OptiX RTN 600 Product Introduction-20080801-A

8/20/2019 OptiX RTN 600 Product Introduction-20080801-A

http://slidepdf.com/reader/full/optix-rtn-600-product-introduction-20080801-a 1/125

www.huawei.com

2007-12-29

Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!.

Security Level:INTERN

$pti% &T' 600 (ro!uct)ntro!uction

RTN---Radio Transmission Node



(age 2Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age 2(age 2

*orewor!

The $pti% &T' 600 is a split-mount !igital

microwa#e transmission system !e#elope! +y Huawei.

&T' 600 pro#i!es #arious ser#ice interaces an!

eatures ei+le con/guration an! easy installation. )tcan construct a ra!io transmission networ that ser#es

as +achaul lins or mo+ile communication networs

or pri#ate networs. The &T' 600 can also construct a

hy+ri! networ that is use! to transmit H, (H, an!3thernet ser#ices together with the $pti% series

optical transmission pro!ucts o Huawei.

Adjust Slide Adjust Slide




&eerences

(ro!uct escription an! Har!ware escription in theOptiX RTN 600 Product Manual.

Digital Microwave Communication principle




$+ecti#es

pon completion o this course, you will +e a+le to8

escri+e the main characteristics o $pti% &T' 600.

escri+e the system structure ,sotware an! har!ware

structure o $pti% &T' 600. now the types o the ) an! their eatures

ist the unctions o +oar!s in the ), $, Hy+ri!

coupler.

'ew intro!uce sli!e o :1&4 is remare! +y

Adjust Slide

R2 New SlideR2 New Slide



(age ;Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ;(age ;

Contents

1. Equipment Overview

2. 3<uipment tructure




Contents

1. 3<uipment $#er#iew

1.1 3<uipment Components

)

$

"ntenna

)nterme!iate *re<uency =)*> Ca+le

Hy+ri! coupler

1.2 3<uipment Characteristics




3<uipmentComponents

Hy+ri! Coupler

)* Ca+le

) 620

$

"ntenna

(ole

Adjust Slide



(age ?Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ?(age ?

3<uipment Components （ Cont. ）

Hy+ri!Coupler

)* Ca+le

) 60;2@

$

"ntenna

(ole





)

The ) is the in!oor unit o an $pti% &T' 600

system. )t accesses ser#ices, an! perorms

multipleingA!e-multipleing an! )* processing o

the ser#ices. The $pti% &T' 600 ) is a#aila+le in three types8

) 610, ) 620, an! ) 60;.





) 610A620

IDU 610

IDU 60

IDU 610 is 1U high and supports

one microwave direction.

IDU 620 is 2U high and supports

maximum four microwave

directions.




) 60;

IDU 605 2B

IDU 605 1B

IDU 605 1A

) 60; is 1 high , supports one microwa#e !irection., ha#e there types8

IDU 605 1A

maximum capacit! 5 " #1，$upport 1%0 configure

IDU 605 1B

maximum capacit! 16 " #1，

$upport 1%0 configure

IDU 605 2B

maximum capacit! 16 " #1，

$upport 1%1configure





)* Ca+leB The )* ca+le pro#i!es -5?: power or $ an! transmits the )*

signal an! $ management signal +etween ) an! $.B The ) an! $ are connecte! +y )* umper an! )* Ca+le8

)* umper ： The )* umper is a 2 m &224 ca+le. The )* umper uses a

T'C connector at one en! to connect to the )* +oar!, a type-'

connector at the other en! to connect to the )* ca+le.

)* Ca+le ： @oth en! are type-' connector, one en! to connect to )*

umper, the other en! to connect to $. There are two types o )*

Ca+le8 &-? an! 1A2 inch.

&-? ca+le is use! or the !istance less than 1?0 meter.

1A2 inch ca+le is use! or the !istance +etween 1?0m an! 400m.

I& transit 'umper I& ca()e





$

$ut!oor unit =$> realiDes the

mutual con#ersion +etween )*

analog signal an! &* signal.

