SingleRAN BSC6910 Introduction 09(20140627) (3)

8/18/2019 SingleRAN BSC6910 Introduction 09(20140627) (3)

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HUAWEI TECHNOLOGIES CO., LTD.

ingleRAN B C6910 Introduction

Author/ Email: huangzhihang 00267344

Version: 09(20130902)


2/43

HISILICON SEMICONDUCTOR

HUAWEI TECHNOLOGIES CO., LTD. Page 2

Technology Evolution Drives Netor! "or#r$

2002013

!eature Phone" #amera" $V%

&mart'hone " !aeoo*" $+itter%!

An,+here " A


3/43



%&& Ch#llenges ' %#n#ging Sign#ling #n$ Tr#

"e#ture )hone*++ *+-

S/#rt0hone 1 222

A00s 222-++1 S/#rt0hone

Everything is connect

Tr#((ic

S/#rt0honeSign#ling Stor

/

Through0ut

Sign#

-.. +ill *ee' inreasing


4/43



What are the requirements for MBB Controller

Page 4

Broad: Large Capacity

Efeciency: High Itergrati! " C!##! Har$%are

Reliability : &'ic( Di)a)ter Rec!*ery

Smooth: C!#pati+iity " -'t're E*!'ti!


5/43HISILICON SEMICONDUCTORHUAWEI TECHNOLOGIES CO., LTD. Page

kuān/

&SC3-+ Highlights

Tbps level switching platorm

!TS

"# !ser $lane %$S Tra&c ode

(# )ontrol $lane %Smartphone

* or +ll $rocessing Board

R,) in $ool- smooth evolution

R,) in $ool Redundancy- *.s

BS) ,ode Redundancy - *( m

recovery

BS)/0*.


6/43

HISILICON SEMICONDUCTORHUAWEI TECHNOLOGIES CO., LTD. Page 6Page 0

&SC3-+ Logic#l Architecture 4 H#r$#re Unit

O

%U

C

L5

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Sitching

+dd your te#t in here


Cic( t! a$$ Te1t

Cic( t! a$$ Te1t

Switching board

)loc1 Generation boards

S)!b

G)!a- G)Ga



Cic( t! a$$ Te1t

Cic( t! a$$ Te1t

2$ transmission boards

+T transmission boards

3G4c, G5!c

!52c- +5!c

+dd your te#t in here Cic( t! a$$ Te1t

T6 7 2$ Transmission board $5!c

Common

for 6900/6910 +dd your

+dd your

Cic( t! a$$ Te1t

Cic( t! a$$ Te1t

)ommon )$7!$

*.GE interace tra

EG$!a

E85!a

+dd your

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Cic( t! a$$ Te1t

59 inter

,astar sup

E5!a

ES+!a

+dd your Cic( t! a$$ Te1t

,etwor1 intell E,2!a

Logical Architecture


7/43

HISILICON SEMICONDUCTORHUAWEI TECHNOLOGIES CO., LTD. Page 7

isuali;ation


8/43

HISILICON SEMICONDUCTORHUAWEI TECHNOLOGIES CO., LTD. Page

"eer &o#r$s Less CA)E9 #n$ O)E9

O4%

Cloc!

Inter(#ce

EG)U

GS% C)

GS% U)

U%TS C)

U%TS U)

E


9/43


%ini/u/ - EG)U (or =oth C) #n$ U)

&HCA8 :35 6 -,33:5 $e0en$ing on tr#((ic /o$el

Throu

Specifcations trac models

Ua: Eoled General Processing Unit !E":a # $H%A base on Huawei &rac model#

T79 8 -+++

&HCA8 **++5

GS% S0eci(ic#tion U%TS S0eci(ic#tio

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00

&P EPa

20

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P:

)on>gurable $rocessing )apac3i#ed $rocessing )$9!$ in 5ne Board

EG$!a*#

6$!g

8$!b

6$!

