS

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Type: Numeral

Range: 0–1

Unit: -

Default: 0


O&M: -

Comment: This parameter is used to turn thefeature TFO ON (=1) or OFF (=0). Theparameter is set per BSC.

3.41 Handover and Signalling Robustness

3.41.1 BSC Data

REEST

Type: String

Range: ON, OFF

Unit: -

Default: -

Command: RFEHI, RFEHE, RFEHP

O&M: -

Comment: This parameter initiate, end and printthe status of Reestablish of Layer 2functionality.

REPFACCH

Type: String

Range: ON, OFF

Unit: -

Default: -

Command: RFEHI, RFEHE, RFEHP

O&M: -

Comment: This parameter initiate, end and printthe status of Repeated DownlinkFACCH.

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Cell Data

SACCHDLTHR

Type: Numeral

Range: 1–63

Unit: -

Default: 8

Command: RFEAC, RFEAI, RFEAP

O&M: -

Comment: SACCHDLTHR is used to triggerRepeated SACCH mode on the DLwhen Enhanced AMR Coverage isactivated.

Repeated SACCH mode is triggeredper call and direction

SACCHULTHR

Type: Numeral

Range: 1–63

Unit: -

Default: 8

Command: RFEAC, RFEAI, RFEAP

O&M: -

Comment: SACCHULTHR is used to triggerRepeated SACCH mode on the ULwhen Enhanced AMR Coverage isactivated.

Repeated SACCH mode is triggeredper call and direction

3.42 Find Faulty Antenna Features

3.42.1 BSC Data

BSCFFAD

Type: Identifier

Range: ENABLED, DISBALED

Unit: -

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Default: DISABLED

Command: RFADI, RFADE, RFADP

O&M: Changing the parameter fromENABLED to DISABLED willdeactivate the feature in all cells (thathave been activated from R-PMO).

Comments: Status of the function FFAD in theBSC.

RFADP gives a common statusprintout for all Find Faulty Antennafeatures.

BSCFFTAD

Type: Identifier


Unit: -

Default: DISABLED

Command: RFTDI, RFTDE, RFADP

O&M: Changing the parameter fromENABLED to DISABLED willdeactivate the feature in all cells (thathave been activated from R-PMO).

Comments: Status of the function FFTAD in theBSC.

RFADP gives a common statusprintout for all Find Faulty Antennafeatures.

3.43 Packet Abis over IP

3.43.1 BSC Data

CRC32

Type: String

Range: ON, OFF

Unit: -

Default: ON

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Cell Data

Command: RRPTC, RRPTI, RRPTP

O&M: -

Comment: This parameter specifies if CRC-32checksum should be calculatedaccording to ISO 3309 and included inthe IP packet. The setting will apply toboth uplink and downlink. Setting thisparameter to ON will increase the IPoverhead.

ON = CRC 32 included in IP packet

OFF = CRC 32 not included in IPpacket

DSCPDL

Type: Numeral

Range: 0–63

Unit: QoS class

Default: 0


O&M: -

Comment: This parameter defines the DifferentialServices Code Point (DSCP) that willbe used by the PGW for downlinkpackets with certain SAPI. Each DSCPvalue defines a separate QoS classand can be used to prioritize downlinkpackets in the IP network.

DSCPUL

Type: Numeral

Range: 0–63

Unit: QoS class

Default: 0


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O&M: -

Comment: This parameter defines the DifferentialServices Code Point (DSCP) that willbe used by STN for uplink packetswith certain SAPI. Each DSCP valuedefines a separate QoS class and canbe used to prioritize downlink packetsin the IP network.

IPDEVNO

Type: Numeral

Range: 0–127

Unit: —

Default: —

Command: RRIPC, RRIPI, RRIPP

O&M: -

Comment: This parameter defines the IP devicenumber.

IPDEV2NO

Type: Numeral

Range: 0–65535

Unit: —

Default: —


O&M: -


IPDEVTYPE

Type: String 1–7

Range: RTIPPGW

Unit: —

Default: —


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Cell Data

O&M: -

Comment: This parameter defines the type ofdevice to be used by an IP address.(This is the only applicable value forPacket Abis over IP).

JBSUL

Type: Numeral

Range: 0–255

Unit: ms

Default: 20

Command: RRSGC, RRSGI, RRSGP

O&M: -

Comment: This parameter defines the size of theuplink jitter buffer.

MBWDL

Type: Numeral

Range: 64–16384

Unit: kbps

Default: —


O&M: -

Comment: This parameter defines the maximumbandwidth in downlink.

The parameter defines the bandwidthin downlink that is considered100% when calculating thresholdsfor triggering overload preventionmechanisms.

This value should be set as close tothe actual bandwidth as possible.

MBWUL

Type: Numeral

Range: 64–16384

Unit: kbps

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Default: —


O&M: -

Comment: This parameter defines the maximumbandwidth in uplink.

The parameter defines the bandwidthin uplink that is considered 100% whencalculating thresholds for triggeringoverload prevention mechanisms.

This value should be set slightly lessthan the actual bandwidth.

MODE

Type: String

Range: IPM, SCM

Unit: —

Default: -

Command: RRSCC, RRSCI, RRSCP

O&M: -

Comment: This parameter defines the mode forthe SCGR.

IPM = IP Mode

SCM = Super Channel Mode

OVLTH

Type: Numeral

Range: 0–1000

Unit: 1/10 of %

Default: 25

Command: RRBGC, RRBGI, RRBGP

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Cell Data

O&M: -

Comment: This parameter defines the overloadthreshold, expressed in tenth parts of apercent, for transmission links. Whenover the threshold, this LAPD BundlingGroup is considered congested andappropriate overload handling occurs.This threshold is a fraction of the lostpackets out of the total sent packets.

PSTU

Type: String 1–20

Range: —

Unit: —

Default: —


O&M: -

Comment: This parameter defines the host nameof the Site Transport Node (STN) thathandles the SCGR.

SC

Type: Numeral

Range: 0–3

Unit: -

Default: -


O&M: -

Comment: This parameter defines the superchannel number within a superchannel group.

SCGR

Type: Numeral

Range: 0–2047

Unit: -

Default: -

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O&M: -

Comment: This parameter defines the group ofsuper channels that terminate in thesame TG.

3.43.2 TG Data

JBSDL

Type: Numeral

Range: 0–255

Unit: ms

Default: 20

Command: RXMOC, RXMOI, RXMOP, RXMSC

O&M: -

Comment: This parameter defines the size of thedownlink jitter buffer.

PACKALG

Type: Numeral

Range: 0–1

Unit: -

Default: 1


O&M: -

Comment: This parameter sets the packingalgorithm used on the Abis trafficgenerated by the TG. 0 = No packing,1 = Packing algorithm 1.

SDAMRREDABISTHR

Type: Numeral

Range: 0–100

Unit: %

Default: 100

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Cell Data

Command: RXMOI, RXMOC, RXMSC, RXMOP,RXATC, RXTAP

O&M: -

Comment: This parameter defines a thresholdvalue for starting and stopping theallocation of AMR FR channels withreduced codec set, in case of hightransmission load on a super channel.The allocation is stopped when thethreshold value is set to 100%. Theparameter is set per TG. (1)

(1) This functionality is activated by the parameter DAMRCRABIS per cell.

SDFRMAABISTHR

Type: Numeral

Range: 0–100

Unit: %

Default: 100


O&M: -

Comment: This parameter defines a thresholdvalue for starting and stopping of movefrom FR to HR channels, includingAMR, in case of high transmissionload on a super channel. The movingof channels is stopped when thethreshold value is set to 100%. Theparameter is set per TG. (1)

(1) This functionality is activated by the parameter ATHABIS per cell.

SDHRAABISTHR

Type: Numeral

Range: 0–100

Unit: %

Default: 100

Command: RXMOI, RXMOC, RXMSC, RXMOP,RXATC, RXATP

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O&M: -

Comment: This parameter defines a thresholdvalue for starting and stoppingthe allocation of AMR HR and HRchannels, in case of high transmissionload on a super channel. Theallocation is stopped when thethreshold value is set to 100%. Theparameter is set per TG. (1)


TMODE

Type: String

Range: TDM, SCM

Unit: —

Default: —


O&M: -

Comment: This parameter sets the TGTransmission Mode.

TDM = TG in Time Division MultiplexingMode

SCM = TG in Super Channel Mode

LBG

Type: Numeral

Range: 0–255

Unit: -

Default: -

Command: RRPTC, RRPTP

O&M: -

Comment: LAPD bundling group identity witin aTG.

MCLTDL

Type: Numeral

Range: 1–20

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Cell Data

Unit: ms

Default: 1

Command: RRBGC, RRBGP

O&M: -

Comment: LAPD bundling time for bundling groupdowlink.

MCLTUL

Type: Numeral

Range: 1–20

Unit: ms

Default: 1


O&M: -

Comment: LAPD bundling time for bundling groupuplink.

MPLSDL

Type: Numeral

Range: 300–1465

Unit: bytes

Default: 1465


O&M: -

Comment: LAPD max bundling size for bundlinggroup downlink.

MPLSUL

Type: Numeral

Range: 300–1465

Unit: bytes

Default: 1465


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O&M: -

Comment: LAPD max bundling size for bundlinggroup uplink.

SDHRMAABISTHR

Type: Numeral

Range: 0–100

Unit: -

Default: 0


O&M: -

Comments: This parameter defines a thresholdvalue for starting and stopping of movefrom HR to FR channels, includingAMR, in case of low transmissionload on a super channel. The movingof channels is stopped when thethreshold value is set to 0%. Theparameter is set per TG. Note thatthis functionality is activated by theparameter ATHABIS per cell.

JBPTA

Type: Numeral

Range: 0-120

Unit: ms

Default: 20


O&M: -

Comments: The parameter sets the maximumjitter for the BTS-BSC round trip thatthe 120 ms BTS buffer can handle ifBasic PTA Regulation is used. Thesetting of this parameter affects theGPRS/EGPRS latency. Values shallbe set according to Reference [1](1)

(1) This functionality is activated by the parameter PAL per TG.

PTA

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Cell Data

Type: Numeral

Range: 0–63

Unit: -

Default: 7


O&M: -

Comment: This parameter indicates a factor forcounting the timing advance for thePacket-GSL protocol, P-GSL, usedby TGs in super channel mode. Thevalue should reflect the Abis round tripdelay. Values shall be set accordingto Reference [1].

PAL

Type: Numeral

Range: 0-1

Unit: -

Default: 0

Command RXMOI, RXMOC, RXMOP

O&M: -

Comment: PAL indicates if the feature AdaptiveTimers for Packet Abis is activated

0: The P-GSL timing advance ismanually set by the parameter PTA.

1: Automatic adjustment of the P-GSLtiming advance, the parameter JBPTAsets the buffer depth.

3.43.3 Super Channel Group Data

IPOV

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RRSGI, RRSGC, RRSGP

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O&M: -

Comment: On/off switch for the Emergency IPoverload handling that based onSignaling LAPD delay information,reduces load on Abis by removingPS frames in first level and removingCS and PS frames in second levelof overload. This is to prevent TGOutage.

LDEL

Type: Numeral

Range: 0-1

Unit: -

Default: 0

Command: RRSGI, RRSGC, RRSGP

O&M: -

Comment: LAPD Link parameter setting. Thisparameter defines specific LAPD linkparameters.

0: The LAPD Link parameters areselected by SIGDEL parameter(NORMAL)

1: Specific LAPD Link parameters areselected (MEDIUM)

3.44 Packet Abis over TDM

3.44.1 TG Data

PACKALG

Type: Numeral

Range: 0–1

Unit: -

Default: 1


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Cell Data

O&M: -

Comment: This parameter sets the packingalgorithm used in TG. For PacketAbis over TDM this parameter shallalways be set to 1 to achieve optimalbandwidth savings.

SDAMRREDABISTHR

Type: Numeral

Range: 0–100

Unit: %

Default: 100


O&M: -

Comment: This parameter defines a thresholdvalue for starting and stopping theallocation of AMR FR channels withreduced codec set, in case of hightransmission load on a super channel.The allocation is stopped when thethreshold value is set to 100%. Theparameter is set per TG. (1)

(1) This functionality is activated by the parameter DAMRCRABIS per cell.

SDFRMAABISTHR

Type: Numeral

Range: 0–100

Unit: %

Default: 100


O&M: -

Comment: This parameter defines a thresholdvalue for starting and stopping of movefrom FR to HR channels, includingAMR, in case of high transmissionload on a super channel. The movingof channels is stopped when thethreshold value is set to 100%. Theparameter is set per TG. (1)


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SDHRAABISTHR

Type: Numeral

Range: 0–100

Unit: %

Default: 100


O&M: -

Comment: This parameter defines a thresholdvalue for starting and stoppingthe allocation of AMR HR and HRchannels, in case of high transmissionload on a super channel. Theallocation is stopped when thethreshold value is set to 100%. Theparameter is set per TG. (1)


TMODE

Type: String

Range: TDM, SCM

Unit: —

Default: —


O&M: -

Comment: This parameter sets the TGTransmission Mode.

TDM = TG in Time Division MultiplexingMode

SCM = TG in Super Channel Mode

NUMDEV

Type: Numeral

Range: 1–124

Unit: -

Default: -

Command: RXAPC, RXAPI, RXAPP

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Cell Data

O&M: -

Comment: This parameter defines the number ofsubsequent PGW devices allocated bythe system (for the particular TG), tobe placed on one of the PGW-RPs.

SDHRMAABISTHR

Type: Numeral

Range: 0–100

Unit: -

Default: 0


O&M:

Comments: This parameter defines a thresholdvalue for starting and stopping of movefrom HR to FR channels, includingAMR, in case of low transmissionload on a super channel. The movingof channels is stopped when thethreshold value is set to 0%. Theparameter is set per TG. Note thatthis functionality is activated by theparameter ATHABIS per cell.

PTA

Type: Numeral

Range: 0–63

Unit: -

Default: 7


O&M: -

Comment: This parameter indicates a factor forcounting the timing advance for P-GSLwhen TG is in SCM transmissionmode. It is not recommended toset this parameter to less than thedefault value as it can impact theGPRS/EGPRS performance.

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3.44.2 BSC Data

NUMDEV

Type: Numeral

Range: 8–31 (E1)

8–24 (T1)

Unit: -

Default: -


O&M: -

Comment: This parameter defines the numberof subsequent PGW devices andRBLT devices that constitute the superchannel.

SC

Type: Numeral

Range: 0–3

Unit: -

Default: -


O&M: -

Comment: This parameter defines the superchannel number within a superchannel group.

SCGR

Type: Numeral

Range: 0–2047

Unit: -

Default: -


O&M: -

Comment: This parameter defines the group ofsuper channels that terminate in thesame TG.

