ZXG10 B8018 (V1.00) in-Door Base Transceiver Station Technical Manual

7/25/2019 ZXG10 B8018 (V1.00) in-Door Base Transceiver Station Technical Manual

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ZXG10 B8018In-Door Base Transceiver Station

Technical Manual

Version 1.00

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/http://support.zte.com.cn/mailto:[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 the 3rior >ritten consent o< ZTE CORPORATION is 3rohi=ited" Additionall9, thecontents o< this docu5ent are 3rotected =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@ice5ars, o< ZTE CORPORATION or o< their res3ecti@e o>ners"

This docu5ent is 3ro@ided as isB, and all e03ress, i53lied, or statutor9 >arranties, re3resentationsor conditions are disclai5ed, includin: >ithout li5itation an9 i53lied >arrant9 o< 5erchanta=ilit9,?tness ithout li5itation3olicies related to su33ort or trainin: are su=ject to chan:e >ithout notice"

Revision History

Date Revision No. Serial No. Reason for Revision

12/15/2006 R1.0 sjzl20061976 First edition

03/12/2007 R1.1 sjzl20061976 Updated


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ZTE CORPORATIONValues Your Comments & u!!estions"

Your opinion is of great alue and !ill "elp us i#proe t"e $ualit% of our produ&tdo&u#entation and offer 'etter seri&es to our &usto#ers.

(lease fa) to* +,6- 75526772236 or #ail to o&u#entation R epart#ent4 R(R84: 4 (laza 8 ;ing


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4"is page is intentionall% 'lan?.


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Contents

About this Manual.....................................................ix

(urpose...............................................................................i)

ntended 8udien&e................................................................i)

(rere$uisite =?ill and o! to Bet in 4ou&".............................................................)ii

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

System Description...................................................1

=%ste# Ca&?ground...............................................................1

=%ste# (osition and Role in Ao'ile :et!or?..............................3

)ternal nterfa&es a#ong =%ste# and t"er :s......................D

=%ste# =tru&ture..................................................................,

Chapter 2.................................................................9

System unctions......................................................9

=%ste# Fun&tions..................................................................9

Chapter !................................................................1"

#echnical $n%ices.....................................................1"

;or?ing Cands....................................................................15

RF ndi&es..........................................................................17

("%si&al "ara&teristi&s........................................................17

Eoltage and (o!er onsu#ption............................................17

niron#ental "ara&teristi&s................................................1,

apa&it%.............................................................................1,

lo&?................................................................................. 1,

Relia'ilit%........................................................................... 19

nterfa&e =pe&ifi&ations........................................................19


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Chapter &................................................................2!

Structure an% 'rinciple............................................2!

>ard!are......................................................................23

a'inet..............................................................................23

lo&? istri'ution................................................................25

4i#e =lot =!it&"ing.............................................................26

erall >ard!are =tru&ture...................................................27

=oft!are.......................................................................29

=oft!are =tru&ture..............................................................29

=%ste# ;or?ing (rin&iple................................................3D

Chapter "................................................................!(

)ar%*are Components $ntro%uction.........................!(

a'inet o#position............................................................37

a'inet 4op...................................................................3,

a'inet 4op =tru&ture..........................................................3,

a'inet 4op nterfa&es..........................................................39

="eles......................................................................... D9

4opa%er ="elf...................................................................D9

arrier ="elf.......................................................................50

(lugin Co)es.................................................................51

Fan (lugin Co)...................................................................51

8ir Filter (lugin Co)............................................................51

Ca&?plane...................................................................... 52

Coards Aodules and =!it&"es.........................................53

ontroller Aaintenan&e Coard +AC-...................................53

1/41 nterfa&e Coard +C-..................................................59

(o!er istri'ution Aodule +(A-...........................................60

4rans&eier Aodule for B +4RU-......................................628ntenna $uip#ent Aodule +8A-.........................................65

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

Net*or-in Mo%es an% Confiuration........................,"

:et!or?ing Aodes...............................................................,5

onfiguration.................................................................,7

:u#'er and 4%pes of =ites...................................................,7

onfiguration (rin&iples........................................................,9

onfiguration )a#ples of Earious =ite 4%pes..........................90


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Appen%ix A.............................................................99

Abbreviations..........................................................99

Appen%ix /...........................................................10!

iures................................................................. 10!

#ables.................................................................. 10(

$n%ex................................................................... 109


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About this Manual

Pur#ose

4"is #anual proides prin&iples spe&ifi&ations fun&tions and

te&"ni&al features of GB10 C,01, +E1.00-. t des&ri'esar&"ite&ture te&"ni&al indi&es interfa&es and &o##uni&ations

net!or?ing and s%ste# &onfiguration of oerall C4=.

Inten$e$ Au$ience

4"is do&u#ent is intended for engineers and te&"ni&ians !"operfor# operation a&tiities on t"e GB10 C,01, +E1.00-.

Prere%uisite ill an$ 'no(le$!e

4o use t"is do&u#ent effe&tiel% users s"ould "ae a general

understanding of #o'ile &o##uni&ations te&"nolog%. Fa#iliarit%!it" t"e follo!ing is "elpful*

GB10 C== and its arious &o#ponents

B=A 4e&"nolog% and e$uip#ent

GB10C4= +E2- series and its te&"ni&al and "ard!aredetails

onfidential and (roprietar% nfor#ation of 4 R(R84: ix


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)hat is in This Manual

4"is Aanual &ontains t"e follo!ing &"apters*

TABL 1 - C!A" T # S$M M A#%

Chapter Summary

"apter 1 =%ste#es&ription

Bies t"e s%ste# 'a&?ground position androle in #o'ile net!or? e)ternal interfa&esa#ong s%ste# and ot"er :s and s%ste#stru&ture of GB10 C,01, +E1.00-.

"apter 2 =%ste#Fun&tions

es&ri'es t"e s%ste# Fun&tions of GB10C,01, +E1.00-.

"apter 3 4e&"ni&alndi&es

es&ri'es t"e te&"ni&al spe&ifi&ations ofGB10 C,01, +E1.00-.

"apter D =tru&tureand (rin&iple

es&ri'es t"e "ard!are and soft!arestru&ture and s%ste# !or?ing prin&iple ofGB10 C,01, +E1.00-.

"apter 5 >ard!areo#ponentsntrodu&tion

es&ri'es different "ard!are 'oards andunits of GB10 C,01, +E1.00-.

"apter 6 :et!or?ingAodes and

onfiguration

)plains arious net!or?ing #odes&onfiguration prin&iples &onne&tions and

&onfigurations of GB10 C,01, +E1.00-.

8ppendi) 88''reiations

ists all t"e a''reiations used in t"e#anual.

8ppendi) C Figures 4a'les

ists all t"e figures and ta'les appeared int"e #anual.

nde) ists t"e i#portant !ords appeared in t"eta'le.

Relate$ *ocumentation

4"e follo!ing do&u#entation is related to t"is #anual*

ZXG10 B8018 (V1.00) In-Door Base Transceiver StationDocumentation Guide

ZXG10 B8018 (V1.00) In-Door Base Transceiver StationInstallationanual

ZXG10 B8018 (V1.00) In-Door Base Transceiver Stationaintenanceanual(!outine aintenance)

ZXG10 B8018 (V1.00) In-Door Base Transceiver Stationaintenanceanual(Trou"les#ootin$)

onfidential and (roprietar% nfor#ation of 4 R(R84: x


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GB10 C,01, +E1.00- noor Case 4rans&eier =tation 4e&"ni&al Aanual

,o( to -et in Touch

4"e follo!ing se&tions proide infor#ation on "o! to o'tainsupport for t"e do&u#entation and t"e soft!are.

f %ou "ae pro'le#s $uestions &o##ents or suggestionsregarding %our produ&t &onta&t us '% e#ail atsupportPzte.&o#.&n. You &an also &all our &usto#er support&enter at +,6- 755 26771900 and +,6- ,009,309,30.

4 !el&o#es %our &o##ents and suggestions on t"e $ualit%and usefulness of t"is do&u#ent. For furt"er $uestions&o##ents or suggestions on t"e do&u#entation %ou &an&onta&t us '% e#ail at do&Pzte.&o#.&n or %ou &an fa) %our&o##ents and suggestions to +,6- 755 26772236. You &an also'ro!se our !e'site at "ttp*//support.zte.&o#.&n !"i&" &ontains

arious interesting su'je&ts li?e do&u#entation ?no!ledge 'aseforu# and seri&e re$uest.

xii onfidential and (roprietar% nfor#ation of 4 R(R84:

Customer

Support

Documentation

Support


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C h a + t e r 1

S,ste Descri+tion

4"is &"apter gies t"e s%ste# 'a&?ground position and role in

#o'ile net!or? e)ternal interfa&es a#ong s%ste# and ot"er:s and s%ste# stru&ture of GB10 C,01, +E1.00-.

stem /ac!roun$

B=A digital #o'ile &o##uni&ation s%ste# &onsists of A== C==and A=. C== &onsists of C= !"i&" is t"e &ontrol &enter andC4= !"i&" is t"e radio trans&eier.

C4= is &ontrolled '% C= !"i&" seres one or #ore &ells. C=

i#ple#ents radio trans#ission and releant &ontrol of t"e airinterfa&e 'et!een C== and A= and i#ple#ent radio resour&e

#anage#ent !it" C=.

GB10 C,01, +E1.00- is one of t"e GB10C4= series of 'ase

trans&eier stations and is an indoor #a&ro &ell C4= of t"irdgeneration for B=A. t e#plo%s #an% ne! te&"nologies 'ased on

GB10C4= +E2- and a&"iees i#proe#ent in soft!are"ard!are and s%ste# relia'ilit%.

onfidential and (roprietar% nfor#ation of 4 R(R84:


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Figure 1s"o!s t"e B=A net!or?.

. I G $ # 1 / GSM ( T ' #

GB10 C,01, +E1.00- applies to "ea% traffi& zones and &an 'eused for rural areas and e)press!a%s.

onfidential and (roprietar% nfor#ation of 4 R(R84: !


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"apter 1 Q =%ste# es&ription

stem Position an$ Role in MoileNet(or

Figure 2 s"o!s t"e GB10 C,01, +E1.00- in a B=A/B(R=

net!or?.

