IP RAN Deployment Guide

8/20/2019 IP RAN Deployment Guide

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Ehu

Document

Code

Product

Name

WCDMA RNC&NodeB

Intended

Audience

INTERNAL Product

Version

V200R0010

Department WCDMA UMTS

Maintenance Dept

Document

Version

IPRAN Deployment Guide V210

Prepared by Transport Tea o! UMTS

Maintenance Dept

Date 200"#0"#2$

Reie!ed by Transport Tea o! UMTS

Maintenance Dept

Date 200"#0"#2$

Reie!ed by Transport Tea o! UMTS

Maintenance Dept

Date 200"#0"#2$

Approed by Date

"ua!ei #echnolo$ies Co%& 'td%

All ri$hts resered


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IPRAN Deployment Guide

INTERNAL

Reision Record

Date Reision

Version

Description Author

200"#0%#1% V10 Initia' dra!t Transport Tea o!

UMTS Maintenance

Dept

200"#0"#01 V11 Modi!ied on t(e )asis o! test and re*ie+

res,'ts

Transport Tea o!

UMTS Maintenance

Dept

200"#0"#21 V12 Modi!ied on t(e )asis o! re*ie+ res,'ts

)- Maintenance Dept

Transport Tea o!

UMTS MaintenanceDept


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INTERNAL

Contents

200"#0.#1/ ,a+ei Con!identia' ae 2 o! 133


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Ta)'esTa)'e 21ard+are re4,ireents 12

Ta)'e 22Version re4,ireent 13

Ta)'e 23Coparison o! RNC I inter!ace )oards 13

Ta)'e 2/5,nctions o! NodeB I transission )oards 1$



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INTERNAL

5i,res

5i,re 11 !rae !orat "

5i,re 12IC copression rane "

5i,re 13osition o! t(e M3UA in eac( inter!ace protoco' stac6 1%

5i,re 1/rincip'e o! ,'ti#(oe 1"

5i,re 1$D7SD#)ased IRAN L2 net+or6in 2/

5i,re 1%SD#)ased IRAN L2 net+or6in 2/

5i,re 18MST#)ased IRAN L2 net+or6in 2$

5i,re 1"Data net+or6#)ased IRAN L2 net+or6in 2%

5i,re 1.L3 net+or6in o! RNC direct'- connectin to one ro,ter 28

5i,re 110L3 net+or6in o! RNC direct'- connectin to t+o ro,ters 2"

5i,re 111L3 net+or6in +it( t(e 'oad s(arin 2.

5i,re 112IRAN net+or6in in t(e (-)rid transport # I,) 30

5i,re 113IRAN net+or6in in t(e ATM7I d,a'#stac6 transport # I,) 315i,re 11/ I,) inter!ace protoco' stac6 /2

5i,re 11$I p'annin o! Et(ernet#)ased L3 net+or6in /8

5i,re 11%I RAN (-)rid transport net+or6in $2

5i,re 118I p'annin o! Et(ernet#)ased L3 net+or6in $3

5i,re 11"E1#)ased I p'annin $3

5i,re 11.D,a' stac6 transport net+or6in$.

5i,re 120ATM con!i,ration p'annin$.5i,re 121I address p'annin !or 'a-er 3 net+or6in o*er Et(ernet %0

5i,re 122I address p'annin !or 'a-er 2 net+or6in o*er Et(ernet %0

5i,re 123I protoco' stac6 o! IU#S inter!ace.2

5i,re 12/I protoco' stac6 o! IU#CS inter!ace.3

5i,re 12$I protoco' stac6 o! IUR inter!ace.3

5i,re 12%IUS data p'annin ./

5i,re 128S#IS trans!er net+or6in .$

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INTERNAL

5i,re 12"AS#S9 direct connection net+or6in .%

5i,re 12.AS#S9 trans!er net+or6in .%

5i,re 130IUCS data p'annin 100

5i,re 131IUR data p'annin 10/

5i,re 132Maintainin NodeB )- t(e M2000 T(ro,( t(e RNC113

5i,re 133Maintainin t(e NodeB direct'- )- t(e M2000 11%

5i,re 13/Initia' address app'ication in t(e scenario +it(o,t ,sin DC Re'a- 121

5i,re 13$Ser*er#C'ient net+or6in +it( ,sin t(e Re'a- 122

5i,re 13%Initia' address app'ication in t(e scenario ,sin t(e DC Re'a- 122

5i,re 1389enera' process o! NodeB reote so!t+are de), 123

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INTERNAL

IRAN Dep'o-ent 9,ide

:e-+ords; IRAN< < 5E< SCT< IAT

A)stract; T(is doc,ent descri)es t(e )asic princip'e< )asic net+or6in< dep'o-ent

preparation< )asic con!i,ration proced,re< preca,tions< princip'es and con!i,rations o!

t(e DC reote de),in o! t(e WCDMA IRAN

T(e in!oration in t(is doc,ent is !or t(e interna' ,se on'- and cannot )e ,sed as t(e )asis !or

t(e rep'- to a c,stoer or Mar6et Dept

Acron-s and A))re*iations;

A))re*iations 5,'' Nae

PPP Point(to(Point Protocol

D"CP Dynamic "ost Con)i$urationProtocol

*+P, *pen +hortest Path ,irst

RIP Route In)ormation Protocol

I+I+ Intermediate +ystem(Intermediate +ystem

-,. -ei$hted ,air .ueuin$

Chapter 1 *erie!

11 Introd,ction to t(e V210 IRAN

In V210< t(e I,)< I,r< and I, inter!aces are carried o*er t(e I transport net+or6 Anoperator can ,se t(e e=istin I net+or6s !or t(e transport e=pansion T(e net+or6constr,ction cost is sa*ed In addition< t(e I net+or6 pro*ides a *ariet- o! accessodes and pro*ides t(e s,!!icient transport )and+idt( !or (i( speed data ser*ices

>!or e=ap'e< SDA?

200"#0.#1/ ,a+ei Con!identia' ae % o! 133


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Wit( t(e coparison to V1" and V2.< t(e ne+ IRAN !,nctions in t(e V210 are as!o''o+s;

111 5 MU@

1 rincip'es

T(e !rae protoco' ,'tip'e=in >5MU@? ,'tip'e=es se*era' sa'' 5 DU!raes >s,)#!rae? t(at s(o,'d )e transitted independent'- to one UD7I !rae(eader As a res,'t< a n,)er o! UD7I (eaders are sa*ed ence< t(e transporte!!icienc- increases

T(e 5 MU@ is app'ica)'e to on'- t(e ,ser p'ane in t(e IRAN I,) inter!ace

2 rotoco'

T(e 5 MU@ is t(e protoco' de!ined )- ,a+ei

3 Coand

77At t(e RNC side;

ADD IAT; 5MU@ES< SUB5RLEN128< MA@5RAMELEN280< 5TIME2

/y de)ault& the ,P is disabled%

A)ter the ,P is enabled& the de)ault parameters are as )ollo!s3

5M,= a=i, s,) !rae 'ent( >SUB5RLEN?128B-tes

5M,= a=i, ,'tip'e=in !rae 'ent( >MA@5RAMELEN?128B-tes

M,'tip'e=in a=i, de'a- >5TIME? 2s

77 At t(e NodeB side;

ADD IAT; SRN0< SN%< SBTBASEBARD< TET<

FNRSC9RDISABLE< 5MU@SWITCENABLE< SUB5RAMELEN128<5RAMELEN2805RAMELEN?128B-tes

M,'tip'e=in a=i, de'a- >TIMER? 1s



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112 IRAN eader Copression

1 rincip'es

T(e IRAN (eader copression ipro*es t(e transport e!!icienc- )- copressinpartia' !ie'ds o! !raes

5i,re 11 !rae !orat

T(e !rae (eader copression a'orit( ip'eents t(e !o''o+in;

Address and contro' !ie'd copression >AC5C?; T(e address and contro' !ie'dis t(e constant *a',e >0@5503? and is not transported e*er- tie A!ter t(e 'in6 is con!i,red +it( t(e Lin6 Contro' rotoco' >LC?< t(e s,)se4,entpac6et address and contro' !ie'ds can )e copressed

rotoco' !ie'd copression >5C?; T(e 5C can copress t+o#)-te protoco'!ie'd to one )-te T(e s-ste G,des +(et(er t(e protoco' !ie'd is one )-te ort+o )-tes accordin to t(e 'ast sini!icant )it >LSB? o! t(e !irst )-te in t(eprotoco' !ie'd I! t(e LSB is 1< it indicates t(at t(e protoco' !ie'd is t+o )-tes in'ent( I! t(e LSB is 0< it indicates t(at t(e protoco' !ie'd is on'- one )-te in'ent( 5or e=ap'e< t(e !irst )-te o! t(e protoco' !ie'd is 0=00< it can )e

copressed I eader Copression >IC?; T(e IC copresses t(e I7UD (eader o!

t(e !rae

Compressionrange

PPP

headerIP header UDP

header

Application

dataPPP tail

5i,re 12 IC copression rane

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IC princip'es;

1? T(e (eader !ie'd reainin ,nc(aned is not carried in eac( pac6et t(at issent T(e (eader !ie'd c(aned accordin to t(e desinated ode can )erep'aced )- !e+er )its

2? I! t(e (eader conte=t o! t(e pac6et strea is esta)'is(ed at )ot( ends o! a'in6< on'- t(e c(aned (eader !ie'd and t(e correspondin conte=t ta aretrans!erred T(e oriina' (eader can )e reco*ered accordin to t(e conte=tand c(aned !ie'ds

Ters;

Conte=t; It is t(e stat,s ta)'e o! t(e s-nc(roniHation aintenance o! t(e sae

pac6et strea )- t(e copresser and decopresser T(e copresser ,ses itto copress t(e pac6et (eader T(e decopresser ,ses it to reco*er t(ecopressed pac6et (eader

2 rotoco'

AC5C; R5C 1%%1

5C; R5C 1%%1

IC; R5C 2$08 and R5C 3$//

3 Coand

At t(e RNC side;

ADD LN:; MU@Disa)'e< ICUD7IC< 5CEna)'e< AC5CEna)'e

/y de)ault& three al$orithms are enabled%

At t(e NodeB side;

ADD LN:; ICENABLE< 5CENABLE< AC5CENABLE

/y de)ault& three al$orithms are enabled%

113 IRAN 5a,'t Detection

1 rincip'es

At present< t(e RNC s,pports t(e AR detection and B5D detection !or detectint(e transport 'in6 !ro t(e RNC to t(e peer e4,ipent;

Address reso',tion protoco' >AR? detection

T(e s-ste deterines t(e contin,it- o! t(e 'in6 accordin to t(e response o! t(e

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peer e4,ipent )- sendin AR re4,ests to t(e peer e4,ipent E*er- t(e !i=edd,ration< t(e RNC constr,cts an AR re4,est pac6et to send to t(e net+or6 T(e

destination address o! t(e pac6et is t(e peer address to )e detected T(e RNCdeterines t(e contin,it- o! t(e 'in6 )- G,din +(et(er t(e response !ro t(edestination address is recei*ed

T(e AR detection is app'ica)'e to on'- t(e direct connection detection +(ose )ot(ends are on t(e sae net+or6 seent

5eat,res o! t(e AR detection are as !o''o+s;

T(e AR is t(e )asic protoco'< +it(o,t dependin on t(e peer e4,ipent T(edetection starts at one sin'e end

T(e detection state is re'ated to t(e port state T(e port s+itc(o*er is trieredi! a !a,'t is detected T(e s-ste de'etes t(e ro,te +(ose detection address ist(e ne=t (op T(e ,pper 'a-er ser*ice se'ects ot(er a*ai'a)'e c(anne's

T(e AR detection s,pports t(e independent port detection< on'- acti*e portdetection< and acti*e7stand)- port si,'taneo,s detection

W(en t(e acti*e and stand)- ports are detected at t(e sae tie< t(e Iaddress o! t(e acti*e and stand)- ports s(o,'d not )e on t(e sae net+or6seent

Bidirectiona' !or+ardin detection >B5D?

T(e et(od o! t(e B5D detectin t(e 'in6 contin,it-; T(e s-ste oriinates t(e(ands(a6e pac6ets !ro )ot( ends and deterines t(e 'in6 contin,it- accordin tot(e (ands(a6e res,'t >s,ccess or !ai',re?