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Cell Data

3.44.3 Cell Data

3.45 PGW Load Distribution

3.45.1 BSC Data

FORCE

Type: String

Range: <null> or FORCE

Unit: -

Default: no FORCE

Command: RRLRC, RRLRI, RRLRP

O&M: -

Comment: This parameter is used to initiatean unconditional rearrangementof SCGRs among available andnon-blocked PGW-RPs. If not givenwith the RRLRI command, there willonly be a rearrangement performedif there has been a trigger for a'Periodic Rearrangement', but theactual rearrangement has not beendone, because the 'lo-traffic'hours' hasnot yet occured.

MP

Type: Identifier

Range: 0–511

Unit: MP (Measuring Program)

Default: -

Command: RRLRC, RRLRI, RRLRP

O&M: -

Comment: This parameter is defining a MeasuringProgram (MP) to be used together withthe MP and TIME. In this way there isa link between this functionality andthe new 'Periodic Rearrangement'included in PGW Load Distribution.

RP

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Type: Identifier

Range: 0–1023 or ALL

Unit: RP number

Default: -

Command: RRPGC, RRPGI, RRPGP

O&M: -

Comment: This parameter is defining thePGW-RP for which to retreive andprint the PCU load statistics. WhenALL is chosen then all PGW-RPs CPUload will be shown.

3.46 Reduced Power Consumption in GSM RAN

3.46.1 BSC Exchange Property

TRXOFFTARGET

Type: Numeral

Range: 20 to 100

Unit:

Default: 50

Command:

O&M:

Comment: The value that the cell level counter forturning off a TRX must reach before aTRX turn-off will be kicked off.

TRXONTARGET

Type: Numeral

Range: 20 to 100

Unit:

Default: 49

Command:

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Cell Data

O&M:

Comment: The value that the counter for turningon a TRX must reach before a TRXturn-on will be kicked off.

TRXOFFDELAY

Type: Numeral

Range: 60 to 90

Unit: Scan period (10 seconds)

Default: 30

Command:

O&M:

Comment: The delay period before scanning fora TRX to turn off will be started withina cell.

TSPS

Type: Identifier


Unit: -

Default: DISABLED

Command: RXBFC, RXBFP

O&M: -

Comment: DISABLED Timeslot Power Savingsis not activated in theTG.

ENABLED Timeslot Power Savingsis activated in the TG.

3.46.2 Cell Data

BTSPS

Type: Identifier

Range: ON, OFF, DISABLED

Unit:

Default: OFF

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Command: RLSVI, RLSVC, RLSVE, RLSVP

O&M: BTSPS enters the DISABLED statedue to the activation of another feature,that requires that all TRXs are enabled.E.g. if BTSPS is ON at time of FFTADactivation. When FFTAD is inactivatedin the cell, BTSPS will be automaticallyrestored in accordance with the latestBTS Power Savings command.

Comment: BTS Power Savings state

OFF Base TransceiverStation (BTS)power savings isnot activated inthe cell

ON BTS powersavings isactivated in thecell

DISABLED BTS powersavings isdisabled in thecell

BTSPSHYST

Type: Numeral

Range: 1 to 1014

Unit:

Default: 4

Command: RLSVC

O&M:

Comment: This parameter changes the hysteresisfor BTS Power Savings. The value isexpressed as the number of idle TCHBPCs.

PSVTYPE

Type: String

Range: BTSPS

Unit: -

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Cell Data

Default: BTSPS

Command: RLSVI, RLSVE, RLSVP

O&M: -

Comment: This parameter indicates the type ofpower savings activated in the cell.

MINREQTCH

Type: Numeral

Range: 1-1014

Unit: -

Default: 3

Command: RLSVC

O&M: -

Comment: The parameter defines the threshold value forminimum number of required idle FR TCHs in thecell. If the number of idle FR TCHs is below thatthreshold immediate enabling of a TRX disabled byBTS Power Savings is initiated.

3.46.3 TG Data

PSUPS

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF

Command: RXBFC, RXBFP

O&M: -

Comment: This parameter is used to switch PSUPower Savings ON and OFF.

3.47 Adaptive Multi Rate Wide Band

During Urgency conditions for bad quality handovers (see parameterBQOFFSET, Page 90, and parameter EXTPEN, Page 92), Dynamic MSPower Control (see Section 3.9 on page 141), Dynamic BTS Power Control(see Section 3.11 on page 151) and Intra Cell Handover (see Section3.14 on page 169), different values for some parameters have to be

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considered for AMR WB connections. For this purpose, AMR WB specificparameters BQOFFSETAWB, QLIMDLAWB, QLIMULAWB, SSDESULAWB,QDESULAWB, SSDESDLAWB, QDESDLAWB, SSOFFSETULAWB,QOFFSETULAWB, SSOFFSETDLAWB and QOFFSETDLAWB are used.


AMRWBDYMAPRIO

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

Comment: Controls prioritization of AMR-WB when DYMA isactive.

0 No prioritization between AMR-WB and AMRFR when DYMA is active

1 AMR-WB connections prioritized when DYMAis active. This means that AMR FR connectionsshall be suggested to be moved to HR beforeAMR-WB connections.

AMRWBFB

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

Comment: Controls the fallback solution for AMR-WBconnections when AMR-WB can’t be establishedend-to-end.

0 No fallback to a narrowband codec will takeplace even though AMR-WB end-to-end can’tbe achieved.

1 Fallback to a narrowband codec will take place(via an intra-cell handover) when AMR-WBcan’t be achieved end-to-end.

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Cell Data

AMRWBPRIO

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

Comment: Controls optimization functions for AMR-WB.

0 Optimization functions will be allowed forAMR-WB connections.

1 Optimization functions will not be allowed forAMR-WB connections.

AMRWBSPVERUSE

Type: Numeral

Range: 0, 1

Unit: -

Default: 1


O&M: -

Comment: AMRWBSPVERUSE is used to decide if channelservice for AMR-WB shall be placed at the top in thelist at change of channel, for example handover.

0 The list of channel services received from theMSC shall be used.

1 The channel service using AMR-WB shallbe placed at the top in the list at change ofchannel.

AMRWBSUPPORT

Type: Numeral

Range: 0, 1

Unit: -

Default: 0


O&M: -

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Comment: AMR-WB feature switch. Indicate if AMR-WBsupport is switched on or off.

0 AMR-WB switched off.

1 AMR-WB switched on.

HIGHFERDLAWB

Type: Numeral

Range: 0-96

Unit: FER

Default: 4


O&M: -

Comment: Threshold value for high FER DL. Filtered FERmeasurements are compared to this threshold toevaluate urgency conditions.

HIGHFERULAWB

Type: Numeral

Range: 0-96

Unit: FER

Default: 4


O&M: -

Comment: Threshold value for high FER UL. Filtered FERmeasurements are compared to this threshold toevaluate urgency conditions

AMRWBDHA

Type: Numeral

Range: 0-2

Unit: -

Default: 2

Command: ROEPC

O&M: -

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Cell Data

Comment: This exchange property indicates if functionsDynamic HR Allocation and Dynamic HR Allocationpart of Abis Triggered HR Allocation are allowed forAMR WB connections.

0 Dynamic HR Allocationfunctions not allowed.

1 Dynamic HR Allocationfunctions allowed at callset up only.

2 Dynamic HR Allocationfunctions allowed at callset up and handover.

3.47.2 BSC Data

ICMODE

Type: Numeral

Range: 0-11

Unit: -

Default: -(1)


O&M: -

Comment: The initial codec mode is the codec mode to beused at call setup and after a handover. The value0 indicates that the initital codec mode is set inaccordance with the design base rules.

For Full Rate (FR) codec sets the following bit ratescan be used:

1 4.75

2 5.15

3 5.90

4 6.70

5 7.40

6 7.95

7 10.2

8 12.2

For Half Rate (HR) codec sets the following bit ratescan be used.

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1 4.75

2 5.15

3 5.90

4 6.70

5 7.40

For Wideband (WB) codec sets the following bitrates can be used.

9 6.60

10 8.85

11 12.65

(1) This parameter is not set to any default value. If initial codec mode is not defined it is chosenin accordance with 3GPP 45.009.

3.48 Abis Local Connectivity

3.48.1 Cell Data

CODECREST

Type: String

Range: NONE, FR, HR, EFR

Unit: -

Default: NONE


O&M: -

Comment: The CODECREST parameterdetermines if the speech codecselection in a cell shall be restrictedto a specified codec, and in that casewhich speech codec shall be used. Itis only possible to set CODECRESTFR, HR or EFR in cells where theparameters DMSUPP, DHA andATHABIS are all set to OFF.

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Cell Data

3.49 BSC Capacity Supervision


GBCAPALARMACT

Type: Numeral

Range: 0-1

Unit: -

Default: 1


O&M: -

Comment The parameter set to activate/deactivate possibilityof raising GB supervision alarms.

0 Not active

1 Active

GBCAPWARNTHR

Type: Numeral

Range: 50-95

Unit: %

Default: 80


O&M: -

Comment The parameter sets the threshold value for initiationof observation alarms.

3.50 A-Interface over IP

A-Interface over IP is activated by issuing command RRAII and deactivated bycommand RRAIE. When A-Interface over IP is activated and AMR is to be usedthe following parameters shall be set: AMRFRSUPPORT set to 5, see Page250, AMRHRSUPPORT set to 2, see Page 251. If AMR-WB is to be used theparameterAMRWBSUPPORT shall be set to 0, see Page 327.


PCMLAW

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Type: Numeral

Range: 0–1

Unit: -

Default: 0


O&M: -

Comments: This parameter is used to set thecorrect PCM law type on the Ainterface. The parameter is set perBSC.

0: A-Law

1: µ-Law

3.50.2 BSC Data

DSCP

Type: Numeral

Range: 0-63

Unit: -

Default: 0

Command: RRAGC, RRAGP

O&M: -

Comment: This parameter specifies theDifferentiated Services Code Point(DSCP) that is used by the A-InterfaceGateway (AGW) for uplink Real-timeTransport Protocol (RTP) traffic. Theparameter is set per BSC.

JBS

Type: Numeral

Range: 0-255

Unit: ms

Default: 20


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Cell Data

O&M: -

Comment: The parameter defines the size of thedownlink jitter buffer.

IPDEVNO

Type: Numeral

Range: 0–127

Unit: —

Default: —


O&M: -


IPDEVTYPE

Type: String 1–7

Range: RTIPAGW

Unit: -

Default: -


O&M: -

Comment: This parameter defines the type ofdevice to be used by an IP address.(This is the only applicable value forA-interface over IP).

DSCP1

Type: Numeral

Range: 0-63

Unit: -

Default: 0


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O&M: -

Comment: This parameter specifies theDifferentiated Services Code Point(DSCP) that is used by the A-InterfaceGateway (AGW) for uplink Real-timeTransport Control Protocol (RTCP)traffic. The parameter is set per BSC.

MBT

Type: Numeral

Range: 0-5

Unit: ms

Default: 2


O&M: -

Comment: This parameter specifies the maximumtime in milliseconds to wait beforesending a multiplexed packet that iscounted from the time when the firstspeech frame was inserted in thepacket. The parameter is set per BSC.

MPS

Type: Numeral

Range: 400-1500

Unit: bytes

Default: 1500


O&M: -

Comment: This parameter specifies the maximumpacket size in bytes that can be sentin a multiplexing session includingIP header, UDP header, multiplexingheaders, RTP headers and payload.

3.51 Automatic FLP/Automatic IRC Tuning

The parameters HOMTD, MAXTGCL, MCIMALG, CONFMODE and TIME arecommon for Automatic FLP and Automatic IRC Tuning. The feature Automatic

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Cell Data

IRC Tuning is not needed when Automatic FLP is used since the functionality ofthat feature is included in Automatic FLP.

Note: In case both AFLP and AIRCT are activated in the same cell it will workas if only AFLP is active.


HOMTD

Type: Numeral

Range: 0-1

Unit: -

Default: 0


O&M: -

Comment: Defines if Mobile Time Difference (MTD) data shallbe requested in Handover Command (1) or not (0).

3.51.2 BSC Data

BSCAFLP

Type: Identifier


Unit: -

Default: INACTIVE

Command: RFFBI, RFFBE, RFFBP

O&M: RFFBI with option CLEARREC will clear all alreadystored Automatic BA-list recordings.

Comment: Automatic FLP active/inactive in the BSC.

BSCAIRCT

Type: Identifier


Unit: -

Default: INACTIVE

Command: RFFBI, RFFBE, RFFBP

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O&M: RFFBI with option CLEARREC will clear all alreadystored Automatic BA-list recordings.

Comment: Automatic IRC Tuning active/inactive in the BSC.

MAXTGCL

Type: Numeral

Range: 1-31

Unit: -

Default: 10

Command: RFFBC, RFFBP

O&M: -

Comment: Defines the maximum number of TG clusters in aSynchronization Cluster.

MCIMALG

Type: Identifier

Range: WC, TW

Unit: -

Default: WC


O&M: -

Comment: Selects algorithm for weighting of average linearinterference used for creation of MAIO ClusterInterference Matrix.

WC Worst case traffic weighting algorithm

TW Actual traffic weighting algorithm

CONFMODE

Type: Identifier

Range: IMMED, DELAY

Unit: -

Default: DELAY


O&M: -

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Cell Data

Comment: Selects mode of configuration of Frequency HoppingParameters.

IMMED

Configuration of Frequency HoppingParameters is executed immediately afterchange of parameter values.

DELAY

Configuration of Frequency HoppingParameters is delayed to the specifiedtime.

TIME

Type: Numeral

Range: 00-23 (hh), 00-59 (mm)

Unit: hour, minute

Default: 02 (hh), 00 (mm)


O&M: -

Comment: Specifies the time of day, the hour and minute,configuration of Frequency Hopping Parametersshould take place. The parameter is expressed ashhmm in the command.

3.51.3 Cell Data

AFLP

Type: Identifier


Unit: -

Default: INACTIVE

Command: RLFCC, RLFCP

O&M: -

Comment: Automatic FLP feature active/inactive for anindividual cell. For AFLP activation to have effect,BSCAFLP must be activated.

AIRCT

Type: Identifier


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Unit: -

Default: INACTIVE

Command: RLFCC, RLFCP

O&M: -

Comment: Automatic IRC Tuning feature active/inactive for anindividual cell. For AIRCT activation to have effect,BSCAIRCT must be activated.

3.52 Multi Operator in BSS

3.52.1 IMSI Handover GSM to GSM

The feature IMSI Handover GSM to GSM is activated/deactivated with thecommands RFIMI and RFIME.

3.52.1.1 BSC Data

IMSIPAT

Type: String

Range: 5-15 digits, each digit can take the value 0-9

Unit: -

Default: -

Command: RFIMC, RFIMP

O&M: -

Comment: The parameter specifies an IMSI series pattern.Mobile Station (MS) with IMSI which matchesdefined pattern is assigned to a specified set of IMSIpatterns. An MS which belongs to a specific setof IMSI patterns receives allowed NCCs specifiedfor this set only. A maximum number of ten IMSIpatterns are allowed to be added to a specific set.

Note that an IMSI pattern can only be includedin one set, i.e the same IMSI pattern cannot beincluded in two or more sets.