. I G $ # & / ZXG10 B8018 2)1 300 4 I ( A GSM 5G"#S ( T ' #

n a B=A/B(R= net!or? GB10 C,01, +E1.00- is t"e radiotrans&eier for B=A C==. C= &ontrols C4= and one C4= seresa &ertain &ell or seeral &ells.

8'is interfa&e &onne&ts C4= to C=. t "elps C= to #anageradio resour&es and a&"iee radio trans#ission !it" A= andreleant &ontrol fun&tions t"roug" U# interfa&e. t i#ple#entsla%er1 and la%er2 proto&ols on t"e radio lin? and related&ontrol fun&tions.

onfidential and (roprietar% nfor#ation of 4 R(R84: "

System

'osition inMobile

Net*or-

Relationship

bet*eenSystem an%

ther Ns an%

Reali3e%unctions


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Eternal Inter2aces amon! steman$ Other NEs

n (A: A= &onne&ts fi)ed parts of t"e net!or? t"roug" a radio&"annel to ena'le su's&ri'ers to a&&ess &o##uni&ation seri&es.8 set of standards is set up along !it" a series of &onditionsproided to inter&onne&t A= !it" C4= for signal trans#ission

oer t"e radio &"annel. 4"is set of spe&ifi&ations a'out signaltrans#ission oer radio &"annel is t"e U# interfa&e.

U# interfa&e "ierar&"i&al #odel &onstitutes 'ot" &ir&uit seri&e

proto&ol as !ell as pa&?et seri&e proto&ol and 'ot" are s"o!n inFigure 3and Figure D respe&tiel%. 4"e pa&?et seri&e proto&olis used at C= side and "ere onl% p"%si&al la%er is dis&ussed.

. I G $ # * - C I #C$I T S #) I C "#' T ' C' L ! I #A#C!% ' . $M I(T #. AC

6A

AA

RR

F8(0#

=ig.F1 =ig.F1

F8(0#

RR

A= C4=

U# 9nterfa&e

# onfidential and (roprietar% nfor#ation of 4 R(R84:

4m $nterface


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. I G $ # 6 - "A C T S #) I C "#' T ' C' L STAC ST #$CT $# ' . $M I (T #. AC

A=

U# B'

C== =B=:

C==B(

6

=:06(

:et!or?=eri&e

1'is

rela%

C==B(

1'is

R6

A86

B=A RF

rela%

R6

A86

B=A RF

=:06(

9(/G.25

appli&ation

6

:et!or?=eri&e

n t"e U# interfa&e t"e &ir&uit seri&e proto&ol falls into t"reela%ers as follo!s*

a%er1 +'otto#- is t"e p"%si&al la%er &onsists of arious&"annels and proides t"e 'asi& !ireless &"annels for upperleel #essage trans#ission.

a%er2 +#iddle- is t"e data lin? la%er !it" t"e 8(# used

!"i&" &ontrols and trans#its t"e data 'et!een A= and C4=.

a%er3 +top- is t"e "ig"est la%er !"i&" &o#prises of arious

#essages and progra#s and proides seri&e &ontrol. a%er3 &onsists of t"ree su'la%ers*

Radio Resour&e Aanage#ent +RR-

Ao'ilit% Aanage#ent +AA-

onne&tion Aanage#ent +A-

Releant proto&ols of U# interfa&e are as follo!s*

B=A 0D.03 des&ri'es t"e &"annel stru&ture and a&&ess&apa'ilit%.

B=A 0D.0D spe&ifies t"e p"%si&al la%er stru&ture.

B=A 0D.05 spe&ifies t"e data lin? la%er proto&ols.

B=A 0D.0, spe&ifies t"e la%er 3 proto&ols.

8'is interfa&e sends signal fro# C= to C4= t"roug" standard 1&a'le of (A. 4"e un'alan&ed input #ode of 75 or t"e

'alan&ed input #ode of 120 &oa)ial &a'le is used to a&&ess

onfidential and (roprietar% nfor#ation of 4 R(R84: $

Abis $nterface


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t"roug" trans#ission e$uip#ent su&" as digital #i&ro!ae fi'ertrans#ission +=> and (>- and t"e satellite lin?. ("%si&all% an1 interfa&e is used as 8'is interfa&e and it is &onne&ted !it" t"et"in &oa)ial &a'le and so&?et.

8'is interfa&e "ierar&"i&al #odel &onstitutes &ir&uit seri&eproto&ol as s"o!n in Figure 5. 4"e 8'is interfa&e does notpro&ess t"e pa&?et seri&e proto&ol and it is transparent forpa&?et signaling.

. I G $ # 7 - C I #C$I T S #) I C ST #$CT $# ' . ABI S I(T #. AC

8'is 9nterfa&e

C4=

C4=A

F8(0

=ig.F1

C=6

=ig.F2

F8(0

C4=A

RR

n t"e 8'is interfa&e t"e &ir&uit seri&e proto&ol falls into t"reela%ers as follo!s*

a%er1 +'otto#- is t"e p"%si&al la%er and it is t"e (A

digital lin? at t"e rate of 2 A'ps.

a%er2 +#iddle- is t"e data lin? la%er and it is 'ased on8(.

a%er3 +top- transparentl% trans#its t"e la%er3 #essageson 8'is interfa&e and #anages radio resour&es.

Releant proto&ols of 8'is interfa&e are as follo!s*

B=A 0,.52 presents 'asi& prin&iples and rules of ot"er

spe&ifi&ations for 8'is interfa&e and "o! t"e seri&e fun&tions

are diided 'et!een C= and C4=. B=A 0,.5D spe&ifies p"%si&al stru&ture of 8'is interfa&e.

B=A 0,.56 spe&ifies data lin? la%er proto&ols of 8'isinterfa&e.

B=A 0,.5, stipulates la%er3 proto&ols of 8'is interfa&e.

B=A 12.21 spe&ifies A #essage trans#ission #e&"anis#on t"e 8'is interfa&e.

Figure 6 s"o!s t"e fle)i'le e)a#ple of t"e 8'is interfa&eti#eslot &onfiguration.

% onfidential and (roprietar% nfor#ation of 4 R(R84:


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. I G $ # - X AM " L ' . AB IS I (T #. AC T I M S L ' T C ' (. I G $#AT I ' (

A 4=s on t"e 8'is interfa&e are #ultiple)ed in ea&" site and

t"e A signaling at different sites o&&up% t"e fi)ed 4= on t"e8'is interfa&e. 8t initialization AA reads signal fro# t"era&? top and spe&ifies 4= of t"e C4= A infor#ation in t"e8'is interfa&e a&&ording to t"e . For des&ription refer to=ite nterfa&e.

onfidential and (roprietar% nfor#ation of 4 R(R84: &


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4"e 8'is interfa&e "as t"e follo!ing four t%pes of 4=s*

4> 4= for 4RA seri&e

Fra#e Unit 8( +FU- 4= for 4RA signaling

A 4= for operation and #aintenan&e signaling

8A 4= for transparent eniron#ent #onitoring &"annel

8'is interfa&e pro&essing is as follo!s*

4ransparentl% trans#it t"e 4> FU A and 8A 'et!een&as&aded sites.

n t"e site t"e pro&esses are a&&ording to t"e dire&tion oft"e signaling as follo!s*

o!nlin?*

4> and FU signaling are trans#itted to ea&" 4RAtransparentl%. 4"e A transparentl% s!it&"es to Asignaling a&&ording to 4er#inal ndpoint dentifier +4-and #aster ra&? transparentl% trans#its t"e 8A

signaling.

Uplin?*

4"e 4> signaling is trans#itted transparentl%. FUsignaling in t"e sa#e &a'inet is &o#pressed and pa&?ed

in t"e AA. A signaling is #ultiple)ed 'ased on 4and #aster ra&? transparentl% trans#its t"e 8Asignaling.

stem tructure

Figure 7s"o!s t"e s%ste# stru&ture of GB10 C,01, +E1.00-.

. I G $ # 9 / ZXG10 B8018 2)1 300 4 S% ST M ST #$CT $#

' onfidential and (roprietar% nfor#ation of 4 R(R84:


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C h a + t e r &

S,ste .unctions

4"is &"apter introdu&es t"e s%ste# fun&tions of GB10 C,01,

+E1.00-.

stem 3unctions

arge s%ste# &apa&it% and "ig" perfor#an&e

apa&it%* 1, 4RG/ra&?

argest site t%pe* 5D or =1,/1,/1,

=upport 6 &ells

C4= po!er &ontrol* 6 leels stati& 15 leels d%na#i& 2dC ea&" step

8'ilit% of &as&ades* =upport Dleel &as&aded net!or?ing

o#pa&tness +s#aller in size to #a?e it appropriate forindoor installation-.

=upports fun&tions and &"annel en&oding #odes of

B(R=

B(R=

=1 =D

A=1 A=9

=upports t"e follo!ing &ir&uitt%pe oi&e seri&es*

Fullrate oi&e seri&e

n"an&ed fullrate oi&e seri&e

>alf rate oi&e seri&e

8AR oi&e seri&e

=upports t"e follo!ing &ir&uitt%pe data seri&e*

9.6 ?'ps fullrate data seri&e

D., ?'ps fullrate data seri&e

onfidential and (roprietar% nfor#ation of 4 R(R84: (


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2.D ?'ps fullrate data seri&e

B(R=/B seri&e

Read% for B B(R= +=1 to =D- and B(R=+A=1

to A=9- o#pati'le !it" t"e follo!ing standards*

B=A ("ase

B=A ("ase

B=A ("ase S

t adopts t"e B=A ("ase standard &apa'le of s#oot"upgrading to ("ase S.

=upports #odules of different fre$uen&% 'ands in one&a'inet.

8djust t"e &"annel en&oding #ode d%na#i&all% a&&ording tot"e #onitoring and #easure#ent results.