T(e V210 RNC ip'eents t(e sin'e#(op B5D >SB5D? and ,'ti#(op B5D>MB5D?;

SB5D;

T(e SB5D is app'ica)'e to on'- t(e direct connection detection +(ose )ot( endsare on t(e sae net+or6 seent< +(ic( is t(e sae as t(e AR detection T(e!eat,res o! t(e SB5D are as !o''o+s;

T(e )ot( ends ,st start at t(e sae tie T(e detection d,ration at )ot(ends ,st )e con!i,red to )e e4,i*a'ent At present< on'- t(e as-nc(rono,sode is s,pported

T(e detection state is re'ated to t(e port state T(e port s+itc(o*er is trieredi! a !a,'t is detected T(e s-ste de'etes t(e ro,te +(ose detection address ist(e ne=t (op T(e ,pper 'a-er ser*ice se'ects ot(er a*ai'a)'e c(anne's

T(e independent port detection is s,pported n'- t(e acti*e port is detected

T(e acti*e7stand)- port si,'taneo,s detection is not s,pported



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MB5D;

T(e MB5D is app'ica)'e to t(e non direct connection end#to#end detection in t(escenario +(ere sina's pass ore t(an one net+or6 nodes T(e !eat,res o! t(eMB5D are as !o''o+s;

T(e )ot( ends ,st start at t(e sae tie T(e detection d,ration at )ot(ends ,st )e con!i,red to )e e4,i*a'ent At present< on'- t(e as-nc(rono,sode is s,pported

T(e detection state is not associated I! a !a,'t is detected< on'- an a'ar isreported

T(e MB5D does not depend on a port T(e I >DEVI or ETI? o! t(e acti*e

and stand)- )oards can )e ,sed as t(e 'oca' address o! t(e ,'ti#(op B5D Inaddition< t(e peer I address and an- 'oca' I address s(o,'d not )e on t(esae net+or6 seent

2 rotoco'

AR protoco' and B5D protoco'

3 Coands

/y de)ault& ARP detection& +/,D& or /,D is disabled%

AR detection >t(ree odes?

1? Acti*e7stand)- port si,'taneo,s detection

STR 9ATEWAC:; SRN0< SN1/< C:TE AR< N0<MDEREDRT< 9ATEWA100101020< BA:I100102010<BA:MAS:2$$2$$2$$0< BA:9ATEWA100102020< ARTIMEUT3< ARRETR3

2? Acti*e port detection

STR 9ATEWAC:; SRN0< SN1/< C:TE AR< N0


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ARRETR; 3 ties

SB5D

1? Independent port detection

STR 9ATEWAC:; SRN0< SN1/< C:TESB5D< N0<MDEINDRT< 9ATEWA100101020< MINT@INT30< MINR@INT30<B5DDETECTCUNT3

2? Acti*e port detection

STR 9ATEWAC:; SRN0< SN1/< C:TESB5D< N0<MDERIMARC:NL< 9ATEWA100101020< MINT@INT30<MINR@INT30< B5DDETECTCUNT3

MB5D

STR 9ATEWAC:; SRN0< SN1/< C:TEMB5D<MB5DLCALI100101010< 9ATEWA100202020< MINT@INT30<MINR@INT30< B5DDETECTCUNT3

T(e de!a,'t paraeters o! t(e B5D are as !o''o+s;

Min inter*a' o! B5D pac6et send >MINT@INT?; 30 s

Min inter*a' o! B5D pac6et recei*e >MINT@INT?; 30 s

B5DDETECTCUNT; 3 ties

12 A*ai'a)i'it-

121 Re4,ireents !or NEs

T(e I !eat,re re4,ires t(e coordination o! t(e NodeB< RNC< and CN Ta)'e 1#1'ists t(e data con!i,ration re4,ireents !or t(ese NEs T(e s-)o' JKJ indicates

t(at t(e NE is re4,ired

Ta)'e 21 ard+are re4,ireents

I !eat,rere4,ireent

NodeB RNC CN

Data con!i,ration K K K

ard+arere4,ireents

WMT7UTR EUa7Ua7UIaI7592a79Ua



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122 S,pportin Versions

Ta)'e 22 Version re4,ireent

Product +upportin$ Version

RNC /+C4510 BSC%"10V200R010C01B0$1 and 'ater

Node/ D/+6564 V200R010C01B0/0 and 'ater

/#+65647 /#+6564A V200R010C02B0/0 and 'ater

CE

2000

123 t(er S,pport

1 RNC side

I! t(e I RAN !eat,re is re4,ired< t(e correspondin I inter!ace )oards s(o,'d )eadded at t(e RNC and NodeB sides At t(e RNC side< t(e inter!ace )oardss,pportin t(e I inter!ace are as !o''o+s;

592a; RNC pac6et o*er e'ectronic "#port 5E or 2#port 9E Et(ernet Inter!ace

,nit REV;a 9Ua; RNC 2#port pac6et o*er ptica' 9E Et(ernet Inter!ace Unit REV;a

EUa; RNC 32#port ac6et o*er E17T17F1 Inter!ace Unit REV;a

UIaI; RNC /#port ac6et o*er Unc(anne'iHed ptica' STM#17C#3c Inter!ace

,nit REV;a

Ua; RNC 2#port pac6et o*er c(anne'iHed ptica' STM#17C#3 Inter!ace Unit

REV;a

T(e !o''o+in ta)'e descri)es t(e !eat,res and !,nctions o! t(ese )oards

Ta)'e 23 Coparison o! RNC I inter!ace )oards

/oard #ype Description

592a Ena)'in I o*er Et(ernet

ro*idin ei(t 5E ports and t+o 9E e'ectrica' ports

ro*idin I o*er 5E79E

S,pportin inter!aces s,c( as I,#CS< I,#S< I,#BC< I,r< and I,)



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9Ua Ena)'in I o*er Et(ernet

ro*idin t+o 9E optica' ports

ro*idin I o*er 9E


EUa S,pportin I o*er E17T17F1

ro*idin 32 c(anne's o! I o*er 7ML o*er E17T1

ro*idin 12" 'in6s or %/ ML ro,ps< eac( ML ro,p

containin " ML 'in6s

ro*idin t(e !ractiona' I !,nction

ro*idin t(e ties'ot cross#connection )tainin c'oc6 sina's !ro t(e I, inter!ace and e=portin tiin sina's to

t(e 9CUa79C9a )oard

E=portin tiin sina's to t(e NodeB

S,pportin inter!aces s,c( as I,#CS< I,r< and I,)

UIaI ro*idin / ,nc(anne'iHed STM#17C#3c optica' inter!aces

S,pportin I o*er SD7SNET

S,pportin >LC7NC7IC?7MU@ protoco'


)tainin c'oc6 sina's !ro t(e I, inter!ace and e=portin t(e c'oc6

sina's to t(e 9CUa79C9a )oard

E=portin c'oc6 sina's to t(e NodeB

Ua ro*idin t+o optica' inter!aces o*er c(anne'iHed optica' STM#17C#3

transission )ased on I protoco's

S,pportin I o*er E17T1 o*er SD7SNET

ro*idin M,'ti#Lin6 In E1 transission ode< /2 ML ro,ps are

pro*ided< and in T1 transission ode< %/ ML ro,ps are pro*ided ro*idin 12% E1s or 1%" T1s

S,pportin inter!aces s,c( as I,#CS< I,r< and I,)

)tainin c'oc6 sina's !ro t(e I, inter!ace and e=portin t(e c'oc6

sina's to t(e 9CUa79C9a )oard

E=portin tiin sina's to t(e NodeB

2 At t(e NodeB side;

In V210< )oards s,pportin t(e I transission at t(e NodeB side are as !o''o+s;

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WCDMA Main rocessin & Transission ,nit )oard >WMT?; ro*ides one

/#c(anne' E1 port< one 5E e'ectrica' port< and one 5E optica' port S,pports

ATM and I

Uni*ersa' Transission rocessin ,nit >UTR?; ro*ides " E1s7T1s T(e

)oard s,pports ATM and I protoco's

T(e !o''o+in ta)'e descri)es t(e !,nctions o! t(ese )oards

Ta)'e 2/ 5,nctions o! NodeB I transission )oards

Board T-pe Description

WMT S,pportin I o*er Et(ernet and I o*er E17T17F1

ro*idin one /#c(anne' E1 port< one 5E e'ectrica' port< and one5E optica' port

ro*idin "#c(anne' I o*er 7ML o*er E17T1

ro*idin " 'in6s or / ML ro,ps >eac( ML ro,pcontains ,p to ei(t ML 'in6s?

ro*idin 5ractiona' I !,nction

ro*idin t(e ties'ot cross#connection !,nction

S,pportin t(e 'ine c'oc6 e=traction

S,pportin t(e I,) inter!ace

UTR S,pportin I o*er E17T17F1

ro*idin "#c(anne' E17T1 inter!acesro*idin 1%#c(anne' I o*er 7ML o*er E17T1

ro*idin 1% 'in6s or / ML ro,ps >eac( ML ro,pcontains ,p to 1% ML 'in6s?

ro*idin 5ractiona' I !,nction

ro*idin t(e ties'ot cross#connection !,nction

S,pportin t(e 'ine c'oc6 e=traction

S,pportin t(e I,) inter!ace

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Chapter 2 Introduction to /asic

Protocols

21 M3UA

5i,re 13 osition o! t(e M3UA in eac( inter!ace protoco' stac6

211 rincip'es and Re'e*ant Concepts

MT3 User Adaption La-er >M3UA?; It is t(e adaption 'a-er protoco' o! MT 'e*e'#3,sers T(e M3UA pro*ides t(e con*ersion )et+een t(e sina'in point code >SC?and I address T(e M3UA is app'ica)'e to t(e transission o! t(e SS8 protoco'

)et+een t(e So!tS+itc( and sina'in ate+a- >S9? T(e M3UA s,pports t(etransission o! MT 'e*e'#3 ,ser essae in t(e I net+or6< inc',din ),t not'iited to< ISU< TU< and SCC essaes T(e RANA is t(e SCC ,serprotoco' T(eir essaes are transparent'- transitted in t(e M3UA protoco' 'a-eras t(e SCC pa-'oad

Concepts related to the 6A;

Application serer 8A+9; It ser*es t(e 'oica' entit- o! speci!ic ro,tin 6e-+ordsT(e AS processes t(e ca'' proced,re o! a'' SCN tr,n6s identi!ied )- SS8 SI< DC<C< and CIC T(e AS contains a ro,p o! ,ni4,e AS process< aon t(e< one

or t+o are in t(e acti*e state

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INTERNAL

Application serer process 8A+P9; It is t(e process instance o! t(e AS ne AS!,nctions as one acti*e or stand)- process o! t(e AS ne AS contains one

SCT endpoint and a- )e con!i,red to process sina'in ser*ices in one orore ASs

IP serer process 8IP+P9; It is t(e process instance )ased on t(e I app'icationEssentia''-< t(e IS is t(e sae as t(e AS T(e IS ,ses t(e point to pointM3UA< instead o! S9 ser*ices

+i$nalin$ $ate!ay 8+G9; It is t(e sina'in pro=- !or recei*in and sendinsina'in essaes at t(e ede )et+een t(e SS8 net+or6 and I net+or6

+i$nalin$ $ate!ay process 8+GP9; It is an instance o! t(e sina'in ate+a-process T(e S9 is t(e acti*ation< )ac6,p< 'oad#s(arin< or )roadcast process o!

t(e sina'in ate+a-

+!itched Circuit Net!or: 8+CN9; It is t(e net+or6 carr-in ser*ices )- ,sin t(ec(anne' +it( t(e pre#de!ined )and+idt(

edia $ate!ay 8G9; W(en a edia strea !'o+s !ro t(e SCN to t(e Snet+or6< t(e M9 terinates t(e SCN edia strea and pac6s edia data >i!edia data is not )ased on t(e data pac6et !or?< and trans!ers t(e pac6ed ser*iceto t(e pac6et#)ased net+or6 W(en a edia strea !'o+s !ro t(e S net+or6 tot(e SCN< t(e s-ste ip'eents t(e re*ersa' proced,re

edia $ate!ay controller 8GC9; T(e M9C is responsi)'e !or processin t(ereso,rce reistration and anaeent on t(e M9

212 5,nctions o! t(e M3UA

5,nctions o! t(e M3UA are as !o''o+s;

S,pportin t(e transport o! a'' MT3 ,ser essae >ISU< TU< or SCC?