NCCPERM

Type: Numeral

Range: 0-7

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Cell Data

Unit: -

Default: -


O&M: -

Comment: The parameter defines the allowed NCCs on theBroadcast Control Channel (BCCH) carriers forwhich the MS is permitted to report measurementresults for specific set of IMSI pattern series. Amaximum number of eight NCCs can be defined.

SET

Type: Identifier

Range: A-D

Unit: -

Default: -


O&M: -

Comment: The parameter specifies which set that will have anadded or removed IMSIPAT or NCCPERM.

A Set A

B Set B

C Set C

D Set D

3.53 16/32 QAM


LQCDEFMCSDLE2A

Type: Numeral

Range: 1 to 12

Unit: -

Default: 5


O&M: -

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Comment: Control of which MCS that shall be used in thedownlink when E2A Link Quality Control is switchedoff.


LQCDEFMCSULE2A

Type: Numeral

Range: 1 to 11

Unit: -

Default: 5


O&M: -

Comment: Control of which MCS that shall be used in the uplinkwhen E2A Link Quality Control is switched off.


LQCHIGHMCSDLE2A

Type: Numeral

Range: 1 to 12

Unit: -

Default: 12


O&M: -

Comment: Maximum MCS that is supported for E2A downlink.


LQCHIGHMCSULE2A

Type: Numeral

Range: 1 to 11

Unit: -

Default: 11


O&M: -

Comment: Maximum MCS that is supported for E2A uplink.


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Cell Data

3.53.2 Cell Data

E2AINITMCS

Type: Numeral

Range: 1 to 12

Unit: -

Default: 3


O&M: -

Comment: Initial MCS for an E2A-TBF.


E2ALQC

Type: Identifier

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comment: This parameter activates and deactivatesEGPRS2-A LQC.


EINITMCS

Type: Numeral

Range: 1 to 9

Unit: -

Default: 3


O&M: -

Comment: Initial MCS for an E-TBF.


RTTIINITMCS

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Type: Numeral

Range: 1 to 12

Unit: -

Default: 5


O&M: -

Comment: Initial MCS for a TBF in RTTI mode. For an E-TBF,values 10-12 will be interpreted as 9.


E2APDCHBR

Type: Numeral

Range: 1 to 100

Unit: kbps

Default: 65


O&M: -

Comment: Defines the minimum estimated bitrate perE2A-PDCH in cell used for transfer of the trafficclass Streaming.


PSKONBCCH

Type: Identifier


Unit: -

Default: ENABLED


O&M: -

Comment: The parameter is used to disable the use ofmodulations other than GMSK on the BCCH carrier.


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Cell Data

3.54 VAMOS

3.54.1 BSC Data

AHRVAMOS

Type: Identifier

Range: OFF, ON

Unit: -

Default: -

Command: RFVBC, RFVBP

O&M: -

Comment: This parameter activates the VAMOS allocationusing AMR HR speech codecs in the BSC.

OFF VAMOS Allocation using AMR HR speechcodec is not active.

ON VAMOS Allocation using AMR HR speechcodec is active.


AWBVAMOS

Type: Identifier

Range: OFF, ON

Unit: -

Default: -


O&M: -

Comment: This parameter activates the VAMOS allocationusing AMR WB speech codecs in the BSC.

OFF VAMOS Allocation using AMR WB speechcodec is not active.

ON VAMOS Allocation using AMR WB speechcodec is active.


HRVAMOS

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Type: Identifier

Range: OFF, ON

Unit: -

Default: -


O&M: -

Comment: This parameter activates the VAMOS allocationusing non-AMR HR speech codecs in the BSC.

OFF VAMOS Allocation using non-AMR HRspeech codec is not active.

ON VAMOS Allocation using non-AMR HRspeech codec is active.


VAMOSBSCSTATE

Type: Identifier

Range: OFF, ON

Unit: -

Default: -

Command: RFVBI, RFVBE, RFVBP

O&M: TRHs on RPG2 and RPG3 must be halted to enableVAMOS

Comment: Status of VAMOS in the BSC. This parameterindicates the status of VAMOS functionality in theBSC.

OFF VAMOS is not activated.

ON VAMOS is activated.


3.54.2 Cell Data

VCSCC

Type: Numeral

Range: 0-4080 in steps of 8

Unit: -

Default: -

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Cell Data

Command: RFCAC, RFCAP

O&M: The value of the parameter can only be decreasedwhen the cell is halted. The value of the parametercan be increased when the cell is active or halted.

Comment: SCC (Simultaneous Call Connections) limit forVAMOS. This parameter changes the number ofpossible SCC in the cell, set up using VAMOS.


AQPSKONBCCH

Type: Identifier

Range: Disabled, Enabled

Unit: -

Default: Enabled

Command: RFVCC, RFVCP

O&M: The cell has to be halted to change the value ofAQPSKONBCCH.

Comment: AQPSK (Adaptive Quaternary Phase Shift Keying)modulation on BCCH frequency. This parameterenables the AQPSK modulation for a TrafficChannel (TCH) on the Broadcast Control Channel(BCCH) frequency.

DISABLED

AQPSK is not allowed to be used on theBCCH frequency.

ENABLED

AQPSK is allowed to be used on the BCCHfrequency.


ASSV

Type: Identifier

Range: OFF, ON

Unit: -

Default: ON


O&M: -

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Comment: VAMOS allocation at reception of the messageASSIGNMENT REQUEST. This parameter enablesthe allocation of channel for a Mobile Station (MS) inan active VAMOS pair at call setup.

OFF VAMOS allocation at call setup is not allowed.

ON VAMOS allocation at call setup is allowed.


SSTHRASSV

Type: Numeral

Range: 47-100


Default: 80


O&M: -

Comment: DL signal strength threshold at call setup for VAMOSat ASSIGNMENT REQUEST.


SSTHRV

Type: Numeral

Range: 47-100


Default: 95


O&M: -

Comment: The minimum DL and UL signal strength that isrequired to allow VAMOS at call set up and intracell handover.


QBAHRV

Type: Numeral

Range: 0-100

Unit: dtqu (deci transformed GSM quality units)

Default: 50

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Cell Data


O&M: -

Comment: Channel quality threshold for MSs in an activeVAMOS pair using an AMR HR TCH. This parametersets when an MS using an AMR HR TCH is movedfrom an active VAMOS pair due to bad quality.


QBAWBV

Type: Numeral

Range: 0-100


Default: 50


O&M: -

Comment: Channel quality threshold for MSs in an activeVAMOS pair using an AMR WB TCH. Thisparameter sets when an MS using an AMR WBTCH is moved from an active VAMOS pair due tobad quality.


QBNAV

Type: Numeral

Range: 0-100


Default: 45


O&M: -

Comment: Channel quality threshold for MSs in an activeVAMOS pair using a non-AMR TCH. This parametersets when an MS using a non-AMR TCH is movedfrom an active VAMOS pair due to bad quality.


QDESDLOV

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Type: Numeral

Range: -10 to +10

Unit: dB

Default: 0


O&M: -

Comment: VAMOS desired downlink quality offset. Thisparameter changes the offset for desired downlinkquality for the used speech codec when the MSbecomes part of an active VAMOS pair.


QDESULOV

Type: Numeral

Range: -10 to +10

Unit: dB

Default: 0


O&M: -

Comment: VAMOS desired uplink quality offset. This parameterchanges the offset for desired uplink quality for theused speech codec when the MS becomes part ofan active VAMOS pair.


TSCSET1PAIRS

Type: Identifier

Range: NO, YES

Unit: -

Default: YES


O&M: The cell has to be halted to change the value ofTSCSET1PAIRS.

Comment: This parameter enables two MSs using TrainingSequence Code (TSC) from TSC set 1 to form anactive VAMOS pair.

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Cell Data

YES Two MSs using TSC set 1 are allowed to forman active VAMOS pair.

NO Two MSs using TSC set 1 are not allowed toform an active VAMOS pair.


VAMOSCELLSTATE

Type: Identifier

Range: OFF, ON

Unit: -

Default: -

Command: RFVCI, RFVCE, RFVCP

O&M: The cell has to be halted to change the value ofVAMOSCELLSTATE.

Comment: The parameter indicates the status of Voice sevicesover Adaptive Multi-user channels on One Slot(VAMOS) functionality in the cell.

OFF VAMOS is not activated.

ON VAMOS is activated.


3.54.3 Hardware Characteristics Data

IMBVAMOS

Type: Identifier

Range: YES, NO

Unit: -

Default: NO

Command: RXMOC, RXMSC, RXMOP

O&M: -

Comment: VAMOS allocation when RX path imbalance. Thisparameter indicates if VAMOS allocation is allowedwhen RX path imbalance exists.

YES VAMOS allocation is allowed when RX pathimbalance exists.

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NO VAMOS allocation is not allowed when RXpath imbalance exists.


3.55

3.56 MCPA

3.56.1 MCPA Data

IPM

Type: Enumerated

Range: ON, OFF

Unit: -

Default: OFF

Command: RXMOC, RXMOP, RXMSC

O&M: -

Comment: Activates/deactivates the temporary power overridefunctionality for the MCPA represented by theMCTR MO.


MAXPWR

Type: Numeral

Range: 0-50 (until G11B)

0.0 to 50.0 (from G12A)

Unit: dBm

Default: 43 (until G11B)

43.0 (from G12A)

Command: RXMOI, RXMOC, RXMOP, RXMSC

O&M: -

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Cell Data

Comment: Maximum mean output power for the MCPArepresented by the MCTR MO. This parametercan be set with one decimal from G12A and on,but this possibility is only allowed in mixed modeconfigurations where power overbooking is used,see Reference [2].


MAXTRX

Type: Numeral

Range: 0-15, UNDEF

Unit: -

Default: UNDEF

Command: RXMOI, RXMOC, RXMOP, RXMSC

O&M: -

Comment: Maximum number of TRXs possible to connect tothe MCPA represented by the MCTR MO.


PAO

Type: Enumerated

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comment: Activates/deactivates the possibility that the sum ofTX power configured for the TXs using one MCPAexceeds the total available power for the MCPA.


TXMPWR

Type: Enumerated

Range: AUTO, MANUAL

Unit: -

Default: AUTO

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O&M: -

Comment: This parameter defines how the value of maximumTX power (MPWR) is configured.


Type: Enumerated

Range: ON, OFF

Unit: -

Default: OFF


O&M: -

Comment: This parameter is set if mixed mode on the MCTR isactivated. The availability of this parameter dependson commercial agreements.


3.56.2 TRX Data

MCTRI

Type: Numeral

Range: 0-15, UNDEF

Unit: -

Default: UNDEF

Command: RXMOC, RXMOP

O&M: -

Comment: This parameter defines to which MCTR MO (orMCPA) the TRXC MO (or TRX) shall be connected.


3.57 Mixed Mode in Multistandard RBS

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Hardware Characteristics

4 Hardware Characteristics

Parameters in this section describe the configuration and characteristics of thehardware in the BTS.

4.1 Allocation Data for Transceiver Group

CHGR

See also Section 3.1.5 on page 31. If a cell has more than one channel groupthat are connected to the same transceiver group they can be defined in thesame table of the CDD, for example CHGR: 0&1.

Note: Due to HW differences, TRXs of RBS 2308/2309 and RBS 2302 mustbe dedicated to separate CHGRs.

TG

Type: Numeral

Range: RXOTG - TG (0 ≤ TG ≤ 2047) for BTS logical modelG12(RBS 2000 series)

In the CDD only the TG part (0 to 2047) of the full TGidentity is specified

Unit: -

Default: -

Command: RXMOI, RXMOE, RXMOC, RXMSC, RXESE, RXESI,RXTCI, RXTCE, RXBLE, RXBLI, RXPLI, RXPLE, RXAPI,RXAPE, RXMOP

O&M: -

Comments: Transceiver group (TG) identity. Each TG must be givena unique value of TG within a BSC. It is recommended tostart with TG = 0 and then increase TG one step at a time.

A TG is connected to a cell via one or more channelgroups. A TG can support maximum 16 channel groups.

If the BTS belongs to the RBS 2000 series, a TG cansupport channel groups in more than one cell, that is oneTG can serve all cells (maximum 3) at the site:

TG 0: CellA1, CellA2, CellA3

Each TG can contain up to:

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RBS 2101 4 TRXs

RBS 2102 12 TRXs

RBS 2103 12 TRXs

RBS 2106 12 TRXs

RBS 2107 6 TRXs

RBS 2109 6 TRXs (1)

RBS 2111 6 TRXs

RBS 2202 12 TRXs

RBS 2206 12 TRXs

RBS 2207 6 TRXs

RBS 2216 12 TRXs

RBS 2301 2 TRXs

RBS 2302 6 TRXs

RBS 2308 12 TRXs

RBS 2309 6 TRXs (1)

RBS 2401 2 TRXs

RBS 2308 |RBS 2302

12 TRX (8 TRX | 4 TRX) (2)

RBS 2309 |RBS 2302

8 TRX (4 TRX | 4 TRX) (2)(3)

It is recommended to define one TG per site if not moreTRXs/TRUs than those specified above are required.

(1) Due to limitations in hardware, the 6 TRXs are located at instances 0–1, 4–5 and 8–9.(2) Due to limitations in hardware, the TRXs for the RBS 2302 are located at instances 8–11(3) Due to limitations in hardware, the TRXs for the RBS 2309 are located at instances 0–1, 4–5

TFMODE

Type: Identifier

Range: M, S, SA

Unit: -

Default: -


O&M: The parameter is only allowed to be changed whenthe TF is out of service.

Comments: Timing Function Synchronisation Mode.

Mode of the timing function in the TG.

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M Master. Synchronisedfrom the synchronisationsource and distributed toother TFs.

S Slave. Synchronisedfrom other TFs.

SA Standalone.Synchronised fromsynchronisation source.

The timing function is used for the synchronisationof the different TGs within a site. The master TG atthe site handles the synchronisation of the framenumbers within the site.

SYNCSRC

Type: Identifier

Range: INTI, INTE, PCM, DEFAULT

Unit: -

Default: DEFAULT


O&M: The parameter is only allowed to be changed whenthe TF is out of service.

Comments: Timing function synchronisation source in the BSC.

This parameter is only valid for base stations of theRBS 2000 series.

INTI Synchronisation takenfrom internally calibrated,internal oscillatorreference.

INTE Synchronisationtaken from externallycalibrated, internaloscillator reference.

PCM Synchronisation takenfrom transport networkreference.

DEFAULT Synchronisation takenfrom source determinedby BTS capabilities.

ANT

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Type: String


Unit: -

Default: -


O&M: The parameter is only allowed to be changedwhen the transmitter is out of service.

Comments: Antenna Designation.

Name of antenna connected to transmitter.

ANTA

Type: String


Unit: -

Default: -


O&M: The parameter is only allowed to be changed when thereceiver is out of service.

Comments: Antenna A Designation.

Name of antenna A connected to receiver.

ANTB

Type: String


Unit: -

Default: -


O&M: The parameter is only allowed to bechanged when the receiver is out ofservice.

Comments: Antenna B Designation.

Name of antenna B connected toreceiver.

