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for CommunicationNetworks

Object Structure, SBS Parameter List

Objectives

The participant is able to

use the SBS parameter list

Contents

1 PKG_BSCB Global parameters for BSC1.1 PKG_BSCC Periodic measurement data upload1.2 PKG_BSCT Timer for BSSMAP

2 PKG_PCP Common !alues for SS"2.1 PKG_MT#2 MTP$ le!el 2 SS"2.2 PKG_MT#% MTP$ le!el % SS"2.% PKG_SCCP Timer for SCCP in SS"

% PKG_BTSB Global parameters for BTS%.1 PKG_BTSC Common control channel parameter for a cell%.2 PKG_BTS& &nterference measurement patrameters for a cell%.% PGK_BTS Control of optional cell features%.' PKG_BTST #a(er 2 and % timer on radio interface%.) *A+, Control parameter for hando!er

%.- P/C Po0er control !alues for a cell

' T/ Tanscei!er in a cell

) C*A+ Channel on radio interface

- A,C Ad3acent cell

" 4*S5 4re6uenc( hoppin7 s(stem

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parameter explanation range comments treate! in part"

AM+T* Ainterfacemonitor 8+AB#8,,&SAB#8,

SP8+#A speechencodin7 la0

A_#A?_#A

Ala0la0

PCMT5P8 number oftimeslots oneach PCM line

PCM%;PCM2'

timeslot from ;...%1timeslot from 1...2'

84/S?PP enhancedfull ratesupported

T/?84A#S8

C&C4M format of Circuit&dentit( Code

GSM+TST/?CT

4&T8& T8& number

assi7ned to a#P,#M

T/?8

4A#S8

4i7. 1

1#1 PKG_BSCC Perio!ic measurement !ata uploa!

S8T BSC PGKBSCC


M8,A4?ST start time formeasurementdata upload

;...2%;...):

hourmin

M8,A4?P8 period bet0eent0o upload ofmeasurementdata

;$ 1$ 2$ %$ '$-$ =$ 12$ 2'

hours

&MS&4S&D maEimum siFefor &MS&files ;...%;

4i7. 2

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1#$ PKG_BSC% %imer for BSS&'P

S8T BSC PGKBSCT

range"

tunit> MS1;; hundred of milliseconds unitH *#4S8C half second unitH S8C) ) second unitH

t!alue> ;..2)'

parameBSC%er explanation comments treate! in part"

BSCT1 time to recei!e B#CK&+GACK messa7e

default I *#4S8C12

BSCT% /8S?/C8 &+,&CAT&+messa7e sendin7 periodicit( default I *#4S8C);

BSCT' time to return /8S8T ACKmessa7e

default I *#4S8C-;

BSCT" *A+,@8/ /8J?&/8,messa7e sendin7 periodicit(

default I *#4S8C'Ch. '.2.)

BSCT= time to recei!e *A+,@8/S?CC8SS 4?# messa7e

default I *#4S8C2;Ch. '.2.)

BSCT1; time to return ASS&G+M8+TCMP#8T8 messa7e to MS

default I *#4S8C12

BSCT11 maEimum allo0ed 6ueuin7time

default I *#4S8C1-

BSCT1% reset 7uard period at BSS default I *#4S8C);

BSCT1" o!erload timer default I *#4S8C2;Ch. %

BSCT1= o!erload timer default I *#4S8C-;Ch. %

BSCT1: time to recei!e /8S8TC&/C?&T ACK at BSS

default I *#4S8C12

BSCT2; time to recei!e C&/C?&TG/?P B#CK&+G ACK

default I *#4S8C12

BSCTJ* maEimum allo0ed 6ueuin7time for hando!er

default I *#4S8C12;

4i7. %

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$ PKG_OPCP Common values for SS(

C/8AT8 PC PKGPCP


PC ori7inatin7 pointcode

1..1-%=% BSC address

SPC destination pointcode

1..1-%=% MSC address

+T&+, net0or9 indicator ;..% ; I &+AT ;1 I &+AT 12 I +AT ;% I +AT 1

4i7. '

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$#$ PKG_&%L) &%P, level ) SS(

S8T PC PKGMT#%


M%T1 dela( to a!oidmessa7e missse6uencin7 onchan7eo!er CH

)...12 unit I ;.1 secdefault I :

M%T2 0ait for C ACK "...2; unit I ;.1 secdefault I 1%

M%T% di!ersion dela( )...12 unit I ;.1 secdefault I :