S,pportin t(e sea'ess interaction o! t(e sae MT3 ,ser protoco' indi!!erent net+or6s >!or e=ap'e< t(e interaction )et+een t(e ISU in t(e SCN

and t(e ISU in t(e I net+or6?

S,pportin t(e SCT connection and ser*ice anaeent )et+een t(e S9and M9C >or t(e data)ase in t(e I net+or6?< and )et+een ISs

S,pportin t(e red,ndanc- protection >acti*e7stand)- connection or 'oads(arin? )et+een t(e S9 and M9C >or t(e data)ase in t(e I net+or6?< and)et+een ISs

S,pportin t(e inter+or6in capa)i'it- o! t(e MT3 net+or6 anaeent!,nction and address trans'ation appin >SS8#I?

S,pportin t(e red,ndanc- anaeent< SCT strea appin< and



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INTERNAL

conestion contro'

S,pportin t(e sea'ess net+or6 anaeent interaction and acti*econnection contro'

213 rotoco'

R5C 3332

21/ Con!i,ration Se4,ence at t(e RNC Side

T(e con!i,ration se4,ence at t(e RNC side is as !o''o+s;

>C ## N8DC ?## M3LE ## M3DE ## M3L:S ## M3RT ## M3LN:

22 SCT

5or t(e SCT princip'es< see V15 Deployment Guide T(is section descri)es t(e,'ti#(oed SCT

221 rincip'es o! M,'ti#oed SCT

T(e ,'ti#(oed SCT eans t(at one de*ice (as ,'tip'e I addresses

5i,re 1/ rincip'e o! ,'ti#(oe

Path; It is t(e ro,te o! data transission In t(e I net+or6< t(e transission pat( isre'ated to t(e destination I address and t(e so,rce I address Act,a''-< a pat( is

deterined )- t(e destination address and so,rce address T(e SCT s,pports t(e

200"#0.#1/ ,a+ei Con!identia' ae 1" o! 133


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INTERNAL

,'ti#(oe< t(at is< ,'tip'e I addresses can )e ,sed !or t(e transport T(econser*ati*e po'ic- is ,sed In t(e case o! t(e connection set,p< t(e s-ste se'ects

one acti*e pat( >acti*e so,rce address and acti*e destination address? !or t(etransport W(en t(e acti*e pat( is ,nreac(a)'e or t(e retransission is re4,ired<anot(er pat( is ,sed

ulti(homed endpoint; In one endpoint< i! ,'tip'e transport addresses are ,sed ast(e destination address< t(e endpoint is considered as t(e ,'ti#(oed endpoint

222 SCT D,a'#oed Mec(anis S,pported )- t(e RNC

T(e ,'ti#(oed SCT s,pported )- V210 RNC re!ers to t+o 'oca' addresses andt+o peer addresses As s(o+n in 5i,re 2#2< t(e 'oca' s-ste (as I A and I B< and

t(e peer s-ste (as I 1 and I 2

Actie destination address3

T(e at( is aintained )- aintainin t(e state o! t(e destination address In t(e caseo! ,'tip'e destination addresses< one acti*e destination address is aintained T(eacti*e destination address is pre!erred !or sendin data

aintenance path3

At present< on'- t+o aintenance pat(s are a*ai'a)'e W(en one is ,na*ai'a)'e< t(es-ste !inds t(e ne=t a*ai'a)'e pat( t(ro,( sendin t(e (eart)eat In t(e pat( t(at isnot aintained< t(e s-ste does not send t(e (eart)eat acti*e'-

223 rotoco'

5or t(e re'e*ant protoco'< see t(e R5C2.%0 5or t(e d,a'#(oed SCT< see %/M,'ti#(oed SCT Endpoints

23 t(ers

5or t(e princip'es o! t(e TC< UD< < AR< NAT< VLAN< and TRACERT< seeV18 Deployment Guide

200"#0.#1/ ,a+ei Con!identia' ae 1. o! 133


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INTERNAL

Chapter 6 Introduction to the Net!or:in$

31 V2 Bac6,p o'ic-

311 Bac6,p Mode at t(e RNC Side

T+o )ac6,p odes are a*ai'a)'e in t(e RNC; )oard )ac6,p and port )ac6,p

Board )ac6,p

In t(e )oard )ac6,p ode< one )oard is acti*e and t(e ot(er is stand)- T(e ser*icecan )e processed )- t(e acti*e )oard or )- acti*e and stand)- )oards W(en t(e acti*e)oard is !a,'t-< t(e RNC a,toatica''- oriinates t(e s+itc(o*er o! t(e acti*e7stand)-)oards

ort )ac6,p

In t(e port )ac6,p ode< one port is acti*e and t(e ot(er is stand)- Ser*ices aretransported t(ro,( t(e acti*e port on'- W(en t(e acti*e port is !a,'t-< t(e RNCa,toatica''- oriinates t(e s+itc(o*er o! t(e acti*e7stand)- ports

1 Board )ac6,p ode

Wit( t(e coparison to V2.< t(e )oard )ac6,p and port )ac6,p in V210 areindependent I! on'- t(e )oard )ac6,p is con!i,red< +it(o,t con!i,rin t(e port)ac6,p< t(e )oard is s+itc(ed o*er on'- +(en t(e )oard is !a,'t-

In t(e )oard )ac6,p ode< one )oard is acti*e and t(e ot(er is stand)- T(e ser*ice

can )e processed )- t(e acti*e )oard or )- acti*e and stand)- )oards >t(at is< t(e)oard is in t(e acti*e7stand)- ode and t(e port is in t(e 'oad s(arin ode?

W(en t(e acti*e )oard is !a,'t-< t(e RNC a,toatica''- oriinates t(e s+itc(o*er o!acti*e7stand)- )oard

o, can set t(e )oard )ac6,p re'ation )- r,nnin ADD /RD I! /ac:up is set to ;es<t(e )oard )ac6,p app'ies

2 ort )ac6,p ode

592a and 9Ua )oards



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INTERNAL

W(en t(e acti*e7stand)- s'ots in t(e RNC s,)rac6 are con!i,red +it( t+o 592a79Ua)oards< t+o 592a79Ua )oards can )e set to /oard bac:up


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INTERNAL

312 NodeB Side

1 NodeB s,pports on'- t(e )oard )ac6,p ode< +it(o,t s,pportin t(e port )ac6,p ode

In t(e )oard )ac6,p ode< data is con!i,red and processed on'- in t(e acti*e)oard< and t(e stand)- )oard is in t(e onitorin stat,s W(en a'' ,sed p(-sica''in6s in t(e acti*e )oard is in t(e ,na*ai'a)'e state >5or e=ap'e< E1 (as t(e LSa'ar and t(e 5E port is DWN? and a p(-sica' 'in6 is a*ai'a)'e in t(e stand)-)oard< t(e )oard can )e s+itc(ed o*er In t(e case o! t(e s+itc(o*er< t(e acti*eand stand)- )oards are restarted W(en t(e con!i,rations o! t(e acti*e )oard are'oaded to t(e stand)- )oard< t(e stand)- )oard is ,praded to t(e acti*e )oard Int(e case o! t(e s+itc(o*er< t(e ser*ice is interr,pted

In t(e con!i,ration o! t(e )oard )ac6,p ode< on'- t(e CME can )e ,sed toenerate t(e con!i,ration !i'e To 4,er- t(e c,rrent )oard ode< r,n '+# I/GRPin t(e LMT I! t(e )oard is not con!i,red to t(e acti*e7stand)- ode< -o, canper!or con!i,rations )- r,nnin coands T(e speci!ic con!i,ration odesare as !o''o+s;



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INTERNAL

32 Coon Net+or6in Modes

321 La-er#2 Net+or6in Mode

T(e RNC is connected to t(e NodeB >I,) inter!ace? t(ro,( t(e LAN T(e RNC is



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INTERNAL

connected to t(e S9SN >I, inter!ace? t(ro,( t(e LAN T(e RNC is connected to t(eRNC >I,r inter!ace? t(ro,( t(e LAN T(e inter!ace address o! eac( NE is on t(e sae

net+or6 seent

Accordin to t(e transport edia< t(e !o''o+in net+or6 odes are a*ai'a)'e;

1 I o*er E17T1 o*er D7SD >I,) inter!ace?

5i,re 1$ D7SD#)ased IRAN L2 net+or6in

T(e RNC and NodeB access t(e transport net+or6 t(ro,( t(e E17T1 T(edata is transitted in t(e I o*er ML or o*er E17T1 ode

T(e NodeB can o)tain t(e 'ine c'oc6 o*er E17T1

Bac6,p ode; T(e EUa is set to acti*e7stand)- )oard )- r,nnin ADD /RDT(e acti*e7stand)- EUa )oard is connected to t(e peer e4,ipent t(ro,( t(e #s(aped E17T1 ca)'e

T(e RNC and NodeB ,se t(e (eader copression a'orit( to ipro*e t(etransport e!!icienc-

2 I o*er SD >I,) inter!ace?

5i,re 1% SD#)ased IRAN L2 net+or6in

T(e RNC accesses t(e transport net+or6 t(ro,( t(e c(anne'iHed STM#1 ont(e Ua T(e NodeB accesses t(e transport net+or6 t(ro,( t(e E17T1 T(e data is

200"#0.#1/ ,a+ei Con!identia' ae 2/ o! 133


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INTERNAL

transitted in I o*er ML or o*er E17T1 ode

NodeB can o)tain t(e 'ine c'oc6 o*er E17T1

Bac6,p ode; T(e Ua is set to t(e acti*e7stand)- )oard )- r,nnin ADD/RD T(e optica' inter!ace in t(e )oard is set to MS 1;1 or MS 11 )ac6,p ode

T(e RNC and NodeB ,se t(e (eader copression a'orit( to ipro*e t(etransport e!!icienc-

3 MST#)ased I net+or6in >I,) inter!ace?

5i,re 18 MST#)ased IRAN L2 net+or6in

T(e RNC accesses t(e MST net+or6 t(ro,( t(e 9E optica' port o! t(e9Ua )oard or 5E79E e'ectrica' port o! t(e 592a )oard T(e NodeB accesses t(etransport net+or6 t(ro,( t(e 5E e'ectrica' port or optica' port T(e data is transitted int(e I o*er Et(ernet ode

T(e NodeB can e=tract t(e c'oc6 !ro t(e MST net+or6 o*er E17T1< or o)taint(e c'oc6 so,rce !ro t(e 9S7I C'oc6 Ser*er

Bac6,p ode; T(e 592a79Ua is set to t(e acti*e7stand)- )oard< port)ac6,p >Board and port )ac6,p apart? or )oard )ac6,p +(i'e t(e port in t(e 'oad#s(arinode

Transport e!!icienc-; M,'tip'e NodeBs s(are t(e VC Tr,n6 )and+idt( to ,set(e transport net+or6 reso,rces to t(e a=i, e=tent

OoS; T(e RNC and NodeB s,pport t(e appin o! IEEE "021p74< DSC< andVLAN riorit- T(e transport net+or6 s,pports t(e IEEE "021p74 to sc(ed,'e t(e OoS o!di!!erent ser*ices



27/132


INTERNAL

/ Data net+or6#)ased I net+or6in >IUB7IUR7IUCS7IUS?

