Improved Timeslot Sharing Feature Introduction Guide

8/11/2019 Improved Timeslot Sharing Feature Introduction Guide

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Improved Timeslot Sharing for GSR8

Document AuthorisationThis document has been reviewed in accordance with the content and criteria set out in S!7 *539This document is considered authorised when emails from each re:uired reviewer (and author) e;plicitly stating approval at the appropriate revisionhave been embedded as iconised ob


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Improved Timeslot Sharing for GSR8*

Revie ,omments and 0istory

.ersionReviewed

=ate 'uthor $omments

2* &9th@an 2 eli; ?an $hapter * is revised based on commentsfrom #eter >ond, 'sun Sun, @essie Sun,Sunny #i

$hapter &A3 are revised based oncomments from #eter >ond, @essie Sun andSunny #i

$hapter +A8 are revised based oncomments from #eter >ond

2& &*st@une 2 u #ing $hapter is revised based on caserehearsal

*2 *9th'ug 2 u #ing

** 3rd 7ov 2 u #ing

.ist o1 Re1erences

Ref =ocument I= 6Ref

Issue Title

* 8#2&52*!3R R Technical =escription >SS Implementation

& 8#2&52*!&3R R Technical =escription >SS $ommand Reference

3 8#2&522!&*R R System Information >SS ":uipment #lanning

+ 8#2&52*!-R R /aintenance Information GS/ Statistics 'pplication- 8#2&52*! 5 $ $ Service /anual BoriCon II macro

http66compassmotcom6go6*3&&2+&+

*- eature Introduction Guide for "G#RS6"=G"

9 http66compassmotcom6go6*9**+938

** eature Introduction Guide for .ersaTR'%

8 http66compassmotcom6go6*-++-992+

*& eature Introduction Guide for e/D##

5 http66compassmotcom6go6*39&*933

32 eature introduction Guide for '/R (R=>E+3&&E++*-EandE38*8)

*2 http66compassmotcom6doc6*-*83&8+6

*& eature Introduction Guide for GS/ BalfRate (R=> &&2+)

** http66compassmotcom6go6**+5-*-8

*3 eature Introduction Guide for #>$$B6#$$$B

.in2ed documentation

Ref .ersion 6Issue

Title

* *2 ITS 'rchitecture =escription

& *2 R&829- algorithm design document (=RI RT mapping, S=6#= placement)

3 ITS D+ re:uirements

+ ITS >S$ D3 re:uirements- ITS >TS D3 Re:uirements

$ompass Id /otorola $onfidential #roprietary #age 3 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+
http://compass.mot.com/doc/155055329/68P02901W36-R-UK__Technical_Description_BSS_Implementation.pdfhttp://compass.mot.com/doc/155176827/68P02901W23-R-UK__Technical_Description_BSS_Command_Reference.pdfhttp://var/www/apps/conversion/tmp/scratch_5/68P02900W21-Rhttp://compass.mot.com/doc/155059914/68P02901W56-R-UK_Maintenance_Information_GSM_Statistics_Application_.pdfhttp://compass.mot.com/doc/149289995/68P02902W96-C-UK.pdfhttp://compass.mot.com/go/132204624http://compass.mot.com/go/132204624http://compass.mot.com/go/171147638http://compass.mot.com/go/171147638http://compass.mot.com/go/154457704http://compass.mot.com/go/154457704http://compass.mot.com/go/137217336http://compass.mot.com/go/137217336http://compass.mot.com/doc/151863284/http://compass.mot.com/doc/151863284/http://compass.mot.com/doc/151863284/http://compass.mot.com/go/116495158http://compass.mot.com/go/116495158http://compass.mot.com/go/167604775http://compass.mot.com/go/164812886http://compass.mot.com/doc/168587339/http://compass.mot.com/go/165790383http://compass.mot.com/go/165790170http://compass.mot.com/doc/155055329/68P02901W36-R-UK__Technical_Description_BSS_Implementation.pdfhttp://compass.mot.com/doc/155176827/68P02901W23-R-UK__Technical_Description_BSS_Command_Reference.pdfhttp://var/www/apps/conversion/tmp/scratch_5/68P02900W21-Rhttp://compass.mot.com/doc/155059914/68P02901W56-R-UK_Maintenance_Information_GSM_Statistics_Application_.pdfhttp://compass.mot.com/doc/149289995/68P02902W96-C-UK.pdfhttp://compass.mot.com/go/132204624http://compass.mot.com/go/132204624http://compass.mot.com/go/171147638http://compass.mot.com/go/171147638http://compass.mot.com/go/154457704http://compass.mot.com/go/154457704http://compass.mot.com/go/137217336http://compass.mot.com/go/137217336http://compass.mot.com/doc/151863284/http://compass.mot.com/doc/151863284/http://compass.mot.com/doc/151863284/http://compass.mot.com/go/116495158http://compass.mot.com/go/116495158http://compass.mot.com/go/167604775http://compass.mot.com/go/164812886http://compass.mot.com/doc/168587339/http://compass.mot.com/go/165790383http://compass.mot.com/go/165790170


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Ref .ersion 6Issue

Title

":uipment #lanning Guide ("#G), 8#2&522!&*, chapters updated for ITS

9 *& R&829- Improved Timeslot Sharing System Test #lan

8 *2 Improved Timeslot Sharing eature Test =esign Specification

5 *2 ITS eature FptimiCation Guide

$ompass Id /otorola $onfidential #roprietary #age + of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+
http://compass.mot.com/go/177974381http://compass.mot.com/go/166279468http://compass.mot.com/go/177974381http://compass.mot.com/go/166279468


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Acronyms

'cronym /eaning'/R 'daptive /ultiRate

'R$7 'bsolute Radio re:uency $hannel 7umber>>B >aseband Bopping

>$$B >roadcast $ontrol $hannel

>"# >loc "rror #robability

>D"R >loc "rror Rate

>S$ >ase Station $ontroller

>TS >ase Transceiver Station

>% >usy%nbloced

$' $entral 'uthority

$'#"H $apital ";penditure

$# $all #rocessing

$R/ $ell Resource /anager

$S $ircuit Switched

$T%& $ompact Transceiver %nit &

$.>"# $oefficient .ariation 4 >loc "rror #robability

=> =atabase

d>m =ecibel milliwatt

== =ouble =ensity

==/ =ouble =ensity /ode

=RI =igital Radio Interface

=T/ =ual Transfer /ode

"=G" "nhanced =ata for GS/ "volution

"G#RS "nhanced General #acet Radio Service

e/D## "nhanced /ultiDevel #recedence and #reemption"R$ ";tended Range $ell

BI re:uency Bopping Indicator

IG eature Introduction Guide

I# eature Introduction #rocedure

GGS7 Gateway G#RS Supporting 7ode

G#RS General #acet Radio Service

GS/ Global System for /obile communication

GSR GS/ System Release

G%I Graphical %ser Interface

BII BoriCon &

B/ BoriCon /acro

B/& BoriCon /acro &

B#/ Bigh #ower /ode

BS7 Bopping Se:uence 7umber

B! Bardware

I7S In Service

ITS Improved Timeslot Sharing

/$= /otorola $ustomer =ata ormat

/$S /odulation and $oding Scheme

/=TT /otorola =rive Test Tool

//I /an /achine Interface

7'. 7avigation

F/$ Fperations and /aintenance $entreFFS Fut Ff Service

$ompass Id /otorola $onfidential #roprietary #age - of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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'cronym /eaningF#"H Fperation ";penditure

#>$$B #acet >roadcast $ontrol $hannel

#$$$B #acet $ommon $ontrol $Bannel

#$B7 #hysical $Ba7nel

#=$B #acet =ata $hannel#=# #acet =ata #rotocol

#=T$B #acet =ata Traffic $hannel

R=> /otorola Re:uirements =atabase

#R# #acet Resource #rocessor

RT Radio Transceiver unction

RTT Round Trip Time

S=$$B Standalone =edicated $ontrol $hannel

S=/ Single =ensity /ode

SGS7 Service G#RS Support 7ode

S! Software

S!/ Software ault /anagement

T$B Traffic $hannel

TDDI Temporary Dogical Din Identifier

TR'% Transcoder Rate 'daptation %nit

TS Timeslot

TT? TeleT?pe interface

8#S 8 #hase Shift eying

$ompass Id /otorola $onfidential #roprietary #age of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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Table o1 ,ontents

1 FEATURE DESCRIPTION...............................................................................................11

1.1 OVERVIEW................................................................................................................................111.2 FEATUREOPERATION................................................................................................................12

1.3 FEATUREBENEFIT.....................................................................................................................15

1.4 FEATURELIMITATION................................................................................................................16

2 CONFIGURATION...........................................................................................................17

2.1 OPTIONSREQUIRED..................................................................................................................17

2.2 EQUIPMENTREQUIRED..............................................................................................................17

2.3 PARAMETERSETTING................................................................................................................17

2.4 CONFIGURATIONDIAGRAM.......................................................................................................17

2.5 FEATUREINTERACTIONS...........................................................................................................18

3 NEW OR MODIFIED ELEMENTS..................................................................................19

3.1 NEWORMODIFIEDCOMMANDS................................................................................................19

3.2 NEWORMODIFIEDALARMS.....................................................................................................22

3.3 NEWORMODIFIEDSTATS..........................................................................................................22

4 NPI LAB SPECIFIC INFORMATION..............................................................................23

5 FIELD DEPLOMENT SPECIFIC INFORMATION......................................................24

5.1 PLANNING.................................................................................................................................24

5.2 TROUBLES!OOTINGEQUIPMENT..............................................................................................24

5.3 NETWOR"IMPACT....................................................................................................................24

6 FEATURE IMPLEMENTATION PLANS.........................................................................256.1 CONFIGUREEGPRS TOCARRIERA OFE#ISTINGDDM CTU2...............................................26

6.2 C!ANGINGSDM CTU2 TO DDM ANDCONFIGUREONEMOREEGPRECAPABILITRTF TO

T!ECTU2 $$$$$$$$$$...................................................................................................38

6.3 CSFP DOWNLOADANDSWAPTOITS LOADANDDATABASE...................................................46

6.4 MI#INGSDM%DDM CTU2& CTU 'TCU( INSAMECELL.........................................................52

6.5 TPEOFBTS SUPPORTINGITS................................................................................................62

6.6 SDCC! PLACEMENT................................................................................................................65

6.7 PD PLACEMENT........................................................................................................................74

6.8 TC! STEELING%RESUMEONSWITC!ABLEPDC!....................................................................83

6.9 PREFERREDRTF ID..................................................................................................................89

6.1) DRI*RTFMAPPING

WIT!

