Annex 3.3.2 Technical Proposal for Radio Network 20141119

7/26/2019 Annex 3.3.2 Technical Proposal for Radio Network 20141119

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UTRAN Technical Proposal

Ethio Telecom Network Expansion Project Huawei Confidential

For 2G&3G DATA NETWORK EXPANSION 2014

-Build t! "o#t !$!"ti%! !t'or( 'it )*#t+ ,!#t+ %*lu!

Technical Proposal for RadioNetwork

UAWEI TEC NOLOGIES CO., LTD.


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TABLE OF CONTENT

TABLE OF CONTENTS.........................................................................................................1

LIST OF FIGURES................................................................................................................3LIST of TABLES....................................................................................................................4

Preface....................................................................................................................................1

1 Executive Summary........................................................................................................211 RAN Planning Result!

1! Benefits to Vietnamobile!

1" Other Special Topics#

2 N!"# Re$uireme%t A%a&y#i#.........................................................................................5

!1 RFP Requirement #2.. !eneral Requirement#

2..2 "ua#ei Ne# No$eB Option $

2..% &n'estment Protection$

' RAN Net(or) P&a%%i%* a%+ ,e#i*%................................................................................7"1 O'er'ie# of Propose$ RAN Net#or(%

"! RAN Pro$uct )esign *riteria%

%.2. Ne# No$eB )esign%

%.2.2 +,pansion RN*-BS* )esign11

%.2.% &B &P /igration1""" O/* )esign *riteria1&

%.%. /2000 SN /1000 Soft#are pgra$e1&

"& Site Solution )esign1#

%.. Antenna )esign 1#

%..2 Po#er )esign 1$

"# !b o'er &P )esign1'

- .ua(ei Cu#tomi/e+ So&utio% for N!.........................................................................20&1 )e$icate$ smartphone solution to for a future oriente$ net#or(!(

.. 003 smartphone penetration!(

..2 Smartphone oriente$ RN* $esign!(

..% +nhance$ Fast )ormanc4!1

.. 5a4ere$ Paging in RA6P*"!1

&! *onstruct Vietnam fast /BB #ith cutting7e$ge technologies!!

.2. )istribute$ No$eB #hich encompasses cutting7e$ge SingleRAN technologies!!

.2.2 All &P transmission to brea( out ban$#i$th bottlenec(!&

&" "igh No$eB Performance!#

.%. 5ea$ing RF Performance!#

.%.2 "igh *apacit4 an$ &ntegration!#

&& All &P base$ 5arge *apacit4 RN*!$

)ietnamo*ile "+ ,ata Expansion Project Huawei Confidential -


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T*O Sa'ings !.

.1. *ost effecti'e Platform!.

&$ Smooth +'olution!'

.8. *abinet Sharing !'

&% Feature Li#t !'

&. Roa+ma0 "!

,ISCLAI!ER ..............................................................................................................33

Areviatio%#.......................................................................................................................33

)ietnamo*ile "+ ,ata Expansion Project Huawei Confidential --


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LIST OF FIGURES

Fi*ure '31Propose$ "ua#ei SingleRAN /TS Pro$ucts%Fi*ure '32Propose$ "ua#ei &PRAN Topolog41&Fi*ure '34Actual Site Sur'e4 1#

Fi*ure '35Antenna Specifications1$Fi*ure '36"ua#ei propose$ Po#er Pro$uct7TP9200A1%Fi*ure '37"ua#ei propose$ Po#er Pro$uct7TP9 %00B1%Fi*ure '318"ua#ei propose$ Po#er Pro$uct7AP/%0 Ver.)1.Fi*ure -32Fast )ormanc4 VS +nhance$ Fast )ormanc4!1Fi*ure -3'Small form factor an$ lightest RR!"Fi*ure -3-Fast )eli'er4 for 003 RR!"Fi*ure -3"ua#ei *o7transmission Solution!#Fi*ure 3'"ua#ei 8:A/ "SPA; solution!$Fi*ure 34"ua#ei BS*8


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LIST of TABLES

Ta&e 131 Output po#er of RR%928"Ta&e '31 Proposal of /o$ule selection%Ta&e '32 Proposal of ne# No$eB mo$els Option.

Ta&e '3-/o$el .Ta&e '3/o$el )imension for Option'Ta&e '34/o$el 2 'Ta&e '35/o$el 2 )imension for Option =Option21(Ta&e '36/o$el % 1(Ta&e '318/o$el 11Ta&e '312Po#er )esign Result for Option1'Ta&e -31SPb *apabilities !(Ta&e -32Po#er )esign Result!!Ta&e 32Benefits from "ua#ei>s &nno'ati'e TRAN Solution!.

)ietnamo*ile "+ ,ata Expansion Project Huawei Confidential -)


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Preface

As a ma?or pla4er in the telecommunication in$ustr4@ "ua#ei Technologies *o.@ 5t$. pro'i$es robust@ fle,ible@cost7effecti'e an$ future7oriente$ mobile solutions to #orl$#i$e operators. ith "ua#ei series of outstan$ing

pro$ucts@ successful en$7to7en$ solutions@ e,perience$ ra$io frequenc4 planning as #ell as e,cellent ser'ices@

"ua#ei belie'es that the cooperation bet#een Vietnamobile an$ "ua#ei #ill be a #in7#in Situation for eachother.

