01 gu_ss1052_e01_1 zxur 9000 introduction 43p.ppt

7/24/2019 01 GU_SS1052_E01_1 ZXUR 9000 Introduction 43P.ppt

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ZXUR 9000 Product Introduction

ZTE University


2/43

Contents

General Introduction System Architecture

Hardware escri!tion

Product Hi"h#i"hts


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ZXUR 9000 $ocation in %o&i#e 'etwor(

SGSN GGSN

BTS/NodeB

BSC/RNC

NodeB

BTS

BSC/RNC

BTS/NodeB

MSC-S/VLR GMSC-S

Other-PLMN

PSTN

MGW GMGW

Gb/IuPs

A/IuCs

A/IuCsMc

Nb

Nc

Iur/Iur-g

Gb/IuPs

ZXUR 9000

Abis/Iub

Abis/I

ub

Abis

Iub

CS DtPS Dt

CS/PS Mi!ed Dt

Sig"#i"g


4/43

)unctiona#ity o* ZXUR 9000 in +enera#

ZXUR9000

ZXUR9000

Node B

Node B

Node B

Abis/Iub

Iur-g

GERAN/UTRAN

BSC/RNC BasicFunction

System information

broadcast and MS access

control

Mobility management

suc as ando!er"relocation" etc#Radio resource

management suc as

$o%er control" cell

resource allocation" etc#

CS and &S R'B ser!ices

Radio cannel encry$tion

for transmitted data and

signaling


5/43

Physica# S!eci*ications

Item Specification

Dimensions (!D!"# (mm# $%$&& ! '&& ! &&

"eig)tEmpt* +abinet ,&

.ull +onfigured +abinet ,0&

1o2er +onsumption Single S)elf , 34&&

1o2er SourceRe5uirements

-'6 D+ (-476 D+ 8 -&6 D+#

9perating Temperature:ong-term temperature; 4


6/43

esi"n ,ased on ZTE Common Hardware P#at*orm

+S+.

AG+.

@G+.

G+.

E

1DN-G"

SerBing-

G"

1SS/1ES

I-G"

S+s/S+

e

G"

@S+

RN+

US11

SGSN

GGSN

AG"

1DSN/A

A## IP P#t$or% Desig"

BSC/RNC/CN Co- P#t$or%

GSM/&MTS/CDMA Co-P#t$or%

Co%%o" '#t$or% e"h"ce bord i"tegrtio"( s)ste% stbi#it) "d s*e s'res

GSM "d &MTS "et+or,s shre i"ter$ces "d tr"s%issio"( s*i"g cost

&"ied OMC si%'#ies O.M( s*es %"'o+er "d u"ies G& c'cit) '#""i"g

Resource 'oo#( e!ib#e G& resource ##octio"

&"ied RRM re#i0es i"te##ige"t ccess( h"do*er "d G& #od b#"ce

Co"*erged OMC P#t$or%

Co"*erg

e "ce


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ZXUR 9000 Rac( Com!onents

T)e racC;

-00mm width./00mm de!th in #ine with

ETS 100 229 or IEC-0394 standard

3300mm hei"ht su!!ort 1 su&5rac(

con*i"uration

Su&5rac(s are con*i"ured &y se6uence7

main su&5rac( *irst than su&5rac( 2 and 3

E8tensio

n su&5

rac( 3

1o2er distribution sub-racC;

1U hei"ht in to! o* the rac(

Provide !ower distri&ution *or the

who#e system !ower indication and

outer environment monitorin"

*unction

ua# !ower in!ut su!!ort automatic

switch &etween 3 !ower in!ut

"ind guide sub-racC; Provide wind duct

*or

*orward&ac(ward

wind to iso#ate the

system wind duct

and im!rovecoo#in" e**iciency

The wind duct is

&e#ow service su&5

rac(:

The wind duct *or

main su&5rac( is

3U hei"ht and *or

e8tension su&5rac(

is ;U:


8/43

ZXUR 9000 Service Su&5rac( Introduction

1

23 i"ch st"drd she#$

4ro"t "d rer '#ug-i" she#$ $or ech sub-

rc,s( ech h*e 25 s#ots

Processi"g bords "d O.M bords i" $ro"t

she#*es ( desig"ed +ith ATCA st"drd bord

I"ter$ce bords "d s+itchi"g bords i"

rer she#*es

ZXUR 9000 self (Front" Rear" Side !ie%)

67&R 3888 i"c#udes t+o t)'es o$ sub-

rc,s9

Mi" sub-rc,( ser*ice h"d#i"g '#us

O.M "d c#oc, $u"ctio"( co%'u#sor) $or

co"gurtio":