VARING

RTFPARAMETERS

.........................................................936.11 EGPRS DOWNGRADE............................................................................................................98

6.12 CELLALARM+ 15...............................................................................................................1)1

6.13 INTERACTIONWIT!E#TENDEDRANGECELL......................................................................1)4

6.14 INTERACTIONWIT!EMERGENCCALLPRE*EMPTION........................................................1)7

6.15 INTERACTIONWIT!!ALFRATE...........................................................................................115

6.16 INTERACTIONWIT!BASEBAND!OPPING............................................................................118

6.17 INTERACTIONWIT!SNT!ESI,ER!OPPING........................................................................124

6.18 EGPRS T!ROUG!PUT.........................................................................................................128

6.19 INTERACTIONWIT!!ANDOVER..........................................................................................131

6.2) INTERACTIONWIT!VERSATRAU......................................................................................138

7 TROUBLES!OOTING INFORMATION......................................................................142

7.1 DEBUGCOMMANDS................................................................................................................142



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7.2 LOGGINGREQUIREMENTS.......................................................................................................142

8 APPENDI#......................................................................................................................145

8.1 R EQUIREMENTANDFIP MAPPINGMATRI#.............................................................................145

$ompass Id /otorola $onfidential #roprietary #age 8 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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Table o1 Figures

igure ** Timeslots prior to introduction of ITS**igure *& Timeslots with introduction of ITS*&igure *3 Two ITS e;amples*+igure &* $onfiguration for ITS feature demonstration*8igure * lowchart for configuring "G#RS to $arrier ' of e;isting ==/ $T%&39igure & lowchart for configuring one more RT to e;isting S=/ $T%& with "G#RS +-igure + lowchart for mi;ing S=/6==/ $T%&, $T% (T$%) in same cell2igure - =RIRT mapping algorithm for non+ >$$B*igure lowchart for Type of >TS supporting ITS+igure 9 lowchart for S=$$B placement93igure 8 lowchart for #= placement8&igure 5 lowchart for T$B steeling6resume on switchable #=$B88igure *2 lowchart for preferred RT I=5&

igure ** lowchart for =RIRT mapping with varying RT parameters59igure *& lowchart for "G#RS downgrade*22igure *3 lowchart for cell alarm J*-*23igure *+ lowchart for interaction with e;tended range cell*2igure *- lowchart for interaction with emergency call preemption**+igure * lowchart for interaction with half rate**9igure *9 lowchart for interaction with baseband hopping*&3igure *8 lowchart for interaction with synthesiCer hopping*&9igure *5 lowchart for G#RS throughput*32igure *5 lowchart for interaction with handover*39



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( F/AT3R/ D/S,RI!TI-N

Fne new feature introduced by GSR8 is the Improved Timeslot Sharing (ITS) that allows

"G#RS to be supported by $T%& in double density mode without introduction of newhardware

("( -vervie

In GSR9 (software release *9+2), /otorola introduced "nhanced G#RS ("G#RS*) feature toincrease pacet data throughput by adopting new /odulation and $oding Schemes (/$S)Bowever, as shown in igure **, in GSR9 (software release *9+2, *92) "G#RS featurewas only supported by $T%& woring in Single =ensity /ode (S=/) $onse:uently tosupport "G#RS, the amount of timeslots per $T%& is constrained to eight which is only halfof $T%& capacity in ==/

Figure 1-1 Timeslots prior to introduction of ITS

Improved Timeslot Sharing feature introduced with GSR8 aims to increase the number oftimeslots per $T%& to more than eight, even if "G#RS is in service !ith ITS feature, $T%&in ==/ can support GS/6G#RS traffic on paired timeslots in two carriers as before/eanwhile "G#RS traffic can be served by the same ==/ $T%&, however it is limited toone of the two paired carriers, which is similar to the S=/ $T%& prior to the introduction ofITS This improved timeslot sharing is illustrated in igure *& 'fter introduction of ITS, thedouble density for GS/6G#RS and the support of "G#RS are well combined in same $T%&

*"G#RS is anapproach of "nhanced =atarates for GS/ "volution ("=G") "=G" and"G#RS are interchangeable in this document

$ompass Id /otorola $onfidential #roprietary #age *2 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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Figure 1-2 Timeslots with introduction of ITS

("4 Feature operation

=ue to the introduction of Improved Timeslot Sharing, the algorithms of =RI RT mapping,S=$$B allocation, #=$B allocation, and >aseband Bopping etc have been enhanced

("4"( DRI 5 RTF mapping

It is in three possible situations that the $entral 'uthority ($') process in >SS S! performsthe =RI RT mapping

=uring site initialisation, RT in order of + >$$B, + non>$$B, non+ >$$B

and non+ non>$$B are assigned to =RI The operator preferred =RI RTmapping is usually followed by $', e;cept that unassigned >$$B RT may preemptoperator preferred =RI RT association, as it has to be assigned to bring the cellinto service !hen operator does not prefer specific =RI RT association, $' willmap RT to =RI automatically !hen + RT, either >$$B or non>$$B, is to be

assigned, the S=/ =RI is always considered prior to ==/ =RI

!hen new =RI comes into service (I7S), the unassigned RT get the opportunity to

be mapped to the new =RI

!hen woring =RI goes out of service (FFS), the RT reassignment taes place

The enhancement introduced by ITS is the RT mapping to ==/ =RI, which will be furtherdiscussed below To simplify further discussion, the two carriers of $T%& in ==/ are namedas $arrier ' and $arrier > 'fter the introduction of ITS, the "G#RS timeslot can beconfigured not only on $T%& in S=/, but also on $arrier ' of $T%& in ==/ In the later

case, the corresponding timeslots in $arrier > will be blaned out, namely they are unusableThese timeslots are regarded as FFS in /an/achine Interface (//I) and can not be

$ompass Id /otorola $onfidential #roprietary #age ** of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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activated by both unloc2 and ins6device commands In addition, if a $T%& has "G#RStimeslot on $arrier ', then its $arrier > can not contain >$$B

The RT can be divided into two categories >$$B RT and non>$$B RT >oth of themcan be either + or non+, as far as "G#RS capability is concerned 'll the valid RTpair combinations on one ==/ $T%& are summariCed in Table ** In brief, the $arrier ' canbe mapped to all types of RT, when the $arrier > only contains non+ non>$$B RT/oreover, given that $arrier ' is configured as non+ non>$$B, $arrier > can bemapped to non+ >$$B RT

!hen invalid combination is defined, following downgrade will happen

!hen non+ >$$B RT has been assigned to $arrier >, then the + non>$$B

RT mapped to $arrier ' is automatically downgraded to *

!hen "G#RS RT has been assigned to $arrier ', then the + non>$$B RT

mapped to $arrier > is automatically downgraded to *

Table 1-1 RTF combination in DDM CT2

("4"4 SD,,0 placement

$ell Resource /anager ($R/) is part of the $all #rocessing ($#) process Its functionality ofallocating and activating timeslots on the available carriers is updated for ITS feature In

order to ma;imiCe the #=$B configuration on a ==/ $T%& "G#RS carrier, both carriers ofsuch $T%& are only configured for S=$$B if there are no other suitable carriers available'mong the two $arriers on ==/ $T%&, "G#RS $arrier ' is considered prior to $arrier > inthe selection algorithm for S=$$B

("4"# !D,0 placement

=uring initial configuration, all the timeslots to be configured to #=$B are brought in toservice as T$B $R/ configures these timeslots on G#RS6"G#RS capable carriers as#=$B only when ,ell Activatemessage or ,ell 3pdate message is received from the #$%The #=$B placement algorithm in $R/ is updated for ITS to tae the ==/ $T%& into

consideration =uring #=$B placement, S=/ $T%& is preferred to ==/ $T%& $arrier '

$ompass Id /otorola $onfidential #roprietary #age *& of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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urthermore, $arrier > will be the least favourable for #=$B placement as its $arrier ' is"G#RS capable