T(e RNC is connected to t(e NodeB >I,) inter!ace? t(ro,( t(e L2 data net+or6 T(eRNC is connected to t(e S9SN >I, inter!ace? t(ro,( t(e L2 data net+or6 T(e RNC isconnected to t(e RNC >I,r inter!ace? t(ro,( t(e L2 data net+or6 T(e inter!aceaddress o! t(e interconnected NE is on t(e sae net+or6 seent

5i,re 1" Data net+or6#)ased IRAN L2 net+or6in

T(e RNC accesses t(e data net+or6 t(ro,( t(e 9E optica' port o! t(e 9Ua)oard or 5E79E e'ectrica' port o! t(e 592a )oard T(e NodeB7NRNC7M9W7S9SNaccesses t(e L2 data net+or6 t(ro,( t(e 5E e'ectrica' port or optica' port

T(e NodeB can e=tract t(e c'oc6 !ro t(e ATM transport net+or6 o*er E17T1<or o)tain t(e c'oc6 so,rce !ro t(e 9S7I C'oc6 Ser*er

Bac6,p ode; T(e 592a79Ua is set to t(e acti*e7stand)- )oard< port)ac6,p >)oard )ac6,p separated !ro port )ac6,p? or )oard )ac6,p +(i'e t(e port in t(e'oad#s(arin ode

OoS; T(e RNC< NodeB< core net+or6 e4,ipent< and L2 s,pport IEEE"021p74< t(at is< s,pport t(e VLAN and VLAN priorities !or t(e OoS sc(ed,'in o! t(edata net+or6 T(e data net+or6 ,st eet t(e re4,ireents; de'a- /0s< Gitter 1$s<pac6et 'oss ratio 00$P

322 La-er#3 Net+or6in Modes

1 RNC direct'- connectin to one ro,ter

T(e RNC is connected to t(e NodeB >I,) inter!ace? t(ro,( t(e L3 s+itc(in net+or6

200"#0.#1/ ,a+ei Con!identia' ae 2% o! 133


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INTERNAL

T(e RNC is connected to t(e S9SN >I, inter!ace? t(ro,( t(e L3 s+itc(in net+or6T(e RNC is connected to t(e RNC >I,r inter!ace? t(ro,( t(e L3 s+itc(in net+or6 T(e

inter!ace address o! eac( NE is in di!!erent net+or6 seents

5i,re 1. L3 net+or6in o! RNC direct'- connectin to one ro,ter

T(e RNC accesses t(e data net+or6 t(ro,( t(e 9E optica' port o! t(e 9Ua)oard or 5E79E e'ectrica' port o! t(e 592a )oard T(e NodeB7NRNC7M9W7S9SN

accesses t(e transport net+or6 t(ro,( t(e 5E e'ectrica' port or optica' port T(e data istransitted in t(e I o*er Et(ernet ode

T(e NodeB can e=tract t(e c'oc6 o*er E17T1< or o)tain t(e c'oc6 so,rce !rot(e 9S7I C'oc6 Ser*er

Bac6,p ode; T(e 592a79Ua is in t(e )oard )ac6,p and port )ac6,p

T(e acti*e and stand)- ports are connected to t+o ports o! one ro,ter7L3 s+itc( T(et+o ports in t(e ro,ter7L3 s+itc( are con!i,red in t(e sae VLAN ne VLAN inter!aceaddress is con!i,red as t(e RNC ate+a-

OoS; T(e RNC< NodeB< and core net+or6 e4,ipent s,pport t(e appin o!

IEEE "021p74< DSC< and VLAN riorit- T(e data net+or6 s,pports t(e MLS TE<MLS Di!!ser*< I Di!!ser*< and VLAN CS to sc(ed,'e t(e ser*ice OoS T(e datanet+or6 ,st eet t(e re4,ireents; de'a- /0s< Gitter 1$s< pac6et 'oss ratio 00$P



29/132


INTERNAL

2 RNC direct'- connectin to t+o ro,ters

5i,re 110 L3 net+or6in o! RNC direct'- connectin to t+o ro,ters

T(e RNC accesses t(e data net+or6 t(ro,( t(e 9E optica' port o! t(e 9Ua)oard or 5E79E e'ectrica' port o! t(e 592a )oard T(e NodeB7NRNC7M9W7S9SNaccesses t(e transport net+or6 t(ro,( t(e 5E e'ectrica' port or optica' port T(e data istransitted in t(e I o*er Et(ernet ode


Bac6,p ode; T(e 592a79Ua is in t(e )oard )ac6,p and port )ac6,p T(e)oard )ac6,p and port )ac6,p are independent o! eac( ot(er

T(e acti*e and stand)- ports o! RNC are respecti*e'- connected to t+o ports o! t(eacti*e and stand)- Es T(e RNC is connected to t(e data transport net+or6 t(ro,(t(e E

T(e acti*e and stand)- ports o! t(e RNC s(are one I address >I1#1? T+o ports o! t(eacti*e and stand)- E are con!i,red in t(e sae VLAN< +it( t(e con!i,ration o! t(eVRR T(e VRR *irt,a' I >I#0? !,nctions as t(e RNC ate+a-

OoS; T(e RNC< NodeB< and core net+or6 e4,ipent s,pport t(e appin o!IEEE "021p74< DSC< and VLAN riorit- T(e data net+or6 s,pports t(e MLS TE<MLS Di!!ser*< I Di!!ser*< and VLAN CS to sc(ed,'e t(e OoS o! di!!erent ser*icesT(e data net+or6 ,st eet t(e re4,ireents; de'a- /0s< Gitter 1$s< pac6et 'ossratio 00$P

200"#0.#1/ ,a+ei Con!identia' ae 2" o! 133


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INTERNAL

3 Load s(arin

5i,re 111 L3 net+or6in +it( t(e 'oad s(arin

T(e RNC accesses t(e data net+or6 t(ro,( t(e 9E optica' port o! t(e 9Ua)oard or 5E79E e'ectrica' port o! t(e 592a )oard T(e NodeB7NRNC7M9W7S9SNaccesses t(e transport net+or6 t(ro,( t(e 5E e'ectrica' port or optica' port T(e data istransitted in t(e I o*er Et(ernet ode


Bac6,p ode; T(e 592a79Ua is in t(e )oard )ac6,p and t(e port is in t(e'oad s(arin ode T(e do,)'e )and+idt(s are o)tained +it( t(e re'ia)i'it- ,arantee o!t(e )oard and transport

T+o ports o! t(e acti*e and stand)- )oards in t(e 'oad s(arin are connected to t+oro,ters7L3 s+itc( T+o ports in t(e 592a79Ua are respecti*e'- con!i,red +it( t(e Iaddress< +it( t(e correspondin ate+a- in t(e interconnected ro,ter7L3 s+itc(

T(ro,( t(e ro,tin con!i,ration< t(e I 'oad s(arin is ip'eented )et+een an-acti*e 5E79E ports

Ro,te +it( t(e 'oad s(arin; M,'tip'e di!!erent NE@T ro,tes e=ist in t(enet+or6 seent to t(e sae destination

Tra!!ic in t(e ro,te +it( t(e 'oad s(arin is distri),ted on a*erae

T(e 'oad s(arin is in t(e 'oad s(arin ode to ens,re t(e correct tie se4,enceo! ,ser !'o+s

OoS; T(e RNC< NodeB< and core net+or6 e4,ipent s,pport t(e appin o!

IEEE "021p74< DSC< and VLAN riorit- T(e data net+or6 s,pports t(e MLS TE<



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INTERNAL

MLS Di!!ser*< I Di!!ser*< and VLAN CS to sc(ed,'e t(e OoS o! di!!erent ser*icesT(e data net+or6 ,st eet t(e re4,ireents; de'a- /0s< Gitter 1$s< pac6et 'oss

ratio 00$P

323 -)rid Transport Net+or6in

TDMnetwork

Data network

5i,re 112 IRAN net+or6in in t(e (-)rid transport # I,)

T(e I,) inter!ace ,ses t(e transport net+or6 o! di!!erent OoSs to carr-ser*ices o! di!!erent OoSs; T(e ser*ice +it( (i( OoS is transported t(ro,( t(ededicated 'ine T(e ser*ice +it( 'o+ OoS is transported t(ro,( t(e 'o+ cost transportnet+or6 >!or e=ap'e< Et(ernet?

T(e contro' p'ane and rea'#tie ser*ices and M ser*ices are transportedt(ro,( t(e TDM +it( t(e (i( OoS

Non rea'#tie ser*ices are transported t(ro,( t(e data net+or6 +it( 'o+ OoS

T(e RNC accesses t(e data net+or6 t(ro,( t(e 9E optica' port o! t(e 9Ua)oard or 5E79E e'ectrica' port o! t(e 592a )oard T(e NodeB7NRNC7M9W7S9SN

accesses t(e transport net+or6 t(ro,( t(e 5E e'ectrica' port or optica' port T(e data istransitted in I o*er Et(ernet ode

RNC and NodeB access t(e TDM transport net+or6 o*er E17T1 T(e data is transittedin I o*er ML7 o*er E17T1 ode

T(e NodeB can e=tract t(e c'oc6 t(ro,( additiona''- o*er E17T1

Bac6,p ode;

T(e 592a79Ua is in t(e )oard )ac6,p< +it( t(e port )ac6,p or port 'oad s(arin ode

EUa7S7UII is t(e )oard )ac6,p



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INTERNAL

32/ ATM7I D,a'#Stac6 Transport Net+or6in

5i,re 113 IRAN net+or6in in t(e ATM7I d,a'#stac6 transport # I,)

W(en t(e )and+idt( in t(e oriina' ATM net+or6in is de!icient >in t(e case o!t(e SDA7SUA?< t(e I transport net+or6 can )e e=tended T(e transport cost issa*ed and t(e )and+idt( is ipro*ed

T(e oriina' ATM net+or6in reains ,nc(aned T(e RNC and NodeBaccess t(e TDM transport net+or6 t(ro,( t(e E17T1

T(e RNC and NodeB access t(e data transport net+or6 t(ro,( t(e ne+ I

inter!ace )oard T(e RNC accesses t(e data net+or6 t(ro,( t(e 9E optica' port o! t(e9Ua )oard or 5E79E e'ectrica' port o! t(e 592a )oard T(eNodeB7NRNC7M9W7S9SN accesses t(e transport net+or6 t(ro,( t(e 5E e'ectrica'port or optica' port T(e data is transitted in I o*er Et(ernet ode

T(e NodeB can e=tract t(e c'oc6 o*er E17T1

Bac6,p ode; see L2 data net+or6in and L3 data net+or6in

OoS; T(e contro' p'ane and rea'#tie ser*ices and M ser*ices aretransported t(ro,( t(e ATM T(e non rea'#tie ser*ice is transported t(ro,( t(e I

33 Bac6,p Constraint

331 RNC

1? In t(e separate ode< t(e ro,te ,st )e con!i,red in e*en s'ots

2? T(e )ac6,p ode s(o,'d not )e con!i,red in odd s'ots

3? A!ter t(e acti*e7stand)- Et(ernet ports are con!i,red< t(e correspondin



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INTERNAL

ports o! t(e acti*e7stand)- )oards !,nction as t(e acti*e7stand)- ports

/? T(e )ac6,p port s(o,'d not )e ,sed T(e ate+a- contin,it- c(ec6 can )e

started

$? W(en at 'east eit(er o! t(e acti*e and stand)- ports is con!i,red +it( I

or port contro'< t+o ports are not a''o+ed to )e con!i,red as t(e acti*e

and stand)- ports

332 NodeB;

1? Boards s,pportin t(e )oard )ac6,p;

V210; WMT7UTR

V110; NUTI7BBU NDTI does not s,pport

2? T(e code )ac6,p is per!ored in t(e NodeB ence< t(e ser*ice is

interr,pted in t(e case o! t(e s+itc(o*er

3? In t(e )ac6,p ode< data is con!i,red on'- in t(e acti*e )oard B- de!a,'t<

t(e s'ot +it( t(e sa''er ID in t(e )ac6,p ro,p is t(e acti*e )oard in t(e

initia' con!i,ration

Chapter > V210 IPRAN =ey Con)i$urations

/1 Re'e*ant Settins o! t(e IRAN

/11 RNC Side

1 Set t(e Et(ernet port attri),te

Coand; SET ETHPORT

Set t(e VLAN ta attri),te o! t(e Et(ernet port

T(e VLAN ta attri),te o! t(e Et(ernet port cannot )e set B- de!a,'t< t(e settin isBRID

Set t(e +or6 ode o! t(e 5E79E port; T(e +or6 ode at )ot( ends !or t(einterconnection ,st )e consistent

77Set t(e 5E port o! t(e 592 )oard to Auto ne$otiation or )orced 1007,ull



34/132


INTERNAL

SET ETRT; SRN0< SN1/< BRDTE592< TE5E< N0< AUTENABLE

SET ETRT; SRN0< SN1/< BRDTE592< TE5E< N0< AUTDISABLE<5ESEED100M< DULE@5,''

77T(e +or6 ode o! t(e 9E port o! t(e 592 )oard cannot )e con!i,red B- de!a,'t< t(e*a',e is 1000M75ULL