TRXC

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Type: Numeral

Range: 0 to 15

Unit: -

Default: -

Command: All commands where the TRXC hasto be specified as a managed objectinstance.

TRXC can be regarded as the HWposition for the element that isaddressed by the parameter TEI.

O&M: -

Comments: Apart from the L2 address (TerminalEndpoint Identifier) of the transceivercontroller (TRXC), also the hardwareposition of the TRXC must bespecified.

In the logical model G12 (RBS 2000series) the TRXC is a part of the TRUand TRXC should be set according tothe position (0 to 11) of this unit.

For both logical models it isrecommended to start with TRXC =0 in each transceiver group and thenincrease TRXC one step at a time.

TEI

Type: Numeral

Range: 0 to 63 for G12 (RBS 2000 series)

Unit: -

Default: -


O&M: The parameter is only allowed to be changedwhen the TRXC/CF is out of service.

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Comments: Terminal Endpoint Identifier.

LAPD element used for L2 addressing to aTRXC or CF.

It is recommended to use the same value ofTEI as the corresponding value of TRXC. Whenconfiguring a multidrop connection (RBS 2000only), the TEI for the CF (Central Functions)must be different for the different connectedTGs.(1)

(1) TEI must also be defined in the BTS.

MPWR

Type: Numeral

Range: 0 to 63

Unit: dBm

Default: -


O&M: The parameter is only allowed to bechanged when the transmitter is outof service.

Comments: Maximum Transmitter Power.

It is necessary to specify the capabilityof the transmitters available in the TG.This is done in order to prevent powerorders, which the transmitters cannothandle.

MPWR is the maximum transmitterpower of the TX at the power amplifier(PA) output. MPWR must be specifiedfor each transmitter in the TG.

RXD

Type: Identifier

Range: A, B, AB

Unit: -

Default: -


O&M: The parameter is only allowed to be changed whenthe receiver is out of service.

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Comments: Receiver Diversity.

Combination of receiver antennae to be used.

A Antenna A used only.

B Antenna B used only.

AB Receiver diversityemployed using antennaA and B.

Even when the antenna arrangement is such thatit can provide diversity it is also necessary thatthe signal processing in the transceiver unit canprocess and take advantage of the two signals. Thisdiversity feature at the transceiver must therefore bespecified for each TRX.

RXD indicates the use of receiver diversity in agiven TRX.

CLUSTERID

Type: Numeral

Range: 0 to 1023, UNDEF

Unit: -

Default: UNDEF


O&M: -

Comments: Tranceiver Group (TG) Clusteridentity. Each defined TG Clusteridentity within a BSC correspondsto an unique Logical TG Cluster. ATG Cluster enables synchronizationof bursts transmitted by TGs withinthe TG Cluster. A Logical TG Clusterenables automatic parameter settingof of parameters associated to theTG Cluster and automatic masterreselection within the TG Cluster. ATG that should be part of a LogicalTG Cluster must be given a definedTG Cluster identity. All TGs that isconnected to the same physical TGCluster, that is the same ESB, must begiven the same TG Cluster identity.

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4.2 BSC Exchange Property Data

EXMASTERRES

Type: Numeral

Range: 0 to 1

Unit: -

Default: 0


O&M: -

Comments: Exchange Master Reselection. Thevalue 1 indicates that the functionalityfor automatic master reselection withina Logical TG Cluster is activated. Thevalue 0 indicates that the functionalityis deactivated.

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CDD Forms

5 CDD Forms

This form may be used as a data request sheet for the parameter settings inthe BSC. The structure is based on the structure in the CDD document.

Site Data

MSC NAME: RSITE:

BSC: SITE NAME:

Common Cell Data

BSPWRB: CELL: CGI: BSIC: BCCHNO:

BCCHTYPE: AGBLK: MFRMS: FNOFFSET: ECSC:

SCTYPE: UL

MSTXPWR: BSPWRT:

SCTYPE: OL

MSTXPWR: BSPWRT:

Channel Group Data

CHGR: 0 HOP: HSN: NUMREQBPC:

DCHNO: BCCD: TSC:

SDCCH: TN: CBCH:

Idle Mode Behaviour Cell Data

ACCMIN: CCHPWR: CRH: NCCPERM: CB:

SIMSG 1: MSGDIST:

SIMSG 7: MSGDIST:

SIMSG 8: MSGDIST:

CBQ: ACC: MAXRET: TX: ATT:

T3212: CRO: TO: PT:

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Locating BSC Data

SYSTYPE:

EVALTYPE: TINIT: TALLOC: TURGEN: TAAVELEN:

IBHOSICH: IHOSICH: ASSOC: IBHOASS:

Locating Filter Cell Data

SSEVALSD: QEVALSD: SSEVALSI: QEVALSI: SSLENSD:

QLENSD: SSLENSI: QLENSI: SSRAMPSD: SSRAMPSI:

MISSNM:

Locating Basic Ranking Cell Data

BSPWR: MSRXMIN: BSRXMIN: MSRXSUFF: BSRXSUFF:

SCTYPE: UL SCTYPE: OL

BSTXPWR: BSTXPWR:

Locating Urgency Cell Data

TALIM: PSSBQ: PSSTA: PTIMBQ: PTIMTA:

PSSHF: PTIMHF:

SCTYPE: UL

QLIMDL: QLIMUL: QLIMDLAFR: QLIMULAFR:

QLIMDLAWB: QLIMULAWB:

SCTYPE: OL

QLIMDL: QLIMUL: QLIMDLAFR: QLIMULAFR:

QLIMDLAWB: QLIMULAWB:

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CDD Forms

Locating Misc Cell Data

SCHO: CELLQ: MAXTA: RLINKUP: RLINKT:

HPBSTATE: RLINKUPAFR:

RLINKUPAHR:

RLINKUPAWB:

RLINKTAFR:

RLINKTAHR: RLINKTAWB:

GPRS/EGPRS Cell Reselection Cell Data

PLAYER: PHCSTHR:

GPRS/EGPRS Neighbor Relation Data

GPRSVALID: PROFFSET

Channel Administration / Immediate Assignment On TCH Cell Data

CHAP: NECI: BSCMC: MC:

Channel Administration Channel Group Data

SAS:

GPRS/EGPRS Channel Administration Cell Data

FPDCH: CSPSALLOC:

PSKONBCCH:

SCALLOC: PDCHPREEMPT:

SPDCH: PRIMPLIM:

GPRS/EGPRS Channel Administration Channel Group Data

NUMREQCS3CS4BPC: NUMREQEGPRSBPC: TN7BCCH:

MS Power Control Cell Data

DMPSTATE: AMRPCSTATE:

SCTYPE: UL

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SSDESUL: SSLENUL: LCOMPUL: QDESUL: QLENUL:

QCOMPUL: REGINTUL: DTXFUL: SSDESULAFR:

QDESULAFR:

SSDESULAHR:

QDESULAHR:

SSDESULAWB:

QDESULAWB:

SCTYPE: OL

SSDESUL: SSLENUL: LCOMPUL: QDESUL: QLENUL:

QCOMPUL: REGINTUL: DTXFUL: SSDESULAFR:

QDESULAFR:

SSDESULAHR:

QDESULAHR:

SSDESULAWB:

QDESULAWB:

GPRS/EGPRS MS Power Control Cell Data

GAMMA:

BTS Power Control Cell Data

DBPSTATE: AMRPCSTATE:

SCTYPE: UL

SDCCHREG: SSDESDL: REGINTDL: SSLENDL: LCOMPDL:

QDESDL: QCOMPDL: QLENDL: BSPWRMIN: SSDESDLAFR:

QDESDLAFR:

SSDESDLAHR:

QDESDLAHR:

SSDESDLAWB:

QDESDLAWB:

SCTYPE: OL .

SDCCHREG: SSDESDL: REGINTDL: SSLENDL: LCOMPDL:

QDESDL: QCOMPDL: QLENDL: BSPWRMIN: SSDESDLAFR:

QDESDLAFR:

SSDESDLAHR:

QDESDLAHR:

SSDESDLAWB:

QDESDLAWB:

DTX Cell Data

DTXD: DTXU:

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CDD Forms

Intra Cell Handover Cell Data

SCTYPE: UL

IHO: TMAXIHO: TIHO: MAXIHO: QOFFSETUL:

QOFFSETDL:

SSOFFSETUL:

SSOFFSETDL:

QOFFSETULAFR:

QOFFSETDLAFR:

SSOFFSETULAFR:

SSOFFSETDLAFR:

QOFFSETULAWB:

QOFFSETDLAWB:

SSOFFSETULAWB:

SSOFFSETDLAWB:

SCTYPE: OL

IHO: TMAXIHO: TIHO: MAXIHO: QOFFSETUL:

QOFFSETDL:

SSOFFSETUL:

SSOFFSETDL:

QOFFSETULAFR:

QOFFSETDLAFR:

SSOFFSETULAFR:

SSOFFSETDLAFR:

QOFFSETULAWB:

QOFFSETDLAWB:

SSOFFSETULAWB:

SSOFFSETDLAWB:

Assignment to Other Cell - Cell Data

AW:

Overlaid Subcell Locating Data

LOL: LOLHYST: DTCB: DTCBHYST: NDIST:

NNCELLS: TAOL: TAOLHYST:

Subcell Load Distribution Data

SCLD: SCLDLOL: SCLDLUL:

SCLDSC:

Advanced Handling of Fast Moving Mobiles (HCS Data):

THO: NHO: FASTMSREG:

365320/1553-HSC 103 12 Uen J | 2012-03-05


HCS BSC Data

HSCBAND: HCSBANDTHR: LAYER:

HCS Cell Data

LAYER: LAYERTHR: LAYERHYST:

PSSTEMP: PTIMTEMP:

Extended Range Cell Data

XRANGE:

Double BA Lists Cell Data (Measurement Frequencies)

LISTTYPE: ACTIVE

MBCCHNO:

LISTTYPE: IDLE

MBCCHNO:

Idle Channel Measurements Cell Data

ICMSTATE:

INTAVE: LIMIT1: LIMIT2: LIMIT3: LIMIT4:

Cell Load Sharing BSC Data

LSSTATE:

Cell Load Sharing Cell Data

CLSSTATE:

CLSACC: CLSLEVEL: CLSRAMP: HOCLSACC: RHYST:

Multi Band Operation BSC Data

MODE: GSYSTYPE:

366 320/1553-HSC 103 12 Uen J | 2012-03-05

CDD Forms

Multi Band Operation Cell Data

CSYSTYPE: MBCR:

Enhanced Multi-Level Precedence and Preemption Service (eMLPP) CellData

PRIOLEV: QASSTIME: RESLIMIT: QLENGTH:

Differential Channel Allocation BSC Data

DCASTATE: EMERGPRL: STATSINT:

Differential Channel Allocation Priority Profile Data

PRL: INAC:

PROBF:

Adaptive Configuration of Logical Channels

CHGR: ACSTATE: SLEVEL: STIME:

GSM-UMTS Cell Reselection and Handover Cell Data

UMFI: FDDQMIN: FDDQOFF: SPRIO: QSI:

FDDQMINOFF

FDDRSCPMIN

AMR BSC Data

SET: MODE: THR: HYST:

GPRS Link Adaptation

LA: CHCSDL:

GPRS/EGPRS Quality of Service Cell Data

BPDCHBR: GPDCHBR: EPDCHBR: STREAMSUP:

367320/1553-HSC 103 12 Uen J | 2012-03-05


Interference Rejection Combining Cell Data

IRC:

Multi Band Cell Cell Data

CSYSTYPE: FBOFFS:

Multi Band Cell Channel Group Data

BAND:

Antenna Hopping Hardware Characteristic Data

AHOP:

Synchronized Radio Networks Cell Data

FNOFFSET:

Synchronized Radio Networks Channel Group Data

HOP: HSN: MAIO: TSC:

Synchronized Radio Networks Hardware Characteristic Data

FSOFFSET:

Dynamic FR/HR Mode Adaptation

DMQB: DMQG: DMQBAMR: DMQBNAMR:

DMQGAMR:

DMQGNAMR:

DMTHAMR: DMTHNAMR: DTHAMR: DTHNAMR:

Neighbor Cell Relation Data

Full list of neighbours:

368 320/1553-HSC 103 12 Uen J | 2012-03-05

CDD Forms

CELLR: CTYPE: INT RELATION:

CS: CAND: AWOFFSET: BQOFFSET: BQOFFSETAFR:

BQOFFSETAWB:

If EVALTYPE=1:

KHYST: KOFFSET: LHYST:

LOFFSET: TRHYST: TROFFSET:

If EVALTYPE=3:

HIHYST: LOHYST: HYSTSEP: OFFSET:

CELLR: CTYPE: EXT RELATION:SINGLE

If EVALTYPE=1:

KHYST: KOFFSET: LHYST: LOFFSET:

TRHYST: TROFFSET:

If EVALTYPE=3:

HIHYST: LOHYST: HYSTSEP: OFFSET:

CGI: BSIC: BCCHNO: LAYER: LAYERTHR:

LAYERHYST:

PSSTEMP: PTIMTEMP: AW: MISSNM:

EXTPEN: BSPWR: BSTXPWR: BSRXMIN: BSRXSUFF:

SCHO: MSTXPWR: MSRXMIN: MSRXSUFF:

Allocation Data for Transceiver Group, Model G12

CHGR:

TG: COMB: TFMODE: SYNCSRC: FHOP:

ANT: ANTA: ANTB: BAND:

TRX data, MODEL G12

TRXC: TEI: RXD: MPWR:

369320/1553-HSC 103 12 Uen J | 2012-03-05


370 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

6 Index

6.1 Index to Parameters

A

A53PRIO: Page 123

ABIS64KTHR: Page 295

ABISALLOC: Page 294

ACC: Page 56

ACCMIN: Page 51

ACSTATE: Page 225

AFLP: Page 337

AGBLK: Page 22

AHOP: Page 278

AHPRL: Page 290

AHRVAMOS: Page 343

AIRCT: Page 337

ALLOCPREF: Page 292

ALPHA: Page 150

AMRFRSUPPORT: Page 250

AMRHRSUPPORT: Page 251

AMRPCSTATE: Page 144, Page 152

AMRSPEECHVERUSE: Page 117

AMRWBDHA: Page 328

AMRWBDYMAPRIO: Page 326

AMRWBFB: Page 326

AMRWBPRIO: Page 327

AMRWBSPVERUSE: Page 327

AMRWBSUPPORT: Page 327

ANT: Page 355

ANTA: Page 356

ANTB: Page 356

AQMMAXIPSIZE: Page 274

371320/1553-HSC 103 12 Uen J | 2012-03-05


AQMMINBUFF: Page 274

AQMMINIPSIZE: Page 275

AQMRTTCONST: Page 275

AQMSUPPORT: Page 276

AQPSKONBCCH: Page 345

ASSOC: Page 175

ASSV: Page 345

ATHABIS: Page 285

ATHABISPR: Page 285

ATT: Page 60

AW: Page 43, Page 176

AWBVAMOS: Page 343

AWOFFSET: Page 42, Page 177

B

BADQDL: Page 87

BADQUL: Page 87

BAND: Page 206, Page 270

BAOCI: Page 221

BCCD: Page 35, Page 163

BCCHDTCB: Page 184

BCCHDTCBHYST: Page 184

BCCHLOSS: Page 183

BCCHLOSSHYST: Page 183

BCCHNO: Page 19, Page 42

BCCHREUSE: Page 183

BCCHTYPE: Page 21

BOICI: Page 221

BOIEXHI: Page 221

BPDCHBR: Page 266

BQOFFSET: Page 41, Page 90

BQOFFSETAFR: Page 41, Page 91

BQOFFSETAWB: Page 91, Page 42

BSCAFLP: Page 335

372 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

BSCAIRCT: Page 335

BSCFFAD: Page 303

BSCFFTAD: Page 304

BSCFSOFFSETLSW: Page 279

BSCFSOFFSETMSW: Page 278

BSCMC: Page 118

BSIC: Page 18, Page 42

BSPWR: Page 43, Page 80

BSPWRB: Page 13

BSPWRMIN: Page 159

BSPWRT: Page 28

BSRPWROFFSETN: Page 153

BSRPWROFFSETP: Page 154

BSRXMIN: Page 43, Page 81

BSRXSUFF: Page 43, Page 82

BSTXPWR: Page 43, Page 82

BTDM: Page 49

BTSPS: Page 323

BTSPSHYST: Page 324

C

CAND: Page 42, Page 176

CAPLSCHMOVAL: Page 209

CAPLSCHMTOVERR: Page 211

CAPLSCHMTPREF: Page 212

CAPLSCHMTVAL: Page 210

CAPLTCHEMER: Page 208

CAPLTCHMOVAL: Page 209

CAPLTCHMTOVERR: Page 210

CAPLTCHMTPREF: Page 211

CAPLTCHMTVAL: Page 209

CAPLTCHSCH: Page 207

CB: Page 55

CBCH: Page 38

373320/1553-HSC 103 12 Uen J | 2012-03-05


CBCHD: Page 109

CBQ: Page 56

CCCH: Page 64

CCCHCMD: Page 65

CCHPWR: Page 52

CELL: Page 16, Page 235

CELLQ: Page 98

CELLR: Page 39, Page 241

CGI: Page 17, Page 42

CHAP: Page 119

CHCODING: Page 124

CHCSDL: Page 258

CHGR: Page 31, Page 227, Page 353

CHMAX: Page 299

CHRATE: Page 216

CHTYPE: Page 215

CLMRKMSG: Page 202

CLSACC: Page 200

CLSLEVEL: Page 200

CLSRAMP: Page 201

CLSSTATE: Page 200

CLSTIMEINTERVAL: Page 199

CLUSTERID: Page 359

CMDR: Page 119

COEXUMTS: Page 228

COEXUMTSINT: Page 229

COEXUMTSLSH: Page 229

CODECREST: Page 330

COMB: Page 167

CONFMD: Page 167

CONFMODE: Page 336

COVERAGEE: Page 249

COVERAGEU: Page 249

CRC32: Page 304

374 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

CRH: Page 53

CRO: Page 61

CRT: Page 114

CS: Page 41

CSPSALLOC: Page 122, Page 131

CSPSPRIO: Page 122, Page 132

CSYSTYPE: Page 204

CTYPE: Page 40

D

DAMRCR: Page 295

DAMRCRABIS: Page 296

DAMRCRABISPR: Page 296

DAMRREDABISTHR: Page 295

DBPSTATE: Page 152

DCAHANDOVER: Page 213

DCASTATE: Page 214

DCDLACT: Page 136

DCHNO: Page 34

DFRMAABISTHR: Page 289

DHA: Page 284

DHASS: Page 285

DHASSTHRASS: Page 286

DHASSTHRHO: Page 286

DHPR: Page 286

DHPRL: Page 287

DHRAABISTHR: Page 289

DHRAABISTHRWB: Page 291

DHRMAABISTHR: Page 290

DIVERSITY: Page 231

DL: Page 13

DLDELAY: Page 271

DLPCE: Page 155

DLPCE2A: Page 155

375320/1553-HSC 103 12 Uen J | 2012-03-05


DLPCG: Page 155

DMPR: Page 287

DMPRL: Page 287

DMPSTATE: Page 143

DMQB: Page 280

DMQBAMR: Page 280

DMQBNAMR: Page 281

DMQG: Page 281

DMQGAMR: Page 282

DMQGNAMR: Page 282

DMSUPP: Page 284

DMTFAMR: Page 288

DMTNAMR: Page 288

DMTHAMR: Page 282

DMTHNAMR: Page 283

DSCP: Page 332

DSCP1: Page 333

DSCPDL: Page 305

DSCPUL: Page 305

DTCB: Page 180

DTCBHYST: Page 181

DTCBSC: Page 177

DTHAMR: Page 283

DTHAMRWB: Page 289

DTHNAMR: Page 284

DTXD: Page 161

DTXFUL: Page 141

DTXU: Page 162

DYNVGCH: Page 299

E

E2AFACTOR: Page 137

E2AINITMCS: Page 341

E2ALQC: Page 341

376 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

E2APDCHBR: Page 342

EACPREF: Page 135

EARFCN: Page 241

EBANDINCLUDED: Page 115

ECSC: Page 26

EFACTOR: Page 136

EGPRSIRUL: Page 257

EINITMCS: Page 341

EITADMCTRL: Page 266

EITEMAXUSEDL: Page 265

EITEMAXUSEUL: Page 264

EITEXCLUDED: Page 135

EITGMAXUSEDL: Page 265

EITGMAXUSEUL: Page 264

EITHIGHCS: Page 257

EITQOSPRIO: Page 265

EITSCHEDFREQH: Page 260

EITSCHEDFREQL: Page 260

EMERGPRL: Page 214

EMLPP: Page 220

EPDCHBR: Page 267

ESDELAY: Page 272

ETCHTN: Page 140

EVALTYPE: Page 72

EXMASTERRES: Page 360

EXTPEN: Page 42, Page 92

F

FASTASSIGN: Page 71

FASTMSREG: Page 191

FASTRET3G: Page 248

FASTRET3GNC2: Page 230

FASTRETLTE: Page 249

FBCHALLOC: Page 269

377320/1553-HSC 103 12 Uen J | 2012-03-05


FBOFFS: Page 270

FBVGCHALLOC: Page 298

FDDARFCN: Page 236, Page 242

FDDMRR: Page 238

FDDQMIN: Page 231

FDDQMINOFF: Page 234

FDDQOFF: Page 232

FDDREPTHR2: Page 240

FDDRSCPMIN: Page 234

FHOP: Page 166

FLEXHIGHGPRS: Page 296

FNOFFSET: Page 25, Page 279

FORCE: Page 321

FPDCH: Page 131

FSOFFSET: Page 280

G

GAMMA: Page 150

GBCAPALARMACT: Page 331

GBCAPWARNTHR: Page 331

GPDCHBR: Page 267

GPRS: Page 130

GPRS5TSDLACT: Page 128

GPRSEDAACT: Page 124

GPRSNEUTRALACT: Page 128

GPRSNWMODE: Page 125

GPRSPRIO: Page 135

GPRSVALID: Page 111

GSYSTYPE: Page 203

GTDM:Page 49

H

HALFRATESUPP: Page 118

HCSBAND: Page 187

378 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

HCSBANDHYST: Page 186

HCSBANDTHR: Page 188

HCSCHAVAILTIMER: Page 185

HCSIN: Page 191

HCSOUT: Page 192

HCSTRAFDISSTATE: Page 185

HIGHFERDLAWB: Page 328

HIGHFERULAWB: Page 328

HIHYST: Page 42, Page 85

HNDBEFOREBANSWM: Page 70

HNDRELCHINTRAM: Page 66

HNDSDCCHINTI: Page 70

HNDSDCCHINTOM: Page 69

HNDSDCCHM: Page 66

HNDSDCCHTCHM: Page 67

HNDTGSOPINTRA: Page 68

HOCLSACC: Page 201

HOMTD: Page 335

HOP: Page 32, Page 162, Page 279

HPBSTATE: Page 107

HPRIO: Page 242

HPRIOTHR: Page 242

HRVAMOS: Page 343

HSN: Page 33, Page 163, Page 279

HYST: Page 253

HYSTSEP: Page 42, Page 86

I

IAN: Page 277

IBHOASS: Page 175

IBHOSICH: Page 97

ICMODE: Page 329

ICMSTATE: Page 196

IHO: Page 169

379320/1553-HSC 103 12 Uen J | 2012-03-05


IHOSICH: Page 97

IMBVAMOS: Page 349

IMSIPAT: Page 338

INAC: Page 217

INITDLPCE: Page 156

INITDLPCE2A: Page 156

INITDLPCG: Page 156

INTAVE: Page 197

IPDEV2NO: Page 306

IPDEVNO: Page 306, Page 333

IPDEVTYPE: Page 306Page 333

IPM: Page 350

IPOV: Page 315

IRC: Page 268

ISHOLEV: Page 238

J

JBPTA: Page 314

JBS: Page 332

JBSDL: Page 310

JBSUL: Page 307

K

KHYST: Page 83, Page 42

KOFFSET: Page 84, Page 42

L

LA: Page 257

LATAUSED: Page 47

LAYER: Page 43, Page 188

LAYERHYST: Page 43, Page 190

LAYERTHR: Page 43, Page 189

LBG: Page 312

LCOMPDL: Page 158

380 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

LCOMPUL: Page 147

LDEL: Page 316

LHYST: Page 83, Page 42

LIMIT1: Page 198

LIMIT2: Page 198

LIMIT3: Page 198

LIMIT4: Page 198

LISTTYPE: Page 195

LOADOPT: Page 277

LOFFSET: Page 42, Page 85

LOHYST: Page 42, Page 86

LOL: Page 180

LOLHYST: Page 180

LOPTETHR: Page 273

LOPTGTHR: Page 273

LOWSSDL: Page 88

LOWSSUL: Page 88

LPRIOTHR: Page 243

LQCACT: Page 253

LQCDEFAULTMCSDL: Page 254

LQCDEFAULTMCSUL: Page 255

LQCDEFMCSDLE2A: Page 339

LQCDEFMCSULE2A: Page 340

LQCHIGHMCS: Page 255

LQCHIGHMCSDLE2A: Page 340

LQCHIGHMCSULE2A: Page 340

LQCMODEDL: Page 256

LQCMODEUL: Page 254

LQCUNACK: Page 256

LSSTATE: Page 199

M

MAIO: Page 165, Page 279

MAXCELLSINLAYER: Page 185

381320/1553-HSC 103 12 Uen J | 2012-03-05


MAXCHDATARATE: Page 116

MAXDBDEVINLAYER: Page 186

MAXIHO: Page 170

MAXISHO: Page 240

MAXLAPDM: Page 292

MAXPWR: Page 350

MAXRET: Page 57

MAXSBLK: Page 108

MAXSMSG: Page 108

MAXTA: Page 99, Page 193

MAXTGCL: Page 336

MAXTRX: Page 351

MBCCHNO: Page 194

MBCR: Page 204

MBCRAC: Page 268

MBT: Page 334

MBWDL: Page 307

MBWUL: Page 307

MC: Page 121

MCIMALG: Page 336

MCLTDL: Page 312

MCLTUL: Page 313

MCTRI: Page 352

MEASTHR: Page 244

MFDDARFCN: Page 231

MFRMS: Page 24

MINCHBW: Page 244

MINPOLL: Page 274

MINPOLLEIT: Page 273

MINREQTCH: Page 325

MISSNM: Page 42, Page 79

MNCDIGITHAND: Page 27

MODE: Page 308, Page 203, Page 252

MP: Page 321

382 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

MPLSDL: Page 313

MPLSUL: Page 313

MPS: Page 334

MPWR: Page 358

MRNIC: Page 195

MRSL: Page 237

MSCRCODE: Page 231

MSEITRESPTIME: Page 259

MSGDIST: Page 54

MSQHOPRIO: Page 220

MSQUEUING: Page 219

MSRACREQCCCH: Page 129

MSRACREQPCCCH: Page 130

MSRPWROFFSETN: Page 144

MSRPWROFFSETP: Page 145

MSRXMIN: Page 43, Page 81

MSRXSUFF: Page 43, Page 81

MSTXPWR: Page 28, Page 43

N

NACCACT: Page 109

NCCPERM (Cell): Page 53

NCCPERM (BSC): Page 338

NCPROF: Page 111

NCRPT: Page 111

NDIST: Page 181

NECI: Page 121

NEWNAME: Page 17, Page 235

NHO: Page 187

NOALLOC: Page 197

NOOFPHYSINFOMSG: Page 71

NOTIFP: Page 298

NUMDEV: Page 320, Page 318

NUMREQBPC: Page 33

383320/1553-HSC 103 12 Uen J | 2012-03-05


NUMREQCS3CS4BPC: Page 138

NUMREQE2ABPC: Page 139

NUMREQEGPRSBPC: Page 139

O

ODPDCHLIMIT: Page 140

OFFSET: Page 42, Page 87

ONDEMANDGPHDEV: Page 126

ONDEMANDGPHDG2: Page 126

OPTMSCLASS: Page 293

OPTMSCLASSADD: Page 293

OPTMSCLASSREM: Page 293

OVLTH: Page 308

P

PACKALG: Page 316, Page 310

PAGBUNDLE: Page 65

PAGLATA: Page 47

PAGNUMBERLA: Page 44

PAGPRIO: Page 297

PAGREP1LA: Page 43

PAGREPCT1LA: Page 48

PAGREPGLOB: Page 44

PAGTIMEFRST1LA: Page 45

PAGTIMEFRSTGLOB: Page 45

PAGTIMEREP1LA: Page 46

PAGTIMEREPGLOB: Page 46

PAGTIMEREPLATA: Page 49

PAO: Page 351

PCI: Page 222

PCID: Page 244

PCIDG: Page 245

PCIDP: Page 245

PCIDPS: Page 246

384 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

PCMLAW: Page 300, Page 331

PCUEIT: Page 259

PCUQOS: Page 258

PDCHPREEMPT: Page 132

PHCSTHR: Page 110

PHSTATE: Page 218

PILTIMER: Page 125

PILTIMERFLEX: Page 294

PLAYER: Page 110

PP: Page 216

PRACHBLK: Page 107

PRIMPLIM: Page 133

PRIOLEV: Page 223

PRIORITY: Page 223

PRIOTHR: Page 246

PRL: Page 217

PROBF: Page 218

PROFFSET: Page 112

PSCELLPLAN: Page 109

PSCVL: Page 115

PSETCHKPERIOD: Page 127

PSKONBCCH: Page 133, Page 342

PSSBQ: Page 89

PSSHF: Page 96

PSSTA: Page 89

PSSTEMP: Page 43, Page 190

PSTU: Page 309

PSUPS: Page 325

PSVTYPE: Page 324

PT: Page 64

PTA: Page 319, Page 314

PTIMBQ: Page 90

PTIMHF: Page 96

PTIMTA: Page 90

385320/1553-HSC 103 12 Uen J | 2012-03-05