(roides t"e follo!ing 4> seri&es*

4>/F=* Fullrate spee&" traffi& &"annel

4>/>=* >alfrate spee&" traffi& &"annel

4>/F=* n"an&ed fullrate spee&" traffi& &"annel

8AR oi&e seri&e

4>/F9.6* 9.6 ?'ps fullrate data traffi& &"annel

4>/FD.,* D., ?'ps fullrate data traffi& &"annel

4>/F2.D* 2.D ?'ps fullrate data traffi& &"annel

(4>* =upporting pa&?et data seri&e &"annels forB(R= and B(R= of all en&oding #odes

(roides diersit% re&eption

=pa&e diersit%

Fre$uen&% diersit%

4i#e diersit%

(olarization diersit%

=upports BA=< and ,(=< #odulation

=%ste# t"roug"put* 3,D ?'ps +D, ?'ps/ti#eslot- !"en#o'ile speed is 'et!een 3 ?#p" 100 ?#p" and 1DD ?'ps+1,?'ps/ti#eslot- !"en #o'ile speed up to 250 ?#p".

>ig" relia'ilit% t"at is auto#ati& 'ridge &ir&uit prote&tion

>ig" &ost perfor#an&e ratio

o#pre"ensie fun&tions

(o!erful seri&e support &apa'ilit% +supporting B(R=/B(R=-

#plo% ual 4rans&eier Unit +4RU- te&"nolog%. +(ossess

t!o &arriers in ea&" p"%si&al trans&eier #odule-

onfidential and (roprietar% nfor#ation of 4 R(R84: )


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"apter 2 Q =%ste# Fun&tions

=upport &o#'ined &a'inet &apa&it% e)pansion !it" GB10C4= +E2-

=upport D!a% diersit% re&eption

=upport , 1/41 interfa&e =upport 75 T/1 and 120 T/1 trans#ission

=upport 4ande# Free peration +4F- ersion 5

(ossess adan&ed RF 4e&"nolog%

;it" dou'le densit% 4RG and adan&ed soft!are radio

te&"nologies t"e GB10 C,01, +E1.00- ensures t"e longter# relia'ilit% of t"e RF &o#ponents and i#proes t"e'at&" &onsisten&% and #ass produ&tion of t"e e$uip#ent.

8dopts Eiter'i soft de&ision algorit"# at t"e re&eiing end

#proed &"annel de&oding perfor#an&e

n&reased s%ste# re&eiing sensitiit%

8ntiinterferen&e &apa'ilit%

=upport fre$uen&% "opping. t i#proes t"e s%ste#&apa'ilit% against Ra%leig" fading.

=upports is&ontinuous 4rans#ission +4G-*

e&reasing trans#itter po!er

o!ering total interferen&e leel of air signals

oers long &oerage &ells !it" a #a)i#u# of 120

?ilo#eters in radius al&ulates 4i#e 8dan&e +48-

8 single &a'inet supports 1, 4RGs and at #a)i#u#

supports 5D 4RGs at t"e sa#e site. ne site supports=1,/1,/1, &onfiguration.

(roides &o##on C> support t"at is sa#e &ell supports&arrier fre$uen&% of t!o fre$uen&% 'ands s"aring one C>.

8'is interfa&e supports follo!ing net!or?ing #odes*

=tar

"ain

4ree

Ring

Fle)i'le and relia'le 8'is interfa&e

;it" t"e adan&ed flo! &ontrol algorit"# and aria'lerate signaling lin? te&"nolog% #ultiple logi& signaling

lin?s &an 'e &onfigured fle)i'l% on 6D


24/128


8uto#ati& &rossoer prote&tion fun&tion proided for 8'isinterfa&e lin? if in &ase an% GB10 C,01, +E1.00- ispo!ered off in &as&aded arrange#ent of C4=s.

=upports prepro&essing of t"e #easure#ent reports of t"e

C4=.

=upports 'ase station po!er &ontrol*

=tati& leel6

%na#i&al leel15

=upports all paging #odes spe&ified in B=A

=upports different t%pes of "andoers*

=%n&"ronous "andoer

8s%n&"ronous "andoer

(seudos%n&"ronous "andoer

(res%n&"ronous "andoer

U# interfa&e supports 851/852 en&r%ption algorit"#.

=upports oerall ti#el% alar# s%ste#*

=upports fan alar#s and internal &a'inet te#peraturealar#s.

=upports inputs for 10 pairs of e)ternal eniron#enttrun? nodes and outputs for 2 pairs of trun? nodes.

(roides a transparent &"annel for operation and

#aintenan&e of t"e e)ternal intelligent e$uip#ent. =upports unattended C4= and auto#ati& alar# fun&tion.

(roides po!er suppl% and alar# for 'uiltin to!er

a#plifier s%ste#.

(roides o&al Aaintenan&e 4er#inal +A4- fa&ilitating&o##issioning de'ugging and dail% #aintenan&e

4"roug" t"e standard R=232 interfa&e or RD5 t"ernetinterfa&e A4 &an 'e &onne&ted to t"e e$uip#ent !it"outdedi&ated &a'les. 4"e A4 s"ares t"e sa#e AA as AR.Using t"e lo&al #aintenan&e gies an o'ious ie! of t"e'oardsV status !it" t"e lig"ts and sound alar# to t"eoperators. )tra safet% is adopted in &ase of soft!are ersionupgrade.

=upport t"e follo!ing po!er &o#pensation in o!nlin?*

ual (o!er o#'ining 4rans#ission +(4-*

;"en see?ing greater &ell range it is &ru&ial to "ae astrong signal fro# t"e C4= to t"e "andset. 4"is is oftenreferred to as do!nlin? &apa'ilit%. 4"e "andset representsit as signal strengt". n &onfigurations intended for

#a)i#u# &oerage (4 dou'les t"e output po!er fro#t"e C4= &a'inet resulting in a signifi&antl% larger

&oerage area.

! onfidential and (roprietar% nfor#ation of 4 R(R84:


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26/128



# onfidential and (roprietar% nfor#ation of 4 R(R84:


27/128

C h a + t e r *

Technical In:ices

4"is &"apter des&ri'es t"e te&"ni&al indi&es of GB10 C,01,+E1.00-.

)orin! /an$s

GB10 C,01, +E1.00- &an support 900 A>z e)tended 900 A>z,50 A>z 1,00 A>z and 1900 A>z !it" different &onfigurationsalong !it" ariet% of #odules. 4a'le D s"o!s t"e !or?ingfre$uen&% 'ands.

TABL 6 / ZXG10 B8018 2)1 300 4 ' #I (G . # ; $ (C% BA(DS

re5uency /an% #ransmission 6in- 7alues

900 A>z Uplin? +trans#itted

'% A= and re&eied'% C4=-

,90 A>z 915 A>z

o!nlin?+trans#itted '% C4=and re&eied '% A=-

935 A>z 960 A>z

)tended 900 A>z Uplin? ,,0 A>z 915 A>z

o!nlin? 925 A>z 960 A>z

,50 A>z Uplin? ,2D A>z Q ,D9 A>z

o!nlin? ,69 A>z Q ,9D A>z

1,00 A>z Uplin? 1710 A>z Q 17,5A>z

o!nlin? 1,05 A>z Q 1,,0

A>z

1900 A>z Uplin? 1,50 A>z Q 1910A>z

o!nlin? 1930 A>z Q 1990

onfidential and (roprietar% nfor#ation of 4 R(R84: $

8or-inre5uency

/an%s


28/128

re5uency /an% #ransmission 6in- 7alues

A>z

nteral 'et!een t!o adja&ent &"annels in an% 'and is 200 ?>z.

8ll &"annels are &onfigured !it" sa#e interal. 4a'le 5 s"o!st"e GB10 C,01, +E1.00- &"annel &onfiguration.

TABL 7 / ZXG10 B8018 2)1 300 4 C!A(( L C' (. I G $#AT I ' (

re5uency

/an%

ChannelNumber n:

re5uency Calculation

900 A>z 1 Q 12D 12D Uplin? * Fu +n- ,90 S 0.2 Z n

+A>z-

o!nlin? * Fd +n- Fu+n- S D5+A>z- 1 [ n [ 12D

)tended

900 A>z

0 Q 12D and

975 Q 1023 17D

Uplin? *

Fu +n- ,90 S 0.2 Z n +A>z- 0 [n [ 12D

Fu +n- ,90 S 0.2 Z +n 102D-+A>z- 975 [ n [ 1023

o!nlin? * Fd +n- Fu +n- S D5

+A>z-

,50 A>z 12, Q 251 12D

Uplin? * Fu +n- ,2D.2 S 0.2 Z +n 12,- +A>z-

o!nlin? * Fd +n- ,69.2 S 0.2 Z+n12,- +A>z- 12, [ n [ 251

1,00 A>z 512 Q ,,5 37D

Uplin? * Fu +n- 1710.2 S 0.2 Z +n 512- +A>z-

o!nlin? * Fd +n- Fu +n- S 95+A>z- 512 [ n [ ,,5

1900 A>z 512 Q ,11 300

Uplin? * Fu +n- 1,50.2 S 0.2 Z +n 512- +A>z-

o!nlin? * Fd +n- Fu +n- S ,0+A>z- 512 [ n [ ,11

Note;\nV is a &"annel nu#'er or 8'solute Radio Fre$uen&%"annel :u#'er +8RF:-

8ll fre$uen&% 'ands "ae duple) trans&eier interal gien in4a'le 6.

onfidential and (roprietar% nfor#ation of 4 R(R84: %

Channel$nterval

ChannelConfiuration

Duplex#ransceiver

$nterval


29/128

"apter 3 Q 4e&"ni&al ndi&es

TABL - D$" L X T#A(S C I ) # I(T#)AL

re5uency /an% Duplex #ransceiver $nterval

900 A>z D5 A>z

)tended 900 A>z D5 A>z

,50 A>z D5 A>z

1,00 A>z 95 A>z

1900 A>z ,0 A>z

R3 In$icesGB10 C,01, +E1.00- supports D0 ; output for ,(=< and 60 ;for BA=eig"t 1600 ##

;eig"t 270 ?g +full% &onfigured-

olor G(02]02 ig"t Bre%

onfidential and (roprietar% nfor#ation of 4 R(R84: &

utput 'o*er )ih ReceivinSensitivity


30/128


Volta!e an$ Po(er Consum#tion

4a'le , s"o!s GB10 C,01, +E1.00- oltage and po!er&onsu#ption.