This $ocument is $rafte$ to pro'i$e a comprehensi'e $escription of propose$ ra$io access net#or( solution inaccor$ance to the requirements from Vietnamobile hereinafter referre$ to as VN/C@ #hich is base$ on theinformation pro'i$e$ in RFP.

The contents of this proposal are organiDe$ as follo#sE

Preface

Brief introduction for this proposal

C9a0ter 1: Executive Summary

Summarize VNM network expansion planning result, highlights, and special concerns

C9a0ter 2: N! Re$uireme%t A%a&y#i#

Describe Huawei understanding of the reuirements

C9a0ter ': RAN Net(or) P&a%%i%* a%+ ,e#i*%

B!S"NodeB details, BS#"$N#, %M# and parts design and dimensioning

C9a0ter -: .ua(ei Cu#tomi/e+ So&utio% for N!

Detailed solution for this pro&ect, and also pro'ide some customized solution to satisf( future network

C9a0ter : ,ISCLAI!ER

Areviatio%

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1 Executive Summary

1;1 RAN Planning Result

Base$ on the e,isting net#or( configuration an$ ne# purchase requirement from VN/@ there are t#o options

for 20 %! $ata net#or( e,pansion. Option is to enhance both %! co'erage an$ offloa$ $ata from 2!hotspot. hile option2 is mainl4 focus on %! an$ 2! co'erage. "ua#ei proposes t#o proposals accor$ingl4.

For Option E

+,pansion of /TS net#or( from the e,isting 5'No$eB to 684No$eB #ith a total of 2-16cells after

e,pansion

Reuse li'e RN*s #ill be upgra$e$ to support the capacit4 requirements of VN/ in this RFP #ith the site

locations of all the RN* being in the e,isting three /TSOs@ lea$ing to no a$$itional requirement for ne#

s#itching office.

The e,isting %! O/* #ill be e,pan$e$ to support the capacit4 requirement in this RFP #ith soft#are

upgra$e to latest 'ersion R%. "o#e'er@ 2! O/* platform is reaching +OS@ #e also pro'i$e cost

effecti'e solution to s#ap OSS completel4 #ith ne# Single OSS platform #ith latest 'ersion for both 2!

an$ %!. T9e %e( ATAE 0&atform ca% #imu&ta%eou#&y #u00ort PRS (9ic9 a&&o(# !BB vi#ii&ity #uc9a# termi%a& vi#ii&ity a%+ #ervice vi#ii&ity;

The follo#ing table lists the $etaile$ planning results for to Scenario %.

Sta*eCarrier

Co%fi*uratio%

Tota&No+eB

Tota&Carrier

Ca0acity #ma&& form factor a%+&i*9t (ei*9t

/a,imum I90 TO*

/a,imum four carriers per RR%928 capable of 20 per carrier J S an$ upgra$able to 0per carrier J S222C

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00 mm , %00 mm , 00 mm #ith the housingC

1 (g #ith the housingC

To#er mounte$ #hich contributes to no fee$er loss

Support 5T+ long term e'olution #ithout har$#are change

Onl4 three RF mo$ules are require$ for %K configurations #ith 20 TO* for each carrier. Po#er capacit4

as sho#n in the belo# tableE

Ta&e 131 Output po#er of RR%928

Numer of Carrier# Out0ut Po(er 0er Carrier


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2) Superior Mobile Broadband Experience with unsurpassed voice uality! throughput capacity! reliability

and "oS

I%%ovative tec9%o&o*y a%+ feature# to im0rove voice $ua&ity> ca0acity a%+ re&iai&ity

"igh qualit4 cr4stal 'oice@ "SPA; no Po#er bac( off@ inno'ati'e "SPA plin( &nteference *ancellation

feature@ "SPA F)+@ Anti7&nterference Sche$uling for "SPA@ )ual7Threshol$ Sche$uling #ith "SPA&nterference *ancellation@ *ontrol *hannel Parallel &nterference *ancellation **P&*C etc.

Smartphone oriente$ capacit4 $imensioning to a'oi$ signaling storm.

Smartphone soft#are featuresE *oor$inate the smart + state transition to re$uce signaling

. +nhance$ Fast )ormanc4 featureE at least 03 of signaling e,change can be re$uce$ an$ RN**P resources can be sa'e$ significantl4 #hile + batter4 consumption is sa'e$ as much as thatin &)5+ mo$e.

5a4ere$ Paging in RA6P*"E a large number of unnecessar4 paging messages #hich in turn lea$s

to P*"s being congeste$C can be a'oi$e$.

"igh capacit4 RN* platformE high performance BS*8


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I,

Sco0e U%it e%+or ua%tity

O0tio% 1

F+SA Pro'i$e ne# No$e B = Transmission Site +ricsson or

"ua#ei

2%%

2 Pro'i$e ne# RN* for +ricssonC or upgra$e RN*for "ua#eiC

Site +ricsson or "ua#ei

% Pro'i$e ne# 2! BTS = transmission Site +ricsson 9

"ua#ei 0

Pro'i$e a$$itional equipments = transmission for 2&BS con'ersion

Site +ricsson 2

1 Pro'i$e %0 !RF to s#ap for )RF Broa$

"ua#ei 0

8 Pro'i$e bac(bone capacit4 upgra$e 5in(s "ua#ei or +ricsson

TB) b4Bi$$ers

pgra$e = S#ap transmission Access for 2! = %! 5in(s "ua#ei or +ricsson

TB) b4Bi$$ers

&*A 9 +ngineering Ser'ices Full ScopeCE Ra$io =transmission

Site +ricsson or "ua#ei

2%%

+ricsson onl4 20

"ua#ei onl4 0

< *i'il #or( for ne# sites Site +ricsson onl4 20

"ua#ei onl4 0

SA/A

0 /anage$ Ser'icesE Ra$io = transmission Site +ricsson or "ua#ei

2%%

+ricsson onl4 20

"ua#ei onl4 0

2..2 "ua#ei Ne# No$eB Option

For the $etaile$ site list #ith configuration@ please chec( Anne, %.265ist of 2%% ne# No$eB.Nee$ to a$$ 0 e,tension pac(age for sites higher than 10 meters.