PTIMTEMP: Page 43, Page 190

PULSCHEDINT: Page 275

PVI: Page 222

Q

QAI: Page 223

QASSTIME: Page 224

QBAHRV: Page 346

QBAWBV: Page 347

QBNAV: Page 347

QCOMPDL: Page 159

QCOMPUL: Page 148

QDESDL: Page 158

QDESDLAFR: Page 158

QDESDLAHR: Page 160

QDESDLAWB: Page 160

QDESDLOV: Page 347

QDESUL: Page 148

QDESULAFR: Page 148

QDESULAHR: Page 149

QDESULAWB: Page 149

QDESULOV: Page 348

QEVALSD: Page 76

QEVALSI: Page 77

QLENDL: Page 152

QLENGTH: Page 224

QLENSD: Page 77

QLENSI: Page 78

QLENUL: Page 142

QLIMDL: Page 93

QLIMDLAFR: Page 94

QLIMDLAWB: Page 95

QLIMUL: Page 94

QLIMULAFR: Page 95

386 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

QLIMULAWB: Page 95

QOFFSETDL: Page 172

QOFFSETDLAFR: Page 172

QOFFSETDLAWB: Page 174

QOFFSETUL: Page 171

QOFFSETULAFR: Page 171

QOFFSETULAWB: Page 174

QOSCONVPRIO: Page 262

QOSMAPPING: Page 262

QOSSTREAMPRIO: Page 263

QOSTHP1: Page 261

QOSTHP2: Page 261

QRXLEVMINE: Page 246

QRXLEVMINU: Page 247

QSC: Page 238

QSCI: Page 239

QSI: Page 233

R

RAC: Page 113

RATPRIO: Page 247

REEST: Page 302

REGINTDL: Page 151

REGINTUL: Page 142

RELATION: Page 41

REPFACCH: Page 302

REPPERNCH: Page 298

RESLIMIT: Page 224

RHYST: Page 201

RIMNACC: Page 113

RLINKT: Page 101

RLINKTAFR: Page 102

RLINKTAHR: Page 103

RLINKTAWB: Page 106

387320/1553-HSC 103 12 Uen J | 2012-03-05


RLINKUP: Page 100

RLINKUPAFR: Page 104

RLINKUPAHR: Page 105

RLINKUPAWB: Page 106

RP: Page 321

RSITE: Page 11

RTTI: Page 277

RTTIINITMCS: Page 341

RXD: Page 358

S

SACCHDLTHR: Page 303

SACCHULTHR: Page 303

SAS: Page 123

SBHOACTIVE: Page 229

SC: Page 320, Page 309

SCALLOC:Page 134

SCGR: Page 320, Page 309

SCHO: Page 43, Page 97

SCLD: Page 178

SCLDLOL: Page 179

SCLDSC: Page 179

SCLDLUL: Page 178

SCRCODE: Page 236

SCTYPE: Page 26

SDAMRREDABISTHR: Page 317, Page 310

SDCCH: Page 36

SDFRMAABISTHR: Page 317, Page 311

SDHRAABISTHR: Page 318, Page 311

SDHRAABISTHRWB: Page 291

SDHRMAABISTHR: Page 314, Page 319

SET (AMR): Page 251

SET (IMSI HO): Page 339

SIMSG: Page 54

388 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

SLEVEL: Page 225

SMOASSIGN: Page 212

SMTASSIGN: Page 213

SPDCH: Page 134

SPEECHVERUSED: Page 117

SPRIO: Page 232

SSDESDL: Page 157

SSDESDLAFR: Page 157

SSDESDLAHR: Page 159

SSDESDLAWB: Page 160

SSDESUL: Page 146

SSDESULAFR: Page 147

SSDESULAHR: Page 148

SSDESULAWB: Page 149

SSEVALSD: Page 75

SSEVALSI: Page 76

SSLENDL: Page 151

SSLENSD: Page 77

SSLENSI: Page 78

SSLENUL: Page 143

SSOFFSETDL: Page 173

SSOFFSETDLAFR: Page 173

SSOFFSETDLAWB: Page 174

SSOFFSETUL: Page 172

SSOFFSETULAFR: Page 173

SSOFFSETULAWB: Page 174

SSRAMPSD: Page 78

SSRAMPSI: Page 79

SSTHRASSV: Page 346

SSTHRV: Page 346

STATE: Page 32

STATSINT: Page 215

STIME: Page 226

STREAMSUP: Page 267

389320/1553-HSC 103 12 Uen J | 2012-03-05


SYNCSRC: Page 279, Page 355

T

T3212: Page 61

TAAVELEN: Page 74

TALIM: Page 88, Page 193

TALLOC: Page 73

TAOL: Page 182

TAOLHYST: Page 182

TBFDLLIM: Page 137

TBFDLLIMIT: Page 126

TBFMODEACT: Page 128

TBFULLIM: Page 138

TBFULLIMIT: Page 127

TCHOPTIMIZATION: Page 129

TDD: Page 50

TEI: Page 357

TEITPENDING: Page 259

TFILIMIT: Page 272

TFMODE: Page 354

TFOCONFIGTRA: Page 300

TFOPRIO: Page 301

TFOSTATUS: Page 301

TG: Page 353

THO: Page 186

THPMBRFACTOR: Page 261

THR: Page 252

TIHO: Page 170

TIME: Page 337

TIMER3105: Page 72

TIMHNDCMDINTRAM: Page 67

TINIT: Page 73

TMAXIHO: Page 169

TMODE: Page 318, Page 312

390 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

TN: Page 37

TN7BCCH: Page 139

TNBCCH: Page 64

TO: Page 63

TRAFBLK: Page 108

TRES: Page 248

TRHYST: Page 42, Page 84

TROFFSET: Page 42, Page 85

TRXC: Page 356

TRXOFFDELAY: Page 323

TRXOFFTARGET: Page 322

TRXONTARGET: Page 322

TSC: Page 38

TSCSET1PAIRS: Page 348

TSPS: Page 323

TSTREAMPENDING: Page 263

TSTREAMSTART: Page 263

TURGEN: Page 74

TX: Page 58

TXMPWR: Page 351

U

UL: Page 13

ULDELAY: Page 271

UMFI: Page 230

USFLIMIT: Page 272

UTRANID: Page 236

V

VAMOSBSCSTATE: Page 344

VAMOSCELLSTATE: Page 349

VCSCC: Page 344

VGCHALLOC: Page 299

VGENCR: Page 300

391320/1553-HSC 103 12 Uen J | 2012-03-05


VGPRIO: Page 297

X

XRANGE: Page 192

6.2 Index to Commands

M

MGADI: Page 50

MGEPC: Page 44, Page 45, Page 46, Page 46, Page 47, Page 47, Page49, Page 207, Page 208, Page 209, Page 209, Page 210, Page210, Page 211, Page 211, Page 212, Page 212, Page 213,Page 213

MGEPP: Page 44, Page 45, Page 46, Page 46, Page 47, Page 47, Page49, Page 207, Page 208, Page 209, Page 209, Page 210, Page210, Page 211, Page 211, Page 212, Page 212, Page 213,Page 213

MGETC: Page 220, Page 221, Page 221, Page 222, Page 222, Page222, Page 223, Page 223

MGIDI: Page 49, Page 50

MGIDP: Page 49, Page 50

MGTEI: Page 114, Page 115

MGTEP: Page 114, Page 115

R

392 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

RAEPC: Page 27, Page 71, Page 71, Page 72, Page 87, Page 88, Page88, Page 88, Page 109, Page 110, Page 116, Page 116, Page117, Page 117, Page 124, Page 125,Page 125, Page 126, Page126, Page 127, Page 127, Page 150, Page 178, Page 199, Page202, Page 214, Page 219, Page 219, Page 220, Page 228, Page229, Page 250, Page 251, Page 253, Page 254, Page 254, Page255, Page 255, Page 256, Page 257, Page 259, Page 259, Page259, Page 260, Page 260, Page 260, Page 261, Page 261, Page262, Page 262, Page 262, Page 263, Page 263, Page 264, Page268, Page 269, Page 271, Page 271, Page 272, Page 272, Page272, Page 279, Page 279, Page 294, Page 124, Page 229, Page229, Page 273, Page 273, Page 185, Page 185, Page 185, Page186, Page 300, Page 301, Page 301, Page 264, Page 264, Page265, Page 265, Page 274, Page 274, Page 265, Page 274, Page274, Page 275, Page 275, Page 275, Page 128, Page 128, Page129, Page 129, Page 360, Page 276, Page 276, Page 257, Page266, Page 277, Page 302, Page 130, Page 302, Page 302, Page326, Page 326, Page 327, Page 327, Page 327, Page 328, Page328, Page 126, Page 331, Page 331, Page 230, Page 332, Page335, Page 339, Page 340, Page 340, Page 340

RAEPP: Page 27, Page 71, Page 71, Page 72, Page 87, Page 88, Page88, Page 88, Page 109, Page 110, Page 116, Page 116, Page117, Page 117, Page 124, Page 125, Page 125, Page 126, Page126, Page 127, Page 127, Page 150, Page 178, Page 199, Page202, Page 214, Page 219, Page 219, Page 220, Page 228, Page229, Page 250, Page 251, Page 253, Page 254, Page 254, Page255, Page 255, Page 256, Page 257, Page 259, Page 259, Page259, Page 260, Page 260, Page 260, Page 261, Page 261, Page262, Page 262, Page 262, Page 263, Page 263, Page 264, Page268, Page 269, Page 271, Page 271, Page 272, Page 272, Page272, Page 279, Page 279, Page 294, Page 124, Page 229, Page229, Page 273, Page 273, Page 185, Page 185, Page 185, Page186, Page 300, Page 301, Page 301, Page 264, Page 264, Page265, Page 265, Page 274, Page 274, Page 265, Page 274, Page274, Page 275, Page 275, Page 275, Page 128, Page 128, Page129, Page 129, Page 360, Page 276, Page 276, Page 257, Page266, Page 277, Page 302, Page 130, Page 302, Page 302, Page326, Page 326, Page 327, Page 327, Page 327, Page 328, Page328, Page 126, Page 331, Page 331, Page 332, Page 335, Page339, Page 340, Page 340, Page 340

RFADE: Page 304

RFADI: Page 304

RFADP: Page 304, Page 304

RFCAC: Page 345

RFCAP: Page 345

RFEAC: Page 303, Page 303

393320/1553-HSC 103 12 Uen J | 2012-03-05


RFEAI: Page 303, Page 303

RFEAP: Page 303, Page 303

RFEHE: Page 302, Page 313

RFEHI: Page 302, Page 313

RFEHP: Page 302, Page 302

RFFBC: Page 336, Page 336, Page 336, Page 337

RFFBE: Page 335, Page 335

RFFBI: Page 335, Page 335

RFFBP: Page 335, Page 335, Page 336, Page 336, Page 336, Page 337

RFIMC: Page 338, Page 339, Page 339

RFIME: Page 338

RFIMI: Page 338

RFIMP: Page 338, Page 339, Page 339

RFPCC: Page 156, Page 156, Page 156

RFPCE: Page 155, Page 155, Page 155

RFPCI: Page 155, Page 155, Page 155

RFPCP: Page 155, Page 155, Page 155, Page 156, Page 156, Page 156

RFTDE: Page 304

RFTDI: Page 304

RFVBC: Page 343, Page 343, Page 344

RFVBE: Page 344

RFVBI: Page 344

RFVBP: Page 343, Page 343, Page 344, Page 344

RFVCC: Page 345, Page 345, Page 346, Page 347, Page 347, Page 347,Page 348, Page 348, Page 348, Page 346

RFVCE: Page 349

RFVCI: Page 349

RFVCP: Page 345, Page 345, Page 346, Page 347, Page 347, Page 347,Page 348, Page 348, Page 348, Page 349, Page 346

RLACC: Page 226, Page 226, Page 227

RLACE: Page 225

RLACI: Page 225

RLACP: Page 225, Page 226, Page 226, Page 227

RLADC: Page 251, Page 252, Page 253, Page 253

394 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

RLADP: Page 251, Page 252, Page 253, Page 253

RLAPC: Page 147, Page 148, Page 157, Page 159, Page 149, Page 149,Page 160, Page 160, Page 161, Page 160, Page 150, Page 149

RLAPE: Page 144, Page 153

RLAPI: Page 144, Page 153

RLAPP: Page 144, Page 147, Page 148, Page 153, Page 157, Page 159,Page 149, Page 149, Page 160, Page 160, Page 161, Page160, Page 150, Page 149

RLBAC: Page 151, Page 152, Page 152

RLBAP Page 151, Page 152

RLBCC: Page 157, Page 158, Page 158, Page 159, Page 159

RLBCE: Page 152

RLBCI: Page 152

RLBCP: Page 152, Page 157, Page 158, Page 158, Page 159, Page 159

RLBDC: Page 33, Page 139, Page 139, Page 140, Page 136, Page 65,Page 140, Page 139

RLBDP: Page 33, Page 139, Page 139, Page 140, Page 136, Page 65,Page 139

RLBQC: Page 224, Page 224

RLBQP: Page 224, Page 224

RLBRC: Page 153, Page 154

RLBRE: Page 153, Page 154

RLBRI: Page 153, Page 154

RLBRP: Page 153, Page 154

RLCCC: Page 31, Page 36, Page 38, Page 38

RLCDC: Page 118, Page 121

RLCDP: Page 118, Page 121

RLCFE: Page 34

RLCFI: Page 34

RLCFP: Page 31, Page 32, Page 33, Page 34, Page 36, Page 38, Page38, Page 163, Page 163, Page 165

RLCHC: Page 32, Page 33, Page 35, Page 163, Page 163, Page 164,Page 165

RLCHP: Page 35, Page 164

RLCLC: Page 135, Page 132, Page 122, Page 123, Page 132, Page330, Page 123

395320/1553-HSC 103 12 Uen J | 2012-03-05


RLCLP: Page 135, Page 132, Page 122, Page 123, Page 132, Page330, Page 123

RLCPC: Page 13, Page 28, Page 28

RLCPP: Page 13, Page 28, Page 28

RLCSC: Page 286, Page 286, Page 286

RLCSP: Page 286, Page 286, Page 286

RLCXC: Page 161

RLCXP: Page 161

RLDAC: Page 285, Page 296, Page 285, Page 297

RLDAP: Page 285Page 296, Page 285, Page 297

RLDCE: Page 214

RLDCI: Page 214, Page 214

RLDCP: Page 214, Page 214

RLDEC: Page 17, Page 17, Page 18, Page 20, Page 21, Page 22, Page24, Page 26, Page 192, Page 236, Page 236, Page 236, Page237, Page 237, Page 268, Page 113, Page 113

RLDEI: Page 16, Page 40, Page 204, Page 235

RLDEP: Page 17, Page 18, Page 20, Page 21, Page 22, Page 24, Page26, Page 40, Page 192, Page 204, Page 236, Page 236, Page237, Page 237, Page 268, Page 113, Page 113