TABL 8 - ZXG10 B8018 2)13004 ) 'LTAG A( D "' # C' (S $M " T I ' (

Characteristics 'arameters 7alues

Eoltage Re$uired !or?ingoltage D, E

Range D0 E +Aa)i#u#-

57 E +Aini#u#-

(o!er onsu#ption 3750 ; +60 ;-

3D00 ; +D0 ;-

4"e &ase of ra&? s"ould 'e grounded !ell !it" groundingresistan&e 5 T at #ost.

En+ironmental Characteristics

4a'le 9 s"o!s GB10 C,01, +E1.00- eniron#ental&"ara&teristi&s.

TABL < / ZXG10 B8018 2)1 300 4 () I #' (M (T AL C!A#ACT #I S T I CS

Characteristics 'arameters 7alues

4e#perature Aini#u# 5

Aa)i#u# D5

>u#idit% +:oondensation-

Aini#u# 15

Aa)i#u# 90

8oid dire&t suns"ine to preent t"e &ir&uit 'oards and ot"er&o#ponents fro# aging and defor#ing. 4"e aerage illu#inations"ould 'e 300 ) D50 ).

rosie gases s#og and s#o?ing are pro"i'ited in t"e

e$uip#ent roo#.

' onfidential and (roprietar% nfor#ation of 4 R(R84:

7oltae an%'o*er

ConsumptionChart


31/128


Ca#acit

8 single ra&? of GB10 C,01, +E1.00- supports 9 4RUs and 1,

&arrier fre$uen&ies !"en full% &onfigured. 8 single &a'inetsupports t"e #a)i#u# site &onfiguration =6/6/6.

8 single site supports 3 &a'inets and 5D &arriers.

Cloc

GB10 C,01, +E1.00- proides a t!oleel &lo&? !"osespe&ifi&ations are gien in 4a'le 10.

TABL 10 / ZXG10 B8018 2)13004 C L ' C S" CI . I CAT I ' (S

Characteristics 7alues

lo&? a&&ura&% W 1.0 Z 109

(ullin range W 1.0 Z 109

Aa)i#u# fre$uen&% 'ias 1 Z 109 / da%

nitial #a)i#u# fre$uen&% 'ias 1 Z 107

Reliailit4"e produ&t su&&essfull% passed t"e &ertifi&ation. t &o#plies

!it" international standards related to personal safet%ele&tro#agneti& se&urit% +A- and !ireless fre$uen&%spe&tru#.

4a'le 11e)plains t"e spe&ifi&ations.

TABL 11 / ZXG10 B8018 2)13004 # L I ABI L I T % S" CI . I CAT I ' (S

Characteristics 7alues

Aean 4i#e Cet!een Failures +A4CF- 100000 "ours

Aean 4i#e to Repair +A44R- 3D #in. 12 se&.

8aila'ilit% Ratio +8- 99.9991

8erage nterruption ti#e per %ear D #in. D, se&.



32/128


Inter2ace #eci2ications

8'is interfa&e adopts standard 1 interfa&e. 4"e perfor#an&e of8'is interfa&e #eets t"e re$uire#ents spe&ified '% 4U4 B.703and 4U4 B.70D gien 'elo!*

Casi& re$uire#ents

4"e 'asi& re$uire#ents of 8'is interfa&e are s"o!n in 4a'le

12.

T ABL 1& - AB I S I (T #. AC BAS I C # ; $I # M (T S

/asic Re5uirements 7alues

8ppro)i#ate 'it rate 20D,


33/128


lectrical eatures 7alues

pulse 8t "alf of appro)i#ate pulsea#plitude* _ 0.95 1.05

igital signal jitteringfeatures +1 U D,, ns- 1.5 U +pea?pea? alue 20 >z 100 ?>z-

0.2 U +pea?pea? alue 1, >z 100 ?>z

nput #pedan&e features 2.5^ 5^ +!"en it is 51.2


34/128


4"ere is a 6leel stati& po!er &ontrol fun&tion. t &an adjustdo!n!ards si) po!er leels !it" t"e step of 2 dC W 1.0 dC'ased on t"e #a)i#u# output po!er. 8t t"e sa#e ti#e C4="as t"e do!nlin? po!er&ontrol fun&tion. t &an de&rease t"e

po!er fro# leel 0 to leel 15 !it" t"e step of 2 dC W 1.5dC 'ased on t"e set po!er leel.

=pe&ifi&ations &o#pliant !it" B=A 11.21 and B=A 05.05 areas follo!s*

4rans#itted RF &arrier po!er/ti#e enelope

nter#odulation attenuation of trans#itter

nter#odulation attenuation in C==

4rans#itted adja&ent &"annel po!er

=purious e#ission of trans#itter

Receiver 'erformance

4"e follo!ing &"ara&teristi&s des&ri'e t"e re&eier perfor#an&e!"i&" &o#pl% !it" B=A 11.21 and B=A 05.05*

=tati& la%er1 re&eier fun&tion +appro)i#ate 'it error rate-'efore &"annel de&oding !"i&" in&ludes t"e follo!ing*

Aultiple)ing and #ultiaddressing

$ualizer de&r%ption

einterleaing

"annel en&oding

=tati& referential sensitiit% leel*

8 leel set !"ile inputting a standard test signal under t"estati& eniron#ent. 4"e FR RCR or CR generated after#odulation and &"annel de&oding #eets t"e spe&ifiedre$uire#ents !"en t"e leel is &onfigured as t"e referentialsensitiit% leel. =tati& sensitiit% leels for referen&e of

BA=< ,(=< are as follo!s*

BA=


35/128


&"annel- or an% adja&ent &arrier fre$uen&% +interferen&e ofadja&ent &"annel-.

Clo&? and spurious response suppression

4est t"e &apa'ilit% t"at C== re&eier re&eies t"e B=A#odulation signal !"en interfering signal e)ists.

nter#odulation suppression

t is used for linear degree #easure#ent of RF part of

re&eier. t indi&ates t"e re&eierVs &apa'ilit% of re&eiinggood$ualit% e)pe&ted #odulationsignal !"en t!o or

#ultiple une)pe&ted signals e)ist !"i&" are si#ilar to t"ee)pe&ted signal in fre$uen&%.

8A suppression

t is t"e &apa'ilit% of re&eiing t"e e)pe&ted #odulationsignals 'elo! t"e gien degraded $uantit% !"en anune)pe&ted #odulation signal e)ists.

=purious e#ission

t is t"e e#ission of fre$uen&ies ot"er t"an t"at used '% RF

&"annel of re&eier and adja&ent fre$uen&ies.

onfidential and (roprietar% nfor#ation of 4 R(R84: !"


36/128

C h a + t e r 6

Structure an: "rinci+le

4"is &"apter des&ri'es t"e "ard!are and soft!are stru&ture ands%ste# !or?ing prin&iple of GB10 C,01, +E1.00-.

,ar$(are

Cainet

Figure ,s"o!s t"e GB10 C,01, +E1.00- &a'inet.

onfidential and (roprietar% nfor#ation of 4 R(R84: !#

Cabinet

Appearance


37/128

"apter 5 Q >ard!are o#ponents ntrodu&tion

. I G $ # 8 / ZXG10 B8018 2)1 300 4 CABI ( T

Figure 9s"o!s t"e single &a'inet !it" full &onfiguration.

onfidential and (roprietar% nfor#ation of 4 R(R84: !$

Cabinet *ith

ullConfiuration


38/128


. I G $ # < - S I ( G L C ABI ( T I T ! .$ L L C ' (. I G $#AT I ' (

!% onfidential and (roprietar% nfor#ation of 4 R(R84:


39/128


Cloc *istriution

4"ere are t!o #ain fun&tions of &lo&? s%ste#*

lo&? s%n&"ronization

lo&? distri'ution

4"e s%ste# &an !or? in free os&illation or net!or?s%n&"ronization #ode. 4"e pro&essing of 13 A>z &lo&?s%n&"ronization is t"e sa#e as in GB10C4= +E2.0-. >o!eerin GB10 C,01, +E1.00- radio &lo&? &an !or? in free os&illationor s%n&"ronize !it" t"e ground trans#ission net!or?. f s%ste#

radio &lo&? is &onfigured for net!or? s%n&"ronization t"e s%ste#trans#ission &lo&? s"ould also 'e &onfigured for net!or?

s%n&"ronization.

4"ere are t!o t%pes of 8'is interfa&e in C,01, s%ste#*

1/41 interfa&e

100 A'ps t"ernet interfa&e

4"e s%ste# &an !or? in free os&illation as !ell as net!or?s%n&"ronization #ode for 'ot" t%pes of 8'is interfa&es. f t"e8'is interfa&e is 1/41 in net!or? s%n&"ronization 'ot" 2 A>zand , z s%n&"ronization &lo&?s &an 'e o'tained. >o!eer in

t"e &ase of 100 A'ps t"ernet 8'is interfa&e t"e , ?>zs%n&"ronization &an onl% 'e o'tained fro# 2 A>z &lo&?.

4"e &lo&? trans#ission in t"e internal s%ste# is i#ple#entedt"roug" E=.

lo&? fro# AC to 4RU in&ludes 13 A>z 60 #ss%n&"ronization signal , A>z and ,


40/128


. I G $ # 10 / C L ' C D I S T #I B$T I ' ( I ( ZXG10 B8018 2)13004

Time lot (itchin!

Figure 11 s"o!s t"e ti#e slot s!it&"ing in GB10 C,01,+E1.00-.

. I G $ # 11 / T I M SL ' T SI T C!I (G I ( ZXG10 B8018 2)13004

=eri&e data s!it&"ing is i#ple#ented in AC in GB10 C,01,+E1.00- s%ste#. ;"en 8'is interfa&e is 1/41 AC re&eies t"e

seri&e data and operation and #aintenan&e data fro# C=and s!it&"es it to ea&" 4RU of t"e ra&? au)iliar% ra&? or&as&aded site t"roug" 2 'it s!it&"ing net!or?.

!' onfidential and (roprietar% nfor#ation of 4 R(R84:


41/128


O+erall ,ar$(are tructure

4"e ra&? is diided into seeral fun&tional parts. 4"ese parts are

lo&ated in four s"eles. 4"e s"elf la%out in"erits t"e tradition inGB10 series.

