sjzl20061486-zxc10 cbts i2 general description

8/11/2019 Sjzl20061486-ZXC10 CBTS I2 General Description

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ZXC10 CBTS I2

CDMA2000Compact Base Transceiver Station-I2

General Description

ZTE CORPORATIONZTE Plaza, Keji Road South,Hi-Tech Industrial Par,Nanshan !istrict, Shenzhen,P" R" China#$%'Tel( )%*+ '## *''$&& %&&-%.&-%.&/a0( )%*+ '## *''.*1R2( htt3(44su33ort"zte"co5"cnE-5ail(doc6zte"co5"cn
http://support.zte.com.cn/mailto:[email protected]:[email protected]:[email protected]://support.zte.com.cn/


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2E7A2 IN/OR8ATION

Co39ri:ht ; &&* ZTE CORPORATION"

The contents o< this docu5ent are 3rotected =9 co39ri:ht la>s and international treaties" An9 re3roduction

or distri=ution o< this docu5ent or an9 3ortion o< this docu5ent, in an9 ithout the3rior >ritten consent o< ZTE CORPORATION is 3rohi=ited" Additionall9, the contents o< this docu5ent are3rotected =9 contractual con?dentialit9 o=li:ations"

All co53an9, =rand and 3roduct na5es are trade or ser@ice 5ars, or re:istered trade or ser@ice 5ars, oners"

This docu5ent is 3ro@ided as isB, and all e03ress, i53lied, or statutor9 >arranties, re3resentations orconditions are disclai5ed, includin: >ithout li5itation an9 i53lied >arrant9 o< 5erchanta=ilit9, ?tness ithout li5itation 3oliciesrelated to su33ort or trainin: are su=ject to chan:e >ithout notice"

Revision History

Date Revision No. Serial No. Reason for Revision

06/16/2007 R1.0 sjzl20061486 First edition

07/16/2007 R1.1 sjzl20061486

08/16/2007 R1.2 sjzl20061486


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ZTE CORPORATIONValues Your Comments & Suggestions

Your opinion is of great value and will elp us i!prove te "ualit# of our produ$tdo$u!entation and offer %etter servi$es to our $usto!ers.

&lease fa' to( )86* 7++,267722-6 or !ail to o$u!entation R epart!ent3 5R&R39 3 &laza :ing ;eji Road

#ou for #our $ooperation?

!ocu5entNa5e

ZDC$& CTS I C!8A&&& Co53act ase Transcei@er Station-I 7eneral!escri3tion

Product

Fersion

-!ocu5ent

Re@ision Nu5=er

R$"

Eui35ent Installation !ate

Goure@aluation o.


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Contents

About this Manual......................................................i

&urpose................................................................................i

ntended udien$e.................................................................i

&rere"uisite ill and ;nowledge..............................................i

:at is in 3is @anual............................................................i

Related o$u!entation..........................................................ii

5onventions..........................................................................ii

=ow to Aet in 3ou$.............................................................. iv

Chapter 1.................................................................1

System Overview......................................................1

3 5@2000 9etwor>


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D< @ode.............................................................................62

R< @ode............................................................................62

R @ode.............................................................................64

D, @ode..........................................................................6+

D,B @ode..........................................................................66

@ @ode............................................................................68

B< 5onfiguration..........................................................6

RF< 5onfiguration...........................................................71

5B3< 2 Board 5onfiguration............................................7+

Chapter ,................................................................++

Reliability Desi'n.....................................................++


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Chapters Summary

5apter -

ing and$onfiguration of 5B3< 2.

5apter 8

Relia%ilit# esign

3is $apter des$ri%es relia%ilit# design of te5B3< 2 s#ste!.

5apter

3e$ni$al


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%out tis @anual

-ypefa!e Meanin'

GHuotesI Din>s on s$reens.

0ol* @enus !enu options fun$tion na!es input

fields radio %utton na!es $e$> %o'es drop,down lists dialog %o' na!es window na!es.

5&< ;e#s on te >e#%oard and %uttons on s$reens and

$o!pan# na!e.

Constant width 3e't tat #ou t#pe progra! $ode files anddire$tor# na!es and fun$tion na!es.

J K ptional para!eters.

L M @andator# para!eters.

N point( ndi$ates tat a parti$ular step needsto %e $e$>ed %efore pro$eeding furter.