Name Region Pro'ince )istrict RF Antenna"eight mC

/orpholog4

%


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1

%002

South Binh Thuan "am Thuan Nam 19 /ain Roa$ ;Resi$ential

%0200

South Ba Ria 7 Vung

Tau

5ong )ien 19 rban

2..% &n'estment Protection

Exi#ti%* I%ve#tme%t Protectio%

&n or$er to protect the in'estment an$ re$uce T*O@ the propose$ solution shoul$ ma,imall4 reuse the e,isting

net#or( resources.

Future I%ve#tme%t Protectio%

Base$ on RFP@ VN/ requires all 'en$ors to propose a cost effecti'e solution in this pro?ect an$ the s4stem

shoul$ capable to support smooth e'olution to ne,t generation mobile technologies #ithout an4 har$#are

change. &t can be un$erstoo$ as belo#E

Rea$4 for higher throughput 'ia "SPA; #ithout an4 har$#are replacement.

/TS rea$4 for smooth e'olution to 5T+ in the future #ithout an4 har$#are replacement.

' RAN Net(or) P&a%%i%* a%+ ,e#i*%

';1 O'er'ie# of Propose$ RAN Net#or(

The follo#ing principles #ill be follo#e$ in net#or( $esign processE

1 +dd new ,odeB sites based on the scenarios identified in Section 2-1

2 Expand .,/s to support up to 1#21 Erl and 10 Mbps-

The $imensioning of No$eB strictl4 follo#s VN/>s $eman$ in RFP.

"ua#ei propose mo$ule selection as belo#.

Ta&e '32 Proposal of /o$ule selection

Item# !o+u&eSoft(arever#io%

.ar+(arever#io%

Remar)

%!

No$e B )BS%s net#or( #ill be upgra$e$ to the latest

'ersion of RAN1@ #hich matches #ith the statement in the table abo'e.

';2 RAN Pro$uct )esign *riteria

%.2. Ne# No$eB )esign

The propose$ /TS-5T+ multimo$e base stations for VN/ are part of "ua#ei SingleRAN %


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Fi*ure '31Propose$ "ua#ei SingleRAN /TS Pro$ucts

)etail specification of the pro'i$e$ basestation coul$ be foun$ in Pro$uct $escription $ocuments

pro'i$e$ b4 "ua#ei

Base$ on the VN/ net#or( situation an$ actual net#or( planning result@ "ua#ei proposes the pro$uct selection

an$ site $esign for the VN/ accor$ing to follo#ing criteria.

All No$es B shall be collocate$ #ith e,isting 2! sites

No$e B shall support &ub o'er + 9+ at leastC an$ F+

Batter4 bac(up time of the propose$ No$e B shall be at least 9 hours

Base$ on the ne# No$eB sites $istribution@ "ua#ei propose mo$els as belo#.

Ta&e '3' Proposal of ne# No$eB mo$els Option

!o+e& ty0e Co3#ite (it9 Exi#ti%* 2G Pro0o#e+ Co%fi*uratio% ua%tity

/o$el " Out$oor )BS%


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';2;1;1 !o+e& 1: I%+oor co3#ite (it9 Eric##o%3 BTS2


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!o+e& Sce%ario No+eB Ty0e Numer

)*)

TP9200A

10AhK

,e#cri0tio%

The BB an$ transmission #ill be installe$ in the TP9200A cabinet out$oor po#er s4stemC.

Ne# TP9200A #ill be a$$e$ for %! an$ transmission.

)istribute ne# batter4 for %! an$ transmission.

P&a%%i%* Re#u&t

Ta&e '35/o$el 2 )imension for Option =Option2

!o+e ty0e Co3#ite (it9 Exi#ti%* 2G Pro0o#e+ Co%fi*uratio% O0tio% 1

/o$el

2+ricsson &n$oor )BS%


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';2;1;- !o+e& -: Out+oor co3#ite (it9 .ua(ei3 BTS'788A


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*S 'oice penetration ratio 003

*S $ata Vi$eo Phone 8(C penetration ratio 103

Voice Traffic per *S 'oice sub in B"+rlang C 0.09

*S $ata traffic per *S $ata Vi$eo Phone 8(C sub in B" +rlangC 0.009

*S 'oice call $uration sec.C 80

*S $ata Vi$eo Phone 8(C call $uration sec.C 80

"an$o'er times per *S call &nter-&ntra RN* soft=softer han$o'erC 8

PS &nclu$ing R


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Smart phone Penetration Ratio 3 of Total SubscribersC 188D

Smart phoneC PS call per PS sub per B" 1

Smart phoneC "an$o'er times per PS call &nter-&ntra RN*

soft=softer han$o'erC

2.1

Smart phoneC PS channel s#itch per PS call

Smart phoneC *ell up$ate per PS call 0.