"G#RS capable timeslots can be stolen for GS/ traffic In such a case, its counterparttimeslots in $arrier > can be activated for GS/6G#RS !hen the "G#RS capable timeslot isreleased by the GS/ traffic, if the reconfigEthreshEidleEtch is e;ceeded, the stolen timesloton $arrier ' is resumed to "G#RS #=$B from GS/6G#RS, meanwhile the timeslot in$arrier > will be blaned out again If $arrier > timeslot is blaned out from >usy%nbloced(>%) states, an intracell handover is triggered to avoid a dropped call In case there is no freetimeslot to handover to, the GS/ call remainson that timeslot and the timeslot on carrier 'remains as a T$B until the call finishes or a handover timeslot becomes free

'nother possible scenario, where $arrier > can be activated from blaningout, is when the"G#RS #=$B on $arrier ' is loced6moved6lost

igure *3 demonstrates an e;ample, how an "G#RS timeslot is stolen and resumed in afully occupied $T%& in ==/

Figure 1-! Two ITS e"amples

("4"7 *aseband hopping

'fter the introduction of ITS, the >aseband Bopping (>>B) complies with following rules on==/ $T%&

!hen $arrier ' has been configured for + RT, both $arrier ' and > are restricted

to non>>B by the system, even if they are configured as >>B in database (=>)

If $arrier > is set to >>B (even when hopping is not active), later another + RT

remapping to $arrier ' will lead $arrier ' be downgraded to * "=G" status canonly be guaranteed at site initialisation time



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It is advised to e;clude the RTs may be mapped to ==/ $T%& from the /' lists beforeactivating ITS

("4" -utput poer

#rior to ITS introduction, $T%& in S=/produces the same average output powerin "G#RSas that of GS/ configured in ==/ If this output power is noted asW (d>m), then in ITS

enabled system the output power of ==/ $T%& remains the same asW (d>m) If and only

if mere GS/ traffic is served by S=/ $T%&, its output power may up to 5+W (d>m)

To produce even coverage among all carriers in a cell, especially to e:ualiCe the averageoutput power in G/S and 8#S modes, all carriers in a cell should be calibrated for thesame ma;imum power achievable for the "G#RS (8#S) carrierTherefore, if the radio hasbeen calibrated for &2! (522) or *! (*822) in Single density mode, then it can be reconfigured between Single and =ouble mode without a need for recalibration

("# Feature bene1it

Three ma


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("#"4 /nhanced 1le9ibility

The ITS enhances the fle;ibility of dynamically tradingoff between GS/6G#RS capacity and"G#RS capability "ach switchable "G#RS TS can be stolen for & TS of GS/6G#RS Fne$T%& may thus support 8 "G#RS TS at one e;treme and * GS/6G#RS TS at the other (all

"G#RS TS are stolen for voice) !ith a combination of reserved K switchable "G#RS TS agood balance between "G#RS and non"G#RS capacity can be achieved, eg + reserved L+ switchable gives potential for capacity ranging from (8 "G#RS TS) to (+ "G#RS TS L 8non G#RS TS)

("#"# No hardare updating

The ITS feature is achieved by mere upgrade of >SS software (S!) Since ITS does notinvolve any hardware (B!) change, the operator can easily deploy it without new B!investment and replacement

("7 Feature limitation

The feature limitations are summariCed as follows

The ITS only wors on $T%& in site controlled by BoriCon II master cabinet

!hen + "G#RS is served by timeslot in $arrier ', the corresponding timeslot in

$arrier > will be blaned out

Fnly part of $arrier ' K > combinations in ==/ $T%& is valid, which is detailed in

Table **

>>B is inhibited on both $arrier ' and >, when $arrier ' is configured for + RT

!hen $arrier > has been configured in >>B in advance, + RT on $arrier ' isdowngraded to *

The $T%& still can not operate in Bigh #ower /ode (B#/)

$ompass Id /otorola $onfidential #roprietary #age *- of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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4 ,-NFIG3RATI-N

This chapter describes how to configure the system properly to enable Improved Timeslot

Sharing

4"( -ptions re:uired

The prere:uisite for the operation of ITS is that two optional features, "G#RS and.ersaTR'% are unrestricted in the system

M&3-8N&"G#RS (-5)3was introduced in GSR9 with target of enhancing pacet data

throughput by adopting new /odulation and $oding Schemes (/$S)

M&395N .ersaTR'% (option 92) is a versatile TR'% interface aiming to save

bachaul bandwidth It was introduced with GSR8

/oreover ITS (option 93) itself is an optional feature that should be unrestricted in softwareload, given that operator purchases the feature

4"4 /:uipment re:uired

There is no additional hardware re:uired for the ITS Bowever, the feature is only supportedby $T%& in site controlled by BoriCon II master cabinet

The >TS master cabinet can only be BoriCon II /acro6/icro6/ini There is no additionallimitation on the >TS slave cabinet, as long as it supports $T%& In another words, the slavecabinet can be /$ell, BoriCon, BoriCon II

4"# !arameter setting

' new >SS parameter, improve6ts6enabled, is introduced to enable6disable the ITSfeature This parameter can be set per >SS in either the S?SG"7 F7 or S?SG"7 Fmode 'fter improve6ts6enabledis set to true, the ITS feature does not really tae effect ata site until its $T%& is e:uipped in ==/ and mapped to + RT, which is triggered byresetting the site, ins6device =RI or loc2 plus unloc2 =RI etc Similarly, after

improve6ts6enabledis set to false, the ITS feature will be lost at a site after resetting thesite or ins6device=RI etc In a system without ITS, if + RT is mapped to ==/ $T%&, itwill be downgraded to * automatically

4"7 ,on1iguration diagram

The re:uired networ topology for ITS feature is shown in igure &*

&M&3-8N the number in bracet is feature inde; number in /otorola Re:uirements =atabase (R=>)3(93) the number in bracet is optional feature inde; in load line

$ompass Id /otorola $onfidential #roprietary #age * of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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Figure 2-# Configuration for ITS feature demonstration

4" Feature Interactions

The functionality of some previous features are enhanced to collaborate with ITS

M&395N VersaTRAU(92) enhances TR'% interface allowing efficient use of bachaul

bandwidth

M&3-8N EDGE(-5) uses new /$S to improve the pacet data throughput

M&823N SDCCH Increase(&) allows higher number of S=$$B per $arrier (O&) and

per $ell (O+8)

Switchable/Reserved PDTCH allocationallows fle;ible configuration of timeslots


Radio AccessNetor2

0andsets

,ore Netor2

*S,;


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# N/= -R M-DIFI/D /./M/NTS

#"( Ne or modi1ied commands

Fne new parameter, improve6ts6enabled, is introduced for the Improved Timeslot Sharingfeature urthermore, three e;isting commands embody new meanings given by ITS featureThe timeslots blanedout on $arrier > could be monitored by two e;isting commands,disp6rt16channel and disp6cell6status The >active? option in disp6hopping could beused to chec the >>B restriction placed by ITS

#"("( improve6ts6enabled

>Description?

The new parameter, improve6ts6enabled, specifies the enabled6disable status of ImprovedTimeslot Sharing feature on >SS basis

>Synta9?

Displa co!!and strin"

disp6element improve6ts6enabled @location

Chan"e co!!and strin"s

chg6element improve6ts6enabled @value @location

>Balues?

Balue type >oolean

Balid range 2 or *

2 =isabled

* "nabled

De1ault value ) =isabled

>/9ample?

$hange the value of improveEtsEenabled to * when Improved Timeslot Sharing feature isunrestricted

MMI-RAM 0115 -> chg_element improve_ts_enabled 1 bsc

WARNING: B-U DD CTU2 DRIs must be cycled to activate ITS at specific sites

or reset BTS site.

COMMAND ACCEPTED

$hange the value of improveEtsEenabled to 2 when Improved Timeslot Sharing feature is

unrestricted



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WARNING: B-U DD CTU2 DRIs must be cycled to deactivate ITS at specific

sites or reset BTS site.

COMMAND ACCEPTED

$hange the value of improveEtsEenabled to * when Improved Timeslot Sharing feature isrestrictedMMI-RAM 0115 -> chg_element improve_ts_enabled 1 bsc

COMMAND REJECTED: Received a request to modify a restricted optional

feature.

$hange the value of improveEtsEenabled to &


ERROR: Range Error, parameter number: 2.

#"("4 disp6rt16channel

>Description?

If some timeslots on $arrier > of a ==/ $T%& are blaned out owing to "G#RS mapping to$arrier ', then the timeslots on $arrier > are shown as FFS in system response todisp6rt16channel

>Synta9?

disp6rt16channel @location @rt16id6( @rt16id64 >@timeslot6number?

>/9ample?

't location 9*, one ==/ $T%& supports "G#RS traffic on timeslots -A9 of $arrier ' RT 2& is mapped to $arrier > of the same $T%&

MMI-RAM 0115 -> disp_rtf_channel 71 0 2

Start of report for RTF 0 2 at location 71:

Packet Radio Capabilities: None

RTF currently capable of supporting EGPRS?: No

TIMESLOT GPRS TYPE SUB-CHAN STATE

-----------------------------------------------------------------------

0 (TCH/F) N/A 0 ACTIVE





5 (TCH/F) N/A 0 OOS

6 (TCH/F) N/A 0 OOS

7 (TCH/F) N/A 0 OOS

End of Report.

#"("# disp6cell6status

>Description?

!hen an "G#RS RT is mapped to $arrier ' of a ==/ $T%&, the number of blanedout

timeslots on $arrier > is counted in 3NAB.field in system response to disp6cell6status



20/144


>Synta9?

disp6cell6status@location

>/9ample?