3ip( ndi$ates a suggestion or int to !a>e tings

easier or !ore produ$tive for te reader.

TAB ! + M' %S ! '# ! $AT I ' ) C ' )* ! )T I ' )S

-ypefa!e Meanin'

5li$> Refers to $li$>ing te pri!ar# !ouse %utton )usuall#te left !ouse %utton* on$e.

ou%le,$li$> Refers to "ui$>l# $li$>ing te pri!ar# !ouse %utton)usuall# te left !ouse %utton* twi$e.

Rigt,$li$> Refers to $li$>ing te se$ondar# !ouse %utton

)usuall# te rigt !ouse %utton* on$e.

rag Refers to pressing and olding a !ouse %utton and!oving te !ouse.

TAB ! , SA ! T & C' )* ! )T I ' )S

Safety ord !eaning

"anger: Indicates an i55inentl9 hazardous situation,>hich i< not a@oided, >ill result in death orserious injur9" This saord should =eli5ited to onl9 e0tre5e situations"

arning: Indicates a 3otentiall9 hazardous situation,>hich i< not a@oided, could result in death orserious injur9"

#aution: Indicates a 3otentiall9 hazardous situation,>hich i< not a@oided, could result in 5inor or5oderate injur9" It 5a9 also =e used to alert

5onfidential and &roprietar# nfor!ation of 3 5R&R39 iii

MouseOperation

Conventions

SafetyConventions


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E510 5B3< 2 Aeneral es$ription

Safety ord !eaning

a:ainst unsae do$u!entation >nowledge %aseforu! and servi$e re"uest.

iv 5onfidential and &roprietar# nfor!ation of 3 5R&R39

CustomerSupport

Do!umentation

Support


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C h a p t e r 1

S.stem 'vervie/

3is $apter des$ri%es(

3 5@2000 9etwor>


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ZTE CD(A+,,, Net%or#Solution

3is topi$ introdu$es te solution of 3 $d!a2000 1' !o%ile

$o!!uni$ation s#ste! first ten anal#zes tis solution andintrodu$es te produ$t series of $d!a2000 1' s#ste! $ir$uitdo!ain pa$>et do!ain and wireless do!ain as well as teirte$ni$al features and finall# anal#zes te !ar>et advantages

of 3 $d!a2000 1' solution.

n Pul# 2001 3 deplo#ed te first 1' trial networ> of 5ina in=ai>ou 5it# wi$ is also te fourt one in world andsu%se"uentl# te $d!a2000 1' trial networ> and $o!!er$ial

networ> respe$tivel# in ou of =ainan &rovin$e. uring te t 9ational istan 9igeria ;aza>stan ndia lgeria and

Russia. @oreover te $ontra$tual proje$ts are under negotiationin :ite Russia C>raine Bengal g#pt ndonesia and&ilippines.

3 $d!a2000 1' !o%ile $o!!uni$ation s#ste! adopts teworld,leading !o%ile $o!!uni$ation swit$ing te$nolog#

$o!puter networ> te$nolog# large,s$ale integrated $ir$uit anddigital signal pro$essing te$nolog# provides users wit ri$

%asi$ servi$es and supple!entar# servi$es sort !essage/voi$e!ail%o' $usto!er servi$e $enter wireless positioning servi$eintelligent networ> wireless data servi$e and wireless nternetservi$e. 3e wole set of $d!a2000 1' s#ste! $an s!ootl#

evolve to te wole & networ> $onvenientl#. ts networ>

5onfidential and &roprietar# nfor!ation of 3 5R&R39 '

ntro*u!tion-otal Solution of

-3 !*ma21/ Mobile

Communi!ation

System


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5apter 2


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3e $ore networ> side of 3 $d!a2000 1' !o%ile$o!!uni$ation s#ste! is divided into two parts( $ir$uit do!ainand pa$>et do!ain.

n te pa$>et do!ain s#ste! 3 as su$$essfull# developed

te E&et servi$e swit$ing node &100o!e agent =100 autenti$ation autorization and a$$ounting

server 100* full# allowing for te transition to a full & $orenetwor>. uring te s#ste! design te pra$ti$e of te prin$iple

of separating servi$e pro$essing and signaling pro$essing is$ondu$ive to te develop!ent of data servi$e. 3e s#ste!supports data pa$>et servi$e wit various rates in a $d!a2000networ> and as te traffi$ !anage!ent fun$tion. 3e s#ste!i!ple!ents %andwidt !anage!ent fun$tion and supportsdifferent Ho< servi$es.