4"e interfa&e #odule &ontrol #odule and po!er distri'ution

parts are &on&entrated at t"e top of t"e ra&?.

1/41 nterfa&e Coard +C- is dedi&ated for t"e interfa&e to

proide 1/41 interfa&e.

Fast t"ernet nterfa&e Coard +FC- is an optional #odule to#eet furt"er ( 'a&?'one de#ands.

4"e rest of t"ree s"eles are dedi&ated for t"e trans&eier

and antenna distri'ution #odules.

4"e &o#'iner #odule &an 'e &onfigured as re$uired to for#

=1,/1,/1, sites or 5D.

Figure 12s"o!s t"e ra&? la%out.

. I G $ # 1& / # AC LA%'$T

onfidential and (roprietar% nfor#ation of 4 R(R84: !(


42/128


GB10 C,01, +E1.00- "ard!are stru&ture is s"o!n in Figure 13.

. I G $ # 1* / ZXG10 B8018 2)1 300 4 ! A#DA# ST #$CT $#

") onfidential and (roprietar% nfor#ation of 4 R(R84:


43/128


Fun&tion des&ription of ea&" part of t"e&a'inet is gien in 4a'le 1D.

TABL 16 - .$ ( C T I ' (D S C#I " T I ' (S ' . !A#DA# "A#T S

Mo%ule Description

C/FC C supports 1/41 interfa&e.

FC supports 100C8=4 interfa&e.

AC AC proides t"e 'asi& operation and &entral &ontrol fort"e C4= in&luding alar# &ontrol s%n&"ronization radioresour&e &ontrol et&.

4RU (roiding all t"e radio fun&tions related !it" ter#inal&o##uni&ation.

4RU #odule &onsists of four parts* 4(C (C (8Cand RC.

8A 8A is in &"arge of &o#'ining seeral 4G signalsto!ards antenna in&luding U U U4.

(A (A proides t"e po!er distri'ution fun&tion.

o2t(are

o2t(are tructure

4"e GB10 C,01, +E1.00- soft!are &onsists of t"e follo!ing#ain su's%ste#s*

dAA soft!are su's%ste#

dFU soft!are su's%ste#

d>( soft!are su's%ste#

FU soft!are su's%ste# +optional-

Figure 1Ds"o!s t"e 'asi& soft!are stru&ture of GB10 C,01,+E1.00-.

onfidential and (roprietar% nfor#ation of 4 R(R84: "

unction

Description


44/128


. I G $ # 16 / ZXG10 B8018 2)1 300 4 S ' . T A# ST #$CT $#

dAA soft!are su's%ste# ta?es &"arge of t"e s%ste#initialization after po!er on. t do!nloads all 'oard soft!are and

operation and #aintenan&e #anage#ent s%ste#.

dFU and d>( soft!are su's%ste# ta?e &"arge of seri&e

pro&essing 'ase'and signal pro&essing and operation and#aintenan&e on t"is 'oard.

FU soft!are su's%ste# is responsi'le for t"e &onne&tion !it"C= !or?ing flo! &ontrol of 'oard resour&e &onfiguration#anage#ent and operation and #aintenan&e #anage#ent.

8ll 'oard soft!are run on respe&tie (U of ea&" 'oard. 4"e&o##uni&ation a#ong 'oards is i#ple#ented '% >&o##uni&ation proto&ol and all 'oard soft!ares are installed inp== +E2.0- operation s%ste# fro# ;indRier.

dAA soft!are 'lo&? diagra# is s"o!n in Figure 15.

"! onfidential and (roprietar% nfor#ation of 4 R(R84:

%CMM

Soft*are Sub=system


45/128


. I G $ # 17 / D CMM B L ' C D I AG #AM

4"e dAA soft!are su's%ste# seres t"e follo!ing fun&tions*

(erfor#s re#ote operation #aintenan&e of C4= of t"ereleant su's%ste#. 4"ese fun&tions in&ludes t"e follo!ing*

(ara#eters &onfiguration

Aanage#ent of status and alar#s

Aanage#ent of ea&" soft!are ersion

$uip#ent test

(roides lo&al operation #aintenan&e fun&tion to #a?e onsite &o##issioning &onenient.

(roides alar# &olle&tion and #anage#ent of e)ternale$uip#ent to &olle&t t"e state and alar# of t"e e$uip#entt"at &annot &o##uni&ate !it" AC dire&tl%.

(roides intelligent po!er :/FF #anage#ent to C4=e$uip#ent.

=%n&"ronize t"e fra#e nu#'er and &lo&? in one site.

n&reases t"e relia'ilit% of t"e s%ste# '% e#plo%inga&tie/stand'% "ot 'a&?up in dAA #odule +'a&?up in&ludesstati& &onfiguration para#eters and fra#e nu#'er-. 4"is#a?es sure t"at t"e seri&e and signaling &"annels of d4RA

#odule are in good status during a&tie/stand'% dAAs!it&"ing. t "elps t"e fra#e nu#'er of ea&" 4RU in t"eC4= to s%n&"ronize !it" t"e !"ole site.

(roides interfa&e fun&tion of t"e site. For e)a#ple t"e#ultiple)ing of p"%si&al ti#e slot and to proide transparentpassage for so#e e)ternal e$uip#ent.

(roides a series of de'ugging and test tools for errordiagnosis and lo&ation.

onfidential and (roprietar% nfor#ation of 4 R(R84: ""


46/128


Case'and pro&essing unit !it" 4(C is &alledd>( for s"ort. 4"in "ip ntegration +4- 100 =( dei&e ist"e "ard!are platfor# for d>(. 4"ere is one =( &"ip on ea&"

4(C.

Aain fun&tions of d>( soft!are su's%ste# are as follo!s*

e#odulation of 'ase'and dual &arrier I signal supportinge$ualization de#odulation of BA=< and ,(=(

8lar# &olle&tion and report of d4RA unit

(erfor#an&e 4est

=upport perfor#an&e test ite# of C4= for e)a#plenu#'er of lost paging #essages o&&upation ti#e of#a)i#u# po!er leel et&.

Aonitor running state d%na#i&all% of lo&al and d>(

o'je&t '% lo&al operation and #aintenan&e.

FU soft!are 'lo&? diagra# is s"o!n in Figure 17.

onfidential and (roprietar% nfor#ation of 4 R(R84: "$

$4 Soft*are

Sub=system


48/128


49/128


stem )orin! Princi#le

4"e !or?ing prin&iple of GB10 C,01, +E1.00- is s"o!n inFigure 1,.

. I G $ # 18 - ZXG10 B8018 2)1 300 4 S I G (AL I (G .L '

6ontrolle

r1

Aaintenan&eUnit

Case'an

d

(ro&essor

RFUni

t

C=6

8'is9nt

erfa&e

0atain?

=%ste#6lo&?

Case'andAodulated

=ignal

RF0e#odulation

=ignal

6ontrol

=ignal

=%ste#6lo&?

RF=ignal

(o!er 0istri'ution Aodule

.D,E or S2DE06

8ntennaFe

eder

(ro&essor

U#nterfa&e

GB10 C,01, +E1.00- s%ste# in&ludes follo!ing units*

ontroller Aaintenan&e Unit

Case'and (ro&essor

RF Unit

8ntenna Feeder (ro&essor

(o!er istri'ution Aodule +(A-

;or?ing prin&iple is as follo!s*

o!nlin?*

i. C4= re&eies data fro# C= in&luding oi&e and signaling

data.ii. ontrol #aintenan&e unit re&eies signaling data for

pro&essing.

iii. Case 'and pro&essor re&eies oi&e data for pro&essingsu&" as rate &onersion en&r%ption and interleaing.

i. Eoi&e is sent to RF unit !"ere it is #odulated to >ig"fre$uen&% signals.

. 4"e signals are t"en trans#itted ia t"e antenna feederpro&essor.

onfidential and (roprietar% nfor#ation of 4 R(R84: "&


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Uplin?*

i. 8ntenna feeder pro&essor re&eies RF signals fro# A=.

ii. 4"e signals are t"en trans#itted to t"e RF unit to &onert

t"e# into digital signals.iii. ata is sent to t"e 'ase 'and pro&essor for rate

&onersion de&r%ption and deinterleaing.

i. 8fter &onersion to suita'le &ode pattern for longdistan&e trans#ission t"e signals are sent to C=

t"roug" t"e 8'is interfa&e.

"' onfidential and (roprietar% nfor#ation of 4 R(R84:


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onfidential and (roprietar% nfor#ation of 4 R(R84: "(


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TABL 17 - I (T #. AC S ' ( T ! CABI ( T T ' "

$nterfaceName

Soc-et #ype Description

>YA1 Q>YA12

8ntenna feeder interfa&es

(;R481 C9 fe#ale so&?et(o!er interfa&e of t"e firstla%er of to!er #ounteda#plifier

(;R482 C9 fe#ale so&?et(o!er interfa&e of t"e se&ondla%er of to!er #ounteda#plifier

(;R483 C9 fe#ale so&?et(o!er interfa&e of t"e t"irdla%er of to!er #ounteda#plifier

1 (R41 C25 #ale so&?et 1 interfa&e +8 C -

1 (R42 C25 #ale so&?et 1 interfa&e + F B >-

R8Y8A C25 #ale so&?et r% &onta&t alar# interfa&e

(R4 C25 #ale so&?et =ite interfa&e

=Y: C25 #ale so&?et nter&a'inet s%n&"ronizationsignal interfa&e

13A C: fe#ale so&?et 13A &lo&? test interfa&e

F< C: fe#ale so&?et F< &lo&? test interfa&e

(;R D, E po!er 'inding post +in

t"e po!er 'o)-

B: D, E po!er grounding post

+in t"e po!er 'o)-

( Brounding post

RD5 t"ernet interfa&e

Cainet To# Inter2aces

GB10 C,01, +E1.00- uses QD, E po!er.

4"e pri#ar% po!er is introdu&ed fro# t"e po!er interfa&e on t"e

&a'inet top.

4"e interfa&e 'et!een pri#ar% po!er and t"e C4= e$uip#ent is

des&ri'ed in 4a'le 16.