M%T' 0ait for CB ACKfirst attempt

)...12 unit I ;.1 secdefault I =

M%T) 0ait for CB ACKsecond attempt

)...12 unit I ;.1 secdefault I =

M%T12 0ait for uninhibitACK

=...1) unit I ;.1 secdefault I 12

M%T1% 0ait for forceuninhibit

=...1) unit I ;.1 secdefault I =

M%T1' 0ait for inhibitACK

'...- unit I ;.) secdefault I '

M%T1" dela( to a!oidoscillation ofinitial ali7nment

=...1) unit I ;.1 secdefault I 1;

M%T22 loacl inhibit test %-..."2 unit I ) secdefault I %-

M%T2% remote inhibit test %-..."2 unit I ) secdefault I %-

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) PKG_B%SB Global parameters for B%S

C/8AT8 BTS PKGBTSB


BTS+ cell number ;..11:

BTSM bts site mana7er ;..): rac9 address

BTS/ bts relati!e ;..2 sector no. 0ithin btsm

C8##G#&, cell7lobal idmccmnclacci

;..:::;..::1..-))%);..-))%)

mobile countr( codemobile net0or9 codelocation area codecell id

BS&C basestation id+CC

BCC

;.."

;.."

net0or9 colour code

BS colour codeP#M+P plmn permitted ;..2)) Ch. '.2.%

C8##/8S* cell reselecth(steresis

;.." 2 dB stepsCh. '.1

MSTPMA maE po0er le!elMS can use incell

2..1);...1)

2 I %:dbm GSM; I %;dbm ,CSstep of 2 dBm$Ch. -.1

/#8@AM& minimum recei!ele!el for MS foraccess

;..-% ; I 11; dBmstep of 1dBm$Ch. '.1

/,#+KT radio lin9 timeout$maE !alue for

detection

;..1) S; I ' L ' E rdln9toCh. "

/AC*BT rach channel bus(threshold

;..12" recei!e le!el threshold

/AC*#AS rach load a!era7eslot

1;2..-))%) number of rach bein7 measured

TCCC*#,& ccch loadthreshold

;..1;; BTS informs BSC if !alue reached$Ch. %

PCCC*#,& time period forsendin7 loadindication

;..2)) time inter!al for sendin7 loadindication$Ch. %

4ACC*J fach 6ualit( ;.." number of facch halfbursts to berecei!ed for frame detection

C8##T5P8 cellt(pe ST,C8##?MBC8##8TC8##

standard cellumbrella celleEtended cell

S5S&, used fre6uenc(band

BB:;;,CS1=;;42+#5:;;8T:;;/GSMPCS1:;;

GSM base,CS1=;;GSM eEt.GSM miEedGSM /ail0a(PCS 1:;;

BCC*4/8J BCC* fre6uenc( 1..1;2%

CA## cell allocationTC*T/ in cell

;...1;2%...;...1;2%

maE 1) per cell

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C/8SPA/& presence of C2cell reselectionparameters

;..1 ; I not present1 I present$Ch. '.1

C/8S44 offset to C2reselectioncriterion

;..-% ; ... 12- dB2 dB steps$Ch. '.1

T8MP44 ne7ati!e offset toC2 durin7 penalt(time

;.." ; ... -; dB1; dB steps"Iinfinit($ Ch. '.1

P8+T&M8 duration fortemporar( offset

;..%1 ; ... -2; sec2; sec steps$ Ch. '.1

CBJ cellbar6ualif( ;..1 priorit( of a cell for selection;> normal

1> lo0+M?#BAC nMultiBand Cell ;...% refer to GSM rec.

;).;= =.'.%

C+C8## concentric Cell T/?8 MSC controls it$ Ch. '.2.1/J?A#* enable /EJualit(

*T/?84A#S8

/E Jualit( criterion$ Ch. '.2.1

/#8@* enable /E#e!el*

T/?84A#S8

/E le!el criterion$Ch. '.2.1

,&ST* enable distant * T/?84A#S8

distance criterion$Ch. '.2.1

PBGT* enable Po0erBud7et *

T/?84A#S8

Po0er Bud7et criterion$ Ch. '.2.1

+C8## number ofpreferred cells

;..1) used for e!aluation of tar7et cell listin *;_C+,_&+ messa7e$ Ch. '.2.%

T*/JST minimum inter!albet0een *

re6uired messa7e

;..%1 unit> 2 SACC* periods $ Ch. '.2.'