3 E&


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5apter 2 reasona%l# Bet swit$ing s#ste! adopts flow $ontrol %ased on teservi$e t#pe so as to ensure %lo$>,free swit$ing of servi$e data

in te s#ste! trans!ission pro$ess and i!prove te $onne$tionspeed and voi$e "ualit# of a $all.

ne of te >e# te$nologies of $d!a2000 1' s#ste! is power$ontrol wi$ dire$tl# affe$ts !an# >e# Hoe#te$nologies of 5@ so tat te rationalit# and effi$ien$# ofpower $ontrol algorit! are full# ensured at te %eginning of tes#ste! design.

n order to opti!ize te networ> "ualit# and enlarge te signal$overage in spe$ial areas in downtown area of a $it# su$ as

%lind area and pilot pollution area of large %uildings and ig,rising %uildings !etro tunnel and ot spots 3 advan$es te

deep $overage solution. 3is solution $an $o!%ine produ$tseries su$ as super B3


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networ> !anage!ent and perfe$t operation and !aintenan$es#ste!.

@aintaina%ilit#

Friendl# grapi$ operation and !aintenan$e !anage!ent tooluniversal :indows interfa$e and online elp supporting !ultiple

$o!!uni$ation !odes i!ple!enting far/near,end !aintenan$e.

3 $d!a2000 1' !o%ile $o!!uni$ation networ> s#ste! isdeveloped on te %asis of full & networ> $o!pati%le wit


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5apter 2


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3is page is intentionall# %lan>.

- 5onfidential and &roprietar# nfor!ation of 3 5R&R39


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C h a p t e r 2

S.stem unctions


&ower 5ontrol

=andoff

Radio 5onfiguration

5annel


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Po%er Control5@ is interferen$e li!ited !ultiple a$$ess s#ste!. Be$ause all

users trans!it on te sa!e fre"uen$# internal interferen$egenerated %# te s#ste! is te !ost signifi$ant fa$tor in

deter!ining s#ste! $apa$it# and $all "ualit#. 3e trans!it powerfor ea$ user !ust %e redu$ed to li!it interferen$e owever tepower sould %e enoug to !aintain te re"uired %/9o )signalto noise ratio* for a satisfa$tor# $all "ualit#. @a'i!u! $apa$it# is

a$ieved wen %/9o of ever# user is at te !ini!u! levelneeded for te a$$epta%le $annel perfor!an$e. s te @

A B

s sown in te a%ove figure a !o%ile pone at point isrelativel# far fro! te trans!itting antenna of te B3


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5apter 2


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3e %a$>ward open,loop power $ontrol algorit! is as follows(

n a$$ess state to prevent te @< fro! trans!itting too ig

power at te %eginning wi$ $ause unne$essar#interferen$e te @< first uses te a$$ess trial progra!.

n te %a$>ward traffi$ $annel state te open,loop

adjust!ent part of te average output power of an @< variesonl# wit te average input power. 3o $o!pensate for te

average pat loss and slow fading te open,loop power$ontrol is provided wit a ver# %ig d#na!i$ range wi$ is

least U -2 dB. n addition te open,loop power $ontrol

response ti!e sould %e neiter too fast nor to slow so as toavoid power waste along wit te forward lin> fast fading.Aenerall# te response ti!e $onstant $an %e 20 V -0 !swit te a$$ura$# of U 0.+ dB.

ward lin> fre"uen$ies are 4+ @=zapart wi$ is far over te related %andwidt te %a$>ward lin>$ontains losses tat ave %een not eli!inated in te open loop

and are independent of te forward lin>. 3o i!ple!ent a$$uratepower $ontrol te $losed,loop power $ontrol te$nolog# !ust %e

used for $o!pensation tat is tat B3< au'iliar# @< dete$ts teward traffi$ $annel ever# 1.2+ !s and ten

$o!pare it wit a set tresold to generate te $orrespondingpower $ontrol $o!!and inserts it into te forward traffi$$annel to send it to te @ward outer,loop power $ontrol is used for d#na!i$

adjust!ent of te ward $losed,

loop power $ontrol. uter,loop power $ontrol is a !ost$ara$teristi$s part in reverse power $ontrol it effe$tivel#

$o!%ines te error fra!e ratio tat affe$ts te voi$e "ualit# witte signal/noise ratio in te reverse $losed,loop power $ontrol.