Smart phoneC /ean hol$ing time /"TC in )*"-"-FA*" stateper PS call secC

'-

Smart phoneC /ean hol$ing time /"TC in P*" per PS call secC 1

Smart phoneC PS throughput &nclu$ing R


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RN* $imension input is as belo#E

.ar+(are Curre%t Lice%#e RN* 00 RN* 200 RN* %00 Total

BS*8


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Nod!BIP RAN

BTS

Nod!B

Pri.*r/ IPK

B*"(u IPK

RNBS

BITS

Pri.*r/ "lo"( *tB*"(u "lo"( *t

C F!2c &P *ar$s for &B &P migration on each RN*s

2C &P *5M Ser'er nee$ to $eplo4e$ in RN* central room

%C Site installation pac(age for &P migration

C&oc) Source:

On RN* sites@ both B&TS an$ *L #ill pro'i$es PR* input for &P*5Ms

)uring the implementation@ some &P*5M #hich not collocate$ #ith RN* sites@ #ill be equippe$

#ith !PS antenna for PR* input.

Re#i&ie%cy:

&P*5M #ill be $eplo4e$ in pairs to form a acti'e-stan$b4 configuration. The BTS-No$eB #ill choose

the best cloc( accor$ing to B/* algorithms.

The &P RAN net#or( #ill utiliDe the 5%VPN>s protection to facilitate the s4nc high a'ailabilit4

oS:

The &P*5M pac(et>s )S*P 'alue #ill set to 8 +FC

&P RAN #ill use P: to sche$ule the &P*5M pac(ets to a'oi$ intro$uce large P)V

Fi*ure '32Propose$ "ua#ei &PRAN Topolog4

RNCBSCLocatio%

IPCL Locatio% IPCL ua%tity ?ire&e## Site# ua%tity Remar)

"anoi "anoi 2 280; bac(up@!PS antenna s4stem ife,isting central rooms $o not ha'e.

)anang )anang 2


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';' O/* )esign *riteria

%.%. /2000 SN /1000 Soft#are pgra$e

"ua#ei pro'i$e$ SN /1000 ser'er as har$#are platform. The management capacit4 of /1000 9 *P an$ in

term of equi'alent Net#or( +lements is %0. To support a$$itional ne# 2%% No$eBs@ onl4 nee$ soft#are

upgra$e an$ license e,pansion.

Base$ on RFP requirement@ the O/* $esign #ill be base$ on follo#ing principleE

Full4 utiliDing the e,isting resource@ e.g. equipment room space an$ transmission.

The re$un$anc4 of O/* shoul$ be %13@ all interfaces are configure$ #ith ; re$un$anc4.

*entraliDe$ management@ remote notification.

Stan$ alone PRS s4stem #oul$ be intro$uce$.

)etail specification of the pro'i$e$ O/* pro$uct coul$ be foun$ in Pro$uct $escription$ocuments pro'i$e$ b4 "ua#ei.

';- Site Solution )esign

Site solution pla4s a critical role in o'erall net#or( performance an$ at the same time comprises a significant

share of the *AP+L an$ the OP+L. Bearing this in min$@ the solution is $esign base$ on the principles of cost

sa'ing #ithout compromising performance.

%.. Antenna )esign

Accor$ing to the actual site sur'e4@ there are some of to#ers #ith high numbers of antennas installe$. This lea$s

to $ifficulties in installing more ne# antenna on such (in$ of to#er. Furthermore@ it is also $ifficult to e'aluate

the ma,imum loa$ of the to#er an$ as a result it is ris(4 to a$$ more antennas on it. Figure belo# $emonstrate

t#o $ifferent to#er scenarios #ith fe# antenna installe$ enough spaceC an$ high number of antenna installe$

not enough spaceC

Fi*ure '3'Actual Site Sur'e4

Base$ on the VN/>s current net#or( situation an$ actual net#or( planning result@ "ua#ei proposes the pro$uct

fit an$ site $esign accor$ing to the follo#ing criteria.

For co7site scenario@ single ban$ antenna or $ual ban$ antenna #ill be use$ accor$ing to to#er con$ition.

For to#er #ill enough space@ single ban$ antenna #ill be use. For to#er #ith not enough space@ the e,istingantenna #ill be $ismantle$ an$ $ual ban$ antenna #ill be installe$. !enerall4@ 03 of the co7site$ sites #illuse $ual ban$ antennas. Nee$ to up$ate site solution an$ Bo: after site sur'e4.

For ne#7site scenario@ single ban$ antenna #ill be use$

Antenna 2or 1.((3H451'((3H45!1((3H4

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A1'.((6(1,irectional Antenna7,891%1(9!!((9$#91.i9(27!:%;1$ ,-N 2emale7,owntilt

kit packed separatels technical requirements@"ua#ei proposes our mature$ SingleRAN solution to realiDe a soun$ an$ high performance %! net#or(

The propose$ )BS%


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Ta&e -312Po#er )esign Result

!o+e Ca0acity

!S/A single cell supports a ma,imum of 2 carriers.

A single BTS of a 'ersion earlier than !BSS.0 supports a ma,imum of G2carriers an$ 2 cells. A single BTS of !BSS.0 supports a ma,imum of 28

carriers T)/C an$ %2 cells.