77Set t(e 9E port o! t(e 9Ua )oard to Auto ne$otiation

SET ETRT; SRN0< SN1/< BRDTE9U< TE9E< N0< AUTENABLE

77Set t(e 9E port o! t(e 9Ua )oard to non#a,to neotiation T(e de!a,'t *a',e is1000M75ULL< +(ic( cannot )e odi!ied

SET ETRT; SRN0< SN1/< BRDTE9U< TE9E< N0< AUTDISABLE

Set t(e percentae o! t(e AM ini, ass,rance )and+idt( to t(e port )and+idt(B- de!a,'t< t(e *a',e is 0P T(e *a',e can )e c(aned accordin to t(e p'annin o!t(e c,rrent net+or6

SET ETRT; SRN0< SN1/< BRDTE59279U< TE5E79E<AM5LWBW0

Set t(e MTU B- de!a,'t< t(e *a',e is 1$00 )-tes

SET ETRT; SRN0< SN1/< BRDTE59279U< TE5E79E< MTU1$00<

2 Set t(e appin )et+een t(e DSC and VLAN RI

Command: SET DSCPMAP

SET DSCMA; DSC@< VLANRI@

T(e de!a,'t appin re'ation is as !o''o+s;

DSC VLAN riorit-

0 # 8 0" # 1$ 1

1% # 23 2

2/ # 31 3

32 # 3. /

/0 # /8 $

/" # $$ %

$% # %3 8



35/132


INTERNAL

3 Set t(e appin )et+een t(e 4,e,e o! t(e I t-pe port and t(e DSC

SET QUEUEMAP: O0MINDSC@@< O1MINDSC @@< O2MINDSC @@


36/132


INTERNAL

t(e desinated AM !'o+ s(o,'d not )e identica' +it( t(e DSC *a',e o! an- IAT

$ Set t(e correspondin DSC o! t(e SCT 'in6 and +(et(er to ena)'e t(e VLAN

ADD SCTPLNK ; DSC@< VLAN5'A9ENABLE< VLANID@

De!a,'t con!i,rations; DSC%2 T(e VLAN is not ena)'ed

% Set t(e correspondin DSC o! t(e IAT and +(et(er to ena)'e t(e VLAN

ADD IPPATH: ATT@< DSC@< VLAN5'A9ENABLE< VLANID@

T(e de!a,'t settin is as !o''o+s;

IAT T-pe DSC VLANID 5'aORT /% Disa)'e

LORT 3/

ONRT 1" Disa)'e

LONRT 10

OSDART 3" Disa)'e

LOSDART 30

OSDANRT 1/ Disa)'e

LOSDANRT /

OSUART 3% Disa)'e

LOSUART 2"

OSUANRT 12 Disa)'e

LOSUANRT 0

OOSAT N,''

T(e *a',e is

deterinedaccordin to t(econ!i,ration in t(eTRMMA

Disa)'e

LOOSAT

8 Add t(e appin )et+een t(e destination I and VLANID

ADD VLANID: IADDR@@@@< VLANID@

I! t(e VLAN is not ena)'ed in Steps $ and %< t(e !o''o+in t+o p,rposes are ac(ie*ed )-r,nnin t(is coand;

1? I pac6ets sendin to t(e destination I address are 'a)e'ed +it( t(e desinated VLAN



37/132


INTERNAL

ID

2? AR re4,est pac6ets o! t(e destination I address are 'a)e'ed +it( t(e desinatedVLAN ID

" Set t(e appin )et+een t(e B and DSC

ADD TRMMAP: IT5TIUBIURIUCS7IUS< TRANSTI< E5DSC@


38/132


INTERNAL

2 Set t(e priorit- o! t(e sina'in and M

Coand; SET DIFPRI

Re'ated paraeters are as !o''o+s;

Name Description

riorit- R,'e Va',e rane; IRECEDENCE,ser *oice and S net+or6 access data?

T(e NodeB sends t(e DSC priorit- o! t(ese UD pac6aes W(en t(e connectionis esta)'is(ed< t(e RNC noti!ies t(e NodeB T(e DSC settins are deterined )-t(e RNC

/? SDA

Data !ro t(e RNC to t(e NodeB is t(e do+n'oaded data T(e DSC *a',e o! t(eSDAIAT con!i,red )- t(e RNC deterines t(e DSC !or t(e datatransittin T(e !'o+ contro' in!oration !rae ret,rned !ro t(e NodeB to t(eRNC is ,p'oaded )- ,sin t(e DSC *a',e o! t(e Sina' riorit- con!i,red )-r,nnin +E# DI,PRI

$? SUA

T(e data !ro t(e NodeB to t(e RNC and data !ro t(e RNC to t(e NodeB aretransitted )- ,sin t(e DSC *a',e sent in t(e case o! t(e RNC 'in6 set,p



39/132


INTERNAL

%? M aintenance data

T(e M aintenance data is transported t(ro,( t(e TC T(e sendin o! t(eDSC priorit- in t(e pac6aes is deterined )- t(e DSC in t(e M t-pe )-r,nnin +E# DI,PRI

reca,tions !or t(e con!i,ration;

1? riorit- R,'e; It (as t+o options; IPPRECEDENCE and D+CP T(erecoended con!i,ration is D+CP% T(e IPPRECEDENCE is 'a)e'ed )- ,sint(e priorit- !ie'd in t(e t-pe o! ser*ice >TS? !ie'd in t(e I (eader T(e DSC iscon!i,red accordin to t(e DSC *a',e o! t(e Di!!ser*

ne IRECEDENCE corresponds to a rane o! t(e DSC *a',eDSC rane; QA


40/132


INTERNAL

SET VLANCLASS; VLAN9RUN@< TRA55ICUSERDATA< SRVRI@<INSTA9ENABLE< VLANID@< VLANRI0

rotoco' t-pe UD; T(e 'oca' UD port n,)er is not in t(e 'ea' rane o! t(eNodeB It is ot(er app'ications >!or e=ap'e< TRACERT? It corresponds to TERc'ass )- r,nnin t(e coand +E# V'ANC'A++%

SET VLANCLASS; VLAN9RUN@< TRA55ICTER< INSTA9ENABLE<VLANID@< VLANRI@

rotoco' t-pe TC; Data o! M anaeent and aintenance It corresponds tot(e M c'ass )- r,nnin t(e coand +E# V'ANC'A++%

rotoco' t-pe t(ers; Inc',des< ),t not 'iited to< ICM< AR< and DC T(e *a',e

is treated as ot(er t-pes It corresponds to t(e M c'ass )- r,nnin t(e coand +E#V'ANC'A++%

SET VLANCLASS; VLAN9RUN@< TRA55ICM< INSTA9ENABLE<VLANID@< VLANRI@

/ Set t(e VLAN )ased on t(e ne=t (op >V210?

Coand; ADD VLANMAP

Set t(e VLANID )ased on t(e ne=t (op >V210? T(e con!i,ration et(ods are as!o''o+s;

1? A'' data is 'a)e'ed +it( t(e sae VLAN

W(en r,nnin t(e coand ADD VLANMA< se'ect t(e sin'e VLAN !or t(eVLANMDE T(at is< a'' data +it( t(e sae ne=t (op address is 'a)e'ed +it( t(e VLAN

ADD VLANMA; NE@TI12131/1$< VLANMDESIN9LEVLAN<INSTA9ENABLE< VLANID100< VLANRI1

2? La)e' di!!erent VLANs accordin to data t-pes

W(en r,nnin t(e coand ADD V'ANAP< se'ect V'ANGRP !or t(e VLANMDE

To set t(e VLAN in t(e VLAN9R< r,n +E# V'ANC'A++

ADD VLANMA; NE@TI12131/1$< VLANMDEVLAN9RU<VLAN9RUN0

Accordin to t(e correspondence )et+een t(e ser*ice and DSC< t(e sina'in at t(eNodeB side< ,p'in6 !rae o! t(e coon c(anne'< t(e ,p'in6 contro' !rae o! t(eSDA ,se t(e DSC *a',e o! t(e SI9 t-pe )- r,nnin t(e coand +E# DI,PRI

T(e sina'in ,ses t(e SCT T(e ,p'in6 !rae o! t(e coon c(anne' and t(e ,p'in6contro' !rae o! t(e SDA ,se t(e UD ence< t(e VLANs s(o,'d )e set

respecti*e'-



41/132


INTERNAL

$ E=ap'e

SET DI5RI; RIRULEDSC< SI9RI/"< MRI20VLAN con!i,ration o! t(e sina'in;

SET VLANCLASS; VLAN9RUN0< TRA55ICSI9< INSTA9ENABLE<VLANID100< VLANRI%

VLAN con!i,ration o! t(e ,p'in6 !rae o! t(e coon c(anne' and t(e ,p'in6 contro'!rae o! t(e SDA

SET VLANCLASS; VLAN9RUN0< TRA55ICUSERDATA< SRVRI/"<INSTA9ENABLE< VLANID2< VLANRI$

I! t(e priorit- r,'e )- r,nnin t(e coand +E# DI,PRI is IPPRECEDENCE< ,se one*a',e in t(e DSC rane correspondin to t(e IRCEDENCE )- r,nnin t(ecoand SET VLANCLASS.

Note; V110 does not s,pport t(e 'a)e' o! t(e VLAN )ased on t(e ne=t (op t(ere!ore<t(e coand ADD V'ANAP does not app'- Ena)'e t(e VLANTA9 )- r,nnin t(ecoand +E# E#"P*R#% T(en< r,n t(e coand +E# V'ANC'A++% T(econ!i,ration et(od is t(e sae as t(at )- r,nnin t(e coand +E# V'ANC'A++in V210

/2 Constraint and Restrictions o! I Address and Con!i,ration

T(is section descri)es c,rrent constraints on t(e I transport con!i,rations In t(enet+or6in< data is p'anned accordin to t(e constraints

/21 Constraints o! RNC I Address

T(e inter!ace I address< ,ser p'ane I address< and contro' p'ane I address s(o,'dnot )e 0< 128< 2$$2$$2$$2$$< RNC interna' s,)net seent< RNC de),

s,)net seent >)- r,nnin t(e coand SET SUBNET T(e de!a,'t net+or6seent is 1.2?< BAM interna'7e=terna' net+or6 seent< and M2000 net+or6seent

Constraints o! RNC I address net+or6 seent;

1 A'' Et(ernet port address >ETI? in t(e RNC inter!ace )oard s(o,'d not )e on t(esae net+or6 seent

2 T(e de*ice I address >DEVI? o! t(e sae inter!ace )oard in t(e RNC s(o,'d not)e on t(e sae net+or6 seent

3 T(e de*ice I address >DEVI? and ETI o! t(e sae inter!ace )oard in t(e RNC

200"#0.#1/ ,a+ei Con!identia' ae /0 o! 133


42/132


INTERNAL

s(o,'d not )e on t(e sae net+or6 seent

/ T(e de*ice I address s(o,'d not )e t(e sae as t(e con!i,red I address>inc',din 'oca'7peer I address o! t(e 'in6< 'oca'7peer I address o! t(e MLro,p< Et(ernet port I address< IAT peer address< SCT 'in6 peer address? in t(eRNC

$ T(e Et(ernet port I address s(o,'d not )e t(e sae as t(e con!i,red I address>inc',din 'oca'7peer I address o! t(e 'in6< 'oca'7peer I address o! t(e MLro,p< and t(e de*ice I address? in t(e RNC

% T(e 'oca' I address o! t(e ML ro,p and LN6 s(o,'d not )e t(e sae ast(e 'oca' address in t(e RNC< or t(e sae as t(e peer address >!or e=ap'e< portI address< ET port address< ET ate+a-< and 'oica' I address? in t(e RNC T(e

peer address s(o,'d not )e t(e sae as t(e 'oca' address in t(e RNC

/22 Constraints o! NodeB I Address

T(e NodeB inter!ace address< ,ser p'ane address< contro' p'ane address< oraintenance address s(o,'d not )e 0< 128< 2$$2$$2$$2$$< and 10221=>interna' restricted address in t(e RAN%0 NodeB?