3erefore te effe$t of power $ontrol is sown not onl# in tee'pansion of $apa$it# %ut also in te i!prove!ent of voi$e

"ualit#.


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5apter 2 error fra!e rate !ust not e'$eed atresold wi$ is nor!all# 1T to ensure te voi$e "ualit#.3is tresold value $an %e i!ple!ented %# deter!ination ofte ratio %etween in$rease of power a!plitude and de$rease ofpower a!plitude. Based on tis an ideal para!eter

$onfiguration is( f te $o!!uni$ation lin> re$eives power!easure!ent report tis $annel trans!itting power in$reases

1 dB if no power !easure!ent report is re$eived te forward$annel trans!itting power de$reases 0.01 dB.

n 1'Q, s#ste! as te forward power is $onstant tere isno pro%le! of power $ontrol. &ower $ontrol is perfor!ed in tereverse $annel wi$ involves open loop power esti!ation and$lose loop power $orre$tion.

3e reverse power $ontrol as a $ontrol over te output powerof te a$$essed ter!inal to ensure te "ualit# of te reverse lin>

wile !ini!izing te interferen$e and !a'i!izing te s#ste!$apa$it#. nl# wen te average reverse lin>


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uter loop power $ontrol( t is %ased on te 5R5 )5#$li$

Redundan$# 5e$>* of te B. n 1'Q, s#ste! te3 adjusts its pilot power level %ased on te infor!ation

transferred troug te $lose loop power $ontrol and te R5and 5; $annel power var# wit te pilot $annel power. 3e

relative gains for te traffi$ R5 and 5; $annels sall %e set

wit suffi$ient spa$e for te power of te 3. 3e purpose of te$lose loop $orre$tion is to >eep te reverse pilot re$eiving et rror Rate* $an %e guaranteed )te no!inal &R is 1T*.3e R&5 is used to adjust te power $ontrol tresoldd#na!i$all# to ensure te 1T &R algorit! for te reverse

traffi$ $annel.

*an!o// Process@an# anal#ti$al approa$es ave %een proposed for andoffanal#sis %ased on ard andoff in !o%ile $o!!uni$ations#ste!s. n $ode,division !ultiple,a$$ess )5@* s#ste!s wit

soft andoff !o%ile stations )@


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5apter 2 est lin>. :en te pilot signal fro! eiter te old B< or tenew B< wea>ens to %elow 3XR& te %ad $onne$tion isreleased and onl# a single good $onne$tion is !aintained aftertat ti!e. pro$essing and tea!ount of radio e"uip!ent re"uired at te B


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softer andoff o$$urs wen te @< is$o!!uni$ating wit two se$tors of a $ell.


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5apter 2


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I ( % $ ! S ' T A) D S' T ! $ "A)D' ADDI T I ' ) #$' C! S S

1. :en @< in te servi$e status dete$ts tat te intensit# of a

$ertain pilot in te $andidate set satisfies te $onditions @s$an %e e'panded to a$$o!!odate 8 $arriers and - se$tors.

Full# $onfigured E510 5B3< 2 $an supports 24 $arrier,

se$tors for 1E servi$es.

single ra$> $onne$ted wit a RRF< $an %e $onfigured wit

12 $arrier,se$tors for Q,.

single RF< ra$> $an %e $onne$ted wit si' RRFing !ode and $an $onfigured wit !a'i!u! 48se$tors.

5onfidential and &roprietar# nfor!ation of 3 5R&R39 '


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*ig' Relia5ilit.E510 5B3< 2 provides te following ig relia%ilit# features( dvan$ed @5 and @ design.

5o!pati%le wit A&ing

te!perature in a$$epta%le range. &Ws power $onsu!ptionis ig.


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5apter 2


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Eas. Operation an!(aintenanceE510 5B3< 2(

&rovides rder :ire pone to its B


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5apter 2 .