't location 3, the only one cell is configured with two RT There are 3 timeslots reserved for#=$B

MMI-RAM 0115 -> disp_cell_status 3

Start of report for LOCATION 3:

GSM CELL ID

MCC 001

MNC 01

LAC 1 (0001h)

CI 40 (0028h)

RAC NA

Primary Freq Type EGSM

Secondary Freq Type N/A

BCCH Frequency 14

Status Unbarred

GPRS Status Unbarred

EGPRS Status EGPRS Avail

PDCH Status PD Available

RES PDCH Requested 3

SW PDCH Requested 0

Reset in Prog No

GPRS Reset in Prog No

SPI in Prog No

BSS BSSAP Prhb No

MSC BSSAP Prhb No

SPI/MSC SCCP Prhb NoAccClass Bar NA

GPRS AccClass Bar 4

EGPRS Chan Req Avail

Full Power Mode OFF

Ext Range Mode OFF

Active PCU Site 0

FREE INUSE UNAVL

----- ----- -----

SDCCH 8 0 0

Norm Outer TCH/F 8 0 3

Norm Inner TCH/F 0 0 0Ext Outer TCH/F 0 0 0

Norm Outer TCH/H 0 0 0

Norm Inner TCH/H 0 0 0

Norm Outer TCH/G 0 NA 0

Norm Inner TCH/G 0 NA 0

PD CHANNEL 0 0 0

EGPRS PD CHANNEL 2 1 0

End of Report.

#"("7 disp6hopping

>Description?

$ompass Id /otorola $onfidential #roprietary #age &2 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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The command itself is not updated for ITS It is e;plicitly discussed here, since its optionalparameter >active? is useful to chec the >>B restriction placed by ITS feature If theparameter PactiveQ is not used, the command displays the hopping systems defined in =>=ue to the >>B restriction, the definition could be different from the active hopping systemrunning in system, which could be displayed by the command with >active?option

>Synta9?

disp6hopping @location >active?

disp6hopping @cell6desc >@1hi C active?

>/9ample?

ITS is enabled in a >S$ ' + RT is mapped to carrier ' of a ==/ $T%& in cell +2 2233*2& &93& The two 'R$7s of the $T%& are 3& K + "ven though 3& and + aredefined in BI &, the related RTs could not be activated

MMI-RAM 0115 -> disp_hopping cell_number = 4 6 0 0 0 33102 27362GSM Cell: 460 00 33102 (814Eh) 27362 (6AE2h)

Baseband (BBH) Hopping

FHI: 0 HSN = 0 MA = 12 30 45

FHI: 1 HSN = 7 MA = 31 37 50

FHI: 2 HSN = 9 MA = 31 3233 34 45 46

FHI: 3 HSN = 12 MA = 33 76 91

End of Report.

MMI-RAM 0115 -> disp_hopping cell_number = 4 6 0 0 0 33102 27362 active

GSM Cell: 460 00 33102 (814Eh) 27362 (6AE2h)

Active Hopping Systems:

Baseband (BBH) Hopping

FHI: 0 HSN = 0 MA = 12 30 45

FHI: 1 HSN = 7 MA = 31 37 50

FHI: 2 HSN = 9 MA = 31 33 34 45

FHI: 3 HSN = 12 MA = 33 76 91

#"4 Ne or modi1ied alarms

#"4"( ,/.. alarm (E /G!RS unavailable 5 No /G!RS ,arriersAvailable

$ell alarm *- is an e;isting alarm indicating 7o "G#RS capable carriers available #rior to

the introduction of ITS, the possible cause for this alarm is the lac of available $T%& singledensitye:uipped =RI 'fter the introduction of ITS, the alarm indicating the lac of available$T%& in both single and double density mode

#"# Ne or modi1ied stats

76'

$ompass Id /otorola $onfidential #roprietary #age &* of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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7 N!I .A* S!/,IFI, INF-RMATI-N

'ny relevant information on how the feature may have been setup in the lab environment

This is particularly important as certain features may have taen some time to setup and theinformation may need to be passed on to other lab groups, lie $7R$

$ompass Id /otorola $onfidential #roprietary #age && of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


23/144


24/144


F/AT3R/ IM!./M/NTATI-N !.ANS

The eature Implementation #lans (I#) set out in this chapter aims to demonstrate the

feature functionality, benefit, limitation and interaction with other features The I# must bediscussed with the customer prior to carrying them out, to ensure that

The customer has a clear understanding of their purpose

I# not relevant to the customer0s networ can be discarded

I# re:uiring specialist test e:uipment can be assessed as to whether or not they can

be carried out if the procedure is to be run in, for instance, a customers own labfacility

'll activity including device management operations (loc, unloc, shutdown, ins and reset)must be e;ecuted from the F/$EG%I if possible 'larms and state changes must becheced both at //I and the F/$ event stream The event window at the F/$ should havethe subscription set for all alarms and all events $ommands that are not yet supported at theF/$ should be performed from an rlogin window of the 7" from the F/$

' site with at least 3 cells containing $T%& radios is re:uired for each I# in this chapter Thesite should have some $T%& in slave /cell or B/ cabinet It is desirable to verify the featurein large configuration site, ie B/& master with slave /$ell, B/, B/& for e;ample all with radios

#rior to the operation of each I#, the engineer should log the e;isting B!6S! configuration,

so that the configuration may be returned to its original state if re:uired

Through the test, une;pected Software ault /anagement Indications (S!/0s) and alarmsshould not appear

$ompass Id /otorola $onfidential #roprietary #age &+ of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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"( ,on1igure /G!RS to ,arrier A o1e9isting DM ,T34

"("( Test Description

This test shows that ==/ $T%& could be reconfigured to support "G#RS

The basic procedure to enable ITS is described

The possibility of supporting "G#RS on ==/ $T%& is verified

'udio :uality on ==/ $T%& supporting "G#RS is tested

Interaction with G#RS #=T$B configuration is verified

"("4 Traceability

ITS D&6D36D+ Re:uirement Set

P*Q >TS32 >TSP$'Q shall enhance the RT mapping, remapping and stealingprocedures to support ITS as == $T%& $arrier ' becomes to support "G#RS

P&Q >TS3- Fn configuring an "G#RS #=$B on == $T%& $arrier ', thecorresponding timeslot on $arrier > shall be set to FFS These H timeslots shall notbe activated by %7DF$ or I7S command

P3Q Degacy>TS3-*- .erify + sw6res #=$B configuration on == $T%& $arrier 'with busy T$B on $arrier '6>

P+Q Degacy>S$3-* The improved timeslot sharing feature re:uires the "G#RS and.ersaTR'% feature to be unrestricted

P-Q Degacy>S$3-*9 The >SS shall support improved timeslot sharing as a restrictedfeature

PQ Degacy>S$3-*8 The >SS shall add improved TS sharing into the list of restrictedoptions (improved timeslot sharing)

P9Q Degacy>S$3-&2 The >SS shall only allow setting new >SS element(improveEtsEenabled) to "nabled6=isabled of TS Improve feature when the feature of

improved timeslot sharing is unrestricted

P8Q Degacy>S$3-&& The >SS shall display FFS, in the dispErtfEchannel commandfor air timeslots blaned out on $arrier > when an "G#RS RT is mapped to $arrier' of a == $T%&P5Q Degacy>S$3-&+ The >SS shall indicate the number of blaned air timeslots on$arrier > when an "G#RS RT is mapped to $arrier ' of a == $T%& via displayingcell status (dispEcellEst) !hich row mared as unavailable shall be decided by thetype of blaned T$B

P*2Q Degacy>S$3-- The >SS shall support Improved Timeslot Sharing as arestricted feature

$ompass Id /otorola $onfidential #roprietary #age &- of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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P**Q Degacy>S$3--9 The >SS shall only allow setting the new >SS elementimproveEtsEenabled to "nabled6=isabled of Improved Timeslot Sharing feature whenthe feature of improved timeslot sharing is unrestricted

"("# Test /:uipment

'll e:uipments shown in igure &* are re:uired for the test "nsure that the cells have atleast =RI e:uipped per cell It is desirable to verify the feature in large config site, ie B/&master with slave /$ell, B/, B/& for e;ample all with radios

"("7 Setup

So#tware Con#i"$ration

Three optional features, "G#RS, .ersaTR'% and ITS, are unrestricted

Hardware Con#i"$ration

' BoriCon II /acro master cabinet and slave cabinet containing only $T%& in target cell isre:uired for this test

Additional Set$p

'll the $T%& in the target cell are in =ouble =ensity /ode (==/)

The >>B should be disabled in the cell

=RIRT

== $T%& == $T%&

2 (') * (>) & (') 3 (>)

prefErtfEid 2 * & 3

ptEradioEtype 3&>$$B 3& * *

"(" !rocedure

(" $hec the cell is proper for this I#

a The cell has mere $T%& woring in target cell controlled byBoriCon/acro& (B/&) master cabinet

b 'll the $T%& in the target cell are in =ouble =ensity /ode (==/)

c The >>B should be disabled in the cell

From -M,E

'fter open Navigation NABH treeby clicing on ,on1ig Mgt, clic on

re:uired *S,5Site5Radio Fre:uency5DRI Group

Fpen configuration /onitor for all DRIin one target cell

ind DRI densityin attribute name window and confirm all $T%& in the cell

are D-3*./

Fpen configuration /onitor for related ,abinet

ind the ,abinet Typein attribute name window and confirm it is

0-RI%-NMA,R-4

MMI ,ommand StringE

$ompass Id /otorola $onfidential #roprietary #age & of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