#! onfidential and (roprietar% nfor#ation of 4 R(R84:

$nterface

bet*een'rimary 'o*er

an% /#S

5uipment


55/128


TABL 1 - "#I M A#% "' # I (T #. AC S I G (AL D S C#I " T I ' (

'in No. Sinal

Name Sinal Definition Connector

1 D, E B: 0 E . 4"e t!o

po!er 'indingposts2 D, E D, E .

4!ele antenna feeder interfa&es are proided on C,01, &a'inettop* >YA1 X >YA12. 8ntenna feeder &a'les pass t"roug"

t"ese interfa&es.

4"e (;R48 interfa&e is lo&ated on t"e &a'inet top. a&" C4=&a'inet proides t"ree su&" interfa&es* (;R481 X (;R483.

=ignals of t"e t"ree interfa&es are defined in 4a'le 17.

TABL 19 - S I G (AL D S C#I " T I ' ( ' . "#TA>1 ? "#TA>*

Pin*o+

ignal*ame

ignal -e.nition/onnector

1 48(;R0 4A8 po!er 0

C9

2 48(;R1 4A8 po!er 1

3 48(;R2 4A8 po!er 2

D 48(;R3 4A8 po!er 3

5 8B: 8nalog ground

6 8B: 4A8 po!er 0 analog ground


, 8B: 4A8 po!er 2 analog ground


4"e C4= &a'inet top proides a ( interfa&e dire&tl% &onne&ted!it" t"e prote&tion ground of t"e e$uip#ent roo#. 8ll digital

grounds analog grounds and prote&tion grounds inside t"e

onfidential and (roprietar% nfor#ation of 4 R(R84: #"

Antenna

ee%er$nterface

#o*er

Mounte%Amplifier

$nterface

'8R#A:


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&a'inet are grounded to t"e ( interfa&e and t"e e$uip#entroo# ground.

=ignals of t"e 13 A test interfa&e are defined in 4a'le 1,.

TABL 18 - S I G (AL D S C#I " T I ' ( ' . 1* M T S T I(T #. AC

Pin ignal *ame ignal -e.nition/onnector

ore4=4


57/128


4"e dr% &onta&t signal interfa&e is e)plained in 4a'le 20.

TABL &0 - S I G (AL D S C#I " T I ' ( ' . T ! D#% C'(TACT S I G (AL I (T #. AC

'in No. Sinal Name Sinal Definition Connector

1 8A:0S r% &onta&t input

C25

2 8A:0 r% &onta&t input


D 8A:2 r% &onta&t input

5 8A:DS r% &onta&t input

6 8A:D r% &onta&t input


, 8A:6 r% &onta&t input

9 8A:,S r% &onta&t input

10 8A:, r% &onta&t input



13 8AU40S r% &onta&t output

1D 8AU40 r% &onta&t output

15 8AU42S r% &onta&t output

16 8AU42 r% &onta&t output


1, 8A:1 r% &onta&t input






2D 8A:7 r% &onta&t input

25 B: igital ground

4"ere is a &onne&tor on t"e top of ea&" GB10 C,01, +E1.00-&a'inet. nside t"is &onne&tor t"ere is a &ir&uit 'oard C !it"t!o ( s!it&"es used to set t"e site .

4"e site interfa&e is des&ri'ed in 4a'le 21.

onfidential and (roprietar% nfor#ation of 4 R(R84: #$

Site $D

$nterface


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TABL &1 - S I T ID I(T #. AC S I G (AL D S C#I " T I ' (


1 0 Cit 0 of t"e site

C25



D 3 Cit 3 of t"e site

5 D Cit D of t"e site



, 7 Cit 7 of t"e site

9 , Cit , of t"e site





1D 13 Cit 13 of t"e site

15 1D Cit 1D of t"e site


17 B: igital ground

1,

19

20

21

22

23

2D

25

4"e AC reads !"en 'eing po!ered on and initialized tode&ide t"e &a'inet leel +'asi&/e)tended- s%n&"ronization &lo&?port of => net!or? and t"e A ti#eslot position.

;"en t"e s!it&"es are set to : t"e status &olle&ted '% t"e

AC is 0 ot"er!ise t"e status is 1.

Note;

For ( s!it&"es =1 and =2 \0V #eans \:V and \1V #eans\FFV.

Cits 1 X , of ( s!it&" =1 stand for 'its 0 X 7 of t"e

!"ile 'its 1 X , of =2 stand for 'its , X 15 of t"e .

#% onfidential and (roprietar% nfor#ation of 4 R(R84:


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is a 16'it serial nu#'er as s"o!n in Figure 21.

. I G $ # &1 - C ABI ( T -T ' " D I" S I T C! S

4"e #eaning of ea&" 'it is e)plained as follo!s*

C4=4Y(

1100* C,01,

1101* C,112

1110* A,202

1111* A,20D

C4=:

a'inet nu#'er in t"e sa#e site

00* Casi& &a'inet

01* )tended &a'inet 1

10* )tended &a'inet 2

=8E1(R4

4"e 1 port of t"e 'asi& &a'inet to &onne&t e)tended &a'inet1

00* (ort of t"e 'asi& &a'inet

01* (ort F of t"e 'asi& &a'inet

10* (ort B of t"e 'asi& &a'inet

11* (ort > of t"e 'asi& &a'inet

=8E2(R4

4"e 1 port of t"e 'asi& &a'inet to &onne&t e)tended &a'inet

2

00* (ort of t"e 'asi& &a'inet

01* (ort F of t"e 'asi& &a'inet

10* (ort B of t"e 'asi& &a'inet

11* (ort > of t"e 'asi& &a'inet

=84

;"et"er to use t"e satellite 8'is lin? or not

0* o##on 8'is

1* =atellite 8'is

onfidential and (roprietar% nfor#ation of 4 R(R84: #&


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8C=(R4

A port nu#'er

00* (ort 8

01* (ort C

10* (ort

11* (ort

8C=4=

4"e A 8( ti#eslot on 8'is interfa&e

000* 4=16

001* 4=31

010* 4=30

011* 4=29

100* 4=2,

101* 4=27

110* 4=26

111* 4=25

4"e nu#'er of t"e 1 port of t"e 'asi& &a'inet to &onne&t t"elo!erleel site &annot 'e t"e sa#e as of =8E(R41 or

=8E(R42.

n GB10 C,01, +E1.00- t"e 8'is interfa&e and t"e inter&a'inet &as&aded interfa&es all use 1 interfa&es.

4"e signals of 1 interfa&e are defined in 4a'le 22and 4a'le 23.

TABL && - 1 "'#T1 I (T #. AC S I G (AL D S C#I " T I ' (

'inNo.

Sinal Name Sinal Definition Connector

1 8:S 18 interfa&e signal input C25

2 C:S 1C interfa&e signal input

3

D :S 1 interfa&e signal input

5 :S 1 interfa&e signal input

6

7

, 8U4S 18 interfa&e signal output

9 CU4S 1C interfa&e signal output

#' onfidential and (roprietar% nfor#ation of 4 R(R84:

1 $nterface


61/128


'inNo.


10

11 U4S 1 interfa&e signal output

12 U4S 1 interfa&e signal output

13

1D 8: 18 interfa&e signal input

15 C: 1C interfa&e signal input

16

17 : 1 interfa&e signal input

1, : 1 interfa&e signal input

19

20 8U4 18 interfa&e signal output

21 CU4 1C interfa&e signal output

22

23 U4 1 interfa&e signal output

2D U4 1 interfa&e signal output

25

TABL &* - 1 "'#T& I (T #. AC S I G (AL D S C#I " T I ' (

'inNo.


1 :S 1 interfa&e signal input C25

2 F:S 1F interfa&e signal input

3

D B:S 1B interfa&e signal input

5 >:S 1> interfa&e signal input

6

7

, U4S 1 interfa&e signal output

9 FU4S 1F interfa&e signal output

10

11 BU4S 1B interfa&e signal output

12 >U4S 1> interfa&e signal output

13

1D : 1 interfa&e signal input

15 F: 1F interfa&e signal input

onfidential and (roprietar% nfor#ation of 4 R(R84: #(


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4"e inter&a'inet s%n&"ronization signal interfa&e is defined in4a'le 2D.

TABL &6 - S I G (AL D S C#I " T I ' ( ' . I(T # -C ABI ( T S% (C! #' (I Z AT I ' ( S I G (AL I(T #. AC


1

C25

2

3 B: igital ground

D =Y:


64/128


4"e signals of t"ernet interfa&e are defined in 4a'le 25.

TABL &7 - S I G (AL D S C#I " T I ' ( ' . #@67 I(T #. AC

'in

No. Sinal Name Sinal Definition Connector

1 8C=4>4GS 8'is interfa&e 4G signal

RD5

2 8C=4>4G 8'is interfa&e 4G signal

3 8C=4>RGS 8'is interfa&e RG signal

D

5

6 8C=4>RG 8'is interfa&e RG signal

7

,

hel+es

To#45aer hel2

n t"e topla%er s"elf one (A one C/FC and t!o ACs &an'e installed.

4"e stru&ture of t"e topla%er s"elf in its full &onfiguration iss"o!n in Figure 22.

. I G $ # && / T ' " -L A%# S! L . . $L L C' (. I G $#AT I ' (

$! onfidential and (roprietar% nfor#ation of 4 R(R84:

Confiuration


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4"e (A distri'utes D, E po!er to t"e AC 4RU and ot"er#odules and proides t"e oerload prote&tion fun&tion.

4"e C/FC proides t"e 'ase station interfa&es.

Ceing t"e #ain &ontrol unit of t"e C4= t"e AC i#ple#ents t"efollo!ing fun&tions*

(roides all t"e &lo&?s needed '% C4=

o#pletes re#ote operation #aintenan&e of C4=

o#pletes lo&al operation #aintenan&e of C4=

olle&ts e$uip#ent alar# infor#ation and proides "ot

a&tie/stand'% fun&tion.

Carrier hel2

n ea&" &arrier s"elf t"ree 8As and t"ree 4RUs &an 'einstalled. 4"e t"ree 8As are installed on t"e t!o sides of t"e&arrier s"elf.

8 &arrier s"elf in its full &onfiguration is s"o!n in Figure 23.

. I G $ # &* - M ' D$L S I ( T ! CA##I # S! L .