5onfidential and &roprietar# nfor!ation of 3 5R&R39 (&


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C h a p t e r ,

S.stem Structure


si$al


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5apter 2


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8ogical StructureDogi$all# E510 5B3< 2 $o!prises of B< and RF< su%s#ste!s.Figure sows E510 5B3< 2 logi$al stru$ture.

I ( % $ ! 8 ZXC10 CBTS I2 ' ( I CA ST $%CT %$!

() 5onfidential and &roprietar# nfor!ation of 3 5R&R39


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5apter 2


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Primar. Inter/acesP'.sical inter/aces

Figure 10sows te top p#si$al interfa$es.

I ( % $ ! 10 CBTS T ' # I)T ! $ AC! S

1. 'tended @onitoring nterfa$e 2. 'tended B< nterfa$e

-. Roo! @onitoring nterfa$e 4. F nterfa$es

+. 1/31 nterfa$es 6. &ower and Arounding nterfa$es

7. Feeder utlets

(+ 5onfidential and &roprietar# nfor!ation of 3 5R&R39


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5apter 2


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3 nterfa!es

F interfa$es $onne$t 5B3< wit B


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5apter 2 .

5onfidential and &roprietar# nfor!ation of 3 5R&R39 )&


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C h a p t e r

or9in: #rinciple



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5apter 2


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Re)erse Signal 4lo%

Figure 1sows te reverse signal flow of 5B3< 2 wit Bi:uration


%is nterfa$e 9etwor>ing

RF< nterfa$e 9etwor>ing

9etwor>ing ppli$ation @odes

B< 5onfiguration

RF< 5onfiguration

5B3< 2 Board 5onfiguration

5onfidential and &roprietar# nfor!ation of 3 5R&R39 +/


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5apter 2


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@ultiple B3ed togeter to for! a $ain networ>troug 1/31 interfa$e or %uilt,in ing adopts a $o!%ined !ode of ring starand $ain.

Figure 2sows E510 5B3< 2 and B $onfiguration.

I ( % $ ! 28 ZXC10 CBTS I2 A) D BSC ) ! T ' $ C' ) I ( %$AT I ' )

B


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5apter 2 ing.

I ( % $ ! +0 $S I)T ! $ AC! )! T ' $I )(

5onfidential and &roprietar# nfor!ation of 3 5R&R39 +(


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Net%or#ing Application(o!esn E510 5B3< 2 B< and RF< wor> independentl# and adopta standard $onne$tion interfa$e. 3is stru$ture !a>es a fle'i%le

$o!%ination of B< and RF< to !eet different networ>ingre"uire!ents.

3a%le 7sows E510 5B3< 2 networ> !odes.

TAB ! 5 ZXC10 CBTS I2 )! T ' $ M' D! S

Mo*e ull name Ma/imum !onfi'uration

D< Do$al $onfigurationwit single Bing use two ra$>s

RF< i.e. lo$al and re!ote. Fi%erinterfa$e is used to e'tend te

$onfiguration. 3is !ode supports 245< for Q, and 48 5< for 1E.

+) 5onfidential and &roprietar# nfor!ation of 3 5R&R39


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RS (o!e

R !ode supports 4 $arrier - se$tors for 1E Q, servi$es. nR< $onfiguration !ode A5@ R@ 5=@ 55@


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5apter 2


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5apter 2


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8E3- (o!e

Do$al 'tended !ode in te 5B3< 2 adopts te two $o!%ined5B3< 2 $a%inets to i!ple!ent Gte %ase%and S RFI to e'tendappli$ation wen pure servi$es and 1E/Q, !i'ed servi$es

e'$eed te $onfiguration of 45-


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5apter 2


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5apter 2


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Figure -8sows e'tended B< ardware $onfiguration.

I ( % $ ! +7 !X T ! )D! D BDS " A$DA$! C' ) I ( %$AT I ' )

) 5onfidential and &roprietar# nfor!ation of 3 5R&R39

3/ten*e* 0DS

ar*wareConfi'uration


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5apter 2


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3ere are two t#pes of RF


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5apter 2


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5apter 2


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C h a p t e r 7

$eliabilit. Desi:n



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S.stem Relia5ilit. Designe sure tat te power and

te!perature are lower tan rated values to dela# para!eterdegradation and to in$rease wor> life.