/TSA single BBE 2 cells@ uplin(E %0G2 channel elements *+sC $o#nlin(E

809 *+sC

T#o interconnecte$ BBsE 9 cells uplin(E 18%2 *+s $o#nlin(E 99 *+sC

)s of $)N*+-

5T+/a,imum throughput per cell #ith 20 /"D ban$#i$th

)o#nlin( $ata rate at the /A* la4erE 10 /bit-s 2,2 /&/OC uplin( $ata

rate at the /A* la4erE G0 /bit-s 2,2 /7/&/O or 2, /7/&/OC

/a,imum throughput per eNo$eB

Sum of uplin( an$ $o#nlin( $ata rates at the /A* la4erE 100 /bit-s pac(et

siDeE 110 b4tesC

/a,imum number of +s in RR*6*ONN+*T+) mo$e per eNo$eBE

%02 #ith . /"D ban$#i$th

890 #ith % /"D ban$#i$th

0@900 #ith 1 /"D-0 /"D-1 /"D-20 /"D ban$#i$th

)ata ra$io bearers )RBsCE a ma,imum of 9 )RBs can transmit $ata of a +

at the same time.

Small form factor an$ light #eight RR%928 #hich is to#er mounte$ to re$uce footprint an$ facilitate

installation

Onl4 % RF mo$ules for %K configurations@ 20 TO* for each carrier.

or(ing ban$#i$th #ith the support of 21/ &B@ requiring no a$$itional filter.

Fi*ure -37Small form factor an$ lightest RR

Fle,ible capabilit4@ fast $eli'er4

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Fi*ure -318Fast )eli'er4 for 003 RR

Simple = fast $eplo4ment

As the normal scenarios@ RR installation nee$ the #or(ers climb the to#er an$ fi, near the antenna. So the#eight of RR is the (e4 factor@ the lighter the mo$ule@ the quic(er an$ simpler the engineering@ the fast

$eplo4ment #oul$ largel4 benefit to VN/ to push the net#or( time to mar(et. "ua#ei fiel$ lightest mo$uleRR%928 onl4 o#ns 25-1(g #ith K90 high integrate$ capacit4@ #hich %03 lea$ing comparing to fiel$tra$itional 95-2(g mo$ules.

&nstall on to#er =Dero fee$er loss

*ompare to the macro site solution@ RR allo# operator to install the mo$ule close to the antenna@ #hich helpthe operator sa'e %$B fee$er loss an$ get more 203%03 a$$itional co'erage #ith the same TO*@ As the

in'entor of RR solution@ "ua#ei $eepl4 un$erstan$ the main concern of the RR. *orrespon$ing to thebenefit@ RR solution #oul$ bring some challenges@ the reliabilit4 is the most (e4 factor@ as #e all (no#@ #henthe RR install on the to#er it means more $ifficult4 than macro site if RR is $o#n. "ua#ei hol$ the mostmature $esign an$ richest $eli'er4 e,perience in the #orl$@ #hich ensure to (eep the RR failure in lo#est inthe fiel$.

+as4 site acquisition

Per our sur'e4 in Vietnam@ most sites> resource #oul$ nee$ sharing #ith 2% operators@ #hich ma(e the site

space $ifficult to obtain. RR solution allo# operator to install in fle,ible metho$@ for e,ample@ #e #oul$install the RR on the to#er in most scenarios. &n some specific scenario@ such as street site@ RR #oul$ besupporte$ to mount on the #all@ +tc.

5o# po#er consumption

"ua#ei )BS%


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nifie$ transmission to enhance net#or( efficienc4 an$ re$uce bac(haul cost

Future7oriente$ technolog4 support ne# ser'ices fast $eplo4ment@ such as 5T+

&P transmission enable an open = high efficient pipe for multi7ser'ices

.ua(ei IP Co3tra%#mi##io% So&utio%As the in$ustr4 lea$er in &PRAN fiel$@ "ua#ei proposes to pro'i$e the all &P transmission architecture for

VN/@ especiall4 the co7transmission of !S/=/TS =5T+.

Fi*ure -311"ua#ei *o7transmission Solution

nifie$ transmission for all !S/-/TS-5T+ sites to enhance net#or( efficienc4 an$ lo#er cost

&P transmission enable an open an$ high efficient pipe for multi7ser'ices

5ea$ing &P compress technolog4 in &ub = !b interface enhancing %03 transmission efficienc4. NoteE this

is the reference 'alueC

Smooth #a4 for fast 5T+ $eplo4ment in the future b4 co7transmit #ith legac4 net#or(s such as !S/@

/TS for better resources utiliDation an$ OP+L re$uction.

So&utio% Be%efit#

*ompare$ to the tra$itional in$epen$ent transmission@ it can lo#er $eplo4ment cost@ shorten construction

perio$ an$ ease the maintenance effecti'el4@ re$ucing the *AP+L an$ OP+L of operators.

&t #ill a$opt All &P $e'elopment tren$ of future transport.

-;' "igh No$eB Performance

.%. 5ea$ing RF Performance

.i*9 Out0ut Po(er

All ra$io mo$ules@ inclu$ing the carriers at least@ pro'i$e 20 output po#er. This high output po#er ensures

better co'erage an$ impro'e$ in$oor reception. Furthermore this configuration requires one L7Polar antenna

per sector #hich minimiDes the impact on e,isting antenna s4stem.