6* +DU ,-/* +DU





Hy+ri! Coupler Ehen two $s share one antenna, the $s must +e

connecte! to an &* signal couplerA splitter =hy+ri! coupler>.

Then, the hy+ri! coupler is connecte! to the antenna.

,～ /* !(rid oup)er6* !(rid oup)er




(age 1;Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age 1;(age 1;

"ntenna

The antenna perorms the !irectional transmission an!

reception o &* signals. The main parameters are

re<uency +an!, !iameter an! antenna gain.

$ing)epo)ari3ed antenna dua)po)ari3ed antenna





) 610A620 Characteristics

(HAH integrate! microwa#e transmission system.

The mo!ulation mo!e an! lin capacity are set through

sotware.

Ficrowa#e lin supports the 'C( =)*0 @oar! notsupport 'C( ）

3cept or 5 、 )*0 、 )*% 、 3F6 not support )

610 ， the other +oar!s o ) 610 an! ) 620 are

compati+le each other.





) 610A620 Characteristics=cont.>

)*% +oar! support %()C unction

upport 'G1 protection an! &3 unction

ynchronous !ata interace A$r!erwire spanning unction

（ 61CC:3&.C ）

The eternal cloc interace supply 2F o#erhea! , it can +e

use! as the waysi!e ser#ice interace, or can transparently

transmit CC +ytes, synchronous !ata o#erhea! +ytes,

asynchronous !ata o#erhea! +ytes, an! or!erwire o#erhea!

+ytes.

upport TF-5 F(




(age 1?Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age 1?(age 1?

) 60; Characteristics (H microwa#e transmission platorm

The mo!ulation mo!e an! lin capacity are set through

sotware.

Ficrowa#e lin not support 'C(

)ntegrati#e +o e<uipment

ynchronous !ata interace, "synchronous !ata interace

or!erwire spanning, or!erwire a!!ressing calls, or!erwire

group calls.





) Compare

Item IDU 60! IDU 610 IDU 60

&* con/guration mo!e 1G0 （ ) 60;

1"A1@ ）

1G1 （ ) 60;

2@ ）

1G0 1G0,1G1, 'G1, %()C

)* @oar! )* logical +oar!

=)*0>

)*1 )*0, )*1, )*%

Faimum capacity

=single carrier>

; 31 （ 1" ）

16

31 （ 1@A2@ ）

TF-1

(lugga+le +oar! 'ot support support

Ficrowa#e type (H HA(H

Ficrowa#e mo!ulation

scheme

I( I(A16I"FA42I"FA65I"FA12?

I"F

er#ice type 31 H 、 (H （ 31 、 34 、 4 ）

an! 3thernet ser#ices





) Compare （ cont. ）

Item IDU 60! IDU 610 IDU 60Chassis

height

1 1 2

heat

!issipation

mo!e

nature heat

!issipation

mo!e

nature heat

!issipation mo!e

!issipates heat

through win!

cooling

@uilt-in

"F

'o support support support

Fo+ile

*"H Car!

'o support support support

Cloc

Tracing

"utomatic

tracing

Fanual con/gure Fanual con/gure

Fother

+oar!

!esign

'o Jes Jes





Iuestions

B Ehat are the components o $pti% &T' 600KEhat are the unctions o themK Ehat a+out theconnection relation among the componentsK

Ehat types !o the opti% &T' 600 ha#e ？ Ehat

are the characteristics o each type )K





Contents

1. 3<uipment $#er#iew

. Equipment Structure




Contents

Equipment Structure .1 Sy"tem Di#$r#m

. S%&tw#re Structure

2.4 ) 60; tructure an! @oar!s

2.5 ) 610A620 tructure an! @oar!s

2.; $ )nteraces an! (arameters

2.6 Hy+ri! coupler (arameters





ystem iagram

$pti% &T' 600 is !i#i!e! +ase! on unctional units. )t consists oser#ice interace unit, cross-connection unit, )* unit, control unit,

cloc unit, auiliary interace unit.