27/144


MMI5RAM )(( 5 disp6e:uip @location dri )

=RI 2 * 2=RI 2 2 2

MMI5RAM )(( 5 disp6e:uip @location dri ) )

=RI identifier 2 2=RI =ensityPdriEdensityQ D-3*./$abinet identifier)

MMI5RAM )(( 5 disp6e:uip @location dri ) (

=RI identifier 2 *=RI =ensityPdriEdensityQ D-3*./

$abinet identifier)

MMI5RAM )(( 5 disp6e:uipment @location cab )

$abinet typePcabinetEtypeQ BFRIF7/'$RF&

MMI5RAM )(( 5 disp6hopping @cell desc

7o BoppingBI 2 (=isabled) BS7 2 /'BI * (=isabled) BS7 2 /'

BI & (=isabled) BS7 2 /'BI 3 (=isabled) BS7 2 /'

4" $hec that RT0s mapped to the ==/ $T%& are non"G#RS

From -M,E

rom 7'. tree, in the DRI ) configuration /onitor, find Related RTF

and confirm it is RTF ) )

rom 7'. tree, open RTF ) monitor window and find !ac2et Radio Type

$onfirm it is non5/G!RS

MMI ,ommand StringE



28/144


MMI5RAM )(( 5 state @location dri ) )

=evice =RI 2 2 2Related =evice6unction RT 2 2 2 RT 2 * 2

MMI5RAM )(( 5 disp6e: @location rt1 ) )

!ac2et Radio ,apability>p2t6radio6type?E #42

#" $hec if "G#RS, .ersaTrau and ITS are unrestricted in the system

Since this re:uirement on software load is precondition for ITS feature, all otherI# contained in later sections will not include this step e;plicitly anymore

From -M,E

Fpen F/$G%I and open Nav Treeby clicing on ,on1ig Mgt

$lic on re:uired >S$ and select UDetailed BieV from the /dit/enu

"nter "nhanced G#RS or .ersaTrau or ITS in Attribute Name

window

$lic UFindV

In this Fptional eatures list confirm that "nhanced G#RS eature,

.ersaTrau eature are enabled

Improve Time Slot Sharing eature is unrestricted

MMI ,ommand StringE

Fpen F/$G%I clic on Remote Dogin, select the re:uired >S$

MMI5RAM )(( 5 disp6options all

-5 "nhanced General #acet Radio Service92 .ersaTrau93 Improved Timeslot Sharing

7" Set res6gprs6pdchsof the target cell to 3

From -M,E

rom NAB tree, clic on re:uired *S,5Site5Radio Fre:uency5,/..

Fpen configuration /onitor for the target cell

rom $"DD configuration monitor, enter Ures6gprs6pdchsV in 'ttribute 7ame

window, clic find

If it is not #, then select /ditfrom /dit menu, otherwise go to step

$hange parameter value to #

Select USaveV from Filemenu

MMI ,ommand StringE



29/144


MMI5RAM )(( 5 chg6element res6gprs6pdchs # @location@cell6desc

!'R7I7G G#RS traffic may be disrupted while G#RS timeslots are beingreconfigured're you sure (yWyes,nWno)X y

$F//'7= '$$"#T"=

MMI5RAM )(( 5 disp6element res6gprs6pdchs @location@cell6desc

resEgprsEpdchs W 3

" .erify that "G#RS could not be supported by ==/ $T%&

$hange ptEradioEtype of both RT 2 and RT 3 to + The two + RTsmapped to ==/ $T%& are downgraded to * only

=RIRT

== $T%& == $T%&2 (') * (>) & (') 3 (>)

prefErtfEid 2 * & 3

ptEradioEtype +* >$$B 3& +* *

From -M,E

rom RT configuration monitor, enter pac2et radio typein Attribute Name

window, clic 1ind

Select /ditfrom /dit/enu

$hange pacet radio type to +

Select Savefrom ile menu

MMI ,ommand StringE

Security levels should be changed in >S$, in order to modify p2t6radio6type

MMI5RAM )(( 5 chg6l

"nter password for security level you wish to access"nter password for security level you wish to access$urrent security level is 3

MMI5RAM )(( 5 modi1y6value @location p2t6radio6type 7J rt1 ) )

!'R7I7G This operation may cause a carrier to be taen out of serviceand calls

affected by this carrier may be lost Doss of calls depends on the availabilityof other carriers're you sure (yWyes,nWno)Xy$F//'7= '$$"#T"=


#acet Radio $apabilityPptEradioEtypeQ +

MMI5RAM )(( 5 disp6rt16channel @location ) )

#acet Radio $apabilities +RT currently capable of supporting "G#RSX 7F



30/144


MMI5RAM )(( 5 disp6cell6st cell6numberK@cell6desc "G#RS $han Re: %navail

Enable ITS Path %&

" "nable ITS in the >SS

From -M,E

"nter Uimprove6ts6enabledV in 'ttribute 7ame window, clic UindV

Select U"ditV from "dit /enu

$hange parameter to *(enable) and save the config

MMI ,ommand StringE

MMI5RAM )(( 5 chg6element improve6ts6enabled ( )!'R7I7G >% == $T%& =RIs must be cycled to activate ITS at specificsites or reset >TS site

$F//'7= '$$"#T"=MMI5RAM )(( 5 disp6element improve6ts6enabled )ImproveEtsEenabled W *

L" .erify that "G#RS could not be supported by ==/ $T%& by repeating step -

8" I7S =RI 2 and =RI & This actions trigger the =RI RT remapping by cycling

==/ $T%&

MMI5RAM )(( 5 ins6device @location DRI ) )$F//'7= '$$"#T"=MMI5RAM )(( 5 ins6device @location DRI ) 4$F//'7= '$$"#T"=

$" $hec the "G#RS is enabled on ==/ $T%&, while the corresponding TS on$arrier > is FFS These FFS TS on $arrier > could not be activated by3N.-,Jor INScommand

7ote The system by default set the rtfEds2Ecount number to 3 as a result ofmodifying pacet radio type =isplay RT 2 2 e:uipage, RT 2 2 channel statusand mms TS status with following display commands and confirm ptEradioEtypeis + rtfEds2Ecount value is set to 3 by default and in the bachaul 3 =S2s arereserved for this + carrier The real number of #=T$B depends on parametersin the target cell, such as res6gprs6pdchs' sitch6gprs6pdchsetc

MMI ,ommand StringE

MMI5RAM )(( 5 disp6e: @location rt1 ) )$apacity of carrier %DDType of carrier >$$B

"nter the first and second RT I= 2 2



31/144



rtfEds2Ecount #

MMI5RAM )(( 5 disp6rt16channel @location ) )Start of report for RT 2 2 at location 9*#acet Radio $apabilities +RT currently capable of supporting "G#RSX ?"S

TI/"SDFT G#RS T?#" S%>$B'7 ST'T"2 (>$$B) 76' 2 '$TI."* (S=$$B68) 2 I=D" * I=D" & I=D" 3 I=D" + I=D" - I=D"

I=D" 9 I=D"& (T$B6) 76' 2 I=D"3 (T$B6) 76' 2 I=D"+ (T$B6) 76' 2 I=D"- (+ #=T$B) Reserved 2 I=D" (+ #=T$B) Reserved 2 I=D"9 (+ #=T$B) Reserved 2 I=D"

=S2 $F7IG ST'T%S2 GS/ I=D"* G#RS '$TI."

& G#RS '$TI."

MMI5RAM )(( 5 disp6rt16channel @location ) (Start of report for RT 2 * at location 9*#acet Radio $apabilities *RT currently capable of supporting "G#RSX 7F

TI/"SDFT G#RS T?#" S%>$B'7 ST'T"2 (T$B6) 76' 2 I=D"* (T$B6) 76' 2 I=D"& (T$B6) 76' 2 I=D"3 (T$B6) 76' 2 I=D"

+ (T$B6) 76' 2 I=D"- (T$B6) 76' 2 FFS (T$B6) 76' 2 FFS9 (T$B6) 76' 2 FFS

MMI5RAM )(( 5 disp6mms6ts @location @TS id ) @TS id (TS #ort %sage =evice I= Type SiCe Site TS2 %7'.'ID'>D"* +ERSD 2 2 2 + 9*

& %7%S"=3 %7%S"=

$ompass Id /otorola $onfidential #roprietary #age 3* of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


32/144


&5 RT 2 2 2 %DD 9*32 RT 2 2 2 %DD 9*3* RT 2 2 2 %DD 9*

"nd of

MMI5RAM )(( 5 unloc2 @location pchn ) ) L

$F//'7= R"@"$T"= Re:uest not allowed for that entity

()" /ae mobile to mobile voice call in the cell $hec twoway audios on bothmobiles

MMI ,ommand String

MMI5RAM )(( 5 disp6cell6status @location

G#RS Status %nbarred

"G#RS Status "G#RS 'vail#=$B Status #= 'vailableR"S #=$B Re:uested 3S! #=$B Re:uested 2

R"" I7%S" %7'.D S=$$B 8 2 27orm Futer T$B6 & 37orm Inner T$B6 2 2 2";t Futer T$B6 2 2 27orm Futer T$B6B 2 2 2

7orm Inner T$B6B 2 2 27orm Futer T$B6G 2 7' 27orm Inner T$B6G 2 7' 2#= $B'77"D 2 2 2"G#RS #= $B'77"D 3 2 2