.i*9 Receiver Se%#itivity

"ua#ei>s SingleRAN equipment offer recei'er sensiti'it4 of 721.9$Bm. This impro'e$ recei'er sensiti'it4@

compare$ #ith 79$Bm tra$itional legac4 equipment recei'er sensiti'it4@ can impro'e the cell co'erage range

b4 a$$itional 203.

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.%.2 "igh *apacit4 an$ &ntegration

Lar*e Ca0acity

RR ra$io mo$ule supports up to /TS carriers@ an$ ma, 9 gra$es casca$e$@ up to 2 carriers are supporte$.

003 RR requires no footprint #hich coul$ minimiDe space requirement@ re$uce site cost an$ offer fle,ible

$eplo4ment options.

I%te*ratio%

"ighl4 integrate$ RR%928 is onl4 25 #ith fiel$ lightest RF mo$ule #ith har$#are rea$4 for -5 $ual mo$e

or 5T+ mo$e@ #hich bring more benefit to the close$ in to#er fi,ture@ e,quisite meeting the multi mo$e feature

requirement.

ey 9i*9&i*9t# of .ua(ei .SPA@

"igher Or$er /o$ulation "O/C at Air &nterface

B4 using 8:A/ instea$ of 8:A/ as mo$ulation scheme in "SPA; $o#nlin(@ the number of bits pers4mbol increase from bits to 8bits an$ hence the $ata rate of each "S)S*" co$e increase from


31/40

Fi*ure 31'"ua#ei BS*8s :oS@ an$ impro'ing V&P users> e,periences.

Fi*ure 31-"ua#ei !BR )ifferential Solution

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-; T*O Sa'ings

.1. *ost effecti'e Platform

aC The unifie$ platform an$ mo$ular $esign ma(e net#or( $eplo4ment 'er4 fast an$ easil4 an$ also

re$uce *AP+L an$ OP+L greatl4.

bC "igh integrate$ an$ large capabilit4 mo$ules can sa'e footprint an$ rental cost for the operator. +'en

"ua#ei BB mo$ule can be installe$ in an4 e,isting 2 high spare an$ RR installe$ near the

antenna@ #hich realiDe Dero footprint $eplo4ment.

cC Superior RL sensiti'it4 an$ "igher Output Po#er can help operator re$uce the number of the site an$

sa'e equipment cost.

$C "igh effecti'e $igital po#er amplifier up to 03C sa'e the po#er consumption more than 13

compare #ith the tra$itional solution. &n )BS solution@ the po#er consumption can be re$uce$

further #ith RR installe$ near the antenna.

eC Smoot9 evo&utio%abilit4 to "SPA; an$ 5T+ can protect in'estment of operator ma,imum.

Ta&e 31'Benefits from "ua#ei>s &nno'ati'e TRAN Solution

ItemTCO Savi%*

Reve%ueI%crea#i%*

Performa%ceim0roveme%tCAPE

Savi%*OPE Savi%*

/ulti7carriertechnolog4 J J J

"igh po#erefficienc4 J J J

"igh performance"SPA J J J J

5ea$ing &PRAN J J

/obile TV base$on /B/S J

Smooth e'olutionto "SPA; an$

5T+J J J J

Smart phonebase$@ largecapacit4 RN*

J J J

-;4 Smooth +'olution

Focuse$ on the pressure an$ $eman$ of VN/@ "ua#ei pro'i$e in$ustr4 lea$ing@ T*O sa'ing an$ future

oriente$ solution to help VN/ get most benefit from SingleRAN. S)R base$ SingleRAN enables fle,ible

migration bet#een $ifferent technologies !S/-/TS-5T+C on same frequenc4@ thus a'oi$ $uplicating

in'estments an$ ensure smooth migration in future@ #hich can be seen in the figure belo#.

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Fi*ure 31Total Soft#are pgra$e Base Station Architecture

.8. *abinet Sharing

ith TP9200A an$ AP/%0 @ in "ua#ei>s proposal@ #e offer %! an$ transmission share same installation space

for out$oor sites.

"ua#ei>s %s BB is a multimo$e BB #hich pro'i$e a common platform for!S/-/TS-5TS. The co7e,ist of $ifferent technologies on the same platform contributes to increase$operating efficienc4.

-;5 Feature Li#t

Besi$e the man$ator4 an$ optional features@ there are still man4 other features realiDe$ in the 'ersion but not

a$opte$ in the pro?ect. For $etail@ please chec( our bill of quotation.

RAN1670 RNF!*tur!# *"(*!)or 233 N!' Nod!B

WRFD-010813 AR-WB 9Ad*ti%! ulti R*t! Wid! B*d:9!r Erl:

WRFD-020;01 ARWB-AR S!!" R*t!# otrol 9!rErl:

WRFD-011800 TFOTrFO 9!r Erl:

WRFD-011000 !ll Bro*d"*#t #!r%i"! 9!r Erl:

WRFD-02130< I.ro%!d Do'li( o%!r*! 9!r Erl:

WRFD-160206 */!r!d P*i i Idl! od! 9!r Erl:

WRFD-010816 ultil! RAB P*"(*! 9PS RAB =>2: 9!rErl:

WRFD-020303 It!r-RAT ?*do%!r B*#!d o o%!r*!9!r Erl:

WRFD-02030< It!r-RAT ?*do%!r B*#!d o D @oS 9!rErl:

WRFD-020306 It!r-RAT ?*do%!r B*#!d o S!r%i"! 9!rErl:

WRFD-020308 It!r-RAT ?*do%!r B*#!d o o*d 9!r Erl:

WRFD-140208 */!r!d P*i i RAP? 9!r Erl:

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WRFD-060402 IP Tr*#.i##io Itrodu"tio o Iu,It!r)*"! 9!r Erl:

WRFD-140213 It!lli!t A""!## l*## otrol 9!r Erl:

WRFD-011000 !ll Bro*d"*#t #!r%i"! 9!r ,#:

WRFD-010810 ?SDPA Itrodu"tio P*"(*! 9!r ,#:

WRFD-010820 ?SDPA 378,# !r #!r 9!r ,#:

WRFD-010821 ?SDPA ;72,# !r #!r 9!r ,#:

WRFD-010822 32 ?SDPA #!r# !r !ll 9!r ,#:

WRFD-010811 ?SDPA E*"!d P*"(*! 9!r ,#:

WRFD-010861 ?SDPA o%!r Iur 9!r ,#:

WRFD-010823 84 ?SDPA #!r# !r !ll 9!r ,#:

WRFD-010860 ?SDPA 1372: 9!r

,#:WRFD-020111 O! Tu!l 9!r ,#:

WRFD-020303 It!r-RAT ?*do%!r B*#!d o o%!r*!9!r ,#:

WRFD-140208 */!r!d P*i i RAP? 9!r ,#:

WRFD-060402 IP Tr*#.i##io Itrodu"tio o Iu,It!r)*"! 9!r ,#:

WRFD-140213 It!lli!t A""!## l*## otrol 9!r ,#:

WRFD-140218 o*d-,*#!d li( T*r!t BERour*tio 9!r !ll:

WRFD-140211 D/*.i" T*r!t RoT Adu#t.!t 9!r !ll:

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WRFD-140216 D/*.i" our*tio o) ?SDPA @IF!!d,*"( P!riod 9!r !ll:

WRFD-160238 o*d B*#!d D/*.i" Adu#t.!t o) PPI?9!r !ll:

WRFD-020600 E*"!d F*#t Dor.*"/ 9!r PS ( Su,:

RAN1670 Nod!BF!*tur!P*"(*!9S111: )or233 N!' Nod!B

WRFD-010814 ?SPA P*#! 2 9!r Nod!B:

WRFD-160242 ?SDPA S"!dul!r Pool 9!r Nod!B:

WRFD-0108


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WRFD-020306 It!r-RAT ?*do%!r B*#!d o S!r%i"! 9!r,#:

WRFD-020308 It!r-RAT ?*do%!r B*#!d o o*d 9!r,#:

Otio*l RAN16Nod!B F!*tur!P*"(*!9S111:

WRFD-140201 AR Hoi"! @u*lit/ I.ro%!.!t B*#!d oPHA 9P!r !ll:

WRFD-02013; Du*l-Tr!#old S"!duli 'it ?SPAIt!r)!r!"! *"!ll*tio 9!r !ll:

WRFD-030010 @I Adu#t.!t B*#!d o D/*.i" BERT*r!t 9!r !ll:

WRFD-140221 ?SDPA S"!duli B*#!d o E o"*tio

9P!r !ll:WRFD-160208 Tur,o I 9!r !ll:

WRFD-160222 ?SPA Ti.! Di%i#io 9!r !ll:

WRFD-160236 DP? *i.u. Po'!r R!#tri"tio 9!r!ll:

WRFD-010210 otrol *!l P*r*ll!l It!r)!r!"!*"!ll*tio 9PI: 9!r Nod!B:

WRFD-140202 otrol *!l P*r*ll!l It!r)!r!"!*"!ll*tio 9P*#! 2: 9P!r Nod!B:

-;6 Roa+ma0

For all the !S/-/TS-5T+-OSS pro$ucts "ua#ei pro'i$e in this proposal@ #e also pro'i$e the latest roa$map

for 4our reference. ith the ne# an$ po#erful solution@ the TRAN can easil4 support long term e'olution to

"SPA; an$ 5T+. For $etail@ please refer to roa$map $ocuments.

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1 )&S*5A&/+R

The solution an$ $imension in this proposal are sub?ect to the business requirement an$ traffic mo$el require$

in the RFP an$ an4 assumption herein is $eeme$ as necessar4. Not#ithstan$ing an4 $escription in the proposal@

the scope of #or( of "ua#eis offer is strictl4 sub?ect to the Bill of :uantities. &n case the con$ition of solution

an$ $imension 'aries@ the Bill of :uantities an$ price shall be a$?uste$ accor$ingl4.