Constraints o! NodeB I address net+or6 seent;

ne inter!ace can )e con!i,red +it( ,p to !o,r I addresses< +(ic( can )e on t(esae net+or6 seent

T(e addresses o! di!!erent inter!aces s(o,'d not )e on t(e sae net+or6 seent

T(e inter!ace address and t(e aintenance address a- )e on t(e sae net+or6seent

T(e peer addresses s,c( as t(e ML ro,p and LN: s(o,'d not )e t(e saeas t(e con!i,red address in t(e NodeB T(e 'oca' address s(o,'d not )e t(e sae ast(e con!i,red inter!ace address in t(e NodeB

Chapter ? E@ample o) Iub Inter)ace Con)i$uration

$1 Version Description

RNC *ersion; V2100%0



43/132


INTERNAL

$2 IUB Inter!ace rotoco' Stac6

In t(e case o! t(e I,) o*er I< t(e cop'iant se4,ence in addin I,) inter!ace datas(o,'d )e consistent +it( t(e protoco' str,ct,re< t(at is< !ro t(e 'o+er 'a-er to t(e,pper 'a-er Data is con!i,red !ro t(e contro' p'ane to t(e ,ser p'ane

T(e !o''o+in !i,re s(o+s I#)ased protoco' stac6 o! t(e I,) inter!ace

5i,re 11/ I,) inter!ace protoco' stac6

$3 Data 'annin

In t(e case o! t(e I transport< t(e interconnected data >,n'ess ot(er+ise speci!ied? o!t(e I,) inter!ace is o)tained t(ro,( t(e neotiation )et+een t(e RNC and t(e NodeBBe!ore con!i,rin I#)ased I,) inter!ace data< con!ir t(e !o''o+in in!oration;

•L2 net+or6in or L3 net+or6in

•Et(ernet#)ased transport< pri*ate 'ine#)ased transport< or I (-)rid transport

T(e I transport so',tions *ar- +it( transport net+or6s ,sed in t(e I,) inter!ace



44/132


INTERNAL

$31 Data 'annin in L2 Net+or6in

T(is section descri)es t(e data p'annin in t(e case o! t(e ,se o! t(e 5E 5or t(e datap'annin o! 7ML< see section 833

1 Data p'annin o! p(-sica' 'a-er and data 'in6 'a-er

Data Ite RNC Side NodeB Data So,rce

5Eportdata

Inter!ace )oardt-pe

59279Ua WMT Interna' p'annin

9ate+a- Iaddress

101010272/ 101010172/ Net+or6 p'annin

W(et(er to)ac6,p7)ac6,pode

es7Board)ac6,p< port)ac6,p

No Interna' p'annin

S,)rac6 No7S'otNo7ort No

071"70 07%70

ort Iaddress7s,)netas6

101010172/ 101010272/ Net+or6 p'annin

Master Iaddress7s'a*e I

address

# #

2 Data p'annin o! contro' p'ane

Data Ite RNC NodeB Data So,rce

IUB conestioncontro' s+itc(

55 55 Neotiation data

NodeB Ma= sdpaUser N,)er

3"/0 3"/0

NC Loca' SCT ort No $"0"0 .000

SCT sina'in 'in6ode

Ser*er C'ient

SU S'ot No 0 #

SU S,)s-ste No 0 #

DSC %2 %2

5irst 'oca' I address 101010172/ 101010272/

Second 'oca' Iaddress

# #



45/132


INTERNAL

W(et(er to )ind'oica' port7'oica'

port s'ot No and portNo

es71"720 #

W(et(er to addVLAN7VLAN ID

10 10

CC

Loca' SCT ort No $"0"0 .001

SCT sina'in 'in6ode

Ser*er C'ient

ort No 0 0

SU S'ot No 0 #

SU S,)s-ste No 0 #

DSC %2 %2

5irst 'oca' I address 101010172/ 101010272/


# #

W(et(er to )ind'oica' port7'oica'port s'ot No and portNo

es71"720 #


10 10

3 Data p'annin o! ,ser p'ane


NodeB nae RNC"#BBU1 BBU1 Neotiationdata

Transport Nei()or NodeID

1 1

I rotoco' Version I*/ I*/ Net+or6p'annin

I pat( 1 ort t-pe Et( Et( Neotiationdata

I at( !'a 1 1

AT T-pe RT RT

W(et(er to )ind 'oica'port7'oica' port s'ot Noand port No

es71"720 #

Loca' I address7s,)netas6

101010172/ 101010272/ Net+or6p'annin

200"#0.#1/ ,a+ei Con!identia' ae // o! 133


46/132


INTERNAL


Use VLAN ornot7Ena)'ed VLAN ID

ES7VLAN10 ES7VLAN10

AT c(ec6 !'a ENABLE # Interna'p'annin

C(ec6 I address 101010272/ #

DSC /% /%

Transit )and+idt(>6)ps?

20000 20000

Recei*e )and+idt(>6)ps?

20000 20000

5MU@ Ena)'e N N

I pat(2

ort t-pe Et( Et( Neotiationdata

I at( !'a 2 2

AT t-pe NRT NRT


es71"720 #


101010172/ 101010272/ Net+or6p'annin


ES7VLAN10 ES7VLAN10


C(ec6 I address 101010272/ #

DSC 1" 1"


20000 20000

Recei*e )and+idt(

>6)ps?

20000 20000

5MU@ Ena)'e N N


I at( !'a 3 3

AT t-pe SDANRT SDANRT


es71"720 #

200"#0.#1/ ,a+ei Con!identia' ae /$ o! 133


47/132


INTERNAL



101010172/ 101010272/ Net+or6p'annin


ES7VLAN10 ES7VLAN10


C(ec6 I address 101010272/ #

DSC 10 10


20000 20000


20000 20000

5MU@ Ena)'e N N

I pat( / ort t-pe Et( Et( Neotiationdata

I at( !'a / /

AT t-pe SUANRT SUANRT


es71"720 #


101010172/ 101010272/ Net+or6p'annin


ES7VLAN10 ES7VLAN10


C(ec6 I address 101010272/ #

DSC 10 10

Transit )and+idt(

>6)ps?

20000 20000


20000 20000

5MU@ Ena)'e N N

/ Data p'annin o! anaeent p'ane


200"#0.#1/ ,a+ei Con!identia' ae /% o! 133


48/132


INTERNAL

MI address atNodeB side

# 101010372/ >I! NodeBMI and t(e inter!ace I

are on t(e sae net+or6seent< ena)'e t(e ARpro=- !,nction o! t(einter!ace?

Net+or6 p'annin

Inter!ace I addressat NodeB side

# 101010272/

9ate+a- I addressat NodeB side

# 101010172/

9ate+a- I addressat RNC side

101010272/ #

Inter!ace I addressat RNC side101010172/ #

BAM e=terna'net+or6 I address

101%121$2/272/ #

I address o!M2000 Ser*er

101%121$23072/ #

$32 Data 'annin in L3 Net+or6in

1 I addresses p'annin

T(e !o''o+in !i,re s(o+s t(e Et(ernet#)ased I p'annin

I! t(e 'oad#s(arin ode is not ,sed and on'- one I address is ,sed at t(e RNC side< t(eETI o! t(e 592 can )e ,sed direct'- T(e DEVI s(o,'d not )e con!i,red and ,sed In t(ee=ap'e< t(e DEVI ,sed in t(e SCT and IAT 'oca' address is optiona'< and indicateson'- t(e con!i,ration and ,sae o! t(e DEVI

5i,re 11$ I p'annin o! Et(ernet#)ased L3 net+or6in



49/132


INTERNAL


Data Ite RNCSide NodeB Data So,rce

5Epor tdata

Inter!ace )oardt-pe

59279Ua WMT Interna' p'annin

9ate+a- Iaddress

101010172% 1%1%1%172% Net+or6 p'annin

Bac6,p7)ac6,pode

es7Board)ac6,p< port)ac6,p

No Interna' p'annin

S,)rac6 No7S'ot

No7ort No

071"70 07%70


101010272% 1%1%1%272% Net+or6 p'annin

Master Iaddress7s'a*e Iaddress

# #



IUB conestion contro's+itc(


NodeB Ma= sdpa UserN,)er

3"/0 3"/0

NC Loca' SCT ortNo

$"0"0 .000

SCT sina'in 'in6ode

Ser*er C'ient

SU S'ot No 0 #

SU S,)s-steNo

0 #

DSC %2 %2

5irst 'oca' Iaddress

10101010072% 1%1%1%272%


# #

200"#0.#1/ ,a+ei Con!identia' ae /" o! 133


50/132


INTERNAL


port s'ot No andport No

es71"720 #


# #

CC

Loca' SCT portNo

$"0"0 .001

SCT sina'in 'in6ode

Ser*er C'ient

ort No 0 0

SU S'ot No 0 #SU S,)s-steNo

0 #

DSC %2 %2


10101010072% 1%1%1%272%


# #

W(et(er to )ind

'oica' port7'oica'port s'ot No andport No

es71"720 #


# #

/ Data p'annin o! ,ser p'ane



Transport Nei()or NodeID 1 1

I rotoco' Version I*/ I*/ Net+or6p'annin


I at( !'a 1 1

AT T-pe RT RT

W(et(er to )ind 'oica'port7'oica' port s'ot No

and port No

es71"720 #

200"#0.#1/ ,a+ei Con!identia' ae /. o! 133


51/132


INTERNAL



10101010072% 1%1%1%272% Net+or6p'annin

Use VLAN or not7Ena)'edVLAN ID

# #

AT c(ec6 !'a ENABLE # Interna' p'annin

C(ec6 I address 1%1%1%272% #

DSC /% /%


20000 20000

Recei*e )and+idt( >6)ps? 20000 20000

5MU@ Ena)'e N N

I pat(2


I at( !'a 2 2

AT t-pe NRT NRT


es71"720 #


10101010072% 1%1%1%272% Net+or6p'annin


# #


C(ec6 I address 1%1%1%272% #

DSC 1" 1"


20000 20000

Recei*e )and+idt( >6)ps? 20000 20000

5MU@ Ena)'e N N


I at( !'a 3 3



es71"720 #

200"#0.#1/ ,a+ei Con!identia' ae $0 o! 133


52/132


INTERNAL



10101010072% 1%1%1%272% Net+or6p'annin


# #


C(ec6 I address 1%1%1%272% #

DSC 10 10


20000 20000

Recei*e )and+idt( >6)ps? 20000 20000

5MU@ Ena)'e N N


I at( !'a / /



es71"720 #

Loca' I address7s,)netas6 10101010072% 1%1%1%272% Net+or6p'annin


# #


C(ec6 I address 1%1%1%272% #

DSC 10 10


20000 20000

Recei*e )and+idt( >6)ps? 20000 20000

5MU@ Ena)'e N N

$ Data p'annin o! anaeent p'ane




53/132


INTERNAL


# ....72% >I! NodeBMI and t(e inter!ace

I are on t(e saenet+or6 seent<ena)'e t(e AR pro=-!,nction o! t(e inter!ace?

Net+or6 p'annin


# 1%1%1%272%


# 1%1%1%172%


101010172% #

Inter!ace I addressat RNC side101010272% #


101%121$2/272/ #


101%121$23072/ #

$33 Data 'annin o! -)rid Transport Net+or6in

In t(e case o! t(e (-)rid transport< sina'in and rea'#tie ser*ices are transitted t(ro,( t(e

< and BE ser*ices are transitted t(ro,( t(e 5E

1 I addresses p'annin

T(e RNC and NodeB >3@1? access t(e SD optica' transport net+or6 t(ro,( t(e Add7Drop M,'tip'e=er >ADM? respecti*e'- T(e RNC is connected to t(e NodeBt(ro,( t(e SD or 'esioc(rono,s Diita' ierarc(- >D? transport net+or6Mean+(i'e< t(e RNC and NodeB access t(e Et(ernet >L3 net+or6in?