Orderwire

Baseband

signalService

interface

unit

Control and overhead bus

Auxiliary

interface

unit

Clock

unit

Control

unit

Fan

unit

Power

unit

IF signal

RF signal

O!

Antenna

P"

S"

#thernet

#xternal alar$

Synchronous%

asynchronous

data

#xternal clock

or &Sdata'( data )*+,%)-., C

Baseband

signalIF unit

Cross)co

nnect

unit




ystem iagram （ cont. ） The ) 60; consists o a series o unctional units,

inclu!ing the ser#ice interace unit, )* unit, control unit,

auiliary interace unit, an! power unit.


Orderwire data aseband

signal

Service

interface

unit

Overhead

signalAuxiliary

interface

unitIF unit

Control bus

Control

unit

Power

unit

IF signal

RF signalO!

Antenn

a

#/#xternal alar$ data

Synchronous%

asychronous

data

NM data )*+, C

I! -.0




otware tructure

4 software

ost software

Board software$

In the +pti 784 6009 a)) the (oardsoftware and host software are integrated

together and run on the $ (oard.

CC

+DU is regarded as a )ogica) (oard. 8he

+DU (oard software in the $ (oardmanages and contro)s the +DU hardware

through the management signa) (etween

the IDU and +DU.

3F6

#$6 (oard has independent (oardsoftware9 which runs in the :U of the

#$6 (oard.





Contents

Equipment Structure 2.1 ystem iagram

2.2 otware tructure

.' IDU 60! Structure #n( )%#r("

2.5 ) 610A620 tructure an! @oar!s







) tructure （ ) 60; 1" ）

) 60; is 1 high an! a!optsthe nature heat !issipation

mo!e.

upport 1G0 con/guration.

) 60; 1"

IDU 605 1A )ogic (oard configuration

Note： PF1 support !1"

!1 inter#ace is D$%%" t&e

p&'sical inter#ace can

access (!1")ut onl' use

1*!1" 6*(!1 not )e

processed+





) 60; 1" *ront (anel )nterace

$!nchronousData Interface ainpower

switch Indicators

Boo)eaninterface 1-5#1 Interfaces

+DUInterfaces

+rder

wire

Interface As!nchronous

data Interface

4$eria)

:ort

4

Interface:ower

interfaces





) tructure （ ) 60; 1@ ）

) 60; is 1 high an! a!opts

the nature heat !issipation

mo!e.


) 60; 1@

IDU 605 1B )ogic (oard configuration





) 60; 1@ *ront (anel )nterace

$!nchronous

Data

Interface

ainpower

switch Indicators

Boo)eaninterface

1-16#1

Interfaces

+DU

Interfaces

+rder

wire

Interface

As!nchronous

data Interface

4

$eria)

:ort

4

Interface:ower

interfaces





) tructure =) 60; 2@ ）

) 60; is 1 high an!

a!opts the nature heat

!issipation mo!e.

upport 1G1

con/guration.

) 60; 2@

) 60; 2@ )ogic (oard configuration





) 60; 2@ *ront (anel )nterace

$!nchronousData Interface

ainpower

switchIndicators

Boo)eaninterface

1~16 #1Interfaces

+DUInterfaces

+rder

wire

Interface

As!nchronous

data Interface

4

$eria)

:ort

4

Interface:ower

interfaces

+DU

power

switches





) 60; )n!icators Indicators of IDU 60; 1" an! ) 60; 1@8

Name Color and meaning

(E&RED ： The system has POWER_ALMGREEN ： The system doesn’t has POWER_ALM

)

$n or 100 ms an! oL or 100 ms alternately =green> 8Ehenthe +oar! is +eing powere! on or +eing reset, the sotware is+eing loa!e!.$n or ;00 ms an! oL or ;00 ms alternately =green> 8The

+oar! is in the @)$ hol!o#er state. The '3 sotware !oes noteist or is not running

RED ： " critical or maor alarm occurs in the ser#ices. J3$E8 " minor or warning alarm occurs in the ser#ices.GREEN ： The ) wors normally.

$

RED 8 " critical or maor alarm occurs in the $, or the $ hasno power access.