Areviatio%#

Areviatio% Fu&& Name

AA/R A$apti'e /ulti7Rate

ANR Automatic Noise Restrain

APN Access Point Name

APS Automatic Protection S#itchingC

ARP A'erage Re'enue Per ser AS&* Application Specific &ntegrate$ *ircuit

AT/ As4nchronous Transfer /o$e

BB! Bor$er !ate#a4

B"*A Bus4 "our *all Attempt

BS* Base Station *ontroller

BSS Base Station Subs4stem

BSSAP Base Station Subs4stem Application Part

C*A/+5 *ustomiDe$ Applications for /obile net#or( +nhance$ 5ogic

*AP *A/+5 Application Part

** *all *ontrol*)R *all )etail Recor$

*+S *ircuit +mulation Ser'ice

*! *harging !ate#a4

*N *ore Net#or(

*ORBA *ommon Ob?ect Request Bro(er Architecture

*S *ircuit7s#itche$

*S*F *all Session *ontrol Function

,)*" )e$icate$ *hannel

)"*P )4namic "ost *onfiguration Protocol

)5 )o#nlin(

)NS )omain Name Ser'er E+&R +quipment &$entification Register

+/S +lement /anagement S4stem

FF)) Frequenc4 )i'ision )uple,

F+ Fast +thernet

FTP File Transfer Protocol

G!+ !igabit +thernet

!!SN !ate#a4 !PRS Support No$e

!/5* !ate#a4 /obile 5ocation *enter

!PRS !eneral Pac(et Ra$io Ser'ice!PS !lobal Position S4stem

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!R+ !eneric Routing +ncapsulation

!S/ !lobal S4stem for /obile *ommunications

!TP !PRS Tunneling Protocol!& !raphic ser &nterface

! !ate#a4

."5R "ome 5ocation Register

"P5/N "ome P5/N

"S)PA "igh Spee$ )o#nlin( Pac(et Access

"SS "ome Subscriber Ser'er

I&** &nterference *anceling *ombination

&/ &ntensit4 /essage

&/A &n'erse /ultiple,ing on AT/

&/7/! /! of &/S subs4stem&/S &P /ultime$ia Subs4stem

&/S& &nternational /obile Station &$entit4

&/T72000 &nternational /obile Telecommunication 2000

&N &ntelligent Net#or(

&OT &nteroperabilit4 Test

&S* &P multime$ia Ser'ice *ontrol

&S)N &ntegrate$ Ser'ices )igital Net#or(

&SP &ntegrate$ Ser'ices )igital Net#or( ser Part-&S)N ser Part

&T7T &nternational Telecommunication nion 7 Telecommunication Stan$ar$iDation Sector

MB Milob4te

L52TP 5a4er 2 Tunneling Protocol5AN 5ocal Area Net#or(

5*S 5ocation ser'ices

5& 5a#ful &nterception

5&! 5a#ful &nterception !ate#a4

5/T 5ocal /aintenance Terminal

!/AP /obile Application Part

/!*F /e$ia !ate#a4 *ontrol Function

/!*P /e$ia !ate#a4 *ontrol Protocol

// /obilit4 /anagement

//& /an /achine &nterface//5 /an7/achine 5anguage

/N* /obile Net#or( *o$e

/NP /obile Number Portabilit4

/S /obile Station

/S* /obile Ser'ice S#itching *enter

/S&S)N /obile Station &nternational &S)N Number

/SRN /obile Station Roaming Number

/TBF /ean Time Bet#een Failures

/TP%B /essage transfer part broa$ban$C

/VPN /obile Virtual Pri'ate Net#or(

NN/S Net#or( /anagement Station

NP)B Number Portabilit4 )atabase

O

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O/* Operation = /aintenance *enter

P

P*" Paging *hannelP)P Pac(et )ata Protocol

P5) Programmable 5ogic )e'ice

P5/N Public 5an$ /obile Net#or(

POS Pac(et O'er S)"

PPS Pre7Pai$ Ser'ice

PS Pac(et S#itche$

PSTN Public S#itche$ Telephone Net#or(

PTT Push To Tal(

:oS :ualit4 of Ser'ice

R

RAB Ra$io Access Bearer RA)&S Remote Authentication )ial in ser Ser'ice

RAN Ra$io Access Net#or(

RANAP Ra$io Access Net#or( Application Part

RN* Ra$io Net#or( controller

RR/ Ra$io Resource /anagement

RR Remote Ra$io nit

SS**P Signaling *onnection an$ *ontrol Part

S*P Ser'ice *ontrol Point

S*TP Signaling *ontrol Transmission Protocol

S)F Ser'ice )ata Function

S)" S4nchronous )igital "ierarch4S!SN Ser'ing !PRS Support No$e

S! Signaling !ate#a4

S&/ Subscriber &$entit4 /o$ule

S/* Short /essage *enter use$ for S/SC

S/S* Short /essage Ser'ice *enter

S/S7!/S* Short /essage Ser'ice !ate#a4 /S*

S/S7&/S* Short /essage Ser'ice &nter7#or(ing /S*

SRF Ser'ice Resource Function

SSG **&TT Signaling S4stem No.G

SSF Ser'ice S#itching Function

SSP Ser'ice S#itching Point

ST/7 S)" Transport /o$ule 7ST/7 S)" Transport /o$ule 7

STP Signalling Transfer Point

TT*AP Transaction *apabilit4 Application Part

T*O Total *ost of O#nership

TO* Top of *abinet

T/S& Temporar4 /obile Subscriber &$entifier

U)P ser )atagram Protocol

+ ser +quipment

5 plin(

/TS ni'ersal /obile Telecommunications S4stem

RA ser Registration Area

S&/ /TS Subscriber i$entit4 mo$ule

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TRAN /TS Terrestrial Ra$io Access Net#or(

V5R Visitor 5ocation Register V/S* Visite$ /obile S#itching *enter@ Visite$ /S*

VP5/N Visite$ P5/N

?AP ireless Application Protocol

Annex 3.3.2 Technical Proposal for Radio Network 20141119

Documents