4"e 4RU &ontrols and pro&esses radio &"annels in B=A s%ste#

sends/re&eies radio &"annel data #odulates/de#odulates

onfidential and (roprietar% nfor#ation of 4 R(R84: $"

unctions an%

'rinciples

Confiuration unctions an%

'rinciples


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'ase'and signals on t"e radio &arrier and sends/re&eies radio

&arrier signals.

4"e 8A &o#'ines and diides air signals.

Plu!4in /oes

3an Plu!4in /o

4"e GB10 C,01, +E1.00- &a'inet "as t"ree fanplugin 'o)eslo&ated a'oe t"e t"ree &arrier s"eles for "eat dissipation.

4"e stru&ture of a fan plugin 'o) is s"o!n in Figure 2D.

. I G $ # &6 - S T #$CT $# ' . .A( "L $ G - I ( B 'X

#

"

$

1. Fan #odule 2. Fan panel 3. Fan &ontrol 'oard

a&" fan plugin 'o) &an "old t!o fan #odules t"at &an 'e

independentl% plugged/unplugged to ensure t"at t"e% do notaffe&t ea&" ot"er during t"eir running.

4"ere are so&?ets on t"e 'a&? of ea&" fan plugin 'o) and on

t"e rear &olu#ns to &onne&t t"e fan plugin 'o) !it" t"e rear&olu#ns.

n t"e 'a&? of ea&" fan plugin 'o) is a fan &ontrol 'oard to&ontrol t"e rotation speed and !ind olu#e of t"e fans 'asedon t"e te#perature #easured '% t"e te#perature pro'e on t"is

fan &ontrol 'oard.

Air 3ilter Plu!4in /o

o&ated in t"e 'otto# la%er of t"e &a'inet t"e air filter plugin

'o)perfor#s t"e dustproof fun&tion.

$# onfidential and (roprietar% nfor#ation of 4 R(R84:

Confiuration


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/oar$s6 Mo$ules an$(itches

Controller & Maintenance /oar$7CM/8

AC is a #ajor digital 'oard in GB10 C,01, +E1.00- proiding

interfa&e and &entral &ontrol fun&tions. AC !or?s ina&tie/stand'% #ode to aoid interruption and gie prote&tionto t"e seri&es.

4"e fun&tions of AC are listed 'elo!*

(roides eig"t 1/41 interfa&es.

erall radio &lo&? and trans#ission &lo&? s%n&"ronization

&an 'e a&"ieed '% &onfiguring AC for oerall net!or?s%n&"ronization at 'a&?ground.

#ple#ents s!it&"ing of t"irt%t!o 2 A >; ti#e slots !it" 2

'it s!it&"ing arra%.

(roides transparent passage for e)ternal eniron#entalar#.

#ple#ents #ultiC4= (A lin? s"aring.

=upports star &"ain tree and ring net!or?ing at 8'isinterfa&e.

(roides &o#'ined &a'inets &apa&it% e)pansion a#ong #an%p"%si&al ra&?s of one site.

(roides all ?inds of &lo&? needed in C4= in&luding &lo&?

signal of 13 A>z 2.0D, A>z 60 #s ,z 16

A>z and so on.

ete&ts &ontrols and #aintains t"e !"ole C4= s%ste#support nearend and farend #anage#ent interfa&e +t"e

nearend interfa&e is 10Case4 t"ernet net!or? #anage#entinterfa&e-.

Aanages progra# of ea&" 'oard and ersion of F(B8&onfiguration file in s%ste#. =upport nearend and farendersion update.

Aonitoring and &ontrol of ea&" 'oard running status in&ludes*

ete&t inposition indi&ation

$% onfidential and (roprietar% nfor#ation of 4 R(R84:

unctions


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70/128


. I G $ # & / C MB . $(CT I ' (AL D I AG #AM

4"e AC (anel is s"o!n in Figure 27.

. I G $ # &9 / CMB "A( L

CM/

P)R R9N YN C5' MT TA M: RT 3P)R

4"ere are si) s on AC panel* (;R RU: =Y:


71/128


62D

Color

Name

Meanin.

8or-in.

Mo%e

t"ers* =%ste# is

a'nor#al

3Breen/Red

=Y:lo&?s%n&"ronization#ode

Breen :* 8'is interfa&e

net!or? s%n&"ronization

&lo&?

Breen flas"ing at 1 >z*

=> net!or?s%n&"ronization &lo&?

Red flas"ing at 1 >z* 1

fra#e outofs%n& alar#

Red :* 1 line is 'ro?enor not &onne&ted

FF* Free os&illating

DBreen/Red

< lo&?

Breen :* :et!or?

s%n&"ronization is lo&?ed


o&?ing t"e p"ase

Red :* lo&? fault

5 Breen A=48&tie/=tand'%

Breen :* 8&tie state

Breen FF* =tand'% state

6Breen/Red

=48 =tatus

FF* Running nor#all%


=%ste# initialization+o!-.

Breen flas"ing at D >z*

=oft!are loading

Red flas"ing at 1 >z*

8( lin? dis&onne&tion+>ig"-.

Red flas"ing at D >z*> lin? dis&onne&tion+o!-.

Red :* t"er alar#s

+su&" as te#perature&lo&? and fra#e nu#'er

alar#s-

Note;

\o!V refers to lo! priorit% alar#s and \>ig"V refers to "ig"priorit% alar#s.

onfidential and (roprietar% nfor#ation of 4 R(R84: $(


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:o 8( lin? dis&onne&tion alar# is defined for t"e stand'%AC.

4"e > lin? dis&onne&tion alar# of t"e a&tie AC in t"e'asi& &a'inet is defined as o## indi&ation+&o##uni&ation 'et!een a&tie ACs of different &a'inets-.4"e > lin? dis&onne&tion alar# of all t"e stand'% ACs isdefined as Ao## indi&ation +&o##uni&ation 'et!eena&tie and stand'% ACs-.

;"en AC is po!ered on t"e (;R re#ains : in green&olor. uring t"e "ard!are initialization all s flas" on&e toindi&ate t"at t"e s are !or?ing nor#all%. f t"e selftest failst"e RU: turns red and t"e 'oard restarts in 3 se&onds.

AC panel proides one )ternal 4est (ort +4(- t!o 'uttons+one reset 'utton R=4 and one #anual a&tie/stand'%s!it&"oer 'utton A/=- and one s!it&" +F(;R-.

Cuttons and s!it&" on t"e AC panel are defined in 4a'le 27.

TABL &9 / B $T T ' (S A(D S I T C !' ( CMB "A( L

Name #ype Meanin unction

A/=o&?free'utton

8&tie/stand'%s!it&"oer'utton

4"is 'utton is inalid if t"e'oard is stand'%.

f t"e 'oard is a&tie and

t"ere e)ists a stand'%'oard !or?ing nor#all%

press t"is 'utton fora&tie/stand'% s!it&"oer.

R=4o&?free'utton

Reset 'utton(ress t"is 'utton to reset t"is#odule.

F(;R =!it&" (o!ert for&efull% po!ers on all4RUs.

n t"e AC panel t"ere is onl% one test port 4(. onne&t t"e

( !it" C4= GB10 C,01, +E1.00- using R=232 serial port andt"e net!or? port for lo&al operation and #aintenan&e on t"e

A4 as s"o!n in Figure 2,.

%) onfidential and (roprietar% nfor#ation of 4 R(R84:

xternal

$nterfaces


73/128


. I G $ # &8 - L ' CAL '" #AT I ' ( A(D M AI (T (A(C ' . ZXG10 B80182)1 300 4

A7AA

A7

A7C4=

6AA

A4 ,,

,

4"e 'oard la%out s"o!ing ( =!it&"es is s"o!n in Figure 29.

. I G $ # &< - B ' A#D L A%'$T S!' I (G D I" SI T C! S

4"e =7 ( s!it&"es are des&ri'ed in 4a'le 2, !"ile =10 (

s!it&"es are des&ri'ed in 4a'le 29.

TABL &8 / S9 DI" S I T C! S

Circuitry$nterfaceMo%e

S*itch 1 S*itch 2 S*itch ! S*itch &

>old >old : : 4o sele&t 'et!een2 A>z &lo&? and

100 T 41 FF :

onfidential and (roprietar% nfor#ation of 4 R(R84: %

D$' S*itches


74/128



S*itch 1 S*itch 2 S*itch !S*itch &

net!or? &lo&?.

efault is 1+:et!or? &lo&?-

120 T 1 : FF

75 T 1 FF FF

TABL &< / S10 DI" S I T C! S


S*itch 1 S*itch 2 S*itch ! S*itch &

8A:11input

: : FF FF

2 A>z &lo&?

input

FF FF : :

:o e)ternal

input

FF FF FF FF

>old : : : :

E1:T1 Inter2ace /oar$ 7EI/8

4"e C proides t"e 8'is interfa&e &onne&ting to t"e C=.

Aain fun&tion of U +1/41 nterfa&e Unit- are as follo!s*

(roide line i#pedan&e #at&"ing of , 1/41

=ignal isolation at side and line side

ine prote&tion at 1/41 line interfa&e

C%pass fun&tion of 1/41 line.

(roides t%pe infor#ation of interfa&e 'oard to AU

Fun&tional diagra# of C is s"o!n in Figure 30.

%! onfidential and (roprietar% nfor#ation of 4 R(R84:

unctions unctional

Diaram


75/128


. I G $ # *0 / IB . $(CT I ' (AL D I AG #AM

C (anel is s"o!n in Figure 31.

. I G $ # *1 - IB " A( L

EI/

4"e 'oard la%out s"o!ing ( =!it&"es is s"o!n in Figure 32.

onfidential and (roprietar% nfor#ation of 4 R(R84: %"

$/ 'anel D$' S*itches


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. I G $ # *& - B ' A#D L A%'$T S!' I (G D I" SI T C! S

S#

S%

S'

S&

4"ere are four ( s!it&"es on C 'oard to sele&t linei#pedan&e* =2 =D =5 and =6. 4"ese are des&ri'ed in 4a'le 30.

TABL *0 - DI" SI T C! S M A(I (G S

= S2 S& S" S+

(: 1 2 1 18 1B 1

(: 3 D 1 1C 1> 1F

4a'le 31s"o!s t"e !or?ing #ode of ( s!it&"es.