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*#

"# )DCH 8 >+++

E7L8 3*+


10/43


11/43


-+GE =o#r$ E9OU Si/0li(ies Netor! Connect

$rovides two channels overoptical ports

Supports 2$ over GE

GE $ort

2ntegration with Telco capabilitySupport +ll Logical 2nteracesSimpliy $hysical ,e

)onnections

I'+ iter3ace

I'CS iter3ace

I'r iter3ace

I'PS iter3ace

I'rg iter3ace

A+i) Iter3ace A iter3ace G2 Iter3ace

Evolved 4?port *.GE 5ptical

interace !nit RE:a

5ne interace board or all G!

interaces

Transmission $ool to simpliy

con>guration and load

balancing

Simpliy topological nstructure

D(@ board slots sa

5ne *.GE port F


12/43


Syste/ 7eli#=ility I/0le/ent#tion

Page 56

Resource $ooling 9 $rocess +7S ensures no service impact in case o sing

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CPCP

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CP Active 0rocess

Board Level Reliability $rocess Lev


13/43


Auto/#tic C) 7esource Alloc#tion

Initi#l Auto/#tic 7esource Alloc#tion GS%4U%TSB Auto/#tic 7esource 7e#llo

. alloates automatiall, 'roessing

resoures +hen aing a 8oe." .$&" #ell or

&ignaling lin* suh as $P

8o manual oniguration reuire

;hen aing more oars to e

some 8oe. or #ell eoming

s,stem +ill a=ust the istriutio

the EPa oars


14/43


Tr#ns/ission Inter(#ce &o#r$s )ooling

7#c! +

7#c! *

&SC

No$e&

No$e&

No$e&

I) Netor!

2$*

2$"

2$47#c! -

2nterace Boards $ool

Re

Ne

Loa9 EI ttra

reSer

O3 I


15/43


7NC in )OOL Architecture *+->B

MSC SER8ER

MGW

SGSN

I' CS

I' PS

I'rp

N!$e2

N!$e2

N!$e2

RNC P!!

5SS

RNC

RNC

I'+

R+, ),!E

7NC in )OOL Architectur

No$e&&TS

7NC in )ool, 7e#$y (or Clou$ Evolution

BS)/0*.

B.

BS)/0..


16/43


RNC in !ool solution introduction

I'rp

N!$e2

N!$e2

RNC i P!!

RNC

Ne% RNC

I'+

SGSN

MSC SER8ER

• >8#s are 'oole through ?ur@' or noe reunan,/loa

sharing

• &tan, lin*s are reuire

• &tan, >8# sot+are ersion shoul e the same or higher

than Primar, >8#

BeneguratiRedundancy i

diferent plac,o H$2 lose

$rimary

Standby


17/43


"M# RNC $ot Bac%u& solution ' ()B C6900*1

+

?ur@'?ur@' ?ur@'

>&SC3++ 2-&SC3-+

Speci>ca


18/43


"M# RNC $ot Bac%u& solution ' ,)B C6900*-

7NC *7NC -

?ur@' ?ur@'

&SC3++2 *&SC3-+

7NC > 7NC 7NC 7NC 3

Speci>cat


19/43


"M# RNC $ot Bac%u& solution ' B C6910 1*1

7NC *

?ur@'

7NC - Speci>cR,) products shoul

R,) capacities shsame

+vailable or SR+,

Load sharing unct

togethe

&SC3-+ -2-


20/43


"M# RNC $ot Bac%u& solution ' B C6910 (*1

&SC3-+ >2-

7NC - 7NC * 7NC >

Speci>ca


21/43


. M B C $ot Bac%u& solution

2TS

2TS

2SC

2ac('p 2SC

I'+

SGSN

MSC SER8ER

. 8oe >eunan,

• .s are onnete or noe reunan,

• &tan, lin*s are reuire

• &tan, >8# sot+are ersion shoul e the as Primar, >8#

BeneTra&c recove

*( mins5ne 1ey Swap

+utomatic Sw +utomatic sync

con>guration Redundancy in

diferent place ,o H$2 lose

$rimary

Standby


22/43


. M B C $ot Bac%u& solution ' B C6910 1*1 +

&SC *&SC -

&SC3-+ -2-

Speci>c

BS) products should

The transmission sh

+vailable or SR+,


23/43


." MB C $ot Bac%u& solution ' B C6910 1*1 +

%&SC *

?ur@'

%&SC -

&SC3-+ -2-

Speci>ca

Sotware versionssame

+vailable or SR+

2t ta1es *.s or recove

2t ta1es *(mins o

recove


24/43


2SC095: W!r$%i$e -!!tprit)

&SC3-+ Success(ul C#ses

2SC095: )eecte$ +y /.I !perat!r) %ithi G+I*4months ;a) !3 6:54.0<


25/43


Tra=c

N!$e2)

RNC

>5

Tra=c

N!$e2)

RNC>5

RNC>6

RNC>?