*A@#8@ a!era7in7 0indo0siFe for si7nalstren7thconcernin7 *

1..%1

1..%

0indo0 siFe$SACC* periods0ei7htin7 factorCh. '.2.2

*A@J?A# a!era7in7parameters for ?#and ,# si7nal6ualit(measurements

1..%1

1..%

0indo0 siFe$SACC* periods0ei7htin7 factorCh. '.2.2

*A@,&ST a!era7in7 0indo0siFe for timin7ad!ance !alues

1..%1 0indo0 siFe$SACC* periodsCh. '.2.2

*A@P/B a!era7in7 0indo0siFe for po0erbud7et e!aluation

1..%1 0indo0 siFe$SACC* periodsCh. '.2.2

*#T*#@,# threshold forrEle!el ,#intercell *

;..-% ; > 11; dBm-%> '" dBmCh. '.2.%

*T,#&+T threshold forrEle!el ,#intracell *

;..-% ; > 11; dBm-%> '" dBmCh. '.2.%

*#T*#@?# threshold forrEle!el ?#intercell *

;..-% ; > 11; dBm-%> '" dBmCh. '.2.%

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*T?#&+T threshold forrEle!el ?#

intracell *

;..-% ; > 11; dBm-%> '" dBm

Ch. '.2.%*#T*J?,# threshold for

6ualit( ,#intercell *

;.." ;> ;.2N B8/"> O12.=N B8/Ch. '.2.%

*#T*J??# threshold for6ualit( ?#intercell *

;.." ;> ;.2N B8/"> O12.=N B8/Ch. '.2.%

*TMS/M maEimum ran7eMSBTS

;..%) intercell *unit> 1 Km Ch. '.2.%

,PBGT* enable speedsensiti!e *

T/?84A#S8

Ch. ).2

*&8/C enablehierarchical cell

*

T/?84A#S8

Ch. ).%

P# priorit( la(erser!in7 cell

;..1) Ch. ).%

*&8/4 hierarchical cellran9 fla7

/A+K;/A+K1

Ch. ).%

CC,&ST enable concentriccell distance *

T/?84A#S8

Ch. -.)

*/#@,#& * rEle!,# inner ;..-% 11;...'" dBm Ch. -.)

*/#@,# * rEle!,# outer ;..-% 11;...'" dBm Ch. -.)

CC,&ST concentric celldistance

;..%) 1 Km stepsCh. -.)

&+&+* enable inner toinner hando!er

T/?84A#S8

Ch. -.)

CC8## colocated cells BTS;..11:BTS;..11:

BTS+ of colocated cellsCh. -.)

8TC* enable eEtendedcell hando!er

T/?84A#S8

Ch. '.2."

*TMS/M8 maEimum ran7eMSBTS in aeEtended cell

%)...1;; unit 9mCh. '.2."

*MSTAM * MS TA maE ;...%' unit 9m Ch. '.2."

*M/GTA * mar7in TA ;...%) unit 9m Ch. '.2."

+BAK* enable pre!entionof bac9 *

T/?84A#S8

Ch. '.2.'

+4/8P* enable pre!ention

of * failure rep.

T/?8

4A#S8

Ch. '.2.-

MA4A* maE number of* failures

1...1) Ch. '.2.-

8#&M&TC* enable limitationof intracell *

T/?84A#S8

Ch. '.2.'

MA&/AC* maE number ofintracell *

1...1) Ch. '.2.'

T&+&8/C* timer nointracell *

1...2)' unit 1secCh. '.2.'

4i7. 1%

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)#5 P67C Po8er control values for a cell

S8T P/C refer to chapter -.1 unless other0ise specifiedH



8BSP/C enable BS po0ercontrol

T/?84A#S8

8MSP/C enable MS PC T/?84A#S8

P/&+CSS po0er increasestep siFe

1..% unit> 2 dBincreasin7 MS and BTS transmitpo0er

P/8,SS po0er reductionstep siFe

1..2 unit> 2 dBdecrease MS and BTS transmit

po0erP/C+4 po0er confirm 1..%1 unit 2 SACC* periods$ maEimum

inter!al for confirmation of ne0 /4po0er le!el

PC+&+T po0er controlinter!al

;..%1 unit 2 SACC* periods$ minimumtime bet00en t0o successi!emodifications of one MS