J3$E8 " minor or warning alarm occurs in the $.GREEN ： The $ wors normally.





) 60; )n!icators =Cont.> Indicators of IDU 605 2B

Name Color and meaning

(E& The same as ) 60; 1" an!) 60; 1@

) The same as ) 60; 1" an!) 60; 1@

$1 )n!icators o the +acup $=slot17>，

The same as ) 60; 1"an!) 60; 1@ 。

$2)n!icators o the main $=slot1?> ， The same as ) 60; 1"an!) 60; 1@ 。

"CT1

The )n!icators o the stan!+y )* +oar!=slot7>,%n= green> ： The +acup )* +oar! is in acti#e state

%* ： The +acup )* +oar! is in stan!+y state

"CT2

The )n!icators o the main )* +oar!=slot?>, color 8On =green>8 The main )* +oar! is in acti#e state%* ： The main )* +oar! is in stan!+y state





) 60; ogical @oar!

ogical @oar!

'ame

*ull 'ame ogical lot

(E5?@ M5? : power +oar! lot 1

CC ystem control an!

communication +oar!

lot 2

3$E $r!erwire +oar! lot 4

(*1 ;31 tri+utary +oar! lot 5

(H1 1631 tri+utary +oar!

)*0 (H )* +oar! lot ? （ )60;

1"A1@>

lot7A? （ )60; 2@>

An IDU 605 is composed of one s!stem (oard and one power (oard.

#ach functiona) unit on the ph!sica) (oards of the IDU 605corresponds to a )ogica) (oard and is a))ocated with a )ogica) s)ot.





) 60; ignal (rocessing *low

) 60; not support +uil!-in "F unction, the signalnee! not through the cross-connect process,

multiplees 31 ser#ice signals into microwa#e rame

signals !irectly. The signal processing ow as

ollowing8





) 60; Cloc Characteristics

The cloc tracing nee!nNt to +e con/gure!. )t is auto-'egotiation, an! cloc tracing as the ollowing results8

)n a point-to-point networ which the '3 use ) 60;, the

cloc trace auto-negotiation result is the high site '3 as

ree-run mo!es an! the low site '3 trace the high site clocsourse.

$ne site that the '3 use ) 60;, the opposite site that the

'3 use ) 620, the result o cloc trace is the ) 60; Ocloc

trace the ) 620Ns cloc source.

Note： T&e ,D- 6.0/ cloc cannot )e set to trace t&e ,D- 60/ cloc+

Ot&erwise t&e cloc will sel#loc+





) 60; $ther Characteristics

upports the setting o the impe!ance o 31 signalsthrough the sotware =7;-ohm or 120-ohm>.

upports 1G1 protection or the input power.

upports the group call unction o the or!erwire, thegroup num+er is ???. The or!erwire num+er also can

+e set as !esigning.





Contents

Equipment Structure 2.1 ystem iagram

2.2 otware tructure

2.4 ) 60; tructure an! @oar!s

.+ IDU 610,60 Structure #n(

)%#r("




Adj Slid




) tructure = ) 610>

) 610 is 1 high an! a!optsthe nature heat !issipation mo!e.


3%T slot4

(%C slot1

3%T slot5

CC slot2

4ote 8he s)otnum(ering ru)e is

from (ottom to up

and )eft to right.

I& (oard;ine (oard <tri(utar!

(oard<data (oard


Adj SlidAdj t Slid




) tructure = ) 620>

) 620 is 2 high an!

!issipates heat through win!

cooling.

upport a maimum o 5G0

con/guration or two groups o

1G1 con/guration.

slot20 (%C slot4

(%C slot1

3%T slot5

CC slot2

3%T slot; 3%T slot6

3%T slot7 3%T slot?

8he s)ot num(eringru)e is the same as

+pti 784 610 .





) @oar! -- )* @oar! )*1

$ powersupply switch

)* ca+le interace )n!icators

The )* +oar! recei#es an! transmits 1 )* signal. )t realiDes thecon#ersion +etween +ase+an! !igital signal an! )* signal, it also

pro#i!es -5?: C power supply an! management signal to the $.