RNC>4

)#st No

Page 67

&SC3-+ Co//erci#l De0loy/ent in St#rHu= -6*

Signaling: ".@ )+*(.# in *. year

SignalingSmarpene

)hallenge: Signaling Storm o 3ull con>guration or BS)/0.

&SC3-+ C i l D l t i St H = -6*


26/43


&SC3-+&SC3++

Swapping

a#

I4

Boa

?

$Reu

?($

cons

?

&SC3-+ Co//erci#l De0loy/ent in St#rHu= -6*


27/43

$age 4D

5ne )abLe)) Space tha

$uge Ca&acit/ ith Redundanc/ in &eration 12-

BS)/0*. in ,ode Redundancy ode to provide Reliability

BS)/0*.

BS)/0*.

BS)/0*.

R!tter$a#

+rnhem

De Haag

Bac1up BS) lin1


28/43

HISILICON SEMICONDUCTORHUAWEI TECHNOLOGIES CO., LTD. Page 2Page 6B

$uge Ca&acit/ ith Redundanc/ in &eration -2-

7e$un$#ncy

ActiveActive

7e$un$#ncy

ActiveActive

7e$un$#ncy

ActiveActive

7e$un$#ncy

ActiveActive

E&cie5 EGPUa 3!r GS

Broa2ig Capa

ReliabRNC i POOL N!$e Re$'

Re$'$a


29/43

Page 69HUAWEI TECHNOLOGIES CO., LTD.

B C6910 3e&lo/ed in 4I4A 5uait 12-

)hallenge:


30/43

Page ?:HUAWEI TECHNOLOGIES CO., LTD.

B C6910 3e&lo/ed in 4I4A 5uait -2-

Bene>t: )$! usage low down by using a BS)/0*. by R,) in $55L Lo

&SC3-+

&SC3+

+

&SC3++

&SC3

++

No$e& No$e& No$e&

090

1090

2090

3090

4090

090

6090

7090

090

9

494

&SC3,++ C)U Lo#$

5:

L!a$ Sharig

aster R,) control plane )$! Load

decrease *.@

,o impact on H$2

&SC3-+ F#lues Su//#ry


31/43

Page ?5HUAWEI TECHNOLOGIES CO., LTD.

E&ciency Smooth

&SC3-+ F#lues Su//#ry

ReliabilityBroad

3or *..@ Smartphone scenario

cation

or signaling storm

)apacity beyondindustry

)$ $ool !$ $ool

Transmission $ool R,) Redundancy

5ne or +ll %EG$!a$rocessing Board'

)$7!$ 6ynamically

Sharing in one board

BS)/0*.

$ool4

$ool"

$ool*

R,) in $ool

2SC09::

:

5::

6::

4:54

5?:56:

04

67:

I$')try

SmoothBS)/0.in $ool

Burst LBS)/0*

SmoothR,) 26 +

Ready

Evolutio

$

2,

T3

awei BS)9R,) is a leader in the mar


32/43

awei BS)9R,) is a leader in the mar

+ccording to )urrent +nalysis:N


33/43

Auly- 4.*K- None BS)/0*. I Two BS)/0..N R,) in $55L wsuccessully in 2taly T2 ,ew BS)/0*. and R,) in $55L load shabring a result o the )$! load down rom a high load (=@ to K0@ - solution or R,) e#pansion without split ,e#t - T2 would ma1e $55L in T2 networ1s- and R,) in $55L ,ode Redundancy would be u

Bac1ground Brie: Telecom 2talia- T2- T2 Brasil- 5livetti- Telecom

are the main brands o Telecom 2talia Group who is the one o bigge2taly

,) in $ool Load sharing were launched in

8e+

>8# 1>8# 2


34/43

Auly- 4.*K- two BS)/0*. 9 R,) in $55L were launched successu

Telecom- Britain BS)/0*. and R,) in $55L ,ode Redundancy seaturesN*.sP disaster recovery ater a R,) ailure- whereas thesolution needs at least "J( hours

R,) in $55L solution are recommended global ore than *. opeordered this solution - or e#ample T?obile- 63 - )hina !nicom operators would used later

Bac1ground Brie: an# Telecom is the ,o* operators o 2sle o

$rim

Stan

BS)/0*.BS)/0*.