MMI5RAM )(( 5 loc26device @location pchn @device6id( @device56id4 @device56id#

((" /ae "G#RS data call in the cell with "G#RS handset $hec the occupation ofthe three #=T$B

MMI ,ommand String


G#RS Status %nbarred"G#RS Status "G#RS 'vail#=$B Status #= 'vailableR"S #=$B Re:uested 3S! #=$B Re:uested 2

R"" I7%S" %7'.D

$ompass Id /otorola $onfidential #roprietary #age 3& of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


33/144


S=$$B 8 2 27orm Futer T$B6 9 * 37orm Inner T$B6 2 2 2";t Futer T$B6 2 2 27orm Futer T$B6B 2 2 27orm Inner T$B6B 2 2 27orm Futer T$B6G 2 7' 27orm Inner T$B6G 2 7' 2#= $B'77"D 2 2 2"G#RS #= $B'77"D 2 3 2

(4" =isable ITS in the >SS

From -M,E

"nter Uimprove6ts6enabledV in 'ttribute 7ame window, clic UindV

Select U"ditV from "dit /enu

$hange parameter to 2 (disable) and save the config

MMI ,ommand StringE

MMI5RAM )(( 5 chg6element improve6ts6enabled ) )

!'R7I7G >% == $T%& =RIs must be cycled to activate ITS at specificsites or reset >TS site

$F//'7= '$$"#T"=MMI5RAM )(( 5 disp6element improve6ts6enabled )improveEtsEenabled W 2

(#" .erify that "G#RS still can be supported in ==/ $T%& by repeating step 5A**

(7" $ycle ==/ $T%& to enforce =RI RT remapping This could be done byrepeating step 8

(" .erify that "G#RS could not be supported by ==/ $T%& by repeating step -

Enable ITS Path %'

(" "nable ITS in the >SS by repeating step

(L" .erify that "G#RS could not be supported by ==/ $T%& by repeating step 9

(8" Reset DDM ,T34s supporting /G!RS" Similar to step 8, this action triggers the=RI 4 RT remapping by cycling ==/ $T%&

($" .erify that "G#RS can be supported in ==/ $T%& by repeating step 5A**

4)" =isable ITS in the >SS by repeating step *&

4(" .erify that "G#RS still can be supported in ==/ $T%& by repeating step 5A**

44" $ycle ==/ $T%& to enforce =RI RT remapping This could be done byrepeating step 8 or (8

4#" .erify that "G#RS could not be supported by ==/ $T%& by repeating step -



34/144


Enable ITS Path %(

47" "nable ITS in the >SS by repeating step

4" .erify that "G#RS could not be supported by ==/ $T%& by repeating step 9

4" $hange the ptEradioEtype of RT 2 and RT & to + Similar to step 8 and *8,these actions trigger the =RI RT remapping by cycling ==/ $T%&

MMI5RAM )(( 5 MMI5RAM )(( 5 chg6l

"nter password for security level you wish to access"nter password for security level you wish to access$urrent security level is 3

MMI5RAM )(( 5 modi1y6value @location p2t6radio6type 7J rt1 ) )

!'R7I7G This operation may cause a carrier to be taen out of serviceand calls

affected by this carrier may be lost Doss of calls depends on the availabilityof other carriers're you sure (yWyes,nWno)Xy$F//'7= '$$"#T"=

4L" .erify that "G#RS can be supported in ==/ $T%& by repeating step 5A**

48" =isable ITS in the >SS by repeating step *&

4$" .erify that "G#RS still can be supported in ==/ $T%& by repeating step 5A**

#)" $ycle ==/ $T%& to enforce =RI RT remapping This could be done by

repeating step 8 or *8 or 4

#(" .erify that "G#RS could not be supported by ==/ $T%& by repeating step -

Enable ITS Path %)

#4" "nable ITS in the >SS by repeating step

##" .erify that "G#RS could not be supported by ==/ $T%& by repeating step 9

#7" DF$L%7DF$ both =RI 2 and =RI & Similar to step 8, *8 and &, theseactions trigger the =RI RT remapping by cycling ==/ $T%&

MMI5RAM )(( 5 loc26device @location DRI ) )$F//'7= '$$"#T"=MMI5RAM )(( 5 loc26device @location DRI ) 4$F//'7= '$$"#T"=MMI5RAM )(( 5 unloc26device @location DRI ) )$F//'7= '$$"#T"=MMI5RAM )(( 5 unloc26device @location DRI ) 4$F//'7= '$$"#T"=

#" .erify that "G#RS can be supported in ==/ $T%& by repeating step 5A**

#" =isable ITS in the >SS by repeating step *&

#L" .erify that "G#RS still can be supported in ==/ $T%& by repeating step 5A**

$ompass Id /otorola $onfidential #roprietary #age 3+ of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


35/144


#8" $ycle ==/ $T%& to enforce =RI RT remapping This could be done byrepeating step 8 or *8 or & or #7

#$" .erify that "G#RS could not be supported by ==/ $T%& by repeating step -

Enable ITS Path %*

7)" "nable ITS in the >SS by repeating step

7(" .erify that "G#RS could not be supported by ==/ $T%& by repeating step 9

74" Reset the *TS" Similar to step 8, *8, & and 3+, this action triggers the =RI 4RT remapping by cycling ==/ $T%&

7#" .erify that "G#RS can be supported in ==/ $T%& by repeating step 5A**

77" =isable ITS in the >SS by repeating step *&

7" .erify that "G#RS still can be supported in ==/ $T%& by repeating step 5A**

7" $ycle ==/ $T%& to enforce =RI RT remapping This could be done byrepeating step 8 or *8 or & or 3+ and 74

7L" .erify that "G#RS could not be supported by ==/ $T%& by repeating step -

$ompass Id /otorola $onfidential #roprietary #age 3- of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


36/144


"(" Flochart

Figure $-% Flowchart for configuring &'(RS to Carrier ) of e"isting DDM CT2



37/144


"4 ,hanging SDM ,T34 to DDM and con1igure one more /G!RS capabilityRTF to the ,T34

"4"( Test Description

This test shows that S=/ $T%& supporting "G#RS could be reconfigured to ==/ withoutloss of "G#RS capability

The basic procedure to enable ITS is described

The possibility of supporting "G#RS on ==/ $T%& is verified

The recalibration is considered during updating $T%& from S=/ to ==/

Radio planning and rtfEds2Ecount selection for the e;tra new carrier are considered

"4"4 Traceability

ITS D&6D36D+ Re:uirement Set

P*Q >TS32 >TSP$'Q shall enhance the RT mapping, remapping and stealingprocedures to support ITS as == $T%& $arrier ' becomes to support "G#RS

P&Q >TS3- Fn configuring an "G#RS #=$B on == $T%& $arrier ', thecorresponding timeslot on $arrier > shall be set to FFS These H timeslots shall notbe activated by %7DF$ or I7S command

P3Q Degacy>TS3-*- .erify + sw6res #=$B configuration on == $T%& $arrier 'with busy T$B on $arrier '6>

P+Q Degacy>S$3-* The improved timeslot sharing feature re:uires the "G#RS and.ersaTR'% feature to be unrestricted

P-Q Degacy>S$3-*9 The >SS shall support improved timeslot sharing as a restrictedfeature

PQ Degacy>S$3-*8 The >SS shall add improved TS sharing into the list of restrictedoptions (improved timeslot sharing)

P9Q Degacy>S$3-&2 The >SS shall only allow setting new >SS element(improveEtsEenabled) to "nabled6=isabled of TS Improve feature when the feature ofimproved timeslot sharing is unrestricted

P8Q Degacy>S$3-&& The >SS shall display FFS, in the dispErtfEchannel commandfor air timeslots blaned out on $arrier > when an "G#RS RT is mapped to $arrier' of a == $T%&P5Q Degacy>S$3-&+ The >SS shall indicate the number of blaned air timeslots on$arrier > when an "G#RS RT is mapped to $arrier ' of a == $T%& via displayingcell status (dispEcellEst) !hich row mared as unavailable shall be decided by thetype of blaned T$B



38/144




"4"# Test /:uipment

'll e:uipments shown in igure &* are re:uired for the test "nsure that the cells have atleast =RI e:uipped per cell It is desirable to verify the feature in large configuration site,ie B/& master with slave /$ell, B/, B/& for e;ample all with radios

"4"7 Setup


Three optional features, "G#RS, .ersaTR'% and ITS, are unrestrictedHardware Con#i"$ration

' BoriCon II /acro master cabinet containing only $T%& in target cell is re:uired for this test

Additional Set$p

Two $T%& in the target cell are in S=/ and configured for "G#RS

The >>B should be disabled in the cell

' proper 'bsolute Radio re:uency $hannel 7umber ('R$7) should be identified in thesystem =uring I=T in real networ, this should be discussed with and agreed by customer

=RIRT

S= $T%& S= $T%&

2 &

prefErtfEid 2 &

ptEradioEtype + >$$B +

"4" !rocedure

* $hec the cell is proper for this I#

a The cell has mere $T%& woring in target cell controlled by B/& mastercabinet

b Two $T%& in the target cell are in S=/ RT mapped to the S=/ $T%& are"G#RS

c The >>B is disabled

From -M,E

'fter open Navigation NABH treeby clicing on ,on1ig Mgt, clic on

re:uired *S,5Site5Radio Fre:uency5DRI Group

Fpen configuration /onitor for all DRIin one target cell

ind DRI densityin attribute name window and confirm all $T%& in the cell

are SING./ Fpen configuration /onitor for related ,abinet



39/144


40/144


this desired calibration option, it is only needed to display the calibration data andchec the TH Fffset is *& or greater (Ie *&, *3 , *+ etc) If the TH Fffset is lessthan *& (Ie **, *2, 2f) the radio will be disabled with reason TH #ower%nachievable