E17T1PD"7+D"

E17T1 ADM ADM

NodeB1 BSC%"00

Ethernet

5i,re 11% I RAN (-)rid transport net+or6in



54/132


INTERNAL

T(e !o''o+in !i,re s(o+s t(e Et(ernet#)ased I p'annin

5i,re 118 I p'annin o! Et(ernet#)ased L3 net+or6in

T(e !o''o+in !i,re s(o+s t(e E1#)ased I p'annin

5i,re 11" E1#)ased I p'annin



5Eportdata

Inter!ace )oard t-pe 59279Ua WMT Interna' p'annin

9ate+a- I address 101010172% 1%1%1%172% Net+or6p'annin

Bac6,p7)ac6,pode

es7Board)ac6,pseparated !roport )ac6,p

No Interna' p'annin

S,)rac6 No7S'otNo7ort No

071"70 071270


101010272% 1%1%1%272% Net+or6p'annin



55/132


INTERNAL


Master Iaddress7s'a*e Iaddress

# #

7ML

Lin6

Lin6data

Inter!ace )oard t-pe EU7UII7Ua WMT Interna' p'annin

9ate+a- I address # #

S,)rac6 No7S'otNo7E1T1 ort No

071/70 071270

ML ro,p No # #

7ML 'in6 No 0 0

Loca' I address<s,)net as6

131313172/ 131313272/ Net+or6p'annin

Bearer ties'ot TS1&TS2&TS3

&TS/&TS$&TS%

TS1&TS2&TS3

&TS/&TS$&TS%

Neotiation data

T(e settins are notre4,ired +(en t(e RNC,ses UII and Ua


Data Ite RNC NodeB Data So,rceI,) conestioncontro' s+itc(


NodeB Ma=sdpa UserN,)er

3"/0 3"/0

NC Loca' SCT ortNo

$"0"0 .000

SCT sina'in 'in6ode

Ser*er C'ient

SU S'ot No 0 #

SU S,)s-steNo

0 #

DSC %2 %2


131313172/ 131313272/


# #

200"#0.#1/ ,a+ei Con!identia' ae $/ o! 133


56/132


INTERNAL


port s'ot No andport No

# #


# #

CC

Loca' SCT portNo

$"0"0 .001

SCT sina'in 'in6ode

Ser*er C'ient

ort n,)er 0 0

SU S'ot No 0 #SU S,)s-steNo

0 #

DSC %2 %2


131313172/ 131313272/


# #

W(et(er to )ind

'oica' port7'oica'port s'ot No andport No

# #


# #

/ Data p'annin o! ,ser p'ane



Transport nei()or node!'a 1 1

I protoco' *ersion I*/ I*/ Net+or6p'annin

I pat( 1 ort t-pe Neotiationdata

I at( !'a 1 1

AT t-pe RT RT

W(et(er to )ind 'oica'port7'oica' port s'ot No

and port No

# #

200"#0.#1/ ,a+ei Con!identia' ae $$ o! 133


57/132


INTERNAL



131313172/ 131313272/ Net+or6p'annin


# #


C(ec6 I address 131313272/ #

DSC /% /%


1"00 1"00


1"00 1"00

5MU@ Ena)'e N N

I pat(2


I at( !'a 2 2

AT t-pe NRT NRT


es71"720 #


101010100 72% 1%1%1%272% Net+or6p'annin


# #


C(ec6 I address 1%1%1%272% #

DSC 1" 1"

Transit )and+idt(

>6)ps?

20000 20000


20000 20000

5MU@ Ena)'e N N


I at( !'a 3 3


200"#0.#1/ ,a+ei Con!identia' ae $% o! 133


58/132


INTERNAL



es71"720 #


10101010072% 1%1%1%272% Net+or6p'annin


# #


C(ec6 I address 1%1%1%272% #

DSC 10 10


20000 20000


20000 20000

5MU@ Ena)'e N N


I at( !'a / /



es71"720 #


10101010072% 1%1%1%272% Net+or6p'annin


# #


C(ec6 I address 1%1%1%272% #

DSC 10 10


20000 20000


20000 20000

5MU@ Ena)'e N N

$ Data p'annin o! anaeent p'ane




59/132


INTERNAL


# ....72% >I! NodeB MIand t(e inter!ace I are on

t(e sae net+or6seent< ena)'e t(e ARpro=- !,nction o! t(einter!ace?

Net+or6p'annin


# 1%1%1%272%


# 1%1%1%172%


101010172% #

Inter!ace I addressat RNC side101010272% #


101%121$2/272/ #


101%121$23072/ #

$3/ Data 'annin o! D,a' Stac6 Transport Net+or6in

Wit( t(e de*e'opent o! data ser*ices< especia''- +it( t(e introd,ction o! SDA and SUA<

t(ere is an increasin deand !or )and+idt( on t(e I,) inter!ace T(e transission )ased on ATM o*er E1< (o+e*er< is e=pensi*e Data ser*ices prod,ce decreasin )ene!its !or te'ecooperators T(ere!ore< t(e te'eco operators are eaer !or a 'o+#cost I,) transission so',tionIn s,c( a sit,ation< ATM7I d,a' stac6 transport is introd,ced In addition to t(e ,arantee o!ser*ices< t(is transport red,ces costs o! data transission on t(e I,) inter!ace

Based on t(e O,a'it- o! Ser*ice >OoS? and )and+idt( re4,ireents< ATM7I d,a' stac6transport ip'eents data transission as !o''o+s;

Voice< streain< and sina'in ser*ices (a*e a re'ati*e'- 'o+ re4,ireent !ort(e )and+idt( and (i( re4,ireent !or t(e OoS S,c( ser*ices aretransitted on ATM net+or6s

BE ser*ices and SDA7SUA ser*ices (a*e a re'ati*e'- (i( re4,ireent!or t(e )and+idt( and 'o+ re4,ireent !or t(e OoS S,c( ser*ices aretransitted on I net+or6s

Note; T(e transission pat(s carr-in di!!erent ser*ices are con!i,ra)'e >dependin on t(edata p'annin?

ATM7I d,a' stac6 transport protects t(e in*estent o! t(e e=istin ATM net+or6s< red,ces t(eipact o! I transport on t(e onoin ser*ices on t(e ATM net+or6s< and eets t(ere4,ireents o! te'eco operators !or (i('- e!!icient and 'o+#cost net+or6s and !or !'e=i)'enet+or6in

200"#0.#1/ ,a+ei Con!identia' ae $" o! 133


60/132


INTERNAL

1 Net+or6in Description

T(e ATM7I d,a' stac6 transport ena)'es (-)rid transport o! ser*ices t(at (a*e di!!erent OoSre4,ireents T(e ser*ices o! (i( OoS re4,ireents< s,c( as *oice< streain< and sina'in<are transitted on t(e ATM net+or6 T(e ser*ices o! 'o+ OoS re4,ireents< s,c( as SDAand SUA< are transitted on t(e I net+or6

5i,re 11. D,a' stac6 transport net+or6in

To s,pport t(is net+or6in ode< an RSS or RBS o! t(e RNC is con!i,red +it( )ot( ATM andI inter!ace )oards

T(e ATM inter!ace )oard can )e an AEUa< AUa< or UIa >UIATM? It isconnected to t(e ATM net+or6 t(ro,( t(e E17T1 port< c(anne'iHed STM#1port< or C#3C port

T(e I inter!ace )oard can )e an 592a< 9Ua< Ua< or UIa >UII? It isconnected to t(e I net+or6 t(ro,( t(e Et(ernet port< E17T1 port<c(anne'iHed STM#1 port< or C#3C port

T(e NodeB is connected to t(e ATM and I net+or6s t(ro,( its ATM and I inter!ace )oardsrespecti*e'-

2 Net+or6in 'annin

Note; T(is con!i,ration is )ased on t(e !o''o+in scenarios; n t(e RNC side< t(e AUa

ser*es as t(e ATM inter!ace )oard and t(e 592a ser*es as t(e I inter!ace )oard T(esina'in< R.. rea'#tie >RT?< and M ser*ices are transitted on t(e ATM net+or6< and t(eR.. non#rea'#tie >NRT?< SDA< and SUA ser*ices are transitted on t(e I net+or6

5or d,a' )ac6,p c(anne's o! sina'in and M ser*ices< t(e re'ated paraeters s(o,'d )eodi!ied in t(e con!i,ration

5i,re 120 ATM con!i,ration p'annin

200"#0.#1/ ,a+ei Con!identia' ae $. o! 133


61/132


INTERNAL

5i,re 121 I address p'annin !or 'a-er 3 net+or6in o*er Et(ernet

5i,re 122 I address p'annin !or 'a-er 2 net+or6in o*er Et(ernet

Data 'annin at t(e (-sica' La-er and Data Lin6 La-er

Data p'annin !or ATM transport

200"#0.#1/ ,a+ei Con!identia' ae %0 o! 133


62/132


INTERNAL

Data p'annin !or 'a-er 3 net+or6in

Data p'annin !or 'a-er 2 net+or6in



63/132


INTERNAL

Data 'annin on t(e Contro' 'ane

Data 'annin on t(e User 'ane



64/132


INTERNAL



65/132


INTERNAL

200"#0.#1/ ,a+ei Con!identia' ae %/ o! 133


66/132


INTERNAL

Data 'annin on t(e Manaeent 'ane

200"#0.#1/ ,a+ei Con!identia' ae %$ o! 133


67/132


INTERNAL

$/ Con!i,ration roced,res at RNC Side

Version in t(e con!i,ration e=ap'e; RNC ,ses V2100%0

$/1 Con!i,ration o! La-er#2 Net+or6in

In t(e case o! t(e L2 net+or6in< t(e port I ! t(e RNC inter!ace )oard and t(e NodeB I are ont(e sae net+or6 seent 5or t(e con!i,ration o! 'in6< see section 8/3

1 Connect t(e net+or6 ca)'e

La)e' o! (ard+are connection; T(e 592 )oard o! t(e RNC is in s'ot 1"71. in s,)rac6 0 T(e 5Eport is 0 T(e )indin )et+een t(e )oard )ac6,p and port )ac6,p is ,sed

2 er!or t(e con!i,ration in t(e RNC in t(e MML

Con!i,re t(e p(-sica' 'a-er data

77Set t(e Et(ernet port attri),tes T(e 5E port o! t(e RNC and t(e 5E port interconnected to t(eRNC ,st )e set to 1007,''

SET ETRT; SRN0< SN1"< BRDTE592< TE5E< N0< MTU1$00< AUTDISABLE< 5ESEED100M< DULE@5,''< 5CN< AM5LWBW1<

5LWCTRLSWITCN< 5CINDE@1

araeter Description;

AUT Autone$otiationor not

T(is paraeter is deterined accordin to t(e de*iceinterconnected to t(e RNC I! t(e interconnected de*ice is in t(ea,to neotiation ode< t(e RNC port is a'so in t(e a,to neotiationode t(er+ise< t(e RNC port is set to non a,to neotiationode T(e 9E port ,st )e in t(e a,to neotiation ode

5ESEED ,E port rate T(is paraeter is desinated accordin to t(e rate o! t(e peer

200"#0.#1/ ,a+ei Con!identia' ae %% o! 133


68/132


INTERNAL

de*ice 9enera''-< t(e *a',e is 100M71000M

DULE@ -or: mode a'! d,p'e=; Data pac6ets cannot )e transitted +(en t(e s-steis recei*in data pac6ets5,'' d,p'e=; T(e s-ste can recei*e and transit data at t(e saetie9enera''-< t(e paraeter is set to ,ull duple@

77Add t(e I address o! t(e Et(ernet port T(e I address o! t(e RNC inter!ace )oard is101010172/

ADD ETI; SRN0< SN1"< N0< ITERIMAR< IADDR1010101


69/132


INTERNAL

ADD NDEBAL9ARA; NodeBLdcA'oS+itc(IUBLDR#1&LC9CREDITLDR#1<NodeBsdpaMa=UserN,3"/0< NodeBs,paMa=UserN,3"/0

77Add t(e transport nei()or node

ADD ADFNDE; ANI1< NAMENDEB1< NDETIUB< NDEBID1< TRANSTI

77Add t(e 'in6 o! t(e NodeB contro' port

ADD NC; NDEBNAMERNC"#BBU1< CARRLN:TSCT< SCTLN:N1

ADD CC; NDEBNAMERNC"#BBU1< N0< CARRLN:TSCT< SCTLN:N2

Con!i,re t(e appin re'ation o! transport reso,rces and acti*it- !actor ta)'e

77Add t(e appin re'ation o! transport reso,rces to ap ser*ices +it( di!!erent OoS to t(ecorrespondin transport c(anne's In t(is +a-< t(e transport )and+idt( is ,sed e!!ecti*e'-