;!te"sio" sub-rc,( ser*ice h"d#i"g(

co"gured bsed o" c'cit)

re$ro"t bord 1&( rer

bord 3&@

Po+er u"it >ech sub-rc, co"gure =@

ZXUR 9000 Rac+

Distributed design% resource pool for serBice )andling ensure )ig)

reliabilit*% strong processing capabilit* 2it) )ig) efficienc*>


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Contents

+enera# Introduction S*stem Arc)itecture

Hardware escri!tion

Product Hi"h#i"hts


10/43

ZXUR 9000 System Architecture

ZXUR 9000 is desi"ned with a## IP switchin" architecture: $o"ica# units inc#udin"7 access unit switchin" unit !rocessin" unit

=>% unit etc:

Po+er( 4AN

Processi"g&"it

O.M

;"*iro"%e"tMo"itori"g &"it

Access

&"it

S+itchi"

g

&"it

67&R 3888

BTS/Node B

BSC/RNC

CN

STM -2

;2

4; G;

51

Abis/Iub

Iur-g/Iur

A/Gb/Iu


11/43

ZXUR 9000 ,oard C#assi*ication

S2itc)ing @oard

1rocessing @oard

Interface @oard

S+itchi"g bord de#s +ith the s+itchi"g i"co"tro# '#"e >BAS;@ "d %edi '#"e >4ABRIC@:Besides the i"tr-she#$ s+itchi"g( it #so 'ro*idess+itchi"g ch""e#s $or ## i"ter-she#$co%%u"ictio":

Processi"g bord h"d#es the 'rotoco# 'rocessi"gi" co"tro# '#"e "d user '#"e( "d isres'o"sib#e $or the o*er## 'rocessi"g "d co"tro#i" ter%s o$ O.M:

I"ter$ce bord oers ccess o$ STM-2( ;2/T2(CSTM-2 *i i"ter$ces i"c#udi"g A( Abis( Gb( Iu(Iub "d Iur to %eet *rious re


12/43

Switchin" and Processin" ,oard

@oards .ull Name .unction Description +onf> 1rinciple

EG@SEnhanced +E,ase Switch&oard

Hand#es switchin" in ,ASE name#y contro# !#ane?!rovides switchin" channe#s *or a## intra5she#* andinter5she#* communication in contro# !#ane:

The num&er o* E+,S is a#ways 3*or each she#*:+S% and U%TS can share these3 E+,Ss:

EG.SEnhanced +E)a&ric Switch

&oard

Hand#es switchin" in )A,RIC name#y media!#ane? !rovides switchin" channe#s *or a## intra5she#* and inter5she#* communication in media!#ane: Provides c#oc( *unction:

The num&er o* E+)S is a#ways 3*or each she#*:+S% and U%TS can share these3 E+)Ss:

1)*sical@oards .ull Name

:ogical@oards .unction Description +onf> 1rinciple

US1

Universa#ServiceProcess&oard

RUP Processin" in user !#ane? hand#es the voice and

data !rocessin" within system: Ca!acity decides thenum&er o* USP:+S% and U%TS shou#dcon*i"ure res!ective#y:%P is *or U%TS on#y:

C%P Contro# !#ane !rocessin" *or common si"na#in"!rocessin" amon" ce##s

%P Contro# !#ane !rocessin" dedicated *or usersi"na#in" !rocessin" irre#ative with ce##s

U1

Universa#%ana"ementProcess&oard

=%P =vera## mana"ement3 =%Ps 3 =%%s:+S% and U%TS sharethe &oards:=%% $oca# =>%

ET+@EnhancedTrans Coder Su ort transcodin and rate ada tation: A # to +S% on#

S2itc)ing @oard

1rocessing @oard


13/43

Inter*ace ,oard@oards .ull Name .unction Description GS or UTS

EA1@ Enhanced AT% Process ,oard =**er inter*ace *or AT% over ST%52 A!!#y to U%TS on#y

EDTAEnhanced i"ita# Trun( &oard AT%

version=**er inter*ace *or AT% over E2 A!!#y to U%TS on#y

ESDTAEnhanced SH i"ita# Trun( &oard

AT% version

=**er inter*ace *or AT% over

channe#i@ed ST%52A!!#y to U%TS on#y

EDTIEnhanced i"ita# Trun( &oard IP

version=**er inter*ace *or IP over E2 A!!#y to +S% and U%TS

ESDTIEnhanced SH i"ita# Trun( &oard

IP version

=**er inter*ace *or IP over channe#i@ed

ST%52A!!#y to +S% and U%TS

EG1@ Enhanced +E Process ,oard =**er +E)E inter*aces A!!#y to +S% and U%TS

ESDTGEnhanced SH i"ita# Trun( &oard

+S% version=**er access o* T% CST%52 A!!#y to +S% on#y:

EDTTEnhanced i"ita# Trun( &oard T%

version=**er access o* T% E2T2 A!!#y to +S% on#y

ESDTTEnhanced SH i"ita# Trun( &oard

IP version=**er access o* T% CST%52 A!!#y to +S% on#y

Abundant interfaces for different net2orCing re5uirementsAbundant interfaces for different net2orCing re5uirements


14/43

Hi"h Re#ia&i#ity esi"n

:ogical Unit1)*sical

@oard

:ogical @oard @acCup et)od

=>% Unit U%P=%% 22

=%P 22

Access Unit

EAP, EAP, 22

ESTA ESTA 22

ETA ETA $oad sharin"

E+P, E+P, 22 #oad sharin"

ETI ETI 22

ESTI ESTI 22

ETT ETT 22

ESTT ESTT 22

EST+ EST+ 22

Switch UnitE+,S E+,S $oad sharin"

E+)S E+)S $oad sharin"

Processin" Unit USPRUP%P $oad sharin"

C%P 22

ETC, ETC, $oad sharin"


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Si"na#in" Processin" )#ow5+S%U%TS

Sig"#i"g Processi"g 4#o+


16/43

Service Processin" )#ow5+S%BIP AU%TS

CS Service Processin" )#ow

PS Service Processin" )#ow



17/43

Service Processin" )#ow5+S%BT% A


PS Service Processin" )#ow


18/43

Contents

+enera# Introduction System Architecture

ard2are Description

Product Hi"h#i"hts


19/43

Hardware System =verview

,2

,3

A

2 3

3

3

1


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She#*

Service she#*Service she#*

29 inch standard she#*

)ront and rear !#u"5in she#* *or each

su&5rac(s each have 2; s#ots

Processin" &oards and =>% &oards in

*ront she#ves desi"ned with ATCA

standard &oard

Inter*ace &oards and switchin" &oards

in rear she#ves


21/43

,oard !arameters

)ront !#u"5in &oard Hei"ht7 /U

Service !rocessin"

Rear !#u"5in &oard Hei"ht7 9U

Inter*ace and switchin"


22/43

3 4 7 0 3

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

US

P

ET

C,

I'T

I'T

I'T

I'T

EG@S

EG@S

EG.S

EG.S

I'T

I'T

I'T

I'T

I'T

I'T

4 7 0 $ $3 $4 $7

Con*i"uration 3 4 7 0 3

U

SP

E

TC,

U

SP

E

TC,

U

SP

E

TC,

U

SP

E

TC,

U

%P

U

%P

U

%P

U

%P

U

SP

E

TC,

U

SP

E

TC,

U

SP

E

TC,

U

SP

E

TC,

U

SP

E

TC,

U

SP

E

TC,

I'T

I'T

I'T

I'T

EG@S

EG@S

EG.S

EG.S

I'T

I'T

I'T

I'T

I'T

I'T

4 7 0 $ $3 $4 $7

%aster she#* con*i"uration%aster she#* con*i"uration

S#ave she#ves con*i"urationS#ave she#ves con*i"uration

R'C,SC

S#ave she#* 2

S#ave she#* 3

%aster she#*

Rac( Con*i"urationRac( Con*i"uration


23/43

U%P BUniversa# %ana"ement Process ,oard

9 function

2:Res!onsie *or 'E o!eration and maintenance:

3:Throu"h the rear &oard E+,S it e8terna##y !rovides +E

inter*ace to connect E%S:

91 function

2:Processes "#o&a# !rocedure contro#s the o!eration

and maintenance o* the entire System:

3:U%P direct#y or indirect#y monitors and mana"es the

&oards in the system and mana"es the con*i"uration o*each &oard and other com!onents:


24/43

=>% Unit Princi!#e


25/43

USP BUniversa# Service Processin" ,oard

The USP is a service !rocessin" &oard inc#udin"the !rotoco# !rocessin" o* contro# !#ane and user

!#ane:

US1

+1

RU1D1

Common contro#

!#ane !rotoco#s!rocessin"

edicated contro#

!#ane !rotoco#s

!rocessin" BU%TS

User !#ane !rotoco#s!rocessin"


26/43

ETC, BEnhanced TransCoder ,oard

The ETC, im!#ements the conversion&etween the voice codeand PST' A PC%

voice code at radio inter*ace and the rate

ada!tation &etween the two codes

Binc#udin" the rate ada!tation in dataservice:

GSMO"#)


27/43

E+,S BEnhanced +E ,ase Switch &oard

E+)S BEnhanced +E )a&ric Switch &oard

E+,S7 Contro# !#ane switchin" E+)S7 User !#ane switchin"

E+,S *unction2:Res!onsie *or &oard

!ower5on and version

#oadin":

3:%onitors she#* environment

inc#udin" the !ower

tem!erature and *an status:

1:Im!#ements inter5she#*

contro# !#ane switchin"

E+)S *unction2:isti## c#oc( re*erence and

distri&ute in the she#*3:Im!#ement inter5she#* user

!#ane switchin"


28/43

Switchin" Unit Princi!#eCo"tro# '#"eCo"tro# '#"e

co""ectio"co""ectio"

&er '#"e co""ectio"&er '#"e co""ectio"

;G4S C#oc,;G4S C#oc, Distributio"Distributio"


29/43

IP Inter*ace ,oard

5555555555E+,P BEnhanced +E Process ,oard

The E+P, is an inter*ace &oard *or +E access and IP

!rocessin":

The E+P, !rovides ; +E Bo!tica# or e#ectrica# inter*aces:

The E+P, can &e con*i"ured on each inter*ace o* +S%and U%TS:


30/43

IP =ver E2 Inter*ace ,oard

ETIBEnhanced i"ita# Trun( ,oard IP version

ESTI BEnhanced SH i"ita# Trun( &oard IP version,-. Pro*ide ?= ;2/T2 i"ter$ces

Pro*ide DLC/PPP/ML-PPP 'rotoco# 'rocessi"g

Su''ort GSM "d &MTS IP o*er ;2 ccess o" Abis "d Iub

i"ter$ce

,-.

Pro*ide 5 CSTM-2 o'tic# i"ter$ces

Pro*ide DLC/PPP/ML-PPP 'rotoco# 'rocessi"g

Su''ort GSM "d &MTS IP o*er CSTM-2 ccess o" Abis

"d Iub i"ter$ce


31/43

U%TS AT% Inter*ace ,oard

EAP, BEnhanced AT% !rocessin" &oard

ESTA BEnhanced SH i"ita# Trun( &oard AT% version

ETA BEnhanced i"ita# Trun( ,oard AT% version,'&B

Pro*ide ?G ATM o*er STM-2 ccessi"g

Pro*ide 5 STM-2 o'tic# i"ter$ces $or the s)ste%

Disti## ech STM-2 #i"e c#oc, s the c#oc, re$ere"ce

,S-.'

Pro*ide ?G ATM o*er CSTM-2 ccessi"g

Pro*ide 5 CSTM-2 o'tic# i"ter$ces( su''ort == ;2s

i"c#udi"g 21 grou's o$ IMA

,S-.'

Pro*ide ?G ATM o*er ;2 ccessi"g

Pro*ide ?= ;2/T2 i"ter$ces( i"c#udi"g ?8 grou's o$ IMA


32/43

+S% Inter*ace ,oard

ETT BEnhanced i"ita# Trun( &oard T% version

EST+ BEnhanced SH i"ita# Trun( &oard +S% version

ESTT BEnhanced SH i"ita# Trun( &oard T% version,-..

Pro*ide ?= ;2/T2 i"ter$ces

Pro*ide TDM o*er ;2 ccess $or the GSM Abis/A/Ater

i"ter$ces

Pro*ide TDM/IP 'rocessi"g,S-.1


Pro*ide TDM o*er CSTM-2 ccess $or GSM Abis i"ter$ce

Pro*ide TDM/IP 'rocessi"g

,S-..


Pro*ide TDM o*er CSTM-2 ccess $or GSM A i"ter$ce(

Pro*ide TDM/IP 'rocessi"g


33/43

,oard Ca!acity

Inde +1 RU1 ET+@

PCH 5 D000 5

CS Er# 5 4000 ;/00

Ce## 203; -00 5

,HCA B 3/00 5 5

TRX 30;/ 5 5

Inde +1 D1 RU1

%AX PS Throu"h!utB%&!s 5 5 2-00

%AX CS Er# non encry!ted 5 5 9000

,HCA B ;1D0 3900 5

Ce## 2300 5 5

=n#ine Su&s: B)P 230000 -D000 1;000

=n#ine Su&s: B) 230000 -D000 /000

GS ode

UTS ode

Remar(7 5CH )5)ACH P5PCH

)or U%TS The PS inde8 o* RUP is &ased on su&scri&ed %,R ;% HS/9-23/ with

3 si"na#in" BU$$? the CS inde8 o* RUP is &ased on FA) is 0:D:


34/43

System Con*i"uration G U Sin"#e %ode2 3 1 ; D - 4 / 9 2

022

23

21

2;

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

U

SP

I'T

I'T

I'T

I'T

E+,S

E+,S

E+)S

E+)S

I'T

I'T

I'T

I'T

I'T

I'T

USP

USP

USP

USP

USP

USP

USP

USP

USP

USP

USP

USP

USP

USP

I'T

I'T

I'T

I'T

E+,S

E+,S

E+)S

E+)S

I'T

I'T

I'T

I'T

I'T

I'T

USP

USP

USP

USP

U%P

U%P

U%P

U%P

USP

USP

USP

USP

USP

USP

I'T

I'T

I'T

I'T

E+,

S

E+,

S

E+)

S

E+)

S

I'T

I'T

I'T

I'T

I'T

I'T

USP RUP User P#ane Processin"

USP %P Contro# P#ane edicated Processin"

USP C%P Contro# P#ane Common Processin"

U%P =%P+#o&a# =!eration and %aintenance

U%P =%%=%%R=%%,

Inde9nes)elf

T2oS)elBes

T)reeS)elBes

CS D; 21D 31;

PS 9:-+ 3;+ ;2:-+

Ce## 2300 3;00 3;00

,HCA ;1D0 /400 /400


35/43


36/43

Caes

Rac(


37/43

Cae Ty!es

28G ber28G berG;G;

C#oc, distributio"C#oc, distributio"Outside c#oc,Outside c#oc,

re$ere"cere$ere"ce M0M0

B'sB's Li"eLi"e GPGP

SS

Po+er( $"( e"*iro"%e"tPo+er( $"( e"*iro"%e"t

%o"itori"g%o"itori"g

;2/T2;2/T2

4iber >ether"et(4iber >ether"et(

SD@SD@;ther"e"t;ther"e"t


38/43

Contents

+enera# Introduction System Architecture

Hardware escri!tion

1roduct ig)lig)ts


39/43

Hu"e Ca!acity in =ne Rac(

Trafc 234,000Erl

BHCA 29,000k

Throughput 41.6Gbps

o!" B 2#00

C"ll $600

UMTS Single Mode CapacityUMTS Single Mode Capacity

&*based s%itc $latform"

data transmission %it ige2ciency#

3ig integrity design" reali4euge ca$acity" facilitatee5$ansion and e!ol!ing data$rocessing ca$ability#

ZXUR 9000

Trafc%3,$00Erl

BHCA 16,#00k

&C'9 ()TCH 42,#00

T*+ 12,2$0

GSM Single Mode CapacityGSM Single Mode Capacity

Trafc26,#00Erl90,000Erl

BHCA#,400k1%,400k

Throughput 0.#%Gbps16Gbps

C"ll 2,2404,$00

GU Dual-Mode Capacity (TypicalGU Dual-Mode Capacity (TypicalValue GSM+UMTS)Value GSM+UMTS)


40/43

Rich Inter*ace Ty!es *or Farious 'etwor(in"

Re6uirements

=G.?G shres+itch u"it

=G.?G shreO.M u"it

=G.?G shreIP i"ter$ceu"it

ATM i"ter$ceu"it $or ?G

TDM i"ter$ceu"it $or =G


41/43

,ased on Uni*ied P#at*orm )#e8ie ua# %ode

Resource Sharin" and System Processin"


42/43

ZXUR 9000 Summary3uge ca$acity" ig integrity"easy to e5$and" e6ecti!ely

sa!ing foot$rint7 ada$t to!arious en!ironment and fastgro%t of tra2c load"$rotecting o$erators8in!estment#

'll*& structure meets te

reuirement of net%or+ e!olution#Com$ared %it .-M/'.M $latform"& s%itc management featurescon!enient maintenance" sim$lecon:guration" ;e5ible e5$ansion"iger deli!ery e2ciency and more;e5ible deli!ery mecanism#

.e entire system ado$tsredundancy design by $latform

and ig reliability# No single$oint fault" online soft%aredo%nload su$$orted" loadingand being acti!ated in remote#

Sim$le con:guration"con!enient maintenance# Fe%

board ty$es" including$rocessing" interface ands%itcing boards" ma+ingcon:guration sim$ler ande5$ansion easier" also reducings$are $arts ty$es" cuttingdo%n maintenance cost#

'bundant interfaces" ;e5iblenet%or+ing" .-M/'.M/&

$rotocol stac+ and di!erse$ysical interfaces li+e ,


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01 gu_ss1052_e01_1 zxur 9000 introduction 43p.ppt

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