MMI5RAM )(( 5 disp6cal6data @location DRI @id( @id4

MMI5RAM )(( 5 modi1y6value @location dri6density @value DRIYdevEfunEid*O YdevEfunEid&O YdevEfunEid3O

+ ":uip two RT, which to be mapped to the $arrier > of the ==/ $T%&

=RIRT

== $T%& == $T%&

2 (') * (>) & (') 3 (>)

prefErtfEid 2 * & 3

ptEradioEtype + >$$B 3& + *

a =uring I=T in real networ, proper 'R$7 should be identified together withcustomer

b The value of rtfEds2Ecount is set to 3 by default The rtfEds2Ecount of the twonew RT could be chosen according to e;perience of ==/ $T%&

c Fnly when the total number of + RT in the cell is more than the number ofS=/ $T%&, the ==/ $T%& $arrier ' will have the chance to be mapped to+ RT (7ote that S=/ $T%& has higher priority to be mapped to + RTthan ==/ $T%& $arrier ')

MMI5RAM )(( 5 e:uip YlocationO RT"nter type of carrier 7F7E>$$B

"nter the pacet radio capability 3&

MMI5RAM )(( 5 e:uip YlocationO RT"nter type of carrier 7F7E>$$B"nter the pacet radio capability *

- $hec the "G#RS is enabled in this cell, while the corresponding TS on $arrier >is FFS

a $hec the "G#RS is enabled on ==/ $T%&, while the corresponding TS on$arrier > is FFS These FFS TS on $arrier > could not be activated by3N.-,Jor INScommand

MMI ,ommand StringE



MMI5RAM )(( 5 disp6mms6ts @location @TS id ) @TS id (


$ompass Id /otorola $onfidential #roprietary #age +2 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


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b /ae mobile to mobile voice call in the cell $hec twoway audios on bothmobiles

MMI ,ommand String



c /ae "G#RS data call in the cell with "G#RS handset $hec the occupationof the the #=T$B

MMI ,ommand String


$hange the ptEradioEtype of all RT as follows

=RIRT

== $T%& == $T%&

2 (') * (>) & (') 3 (>)

prefErtfEid 2 * & 3

ptEradioEtype + >$$B +* * +*

MMI5RAM )(( 5 modifyEvalue YlocationO ptEradioEtype + rtf Yrtf id*OYrtf id&O

9 $hec that + RTs on $arrier > are downgraded to *


MMI ,ommand StringE






MMI ,ommand String



$ompass Id /otorola $onfidential #roprietary #age +* of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


42/144



MMI ,ommand String


8 Reset the >TS 'fter the site becomes >%, it is to be verified that the "G#RS isremained on the ==/ $T%&, while the corresponding TS on $arrier > are FFS

5 $hec that + RTs on $arrier > are downgraded to *


MMI ,ommand StringE






MMI ,ommand String




MMI ,ommand String


*2 =isable ITS in the >SS

MMI ,ommand StringE

MMI5RAM )(( 5 chg6element improve6ts6enabled ) )

!'R7I7G >% == $T%& =RIs must be cycled to activate ITS at specificsites or reset >TS site

$F//'7= '$$"#T"=

MMI5RAM )(( 5 disp6element improve6ts6enabled )improveEtsEenabled W 2

$ompass Id /otorola $onfidential #roprietary #age +& of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


43/144


** .erify that "G#RS still can be supported in ==/ $T%&


MMI ,ommand StringE






MMI ,ommand String




MMI ,ommand String


*& $ycle ==/ $T%& to enforce =RI RT remapping This could be done by one offollowing actions ins =RI, reset =RI, change ptEradioEtype, loc K unloc =RI,reset >TS

*3 .erify that "G#RS could not be supported by ==/ $T%&



MMI5RAM )(( 5 disp6rt16channel @location ) )#acet Radio $apabilities *RT currently capable of supporting "G#RSX 7FMMI5RAM )(( 5 disp6cell6st cell6numberK@cell6desc "G#RS $han Re: 'vail



44/144


"4" Flochart

Figure $-$ Flowchart for configuring one more RTF to e"isting SDM CT2 with &'(RS

$ompass Id /otorola $onfidential #roprietary #age ++ of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


45/144


46/144




"#"# Test /:uipment

";cept the slave >TS, all e:uipments shown in igure &* are re:uired for the test

"#"7 Setup


Three optional features, "G#RS, .ersaTR'% and ITS, are unrestricted,

Hardware Con#i"$ration

' BoriCon II /acro master cabinet containing only $T%& in target cell is re:uired for this test

Additional Set$p

'll the $T%& in the target cell are in ==/

=RIRT

== $T%& == $T%&

2 (') * (>) & (') 3 (>)

prefErtfEid 2 * & 3

ptEradioEtype * >$$B 3& * *

BI (>>B) 2 2 2 2

=isable ITS feature in =>

"#" !rocedure

* $hec the cell is proper for this I#

a The cell has mere $T%& woring in target cell controlled by B/& mastercabinet

b 'll the $T%& in the target cell are calibrated for &2w (522/BC) K *w(*822/BC)

c The >>B is disabled

& Start =ataGen

a /ae sure that =G'dmin has been run and that the =G'dmin prompt isdisplayed If it is not, initiate the =G'dmin prompt by entering Z=G'dminZ

b >ring up =ataGen by entering Z=ataGen KZ $onfirm that the .ersion on the=ataGen G%I reflects the current revision of =ataGen being tested

3 .erify Revgen

$ompass Id /otorola $onfidential #roprietary #age + of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


47/144


a Select 7"! option from G%I and then select $ountry I=T country, and >SS'rea Test for the new configuration that will be generated

b Select Software .ersion Y Doad version O and clic on =one This shouldbring up the =ataGen $onfiguration G%I !ithin this G%I the $onfiguration7o Y J O will be displayed

c $lic on the Revgen button This should bring up the Revgen G%I

d Docate binary ob


48/144


g $hec the //I file named as $F/>I7"= at [user home directory6dg6countryname6networ I=6config I=6command[

h .erify all changes inserted by table are present in the $F//'7= //I file

$ompiler $lic on the Fb and confirm that + RT will be downgraded to * on ==/$T%& after the swap

a $S# download the binary files from F/$R

b $S# Swap

c /ae sure >S$ resets and comes up in service with the changes madeduring the /$= steps

d 'fter >TS comes into service, verify that + RT will be downgraded to *on ==/ $T%&

e /ae mobile to mobile voice call in the cell $hec twoway audios on bothmobiles

f /ae G#RS data call in the cell with G#RS handset $hec the occupation ofthe #=T$B

8 /otorola $ustomer =ata ormat (/$=) table e;port

a rom =atagen G%I clic on Table button

b rom /$= table G%I select appropriate tables to be modified

c $lic on ";port button

d .erify data has been e;ported for the selected script file

e $lic on the table entries to be modified Then clic on file button to open thetable

f >rowse the table and modify the parameters used by ITS In target cell, checall $T%& should be in ==/

g $hange the p2t6radio6type of RT mapped to carrier ' to +, mae surethe rt16ds)6count value is in valid range from 3 through 8 for nonEbcchcarrier and from 3 through 9 for bcch carrier

h Set theimprove6ts6enabledto * to enable ITS feature

5 /$= table validate and insert

a 'fter modifying the table data $lic on .alidate button to validate each tablein the file



49/144


b .erify validation of entire table structure is possible

c 'fter validation, from pull down menu Select O Select all files

d $lic on Insert button

e ";it Table $ontroller and clic on //I button to generate updated script

f .erify //I script is successful

g $hec the //I file named as $F/>I7"= at [user home directory6dg6countryname6networ I=6config I=6command[

h .erify all changes inserted by table are present in the $F//'7= //I file

*2 $ompiler $lic on the Fb #erform the$S# swap $onfirm the radios initialiCe with ITS after the swap

a $S# download the binary files from F/$R

b $S# Swap

c /ae sure >S$ resets and comes up in service with the changes madeduring the /$= steps

d 'fter >TS comes into service, verify that the ==/ $T%& $arrier ' supports

+ RT and $arrier > can be >%

e $hec the "G#RS is enabled on ==/ $T%&, while the corresponding TS on$arrier > is FFS These FFS TS on $arrier > could not be activated by3N.-,Jor INScommand

f /ae mobile to mobile voice call in the cell $hec twoway audios on bothmobiles

g /ae "G#RS data call in the cell with "G#RS handset $hec the occupationof the #=T$B



50/144


"#" Flochart

I# 3 'lternative test procedures given in flowchart

$ompass Id /otorola $onfidential #roprietary #age -2 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


51/144


52/144


RT should not be e:uipped in the cell before the test

7o preferredErtf is setup on =RI

The following table shows the =RI config in the cell before test

DRI

SD

CTU2 DD CTU2 DD CTU2

CTU

(TCU)0 1 (A) 2 (B) 3 (A) 4 (B) 5

The following table shows the initial RT parameter to be e:uipped in the cell in the test

RTF_ID 0 1 2 3 4 5 6

pkt_radio_type 16BCC!