RLDGI: Page 31, Page 270

RLDGP: Page 270

RLDHC: Page 284, Page 284, Page 283, Page 287, Page 287

RLDHP: Page 284, Page 284, Page 283, Page 287, Page 287

RLDMC: Page 280, Page 281, Page 281, Page 281, Page 282, Page 282,Page 283, Page 283, Page 287, Page 288, Page 288, Page 288

RLDME: Page 284

RLDMI: Page 284Page 287

RLDMP: Page 280, Page 281, Page 281, Page 281, Page 282, Page 282,Page 283, Page 283, Page 287, Page 288, Page 288, Page 288

RLDRC: Page 119

RLDRP: Page 119

RLDSI: Page 27

RLDTC: Page 39

RLDTP: Page 39

RLDUC: Page 292, Page 292, Page 293, Page 294

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Index

RLDUP: Page 292, Page 292, Page 293

RLEFC: Page 241

RLEFP: Page 241

RLFCC: Page 337, Page 338

RLFCP: Page 337, Page 338

RLGAC: Page 123, Page 140

RLGAP: Page 123, Page 140

RLGNC: Page 112, Page 112

RLGNP: Page 112, Page 112

RLGQC: Page 266, Page 267, Page 267, Page 267, Page 135, Page 342

RLGQP: Page 266, Page 267, Page 267, Page 267, Page 135, Page 342

RLGSC: Page 131, Page 132, Page 133, Page 134, Page 134, Page 134,Page 151, Page 258, Page 258, Page 296, Page 277, Page 277,Page 137, Page 341, Page 341, Page 341, Page 342, Page 342,Page 136, Page 137, Page 138

RLGSE: Page 130

RLGSI: Page 130

RLGSP: Page 130, Page 131, Page 132, Page 133, Page 134, Page 134,Page 134, Page 151, Page 258, Page 258, Page 296, Page 277,Page 277, Page 137, Page 341, Page 341, Page 341, Page 342,Page 342, Page 136, Page 137, Page 138

RLHBC: Page 186, Page 187, Page 188

RLHBP: Page 186, Page 187, Page 188

RLHPC: Page 119

RLHPP: Page 119

RLIHC: Page 169, Page 170, Page 170, Page 171, Page 171, Page 172,Page 172, Page 172, Page 172, Page 173, Page 173, Page 173,Page 174, Page 174, Page 174, Page 175

RLIHP: Page 169, Page 170, Page 170, Page 171, Page 171, Page 172,Page 172, Page 172, Page 172, Page 173, Page 173, Page 173,Page 174, Page 174, Page 174, Page 175

RLIMC: Page 197, Page 198

RLIME: Page 196

RLIMI: Page 196, Page 197

RLIMP: Page 196, Page 197, Page 197, Page 198

RLLBC: Page 72, Page 73, Page 73, Page 74, Page 75, Page 97, Page97, Page 175, Page 175, Page 186, Page 187

397320/1553-HSC 103 12 Uen J | 2012-03-05


RLLBP: Page 72, Page 73, Page 73, Page 74, Page 75, Page 97, Page97, Page 175, Page 175, Page 186, Page 187

RLLCC: Page 200, Page 200, Page 201, Page 201, Page 201

RLLCE: Page 200

RLLCI: Page 200

RLLCP: Page 200, Page 200, Page 200, Page 201, Page 201, Page 201

RLLDC: Page 99, Page 100, Page 193, Page 104, Page 105, Page 106

RLLDP: Page 99, Page 100, Page 193, Page 104, Page 105, Page 106

RLLFC: Page 76, Page 76, Page 76, Page 77, Page 77, Page 78, Page78, Page 78, Page 79, Page 79

RLLFP: Page 76, Page 76, Page 76, Page 77, Page 77, Page 78, Page78, Page 78, Page 79, Page 79

RLLHC: Page 188, Page 189, Page 190, Page 190, Page 191, Page191, Page 191, Page 192

RLLHP: Page 40, Page 188, Page 189, Page 190, Page 190, Page 191,Page 191, Page 191, Page 192

RLLLC: Page 178, Page 178, Page 179, Page 179

RLLLP: Page 178, Page 178, Page 179, Page 179

RLLOC: Page 79, Page 81, Page 81, Page 81, Page 82, Page 82, Page83, Page 92, Page 98, Page 176, Page 238, Page 270, Page240, Page 183, Page 183, Page 184, Page 184, Page 184

RLLOP: Page 79, Page 81, Page 81, Page 81, Page 82, Page 82, Page83, Page 92, Page 98, Page 176, Page 238, Page 270, Page240, Page 183, Page 183, Page 184, Page 184, Page 184

RLLPC: Page 89, Page 90, Page 90, Page 90, Page 96, Page 96

RLLPP: Page 89, Page 90, Page 90, Page 90, Page 96, Page 96

RLLSE: Page 199

RLLSI: Page 199

RLLSP: Page 199

RLLUC: Page 89, Page 94, Page 94, Page 94, Page 95, Page 98, Page194, Page 95, Page 96

RLLUP: Page 89, Page 94, Page 94, Page 94, Page 95, Page 98, Page194, Page 95, Page 96

RLMAC: Page 142, Page 143, Page 141, Page 142, Page 152

RLMAP Page 142, Page 143, Page 141, Page 142

RLMFC: Page 194, Page 195, Page 196, Page 196

RLMFP: Page 194, Page 195, Page 196

398 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

RLMQC: Page 224, Page 225

RLMQP: Page 224, Page 225

RLMRC: Page 144, Page 145

RLMRE: Page 144, Page 145

RLMRI: Page 144, Page 145

RLMRP: Page 144, Page 145

RLNCP: Page 241

RLNPE: Page 111

RLNPI: Page 111

RLNPP: Page 111

RLNRC: Page 39, Page 41, Page 41, Page 83, Page 84, Page 84, Page84, Page 85, Page 85, Page 86, Page 86, Page 86, Page 87,Page 91, Page 91, Page 176, Page 177, Page 91

RLNRE: Page 39, Page 241

RLNRI: Page 39, Page 41, Page 241

RLNRP: Page 39, Page 41, Page 83, Page 84, Page 84, Page 84, Page85, Page 85, Page 86, Page 86, Page 86, Page 87, Page 91,Page 91, Page 176, Page 177, Page 241, Page 91

RLOLC: Page 180, Page 180, Page 181, Page 181, Page 181, Page182, Page 182, Page 182

RLOLP: Page 180, Page 180, Page 181, Page 181, Page 181, Page182, Page 182, Page 182

RLOMC: Page 203

RLOMP: Page 203

RLPBE: Page 107

RLPBI: Page 107

RLPBP: Page 107

RLPCC: Page 147, Page 147, Page 148, Page 148

RLPCE: Page 143

RLPCI: Page 143

RLPCP: Page 143, Page 147, Page 147, Page 148, Page 148

RLPDC: Page 107, Page 108, Page 108, Page 108, Page 109

RLPDP: Page 107, Page 108, Page 108, Page 108, Page 109

RLPPC: Page 217, Page 217, Page 218, Page 218

RLPPI: Page 217

RLPPP: Page 217, Page 217, Page 218, Page 218

399320/1553-HSC 103 12 Uen J | 2012-03-05


RLPRC: Page 215, Page 216, Page 217

RLPRP: Page 215, Page 216

RLPSC: Page 110, Page 110

RLPSP: Page 110, Page 110

RLRLC: Page 249

RLRLE: Page 249

RLRLI: Page 249

RLRLP: Page 249

RLRWC: Page 249

RLRWE: Page 248

RLRWI: Page 248

RLRWP: Page 248

RLSBC: Page 26, Page 55, Page 56, Page 57, Page 58, Page 58, Page60, Page 61, Page 61, Page 63, Page 64

RLSBP: Page 26, Page 55, Page 56, Page 57, Page 58, Page 58, Page60, Page 61, Page 61, Page 63, Page 64

RLSCI: Page 215

RLSCP: Page 215

RLSEE: Page 245, Page 245

RLSEC: Page 245

RLSEI: Page 245, Page 245, Page 246

RLSEP: Page 245, Page 245, Page 245, Page 246

RLSMC: Page 54, Page 55

RLSMP: Page 54, Page 55

RLSRC: Page 242, Page 242, Page 243, Page 243, Page 244, Page 244,Page 246, Page 247, Page 247, Page 247, Page 248

RLSRP: Page 242, Page 242, Page 243, Page 243, Page 244, Page 244,Page 246, Page 247, Page 247, Page 247, Page 248

RLSSC: Page 51, Page 52, Page 53, Page 53, Page 101, Page 121,Page 162, Page 204, Page 103, Page 102, Page 106

RLSSP: Page 51, Page 52, Page 53, Page 53, Page 101, Page 121,Page 162, Page 204, Page 103, Page 102, Page 106

RLSTC: Page 32

RLSTP: Page 32

RLSUC: Page 231, Page 232, Page 232, Page 233, Page 238, Page 239,Page 239, Page 234, Page 234

400 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

RLSUP: Page 231, Page 232, Page 232, Page 233, Page 238, Page 239,Page 239, Page 234, Page 234

RLSVC: Page 324, Page 324

RLSVE: Page 324, Page 325

RLSVI: Page 324, Page 325

RLSVP: Page 324, Page 325

RLTYC: Page 204

RLTYI: Page 204

RLTYP: Page 204

RLUMC: Page 231

RLUMP: Page 231

RLVGC: Page 298, Page 297, Page 297, Page 298, Page 299, Page 298

RLVGP: Page 298, Page 297, Page 297, Page 298, Page 299, Page 298

RRAGC: Page 332, Page 332, Page 333, Page 334, Page 334

RRAGP: Page 332, Page 332, Page 333, Page 334, Page 334

RRAIE: Page 331

RRAII: Page 331

RRBGC: Page 313, Page 313, Page 313, Page 313

RRBGP: Page 313, Page 313, Page 313, Page 313

RRIPC: Page 306, Page 306, Page 306Page 333, Page 333

RRIPI: Page 306, Page 306, Page 306, Page 333, Page 333

RRIPP: Page 306, Page 306, Page 306, Page 333, Page 333

RRLLC: Page 13, Page 13

RRLLP: Page 13, Page 13

RRLRC: Page 321, Page 321

RRLRI: Page 321, Page 321

RRLRP: Page 321, Page 321

RRPGC: Page 322

RRPGI: Page 322

RRPGP: Page 322

RRPTC: Page 312, Page 305, Page 305Page 305

RRPTI: Page 305, Page 305, Page 305

RRPTP: Page 312, Page 305, Page 305Page 305

RRSCC: Page 320, Page 320, Page 320, Page 308, Page 309, Page 310,

401320/1553-HSC 103 12 Uen J | 2012-03-05


RRSCI: Page 320, Page 320, Page 320, Page 308Page 309, Page 310

RRSCP: Page 320, Page 320, Page 320, Page 308Page 309, Page 310

RRSGC: Page 307, Page 307, Page 308, Page 315, Page 316, Page 309

RRSGI: Page 307, Page 307, Page 308, Page 315, Page 316, Page 309

RRSGP: Page 307, Page 307, Page 308, Page 315, Page 316, Page 309

RXAPC: Page 318

RXAPI: Page 353, Page 318

RXAPP: Page 318

RXATC: Page 289, Page 290, Page 290, Page 290, Page 317, Page318, Page 311, Page 311, Page 295, Page 314, Page 319Page291, Page 291, Page 295

RXATP: Page 289, Page 290, Page 290, Page 290, Page 317, Page 318,Page 311, Page 311, Page 295, Page 314, Page 319, Page 295

RXBFC: Page 325, Page 350

RXBFP: Page 278, Page 325, Page 350

RXBLE: Page 353

RXBLI: Page 353

RXESI: Page 353

RXMOC: Page 11, Page 166, Page 167, Page 167, Page 207, Page 278,Page 280, Page 294, Page 353, Page 354, Page 355, Page 356,Page 356, Page 356, Page 357,Page 358, Page 358, Page 289,Page 290, Page 295, Page 359, Page 296, Page 316, Page 317,Page 317, Page 318, Page 318, Page 310, Page 310Page 311,Page 311, Page 311, Page 312, Page 314, Page 315, Page 315,Page 319, Page 65, Page 350, Page 351, Page 352, Page 352,Page 352, Page 350, Page 352, Page 349

RXMOE: Page 353

RXMOI: Page 11, Page 167, Page 207, Page 280, Page 294, Page 353,Page 354, Page 355, Page 356, Page 356, Page 356, Page 357,Page 358, Page 358, Page 289, Page 290, Page 295, Page 359,Page 296, Page 316, Page 317, Page 317, Page 318, Page318Page 310,Page 310 , Page 311, Page 311, Page 311, Page312, Page 314, Page 315, Page 315, Page 319, Page 350, Page351, Page 352, Page 352, Page 352

RXMOP: Page 11, Page 166, Page 167, Page 167, Page 278, Page 280,Page 294, Page 353, Page 354, Page 355, Page 356, Page 356,Page 356, Page 357, Page 358, Page 359, Page 317, Page 317,Page 318, Page 318, Page 310, Page 310, Page 311, Page 311,Page 311, Page 312, Page 314, Page 315, Page 315, Page 319,Page 350, Page 351, Page 352, Page 352, Page 352, Page350, Page 352, Page 349

402 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

RXMSC: Page 11, Page 167, Page 278, Page 280, Page 294, Page 353,Page 354, Page 355, Page 356, Page 356, Page 356, Page 289,Page 290, Page 295, Page 359, Page 296, Page 316, Page 317,Page 317, Page 318, Page 318, Page 310, Page 310, Page311, Page 311, Page 311, Page 312, Page 65, Page 350, Page350, Page 351, Page 349

RXPLI: Page 353

RXTCI: Page 353

6.3 Cross-Reference: MML-Command Parameters

This table describes a number of BSC MML-commands in the subsystem RCSand the parameters related to the command.

Note: This is not a complete list of MML-commands in RCS, it is merely a listfor the commands that influence the parameters in this document.