2. 5o!ponent sele$tion/Hualit# $ontrol/nta$tness of goods

5oose variet# spe$ifi$ation and !anufa$turer of $o!ponents

a$$ording to teir relia%ilit# and pa# attention to transportationand inta$tness of $o!ponents. ll $o!ponents !ust pass ig

"ualit# aging test and serious s$reening. 3e installation pro$essof ardware wit ig "ualit# $ontrol is to !a>e sure long,ter!

sta%ilit# and relian$e.

-. =eat design

$$ording to te sele$tion of $o!ponent its $ir$uit designstru$ture design as well as radiator design de$rease te effe$t

on produ$t perfor!an$e $aused %# te!perature $ange. @a>esure tat te produ$t nor!all# wor>s in te wide te!perature

range.

4. le$tro!agneti$ $o!pati%ilit# design

n design !a>e sure tat e"uip!ent does not suffer degrading$aused %# oter e"uip!entWs ele$tro!agneti$ e!ission in te

sa!e ele$tro!agneti$ environ!ent.

+. Redundan$# design

@a>e sure tat one or !ore stand%# units are designed as toavoid unit faults and to i!prove s#ste! relian$e.

6. nput voltage relia%ilit# design

nput voltage relia%le design in$ludes(

verall prote$tion fun$tions of anti,reverse a$$ess for input

power.

3esting of 5 power input voltage and alar! signal wen

power suppl# voltage is low or ig.

ver voltage and under voltage prote$tion fun$tion

Ba$>up fun$tion of progra! and data wen power is off.

-' 5onfidential and &roprietar# nfor!ation of 3 5R&R39


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Cse effe$tive air flow for eat e'$ange. nsure wor>ing

te!perature in a$$epta%le range. &Ws power $onsu!ptionis ig.


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5apter 2 ing for $onsisten$#.

&rovides ig se$urit# to login and operation

&rovides opera%le data %a$>up. &erfor! periodi$ or aperiodi$

%a$>up on a$tive data. Ba$>up >e# $onfiguration files of

software s#ste!. nsure tat te data $an %e restored fro!te latest $e$>point after s#ste! $orrupt.

3est is essential to i!prove software "ualit#.

&erfor! !ulation and verifi$ation test in te unit test of ea$

software !odule for independent develop!ent stage. fter all!odules develop!ent perfor! integration test. ntegration testis followed %# s#ste! test.

System test in!lu*es7s#ste! perfor!an$e test servi$e testinterfa$e proto$ol $onsisten$e test s#ste! $apa$it# test ands#ste! uge load test. fter s#ste! test tere is networ>a$$ess test. n$e networ> a$$ess test is su$$essfull# passedperfor! onsite $o!!issioning test. 3ested data will %e used in

design i!prove!ent.

&rovides software pat$es online update of spe$ifi$ %oard

fun$tion witout affe$ting te running software.

5onfidential and &roprietar# nfor!ation of 3 5R&R39 -*

-est Sta'e Maintenan!e

Sta'e


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-+ 5onfidential and &roprietar# nfor!ation of 3 5R&R39


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C h a p t e r 8

Technical Speci>ications


ngineering


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Engineering Speci/icationsngineering spe$ifi$ations in$lude p#si$al power suppl#grounding u!idit# te!perature and power $onsu!ption.

Dimensions

5B3< 2 $a%inet )!!*( 600 ^ 600 ^8+0 ):^^=*.

5B3< 2 $a%inet )in$es*( 2- 10/16 ^ 2- 10/16 ^-- 7/16):^^=*.

&:


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5apter 2 ing )wit &*

TAB ! 11 #' ! $ C' )S %M # T I ' ) D %$I )( )' $M A ' $I )( < I T " D#A=

-ypi!al

Confi'uration

Output

(ower

:%;

1/

Ma/imum (ower

Consumption

:ull6?oa*in';

:%;

DOMa/imum (owerConsum

ption:ull6?oa*in';

:%;

1/-ypi!al(owerConsump

tion:alf6?oa*in';

:%;

DO

-ypi!al(ower

Consumption

:alf6?oa*in';

:%;

15)5arrier* -


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Temperature an! *umi!it.

Re"uirements3a%le 12sows te nor!al wor>ing environ!ent re"uire!entsfor B3


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5apter 2 .T.