64 64 32 32 16 16

rt"_d#0_$o%&t 'A 4 5 'A 'A 'A 'A#d_oad 2 0 0 0 0 0 0

#d_priority 1 1 1 1 1 1e*t_ti+e#ot# 3 'A 'A 1 0 2 1

"7" !rocedure

* 't the F/$, from the >SS detailed view, enable ITS feature

MMI5RAM )(( 5 chg6element improve6ts6enabled ( bsc!'R7I7G >% == $T%& =RIs must be cycled to activate ITS at specificsites or reset >TS site$F//'7= '$$"#T"=

& Reset the relevant =RI to mae the ITS wor

3 /ae sure that the =RI are e:uipped in turn in the database as shown in thesetup

+ ":uip RT 2 A RT in turn and verify all RTs e;cept RT become >" The=RIRT mapping should be as below

7ote The real RT=RI mapping may different from this table as preferred RTI= is not defined in this case

DRIRTF

SDCTU2

DD CTU2 DD CTU2 CTU

(TCU)0 1(A) 2(B) 3(A) 4(B) 5

RTF_ID 1 0 4 2 5 3pkt_radio_type

64 16BCC!

32 64 16 32

rt"_d#0_$o%&t 4 'A 'A 5 'A 'A#d_oad 0 2 0 0 0 0

#d_priority 1 1 1 1 1 1e*t_ti+e#ot# 'A 3 0 'A 2 1

- 't the F/$, from the cell detailed view, enable G#RS using the followingparameter

MMI5RAM )(( 5 chgEcellEele gprsEenabled * cell YcellEI=O"nter the number of reserved #=$Bs (4"nter the number of switchable T$Bs6#=$Bs )

$ompass Id /otorola $onfidential #roprietary #age -& of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


53/144


"nter the number of reserved #=$Bs if one $arrier >ecomes unavailable ()

"nter the number of switchable #=$Bs if one $arrier >ecomes unavailable )

"nter the algorithm for G#RS timeslot configuration (

"nter the ma;imum number of G#RS timeslots per carrier 4

.erify that there are & #=$Bs configured on each carrier 'nd the TS9 K TS onone of the == $T%& $arrier > (=RI +) are shown as ZFFSZ whenZdispErtfEchannelZ

7ote The real TS where R"S is placed may different from this table Bowever thetotal number of R"S TS should be *2

DRI T,-. RTF TS0 TS1 TS2 TS3 TS4 TS5 TS6 TS/0 SD

CTU2 1(64)

TC! TC! TC! TC! TC! TC! R.S R.S

1 DDCTU2

0(16$arrierA)

BCC! SD SD TC! TC! TC! R.S R.S

2 DDCTU2

4(32$arrierB)


3 DDCTU2

2(64$arrierA)


4 DDCTU2

5(16$arrierB)

TC! TC! TC! TC! R.S R.S S S

5 CTU 3(32) TC! TC! TC! TC! TC! TC! TC! TC!

9 't the F/$, from the RT detailed view, change the 'R$7 of >$$B RT 2

8 .erify that RT 2 can go bac to >" on the original =RI *

5 't the F/$, from the cell detailed view, change e;tErangeEcell to * (7ote the=RI need to be loced before changing this parameter 'fter changing theparameter, unloc all =RI)

*2 .erify that the e;tended range timeslots are configured correctly on RT 2, 3 -

DRI T,-. RTF TS0 TS1 TS2 TS3 TS4 TS5 TS6 TS/

0 SDCTU2

1(64) TC! TC! TC! TC! TC! TC! R.S R.S

1 DDCTU2

0(16$arrierA)

BCC! SD SD R.S R.S

2 DDCTU2

4(32$arrierB) TC! TC! TC! TC! TC! TC! R.S R.S

3 DDCTU2

2(64$arrierA)


4 DDCTU2

5(16$arrierB)

.T .T R.S R.S S S

5 CTU 3(32) TC! TC! TC! TC! .T R.S R.S

**'t the F/$, from the RT detailed view, set the e;tEtimeslots of unmapped (RT- or RT ) RT to 2 and change the ptEradioEtype to +

*&'t the F/$, from the RT detailed view, change the 'R$7 of >$$B RT 2

MMI5RAM )(( 5 chgErtfEfre: Yfre:uencyO YlocationO YrtfEid*O YrtfEid&O

$ompass Id /otorola $onfidential #roprietary #age -3 of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


54/144


*3 .erify that >$$B RT 2 reset and stay on =RI 2 The relevant RT reassignmentalgorithm is attached at end of this I#

*+ .erify that RT is assigned to =RI 3 and TS9 K TS on =RI + turn to FFS


0 SDCTU2 2(64) TC! TC! TC! TC! TC! TC! R.S R.S

1 DDCTU2

0(16$arrierA)

BCC! SD SD R.S R.S

2 DDCTU2

5(16$arrierB)

TC! TC! TC! TC! R.S R.S

3 DDCTU2

6(64$arrierA)


4 DDCTU2

3(32$arrierB)

.T TC! TC! R.S R.S S S

5 CTU 4(16) TC! TC! TC! TC! TC TC! R.S R.S

*-'t the F/$, from the RT detailed view, change the ptEradioEtype of mapped

RT (RT - or RT ) bac to * and reset the initial value of e;tEtimeslots

* RT * is assigned to the =RI *


0 SDCTU2


1 DDCTU2

0(16$arrierA)

BCC! SD SD R.S R.S

2 DDCTU2

5(16$arrierB)

TC! TC! TC! TC! R.S R.S

3 DDCTU2

1(64$arrierA)


4 DDCTU2

3(32$arrierB) .T TC! TC! R.S R.S S S

5 CTU 4(16) TC! TC! TC! TC! TC! TC! R.S R.S

*9 Reset the site

*8'fter the site becomes >%, verify that the =RIRT mapping should be as below(RT - is " ")


0 SDCTU2


1 DDCTU2

1(64$arrierA)


2 DDCTU2

6(16$arrierB)

TC! TC! TC! TC! .T S S

3 DDCTU2

0(16$arrierA)

BCC! SD SD R.S R.S

4 DDCTU2

4(32$arrierB)


5 CTU 3(32) TC! TC! TC! TC! .T R.S R.S

*5 .erify that & #=$Bs are configured on each carrier and the TS9 K TS on one ofthe == $T%& $arrier > (=RI &) are shown as ZFFSZ by ZdispErtfEchannelZ

&2 Doc the == $T%& carrier ' (=RI 3)

7ote To protect the "=G" capability in the cell, the non+ >$$Breassignment stealing follows the following order

$ompass Id /otorola $onfidential #roprietary #age -+ of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


55/144


56/144


(o$k)

1 DDCTU2

1(64$arrierA)


2 DDCTU2

6(16$arrierB)

TC! TC! .T R.S R.S S S

3

DD

CTU2(o$k)

4DD

CTU2(o$k)

5 CTU 0(16) BCC! SD SD R.S R.S

&- Doc =RI - .erify that the >$$B RT 2 steal the == $T%& carrier '(=RI *)


0SD

CTU2(o$k)

1

DD

CTU2

0(16

$arrierA) BCC! SD SD R.S R.S

2 DDCTU2

6(16$arrierB)


3DD

CTU2(o$k)

4DD

CTU2(o$k)

5 CTU

& .erify that alarm *- ["G#RS %navailable 7o "G#RS capable carriers available[is triggered

&9 Doc =RI * .erify that the * >$$B RT 2 steal the == $T%& $arrier > (=RI&)


0 SD CTU2

(o$k)

1 DD CTU2

(o$k)

2 DD CTU2 0(16$arrierB)

BCC! SD SD R.S R.S

3 DD CTU2

(o$k)

4 DD CTU2(o$k)

5 CTU(o$k)

&8 .erify that TS9 K TS on the >$$B RT 2 are #=$Bs .erify data call can bemade on the & #=$Bs

&5 Doc the last >% =RI & and verify that the cell is FFS

"nd of first scenario

The second scenario is illustrated below

&3 .erify that there are still & #=$Bs configured on each carrier

$ompass Id /otorola $onfidential #roprietary #age - of *++$opy 4 refer to $ompass for original, printed on 256*26&2*+ orm S!7*5+8/2+


57/144


DRI T,-. RTF TS0 TS1 TS2 TS3 TS4 TS5 TS6 TS/0 SD CTU2 2(64) TC! TC! TC! TC! TC! TC! R.S R.S

1 DD CTU2 0(16$arrier A)

BCC! SD SD R.S R.S

2 DD CTU2 6(16Carrier B)


3 DD CTU2(o$k)

4 DD CTU2

(o$k)5 CTU 3(32) TC! TC! TC! TC! .T R.S R.S

&+ Doc =RI * .erify that the >$$B RT 2 steal the $T%& carrier > (=RI &)


1 DD CTU2

(o$k)2 DD CTU2 0(16) BCC! SD SD R.S R.S

3 DD CTU2

(o$k)

4 DD CTU2

(o$k)5 CTU 3(32) TC! TC! TC! TC! .T R.S R.S

&- Doc =RI & .erify that the >$$B RT 2 steal the == $T%& carrier '(=RI -)


1 DD CTU2

(o$k)

2 DD CTU2

(o$k)

3 DD CTU2(o$k)

4 DD CTU2

Documents

Improved Timeslot Sharing Feature Introduction Guide