RFCAC: CELL (,AFRCSCC) (,AHRCSCC) (,AWBCSCC) (,EFRCSCC)(,HRCSCC) (,VCSCC);

RFIMC: SET {ADD, REM},{(, IMSIPAT] [, NCCPERM)};

RFPCC: CELL {[, INITDLPCG][, INITDLPCE][, INITDLPCE2A]};

RFPCE: CELL {[, DLPCG][, DLPCE][, DLPCE2A]};

RFPCI: CELL {[DLPCEG][, DLPCE][, DLPCE2A]};

RFPCP: CELL;

RFVBC: (,AHRVAMOS) (,AWBVAMOS) (,HRVAMOS);

RFVBE;

RFVBI;

RFVBP;

RFVCC: CELL (,AQPSKONBCCH) (,ASSV) (,QBAHRV) (,QBAWBV)(,QBNAV) (,QDESDLOVP/ QDESDLOVN) (,QDESULOVP/QDESULOVN) (,SSTHRASSV) (,TSCSET1PAIRS);

RFVCE: CELL;

RFVCI: CELL;

RFVCP: CELL;

RLACC: CELL{(, CHGR) {, INCL, EXKL} (, SLEVEL) (, STIME)};

RLACI: CELL;

RLACP: CELL;

RLADC: SET, MODE(, THR, HYST) (, ICMODE);

RLADP: SET;

403320/1553-HSC 103 12 Uen J | 2012-03-05


RLAPC: CELL(, SCTYPE){(, SSDESDLAFR)(, QDESDLAFR)(,SSDESULAFR)(, QDESULAFR)(, SSDESDLAHR)(,QDESDLAHR)(, SSDESULAHR)(, QDESULAHR)(,SSDESDLAWB)(, QDESDLAWB)(, SSDESULAWB)(,QDESULAWB)};

RLBAC: {(REGINTDL)(, SSLENDL)(, QLENDL)};

RLBAP;

RLBCC CELL(, SCTYPE){(, SSDESDL) (, QDESDL) (, LCOMPDL)(,QCOMPDL)({, BSPWRMINP, BSPWRMINN}))};

RLBCE: CELL;

RLBCI: CELL;

RLBCP: CELL;

RLBDC: CELL(, CHGR) {(,NUMREQBPC) (,NUMREQEGPRSBPC)(,NUMREQCS3CS4BPC) (,NUMREQE2ABPC) (,TN7BCCH)(,EACPREF) (ETCHTN) (,TNBCCH)};

RLBDP: CELL(, CHGR);

RLBQC: PRIOLEV, QASSTIME;

RLBQP;

RLBRC: CELL{, BSRPWROFFSETN, BSRPWROFFSETP};

RLBRP: CELL;

RLCCC: CELL(, CHGR){(, SDCCH)(, CBCH)(, TN)(, CCCH)};

RLCDC: {(BSCMC), (CELL, MC)};

RLCDP: CELL;

RLCFE: CELL (, CHGR), DCHNO;

RLCFI: CELL(, CHGR)(,DCHNO);

RLCFP: CELL(, CHGR);

RLCHC: CELL(, CHGR){(, HOP)(, HSN)(,MAIO)(, BCCD)};

RLCLC CELL{(,CSPSALLOC)(,CSPSPRIO)(,GPRSPRIO)(,CODECREST)};

RLCLP CELL;

RLCPC: CELL(, SCTYPE){(, MSTXPWR)(, BSPWRT)(, BSPWRB)};

RLCPP: CELL(, EXT);

RLCXC: CELL, DTXD;

RLCXP: CELL;

RLDCE;

RLDCI: EMERGPRL;

404 320/1553-HSC 103 12 Uen J | 2012-03-05

Index

RLDCP;

RLDEC: CELL{(, CGI)(, BSIC)(, BCCHNO)(, NEWNAME)(, AGBLK)(,MFRMS)(, BCCHTYPE)(, FNOFFSET)(, XRANGE)(, IRC)};

CELL{(, FDDARFCN)(, SCRCODE)(, NEWNAME)(, UTRANID)(,MRSL)};

CELL{(, CGI)(, BSIC)(, BCCHNO)(, NEWNAME)(, RAC)(,RIMNACC)};

RLDEE: CELL;

RLDEI: CELL{((, CSYSTYPE)(, EXT))(, EXT, UTRAN)((, CSYSTYPE),EXT, GAN)};

RLDEP: CELL{(, CSYSTYPE(, EXT))(, EXT(, UTRAN))(, XRANGE)};

RLDGC: CELL, CHGR, SCTYPE;

RLDGE: CELL, CHGR;

RLDGI: CELL, CHGR(, SCTYPE)(, BAND);

RLDGP: CELL;

RLDHC: CELL{(, DHA)(, DHPR)({{((, DTHAMR)(, DTHNAMR)(,DTHAMRWB))(, DHPRL{(, DTHAMR)(, DTHNAMR)(,DTHAMRWB)})})};

RLDHP: CELL;

RLDMC: CELL {(,DMQB) (,DMQG)(, DMPR)(, DMTFAMR)(,DMTFNAMR)(, DMTHAMR)(, DMTHNAMR)({{((, DMQBAMR)(,DMQBNAMR)(, DMQGAMR)(, DMQGNAMR))(, DMPRL{(,DMQBAMR)(, DMQBNAMR)(, DMQGAMR)(, DMQGNAMR)})})}

RLDMP: CELL;

RLDTC: CELL, CHGR, TSC;

RLDTP: CELL;

RLDUC: CELL {(,MAXLAPDM) (,ALLOCPREF) ({(,OPTMSCLASSADD /,OPTMSCLASSREM)}};

RLDUP: CELL;

RLGAC: CELL (.CHGR) {(,SAS)(, ODPDCHLIMIT)};

RLGAP: CELL;

RLGNC: CELL {(,GPRSVALID) (,PROFFSET)};

RLGNP: CELL;

RLGSC: CELL {(,SPDCH) (,FPDCH) (,GAMMA) (,PSKONBCCH)(, LA)(,CHCSDL) (,SCALLOC) (, PDCHPREEMPT) (, PRIMPLIM) (,FLEXHIGHGPRS) (,EFACTOR) (,RTTI) (,IAN) (,E2AFACTOR)(,E2ALQC) (,EINITMCS) (,E2AINITMCS) (,RTTIINITMCS);

RLGSE: CELL;

405320/1553-HSC 103 12 Uen J | 2012-03-05


RLGSI: CELL;

RLGSP: CELL;

RLGQC: CELL{(,STREAMSUP) (,BPDCHBR) (,GPDCHBR) (,EPDCHBR)(,E2APDCHBR) (,EITEXCLUDED);

RLGQP: CELL;

RLHBC: {(HCSBANDHYST) (,HCSBAND {(,LAYER) (,HCSBANDTHR)})}

RLHBP;

RLHPC: CELL, CHAP;

RLHPP: {CELL/CHAP};

RLIHC: CELL(,SCTYPE){(,IHO)(,MAXIHO)(,TMAXIHO)(,TIHO)({,SSOFFSETULP/,SSOFFSETULN})({,SSOFFSETDLP/,SSOFFSETDLN})({,QOFFSETULP/,QOFFSETULN})({,QOFFSETDLP/,QOFFSETDLN({,SSOFFSETULAFRP/,SSOFFSETULAFRN})({,SSOFFSETDLAFRP/,SSOFFSETDLAFRN})({,QOFFSETULAFRP/,QOFFSETULAFRN})({,QOFFSETDLAFRP/,QOFFSETDLAFRN})({,SSOFFSETULAWBP/,SSOFFSETULAWBN})({,SSOFFSETDLAWBP/,SSOFFSETDLAWBN})({,QOFFSETULAWBP/,QOFFSETULAWBN})({,QOFFSETDLAWBP/,QOFFSETDLAWBN})};

RLIHP: CELL;

RLIMC: CELL{(, INTAVE)(, LIMIT1)(, LIMIT2)(, LIMIT3)(, LIMIT4)};

RLIME: CELL;

RLIMI: CELL(, NOALLOC);

RLIMP: CELL;

RLLBC: (SYSTYPE){(, TAAVELEN)(, TINIT)(, TALLOC)(, TURGEN)(,EVALTYPE)( THO)(, NHO)(, ASSOC)(, IBHOASS)(,IBHOSICH)(, IHOSICH)};

RLLBP (:SYSTYPE);

RLLCC: CELL{(, CLSLEVEL)(, CLSACC)(, HOCLSACC)(, RHYST)(,CLSRAMP)};

RLLCE: CELL;

RLLCI: CELL;

RLLCP: CELL;

RLLDC: CELL{(,MAXTA)(,RLINKUP)(,RLINKUPAFR)(,RLINKUPAHR)(,RLINKUPAWB)};

RLLDP: CELL;

RLLFC: CELL{(, SSEVALSD)(, QEVALSD)(, SSEVALSI)(, QEVALSI)(,SSLENSD)

(, QLENSD)(, SSLENSI)(, QLENSI)(, SSRAMPSD)(,SSRAMPSI)(, FERLEN)};

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Index

RLLFP: CELL;

RLLHC: CELL{(, LAYER)(, LAYERTHR)(, LAYERHYST)(, PSSTEMP)(,PTIMTEMP)(, FASTMSREG)(, HCSIN)(, HCSOUT)};

RLLHP: CELL{(, LAYER)(, EXT)};

RLLLC: CELL{(, SCLD)(, SCLDLUL)(, SCLDLOL)(, SCLDSC)};

RLLLP: CELL;

RLLOC: CELL (, SCTYPE){(, BSPWR)(, BSTXPWR)(, BSRXMIN)(,BSRXSUFF)(, MSRXMIN)(, MSRXSUFF)(, SCHO)(, MISSNM)(,AW)(, EXTPEN)(, HYSTSEP)(, ISHOLEV)(, MAXISHO)(,BCCHREUSE)(, BCCHLOSS)(, BCCHLOSSHYST)}

({(, FBOFFSP)(, FBOFFSN)})({(, BCCHDTCBP)/(,BCCHDTCBN)})

(, BCCHDTCBHYST);

RLLOP: CELL(, EXT);

RLLPC: CELL{(, PTIMHF)(, PTIMBQ)(, PTIMTA)(, PSSHF)(, PSSBQ)(,PSSTA)};

RLLPP: CELL;

RLLSE;

RLLSI;

RLLSP;

RLLUC: CELL(, SCTYPE){(, QLIMUL)(, QLIMDL)(, QLIMULAFR)

(, QLIMDLAFR)(, QLIMULAWB)(, QLIMDLAWB)(, TALIM)(,CELLQ)};

RLLUP: CELL;

RLMAC: {(DTXFUL)(, REGINTUL)(, SSLENUL)(, QLENUL)};

RLMAP;

RLMFC: CELL, MBCCHNO(, LISTTYPE)(, MRNIC);

RLMFE: CELL, MBCCHNO(, LISTTYPE)(, MRNIC);

RLMFP: CELL(, LISTTYPE);

RLMQC: CELL{(, RESLIMIT)(, QLENGTH)};

RLMQP: CELL;

RLMRC: CELL{, MSRPWROFFSETP/, MSRPWROFFSETN};

RLMRP: CELL;

RLNRC: CELL, CELLR{(, CS)(, CAND)(, AWOFFSET)(, BQOFFSET)(,BQOFFSETAFR)(, BQOFFSETAWB)(, KHYST)({, KOFFSETP/,KOFFSETN})(, LHYST)({, LOFFSETP/, LOFFSETN})(,TRHYST)({, TROFFSETP/TROFFSETN})};

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CELL, CELLR{(, CS)(, CAND)(, AWOFFSET)(, BQOFFSET)(,BQOFFSETAFR)(, BQOFFSETAWB)(, HIHYST)(, LOHYST)({,OFFSETP/, OFFSETN})};

RLNRE: CELL, CELLR;

RLNRI: CELL, CELLR(, SINGLE);

RLNRP: CELL(, CELLR)(, NODATA);

RLOLC: CELL{(, LOL)(, LOLHYST)(, TAOL)(, TAOLHYST)(DTCBN/DTCBP)(, DTCBHYST)(, NDIST) (, NNCELLS)};

RLOLP: CELL;

RLOMC: MODE;

RLOMP;

RLPCC: CELL (, SCTYPE){(, SSDESUL)(, QDESUL)(, LCOMPUL)(,QCOMPUL)};

RLPCE: CELL;

RLPCI: CELL;

RLPCP: CELL;

RLPDC: CELL {(, CBCHD)(, PRACHBLK)(, MAXSBLK)(, MAXSMSG)(,TRAFBLK)};

RLPPC: PP, PRL{(, INAC)(, PROBF)};

RLPPE: PP;

RLPPI: PP(, PP1);

RLPPP: PP;

RLPRC: CELL(, SCTYPE), CHTYPE(, CHRATE), PP;

RLPRP: {PP/CELL(, CHTYPE(, CHRATE))};

RLPSC: CELL {(,PLAYER)(,PHCSTHR)};

RLPSP: CELL;

RLSBC: CELL{(, CB)(, ACC)(, MAXRET)(, TX)(, ATT)(, T3212)(, CBQ)(,CRO)(, TO)(, PT)(, ECSC)}(, SLOW);

RLSBP: CELL;

RLSCE;

RLSCI: STATSINT;

RLSCP;

RLSMC: CELL, SIMSG, MSGDIST;

RLSMP: CELL(, SIMSG)(, MSGDIST);

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Index

RLSUC: CELL{(, QSC)(, QSCI)(, QSI)(, FDDMRR)(, FDDQMIN)(,FDDQOFF)(, SPRIO)(, FDDQMINOFF)(, FDDRSCPMIN)(,FDDREPTHR2)};

RLSUP: CELL;

RLSSC: CELL{(, ACCMIN)(, CCHPWR)(, CRH)(, DTXU)(, NCCPERM)(,RLINKT)(,NECI)(,MBCR)(,RLINKTAFR)(,RLINKTAHR)(,RLINKTAWB)};

RLSSP: CELL;

RLSTC: CELL(,CHGR), STATE;

RLSTP: CELL(, STATE);

RLTYC: GSYSTYPE;

RLTYE;

RLTYI: GSYSTYPE;

RLTYP;

RLUMC: CELL{, ADD, UMFI/, REM, UMFI}(, LISTTYPE);

RLUMP: CELL;

RLVGC: {(PAGPRIO)(,VGPRIO)(,NOTIFP)(, TALKID)(, DISPP)(,VGENCR)};

CELL{(,REPPERNCH)(,VGCHALLOC)(,FBVGCHALLOC)(,CHAMX)(, DYNVGCH)};

RLVGP:

RRAII:

RRDEP: DEV=dev...;

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Concepts

7 Concepts

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Glossary

Glossary

AMRAdaptive Multi Rate

CDDCell Design Data

DTMDual Transfer Mode

DYMADynamic FR/HR Mode Adaptation

FERFrame Erasure Rate

FRHalf Rate

GARP-2Generic Application Regional ProcessorBoard, version 2

HFSHopping Frequency Set

HRHalf Rate

IRCInterference Rejection Combining

LACLocation Area Code

MCCMobile Colour Code

MNCMobile Network Code

NACCNetwork Assisted Cell Change

PAPower Amplifier

PCPriority Connections

PLMNPublic Land Mobile Network

PPPriority Profile

RNCIDRadio Network Controller Identity

RPRegional Processor

RPPRegional Processor with PCI Interface

RTResource Type

SMSCBShort Messages Service Cell Broadcast

TCCTransmitter Coherent Combining

TFOTandem Free Operation

TRHTransceiver Handler

TRH RPAn RP running the TRH application

WBWide Band

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Reference List

Reference List

User Descriptions

[1] User Description, Packet Abis over IP

[2] Mixed Mode in Multistandard RBS

Standards

[3] 3GPP 22.011, (GSM Specification)








415320/1553-HSC 103 12 Uen J | 2012-03-05

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Radio Network Parameters

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