TABL *1 - DI" SI T C! S ' #I (G M' D S

6ine interface mo%e 1 2 ! &

100 T 41 FF : FF :

120 T 1 FF FF FF FF

75 T 1 : FF : FF

Po(er *istriution Mo$ule 7P*M8

4"e GB10 C,01, +E1.00- adopts t"e full% distri'uted po!ersuppl%. t distri'utes D, E pri#ar% po!er to AC and 4RU.

4"e se&ondar% po!er suppl% for ea&" #odule is generated '%t"e po!er suppl% #odule present on ea&" #odule.

%# onfidential and (roprietar% nfor#ation of 4 R(R84:


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4"ere are 12 'rea?ers on t"e (A panel &ontrolling t"e po!er

suppl% of t!o ACs one C and nine 4RUs.

Transcei+er Mo$ule 2or E*-E7*TR98

4"e 4RU &ontrols and pro&esses radio &"annels in t"e B=A

s%ste# sends/re&eies radio &"annel data#odulates/de#odulates 'ase'and signals on t"e radio &arrier

sends/re&eies radio &arrier signals and &olle&ts alar#s of t"efans and 8As.

4o adapt to different B=A s%ste#s and different output po!erre$uire#ents different 4RUs "ae 'een designed for GB10

C,01, +E1.00-. 4a'le 32s"o!s t"e t%pes of 4RUs.

TABL *& - T% " S ' . DT#$S

8or-in /an% Mo%ule Name

B=A 900 4RUB

B=A ,50 4RUA

B=A 1,00 4RU

B=A 1900 4RU(

Aain fun&tions of 4RU are as follo!s*

(ro&esses 2 &arriers at #a)i#u# in do!nlin?*

o#plete rate adaptation

"annel &oding and interleaing

n&r%ption

Benerating 4A8 'urst pulse

o#ple#ent BA=


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einterleaing

Rate adaptation

#ple#ent pro&essing of uplin? and do!nlin? RF signal.

Re&eie t"e s%ste# &lo&? fro# AC and generate t"e &lo&?needed '% t"is #odule.

#ple#ent and read arious "ard!are #anage#ent s of

s%ste#* ra&? nu#'er slot nu#'er 'oard fun&tion t%pe and"ard!are ersion of 'oard and so on.

#ple#ent &o##uni&ation of seri&e data and operation and#aintenan&e signaling t"roug" one , A'ps >;.

Re&eie s!it&"ing signal of AC to &o#plete po!er :/FFof #odule.

=upport online update and load of soft!are ersion supportersion update of progra##a'le dei&e.

ete&t !or?ing state of #odule &olle&t alar# signal in realti#e and report it to AC.

=upport RF fre$uen&% "opping (4 do!nlin? trans#issiondiersit% and four diersities re&eption in uplin?.

=upport &loseloop po!er &ontrol.

(roide de'ugging serial interfa&e and net!or? interfa&e.

Coard po!er interfa&e +D, E D, E ground prote&tionground digital ground- "as t"e inerse polarit% prote&tionfun&tion for po!er &onne&tion.

ela%ed start fun&tion and intelligent po!er :/FF fun&tion.

4RU (anel is s"o!n in Figure 35.

onfidential and (roprietar% nfor#ation of 4 R(R84: %&

D#R4 'anel


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. I G $ # *7 / DT#$ " A( L

*TR9-

T;1

T;com

R;M1

R;Mard!are o#ponents ntrodu&tion

. I G $ # 6* / C$G5& " A( L

CE9-:ard!are o#ponents ntrodu&tion

8ll t"e :U/D 'oards "ae sa#e panels.

:UB/D panel is s"o!n in Figure D9.

. I G $ # 6< / C($G56 "A( L

CEN9-:?

ER;1

R;1

R;= &a'les and &oa)ial &a'les.=atellite lin?s &an 'e used for spe&ial trans#ission #odes.

Figure 53 s"o!s t"e ringnet!or?ing #ode of GB10 C,01,

+E1.00-. a&" line denotes a 'idire&tional 1 &onne&tion. 4"e( s!it&" settings of C4= s"ould 'e a&&ording to t"e

'a&?ground &onfigurations.

. I G $ # 7* - # I ( G -( T ' #I (G SC! M AT I C D I AG #AM

S./E "S./E +

S./E # S./E $

-SC

n t"is #ode all t"e nodes are &onne&ted in a &losed loop. t &anspan larger distan&es t"an ot"er t%pes of net!or?s. 4"e

relia'ilit% is "ig"er as it sta%s &onne&t !it" C= t"roug" t"eot"er end if t"e lin? is 'ro?en fro# one pla&e. t &an 'e

deplo%ed in su'ur' and rural areas.

Con2i!uration

Numer an$ T#es o2 ites

8 radio &ellular #o'ile net!or? &an 'e diided into a &ertain

nu#'er of &ells depending on its fre$uen&% resour&es and &ell


Rin

Net*or-in


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planning. 4"e &ells in a &ellular s%ste# are adja&ent to ea&"ot"er as s"o!n in Figure 5D.

a&" &ellular &ell in t"e s%ste# is &oered '% #ultiple radio&"annels. Cased on different field strengt" &oerage #odes t"e

antennas are diided into t!o t%pes*

#niantenna

f an o#nidire&tional antenna is used t"e 'ase station is att"e &enter of ea&" &ell as s"o!n 8 in Figure 5D. 8 'asestation !it" an o#nidire&tional antenna &oers onl% one &ell.

8n o#niantenna &an proide o#nidire&tional &oerage!"i&" saes 'ase station &onstru&tion &ost. 4"e o#niantenna "as lo! gain and poor antiinterferen&e &apa'ilit%.

ire&tional antenna

f a dire&tional antenna is used t"e 'ase station is at t"einterse&tion of t"ree &ells as s"o!n C in Figure 5D. =u&" a'ase station &oers t"ree adja&ent &ells t"at is it &ontains at

least t"ree 4RGs. n general a 'ase station in t"e se&ond?ind of net!or? is &alled a site. 8 site !it" a dire&tional

antenna &oers t"ree &ells.

4"e dire&tional antenna is used to ensure &o#pre"ensie

&oerage !it" "ig" gain and strong antiinterferen&e&apa'ilit%.

. I G $ # 76 / C L L SC! M AT I C D I AG #AM

4"ere are t!o t%pes of sites*

4%pe =ite

(! onfidential and (roprietar% nfor#ation of 4 R(R84:


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"apter 6 Q :et!or?ing Aodes and onfiguration

t is an o#nidire&tional &ell t"at is all t"e &arriers of t"e

site sere t"e 4%pe &ell.

=4%pe =ite

t refers to a se&tored &ell. For t%pi&al operations t"reese&tor site is preferred t"at is ea&" site "as t"ree se&tors.

Figure 55s"o!s t"e t!o #odels.

. I G $ # 77 / T% " S ' . S I T S

Con2i!uration Princi#les

f a&tie/stand'% AC is re$uired &onfigure t!o ACsot"er!ise &onfigure one AC. C #ust 'e &onfigured.

For 4RU and 8A sele&t different unit/'oard a&&ording todifferent !or?ing fre$uen&% as des&ri'ed in 4a'le D2.

TABL 6& / M ' D$L S . ' # D I . . # (T . # ; $ (CI S

re5uency /an%s D#R4 CD4 CD4 C4 CN4

900 A>z 4RUB UB UB UB :UB

1,00 A>z 4RU U U U :

1900 A>z 4RU( U( U( U( :(

,50 A>z 4RUA U U U :

U/2 :U/3 and :U/D #ust 'e pla&ed at t"e lo&ation

#ar?ed in Figure 56.

onfidential and (roprietar% nfor#ation of 4 R(R84: ("

Mo%ule

Selection

Mo%ule

'lacement


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. I G $ # 7 / L ' CAT I ' ( ' . C$5& C($5* A(D C($56

GB10 C,01, +E1.00- "as arious &onfiguration #odes !it"different &o#'inations. 8ll &onfigurations are 'ased on userre$uire#ents and net!or? planning. 8 site is t%pi&all% &onfiguredas an o#nidire&tional site +t%pe site !ritten in t"e for# )-1se&tor site +=t%pe site !riting in t"e for# =)- 2se&tor site

+=t%pe site !riting in t"e for# =)/)- or 3se&tor site +!rittenin t"e for# =)/)/)-. Usuall% =t%pe site &onfiguration is t"e&o#'ination of t%pe site &onfigurations.

(# onfidential and (roprietar% nfor#ation of 4 R(R84:

Confiuration

Specification


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"apter 6 Q :et!or?ing Aodes and onfiguration

Con2i!uration Eam#les o2 Variousite T#es

O4T#e ite Con2i!uration Eam#les

onfigurations of 1/2/D/6/,t%pe sites are introdu&ed

"ere.

For 1t%pe site &onfiguration 4RU !or?s in (4 #ode ea&"&ell "aing t!o Us to realize Ddiersit% re&eption as s"o!nin Figure 57. 1t%pe site &onfiguration &an also adopt t!o

US4A8 for future &apa&it% e)pansion as s"o!n in Figure 5,.

. I G $ # 79 / '1 -T% " S I T C' (. I G $#AT I ' ( A(D L ' G I CAL C ' (( CT I ' (S 2&CD$ S 4

onfidential and (roprietar% nfor#ation of 4 R(R84: ($

1=#ype Site


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. I G $ # 78 - '1 -T%" S I T C ' (. I G $#AT I ' ( A(D L' G I CAL C' (( CT I ' (S 2CD$ETMA4

For 2t%pe site &onfiguration ea&" &ell "as t!o Us. 4"e&onfiguration "as t!o t%pes* t"roug" &o#'iner and not t"roug"&o#'iner as s"o!n in Figure 59 and Figure 60. 8dopting&o#'iner fa&ilitates future &apa&it% e)pansion. >o!eer if itre$uires e)panding &ell &oerage &o#'iner !ill not 'e usedt"at is t"e t!o 4G outputs of 4RU are &onne&ted !it" 4G port

ZXG10 B8018 (V1.00) in-Door Base Transceiver Station Technical Manual

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