,) in $55L were launched in an# Teleco

BS)/0.. 9 BS)/0*. )omparison


35/43

Page ?7HUAWEI TECHNOLOGIES CO., LTD.?7

BS)/0.. 9 BS)/0*. )omparison

BS)/0..+dvantage o

BS)/0*.BS)/0*.

* traBS

4 6isdif

BS

" onro


36/43

Page ?0HUAWEI TECHNOLOGIES CO., LTD.

>$81

8E1

BCa+e)

Larger )apacity leads more $ower consumption

2SC

5.

6.

8S 5@:

?. @ 8S75:

BS)/0*.

B>$81(B)8E1(@)

>$81(B)

8E1(@)

>$81(B)

8E1(@)

BCa+e)

BCa+e)

BCa+e)

)apacity

K...M eachSubrac1

S (*..M each

cabinet


37/43

Page ?@HUAWEI TECHNOLOGIES CO., LTD.

Ne !latform leads NBI Change

Pa e ?@

&SC3++

&SC3-+

,B2 8 ,orthBound 2

$erormance

diference

+larm diference

$ar

dif


38/43

Tha( y!'%%%.h'a%ei.c!#

Tha( y!'9

Intelligent "nit in MB C

)*) D l $ C l A i$ O i


39/43


,2!Board

P2P

8on@P2P

C&5PA arrier through'ut +/o P2P throttling

P2P

8on@P2P

C&5PA arrier through'ut + P2P throttling

+1

>+1-

0

12

30

411

)*) Donlo#$ Control 8 Avoi$ Overc#0#city

We= Acceler#tion &ene(it

BS)

,etwor1 2ntelligence !nit ServiceEngine in R+,

cationBoard

BS)/0*. with Superior $erormance- Reliabil


40/43


Superior $erormance


41/43


Beore

64 G+p) ?@6: 2HCA Ser*ice a%aree))

4: G+p) 7?:: 2HCA Iter3ace +!ar$p!!ig

C!tr! pae !a$)harig

56: G+p) ;PS Tra=c

M!$e< 04M 2HCA;S#artph!e Tra=cM!$e<

EGPU, 5 +!ar$ 3!r a CPFUP $ya#ic )harig RNC i P!! e1pa$2SC09:: %ith 2SC095:

T+p) e*

%ith

)!3t%ar

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ay%he

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GS

!TS

BS)/0..Single $latorm 3or G!

BS)/0..Board $ooling

5ptimi;ation

4.*4Q4

BS)/0*.,ew $latorm 3or BB

4.*"Q4

)loud and )

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6iference 2 : $ower 6istribution o BS)/0*.9/


42/43


>$81

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5. ? P!%er Ca+e)

6. 4:::W each S'+rac( 8S 5@::W each )'+rac(

?. @5::W each ca+iet 8S75::W each Ca+iet

BS)/0*.

B>$81(B)

8E1(@)

>$81(B)

8E1(@)

>$81(B)

8E1(@)

BCa+e)

BCa+e)

BCa+e)


43/43


3ifference II : NBI Main Change ummar/ of B C6910;6

Page 4?

-$&: 40 's

"300D .C#A 3060 8oe./100 #ell

&-: "192$>/4"000Erl 11"000D .C#A 204 .$&/204 #ell

-$&: 120 's 64"000D .C#A 10"000 8oe./20"000 #ell

&-: 24"000$>/10"000Erl 2"000D .C#A "000 .$&/"000 #ell

&SC3++

&SC3-+

,B2 8 ,orthBound 2

$erormance

diference

+larm diference

$ar

dif

Documents

SingleRAN BSC6910 Introduction 09(20140627) (3)