PA@/#8@ PC a!era7in7le!el

1..%11..%

0indo0 siFe$ SACC* periods0ei7htin7 factor

PA@/J?A# PC a!era7in76ualit(

1..%11..%

0indo0 siFe$ SACC* periods0ei7htin7 factor

#T#8@, lo0er thresholdon recei!ed si7nal

le!el ,#

;..-% for po0er increase;> 11;dBm

-%> '" dBm?PT#8@, upper threshold

on recei!ed si7nalle!el ,#

;..-% for po0er reduction;> 11;dBm-%> '" dBm

#T#8@? lo0er thresholdon recei!edsi7nal le!el ?#

;..-% for po0er increase;> 11;dBm-%> '" dBm

?PT#8@? upper thresholdon recei!ed si7nalle!el ?#

;..-% for po0er reduction;> 11;dBm-%> '" dBm

#TJ?A, lo0er threshold of recei!ed si7nal6ualit( ,#

;.." for po0er increase;> ;.2N B8/"> O 12.=N B8/

?PTJ?A, upper threshold of recei!ed si7nal6ualit( ,#

;.." for po0er reduction;> ;.2N B8/"> O 12.=N B8/

#TJ?A? lo0er threshold of recei!ed si7nal6ualit( ?#

;.." for po0er increase;> ;.2N B8/"> O 12.=N B8/

?PTJ?A? upper threshold of recei!ed si7nal6ualit( ?#

;.." for po0er decrease;> ;.2N B8/"> O 12.=N B8/

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/,#+KTBS radio lin9 timeoutattribute

'..-' maEimum !alue of radio lin9 counter to detect radio lin9 failure$ Ch. "

8PC/#4 enable MS andBS PC due toradio lin9 failure

T/?84A#S8

Ch. "

PC/#4T* threshold !aluefor radio lin9counter

;..-' radio lin9 failure 0arnin7 detection$Ch. "

8BSPC/ enable BSpo0ercontrolcorrection

T/?84A#S8

&f BS po0er control is used incombination 0ith fre6uenc( hoppin7$ebsp0ccr should be true

4i7. 1'

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%79 %ansceiver in a cell

C/8AT8 T/



T/+ trEnumber ;..11 Ch. 2

T/4/8J carrier fre6uenc( ;..1;2% Ch. 2

P//8, po0er reduction ;..- 2 dB stepse7. p0rredI'means =dBmless maE output po0er$ Ch. 2

/A,&M/ radiomeasurements onAbis

+ < 44

/A,&MG 7ranularit( ofradiomr

1...2)' unit 1 SACC* period

M8C member ofemer7enc(confi7uration

T/?8 11; dBm-%> O '= dBmCh. '.2.2

MSTPMAC# MS maEimumpo0er le!el 2..1)

;..1)

use in ad3acent cell$2> %: dBm GSMH;> %; dBm ,CSHstepsiFe 2Ch. '.2.2

*M *ando!er mar7in ;..'= Ch. '.2.2

;> 2' dB'=> L2' dBstepsiFe 1

BCC*4/8J BCC* fre6uenc( ;..1;2% Ch. '.2.%

*MS44 Static offset forhomar7in forspeed sens. *

;..12" unit> 1 dBincrease homar7in$ Ch. ).2

*M,T&M8 *ando!er mar7indela( time forspeed sens. *

;..2)) unit> 1SACC* perioddela( for immediate hando!erre6uest if ser!in7 cell ed7e reached$Ch. ).2

*M,44 *ando!er mar7ind(namic offset for

speed sens. *

;..12" unit> 1 dBdecrease homar7in$ Ch. ).2

M&C/C8## microcell forspeed sens. *

4A#S8T/?8

Ch. ).2

4*/#M forced *rEle!_min offset

;..2' unit. 1 dBCh. '.2.=

T&M8/4* timer bac9 * 1..%2; unit> 1; secCh. '.2.=

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P#+C priorit( la(ernei7hbor cell

;..1) Ch. ).%

PP#+C penalt( pririt(la(er nei7hborcell

;..1) Ch. ).%

#8@+C le!el offsetnei7hbor cell

;..-% unit 1 dBCh. ).%

T&+*BAK* timer to inhibitbac9 hando!er

1...2)' unit 1 sec Ch. '.2.'

T&+*4A&* timer to inhibit* failure rep.

1...2)' unit 1 sec Ch. '.2.-

4i7. 1"

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