Inter/ace Speci/ications

E510 5B3< 2 i!ple!ents te following interfa$es(

%is interfa$e supports 1 31 and


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Capacit. Speci/ications

E510 5B3< 2 provides te following ig $apa$it# features(

single 5B3< 2 ra$> $an support a !a'i!u! of 12 $arrier,

se$tors for Q, and for 1E.

3e lo$al RF< in single 5B3< 2 ra$> $an support up to 12

$arrier,se$tors $onfiguration.

Re!ote RF< station networ>ing !odes(


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5apter 2


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%or&in'reBuen!y0an*

0an* Class $1 an* A-=

station sall in$rease %# no !ore tan - dB and

te FR sall %e less tan 1.+T.

n te presen$e of a single tone tat is 87 dBa%ove te 5@ signal level and is at offset of00 >=z fro! te $enter fre"uen$# of te

assigned $annel te output power of te !o%ilestation sall in$rease %# no !ore tan - dB andte FR sall %e less tan 1.+T.

B9 +(

n te presen$e of a single tone tat is 87 dBa%ove te 5@ signal level and is at offset of00 >=z fro! te $enter fre"uen$# of te

assigned $annel te output power of te !o%ile

station sall in$rease %# no !ore tan - dB andte FR sall %e less tan 1.+T.

B9 10(

n te presen$e of a single tone tat is 80 dBa%ove te 5@ signal level and is at offset of1.2+ @=z fro! te $enter fre"uen$# of te


3A B9(

n te presen$e of a single tone tat is +0 dBa%ove te 5@ signal level and at an offset of7+0 >=z fro! te $enter fre"uen$# of te


nter!odulation=z and S1700 >=z and ,00 >=z

and ,1700 >=z fro! te 5@ fre"uen$#assign!ent te output power of te !o%ile

station sall in$rease %# no !ore tan - dB andte FR sall %e less tan 1.+T.

B9 10(

n te presen$e of two interfering tones tat are72 dB a%ove te 5@ signal level and are atoffsets of S1.2+ @=z and S2.0+ @=z and ,1.2+@=z and ,2.0+ @=z fro! te 5@ fre"uen$#assign!ent te output power of te !o%ilestation sall in$rease %# no !ore tan - dB andte FR sall %e less tan 1.+T.

5ondu$ted


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5apter 2 =z*


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%or&in'reBuen!y ban*

0an* Class $ 1 an* A-=

te testing*.

:avefor! "ualit# 3e nor!alized $ross $orrelation $oeffi$ient

sould %e greater tan 0.8.

&ilot ti!e toleran$e 3e pilot ti!e align!ent error sould %e lesstan - s and te !a'i!u! error sould %eless tan 10 s. 3e pilot ti!e toleran$e of all5@ 5annels radiated %# a %ase stationsall %e witin 1 us of ea$ oter.

n $ase te e'ternal s#ste! $lo$> isinterrupted te ti!ing error %etween te B3plane of 3RE and B@/RF@

B< Base


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Abbreviation ull name

= =o!e gent

=DR =o!e Do$ation Register

& =ig &ower !plifier

=R& =ig Rate &a$>et ata

/ nput/utput

dentifier

@3,2000 nternational @o%ile 3ele$o!!uni$ations 2000

& nternet &roto$ol


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%%reviations

Abbreviation ull name

&


142/147

i:ures

Figure 1 9etwor>


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Figure 27 3ree Da#er 939C@9)3@*@- )E510 Bing....................................60

Figure -1 E510 5B3< 2 5a%inet under D< @ode.................62

Figure -2 R< @ode............................................................6-

Figure -- R @ode............................................................64

Figure -4 D, @ode.........................................................6+

Figure -+ D,B @ode.........................................................67

Figure -6 @ @ode............................................................68

Figure -7 B< =ardware 5onfiguration................................6

Figure -8 'tended B< =ardware 5onfiguration..................70

Figure - RF< =ardware 5onfiguration.................................71

Figure 40 1,$arrier -,se$tor RF


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Tables

3a%le 1 5apters


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&() 5onfidential and &roprietar# nfor!ation of 3 5R&R39


146/147

In;e?

4C3S 61 65 66 68 74 ,# 858F3S..................................88

B


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MC)....................................27

MS10 11 12 15 17 18

@

sjzl20061486-zxc10 cbts i2 general description

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