ADD TRMMA; TMI1< IT5TIUBIURIUCS< TRANSTI< E5DSC/%< A5/3DSC3"< A5/2DSC3%< A5/1DSC3/< A533DSC30< A532DSC2"< A531DSC2%< A523DSC22< A522DSC20< A521DSC1"< A513DSC1/< A512DSC12< A511DSC10< BEDSC0< CCRIATOIRT< CCSECATNULL<SRBRIATOIRT< SRBSECATNULL< VICERIATOIRT<VICESECATNULL< CSCNVRIATOIRT< CSCNVSECATNULL<CSSTRMRIATOIRT< CSSTRMSECATNULL< SCNVRIATOIRT<SCNVSECATNULL< SSTRMRIATOIRT< SSTRMSECATOIRT<

SI9INTERACTRIATOINRT< SI9INTERACTSECATOIRT<SMIDINTERACTRIATOINRT< SMIDINTERACTSECATOIRT<SLWINTERACTRIATOINRT< SLWINTERACTSECATOIRT<SB:9RIATOINRT< SB:9SECATOIRT< DSRBRIATOIRT<DSRBSECATNULL< DCNVRIATOIRT< DCNVSECATNULL<DSTRMRIATOIRT< DSTRMSECATNULL<DI9INTERACTRIATOIDNRT< DI9INTERACTSECATOIUNRT<DMIDINTERACTRIATOIDNRT< DMIDINTERACTSECATOIUNRT<DLWINTERACTSECATOIUNRT< DB:9RIATOIDNRT<DB:9SECATNULL< USRBRIATOIRT< USRBSECATNULL<

UCNVRIATOIRT< UCNVSECATNULL< USTRMRIATOIRT<USTRMSECATNULL< UI9INTERACTRIATOIUNRT<UI9INTERACTSECATOIDNRT< UMIDINTERACTRIATOIUNRT<UMIDINTERACTSECATOIDNRT< ULWINTERACTRIATOIUNRT<ULWINTERACTSECATOIDNRT< UB:9RIATOIUNRT<UB:9SECATOIDNRT

77Add t(e acti*it- !actor ta)'e Desinate t(e acti*it- !actor !or di!!erent ser*ices to ,'tip'e=transport reso,rces

ADD 5ACTRTABLE; 5TI1< REMAR:IUB< 9ENCCDL80< 9ENCCUL80<

MBMSCCDL100< SRBDL1$< SRBUL1$< VICEDL80< VICEUL80< CSCNVDL100<

200"#0.#1/ ,a+ei Con!identia' ae %" o! 133


70/132


INTERNAL

CSCNVUL100< CSSTRMDL100< CSSTRMUL100< SCNVDL80< SCNVUL80<SSTRMDL100< SSTRMUL100< SINTERDL100< SINTERUL100< SB:9DL100<

SB:9UL100< DSRBDL$0< DCNVDL80< DSTRMDL100< DINTERDL100<DB:9DL100< USRBUL$0< UCNVUL80< USTRMUL100< UINTERUL100<UB:9UL100

77Con!i,re t(e appin o! transport reso,rces o! nei()or nodes

ADD ADFMA; ANI1< CNMN9MDEE@CLUSIVE< CNINDE@0< TMI9LD1< TMISLV1<TMIBR1< 5TI1

Add ,ser p'ane data< inc',din port contro''er< I AT< I ro,te< and transport reso,rcero,p

Ro,te s(o,'d not )e added in t(e case o! L2 net+or6in

77Add t(e port contro''er

5E )earer; add transport reso,rces o! port 0 o! 592 )oard in s'ot 1" to anae and contro' t(eSU s,)s-ste

ADD RTCTRLER; SRN0< SN1"< TETER< CARREN0< CTRLSN0< CTRLSSN0

77Add t(e I AT; t(e ,nit is 6)ps

ADD IAT; ANI1< ATID1< ATTORT< IADDR1010101<

EERIADDR1010102< EERMAS:2$$2$$2$$2$$< T@BW20000< R@BW20000<

CARR5LA9L9CRT< LNSN1"< LN20< 5MU@N< DSC/%<

VLAN5'A9ENABLE< VLANID20< ATC:ENABLED< ECI1010102

ADD IAT; ANI1< ATID2


71/132


INTERNAL

Add t(e NodeB I address !or t(e operation and aintenance

ADD NDEBI; NDEBID1< NBTRANTITRANSI< NBIAMI1010103<NBIAMMAS:2$$2$$2$$0< ISRN0< ISN1"< I9ATEWAI1010102<

IL9RT5LA9ES< ILN20

Add t(e I attri),tes o! t(e NE anaeent s-ste; T(e EMSI is t(e access I o! t(e M2000

ADD EMSI; EMSI101%121$230< MAS:2$$2$$2$$0< BAMI101%121$232<

BAMMAS:2$$2$$2$$0

$/2 Con!i,ration o! La-er#3 Net+or6in

T(e port I o! t(e RNC inter!ace )oard and t(e NodeB I )e'on to di!!erent net+or6

seents ac6ets are !or+arded to t(e NodeB t(ro,( a ro,ter

1 Connect E1 ca)'e or Et(ernet ca)'es

La)e' o! (ard+are connection; T(e 592 )oard is in s'ot 1"71. in s,)rac6 0 T(e 5E port is 0T(e )oard )ac6,p separated !ro t(e port )ac6,p is ,sed


Con!i,re t(e p(-sica' 'a-er dataDi!!erence !ro t(e L2 net+or6in; W(en p(-sica' 'a-er data is con!i,red< -o, s(o,'d add t(ede*ice I address o! t(e )oard T(e de*ice I address s(o,'d not )e t(e sae as t(econ!i,red I address in t(e RNC >inc',din 'oca'7peer I address o! t(e 'in6< 'oca'7peer Iaddress o! t(e ML ro,p< Et(ernet port I address< IAT peer address< SCT 'in6 peeraddress?

ADD DEVI; SRN0< SN1"< IADDR101010100<

MAS:2$$2$$2$$1.2

ADD ETI; SRN0< SN1"< N0< IADDR1010102< MAS:2$$2$$2$$1.2

Add t(e con!i,ration o! t(e data 'in6 'a-er

77Data 'in6 'a-er data s(o,'d not )e con!i,red in t(e 5E79E port

77Add t(e 'oica' port

ADD L9CRT; SRN0< LNSN1"< LN20< NSN1"< N0<RSCMN9MDEE@CLUSIVE< CNINDE@0< BWADF55< CIR313<5LWCTRLSWITCN

Add t(e contro' p'ane data< inc',din SCT sina'in 'in6< NodeB )asic in!oration< NodeB

a'orit( paraeter< nei()or node< and I,) port data >NC 'in6 and CC 'in6?



72/132


INTERNAL

77At 'east t+o SCT 'in6s are a*ai'a)'e< one is ,sed !or t(e NC< and t(e ot(er is ,sed !or t(eCC T(e RNC se'ects t(e ser*er ode T(e 'oca' I is t(e 5E I o! t(e RNC inter!ace )oard

T(e peer I is t(e 5E I o! t(e NodeB inter!ace )oard 5or t(e port n,)er< see t(e neotiationdata ta)'e

ADD SCTLN:; SRN0< SN0< SSN0< SCTLN:N1< MDESERVER< ANBA<LCIADDR1101010100< EERIADDR11%1%1%2< EERRTN.000<L9RT5LA9ES< L9RTSN1"< L9RTN20< VLAN5'A9DISABLE<SWITCBAC:5LA9ES

ADD SCTLN:; SRN0< SN0< SSN0< SCTLN:N2< MDESERVER< ANBA<LCIADDR1101010100< EERIADDR11%1%1%2< EERRTN.001<L9RT5LA9ES< L9RTSN1"< L9RTN20< VLAN5'A9 DISABLE<

SWITCBAC:5LA9ES77Add NodeB and a'orit( paraeters

ADD NDEB; NodeBNaeRNC"#BBU1< NodeBId1< SRN0< SN0< SSN0<Tn'BearerT-peITRANS< ITRANSAARTINDNTSURT<S(arinS,pportNNSARED< CnpInde=0

ADD NDEBAL9ARA; NodeBLdcA'oS+itc(IUBLDR#1&LC9CREDITLDR#1<NodeBsdpaMa=UserN,3"/0< NodeBs,paMa=UserN,3"/0

77Add t(e transport nei()or node

ADD ADFNDE; ANI1< NAMENDEB1< NDETIUB< NDEBID1< TRANSTI

77Add t(e 'in6 o! t(e NodeB contro' port

ADD NC; NDEBNAMERNC"#BBU1< CARRLN:TSCT


73/132


INTERNAL

SLWINTERACTRIATOINRT< SLWINTERACTSECATOIRT<SB:9RIATOINRT< SB:9SECATOIRT< DSRBRIATOIRT<

DSRBSECATNULL< DCNVRIATOIRT< DCNVSECATNULL<DSTRMRIATOIRT< DSTRMSECATNULL<DI9INTERACTRIATOIDNRT< DI9INTERACTSECATOIUNRT<DMIDINTERACTRIATOIDNRT< DMIDINTERACTSECATOIUNRT<DLWINTERACTSECATOIUNRT< DB:9RIATOIDNRT<DB:9SECATNULL< USRBRIATOIRT< USRBSECATNULL<UCNVRIATOIRT< UCNVSECATNULL< USTRMRIATOIRT<USTRMSECATNULL< UI9INTERACTRIATOIUNRT<UI9INTERACTSECATOIDNRT< UMIDINTERACTRIATOIUNRT<UMIDINTERACTSECATOIDNRT< ULWINTERACTRIATOIUNRT<

ULWINTERACTSECATOIDNRT< UB:9RIATOIUNRT


74/132


INTERNAL

ADD IAT; ANI1< ATID2< ATTONRT< IADDR101010100<

EERIADDR1%1%1%2< EERMAS:2$$2$$2$$2$$< T@BW20000< R@BW20000<

CARR5LA9L9CRT< LNSN1"< LN20< 5MU@N< DSC1"< VLAN5'A9

DISABLE)oard and transport? are pro*ided T(e

592a79Ua )oard )ac6,p and port 'oad s(arin ode can )e ,sed T(ro,( t(e ro,te

con!i,ration< t(e I 'oad s(arin can )e ip'eented )et+een an- t+o acti*e 5E79E ports



75/132


INTERNAL

1 Connect E1 ca)'es or Et(ernet ca)'es

La)e' o! (ard+are connection; T(e EU )oard o! t(e RNC is in s'ot 1/71$ in s,)rac6 0 T(e592 is in s'ot 1"71. o! s,)rac6 0 T(e LIN: is carried o*er No0 E1 pair >E1 is n,)ered!ro 0?< and t(e 5E port is 0

Sina'in and rea'#tie ser*ices are transitted t(ro,( t(e < and BE ser*ices aretransitted t(ro,( t(e 5E


Con!i,re t(e p(-sica' 'a-er data T(e con!i,ration is not re4,ired in t(e case o! E1)earer

Di!!erence !ro t(e L2 net+or6in; W(en p(-sica' 'a-er data is con!i,red< -o, s(o,'d add t(ede*ice I address o! t(e )oard T(e de*ice I address s(o,'d not )e t(e sae as t(econ!i,red I address in t(e RNC >inc',din 'oca'7peer I address o! t(e 'in6< 'oca'7peer Iaddress o! t(e ML ro,p< Et(ernet port I address< IAT peer address< SCT 'in6 peeraddress?

ADD DEVI; SRN0< SN1"< IADDR101010100<

MAS:2$$2$$2$$1.2

ADD ETI; SRN0< SN1"< N0< IADDR1010102< MAS:2$$2$$2$$1.2

77Add t(e 'in6s DS10< t(at is< No0 E1 is ,sed

R,n D+P E1#1;SRN0< SN1/< BTAEU7EU to o)ser*e t(e E1 state

ADD LN:; SRN0< SN1/< LN:N0< DS10< TSBITMATS1#1&TS2#1&TS3#1&TS/#1&TS$#1&TS%#1&TS8#1&TS"#1&TS.#1&TS10#1&TS11#1&TS12#1&TS13#1&TS1/#1&TS1$#1&TS1%#1&TS18#1&TS1"#1&TS1.#1&TS20#1&TS21#1&TS22#1&TS23#1&TS2/#1&TS2$#1&TS2%#1&TS28#1&TS2"#1&TS2.#1&TS30#1&TS31#1< IADDR1313131<MAS:2$$2$$2$$0< EERIADDR1313132< MU@Disa)'e< AUTTENV

Add t(e 'oica'

IP RAN Deployment Guide

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