R2 N SlidR2 N Slid




) @oar! -- )* @oar! )*0

I& ca()einterface+DU power

supp)! switchIndicators


R2 N SlidR2 N Slid




) @oar! -- )* @oar! )*%

I& ca()e

interface

:I input <output

signa) port

+DU power

supp)! switch

Indicators


)* @oar! Types Adjust Slide




I-1A,I-0A

-5?: power supply is

output !irectly to $.

upport the C-C

groun!ing mo!e only.

I-1),I-0),I-

The -5?: power is

isolate! +y the C-C

power supply mo!ule an!

then sent to the $.

upport C-) an! C-C

groun!ing mo!es.

)* @oar! -- Types Adjust Slide

B The )*$ is a#aila+le in two types8 )*0" A )*0@

B The )*1 is a#aila+le in two types8 )*1"A)*1@.

B The )*% is only one type.




)* @oar! -- @oar! )nstallation

slot20 (%C slot4

(%C slot1

3%T slot5

CC slot2

3%T slot7

3%T slot4

(%C slot1

3%T slot5

CC slot2

IDU 610

IDU 60

3%T slot;

3%T slot?

3%T slot6

/

2

(aire!lots

(aire!lots

'o limitation or +oar! installation un!er H@ con/guration. $nly installing )* +oar!s in paire! slots un!er or *

con/guration.

&ecommen!e!

installationse<uence or )*+oar!s




)* @oar! -- @loc iagram

om(iner interface

unit

I&process

unit

odem

unit

U <D#U

unit

8U::

unit

ross

connectactive<

stand(!

unit

$+D# unit

)oc=

unit

:ower

unit;ogica) contro)

unit

Bac=p)ane

I& interface

+DU management signa)

ontro) (us

$ switch signa)

$upport

)oop(ac=

function

:aired

s)ots




)* @oar! -- &ecei#ing ignal *low

Digita) I&

signa)

om(iner

interface

unit

I&

process

unit

odem

unit

$+D# unit

I& interface

Ana)og I&

signa)

+DU

management

ana)og signa)

Base(and

digita) signa)

$eria) port

signa)

$ (oard



(age ;0Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ;0(age ;0

)* @oar! -- &ecei#ing ignal *low=Cont.>

Ehen F%A3F% unit wors in H mo!e8

Fo!emunit

F% A3F%

unit

CC+oar!

T(( unit

The /rst 2F o#erhea!

signal

The secon! 2Fo#erhea! signal--

waysi!e 31

H &, F, H(o#erhea! an! pointerprocessing

H microwa#erame signal

)' ) i!enti/es the microwa#e linan! is use! to !istinguish !iLerentmicrowa#e lins.

etecting )'),"T(C, an!

microwa#e &)inormation

Cross-connectionan! cloc +oar!

Cloc signal





Fo!emunit

F% A3F%

unit

CC +oar!

T(( unit

$nly 1 2Fo#erhea!

signal

:C5signal

etecting therame hea!er an!

@1 +yte

(H microwa#erame signal

Cross-connectionan! cloc +oar!

Cloc signal

etecting P0,)'), "T(C an!

microwa#e lin &)inormation.

Ehen F%A3F% unit wors in (H mo!e8




&ecei#ing ignal *low in HFFo!e

F% A 3F% unit

T((unit

F% A3F%

nit$n

tan!+y)* +oar!

Fo!emunit

ocal +oar!Ficrowa#e signal

2 signals aresynchroniDe!

tan!+y +oar!Ficrowa#e signal

two signalsha#e the

phase!iLerence.

@ite 3rror oralarm

happene!





F% A3F%

unit

Cross-

connectionacti#eAstan!+y

unit

"cti#ecross-

connection+oar!

tan!+ycross-

connection+oar!

High-or!erpointers are

aligne!

High-or!er pointersignal

:C12A:C4ser#ice

:C5 ser#ice

T(( unit




)* @oar! -- Transmitting ignal*low

F% A3F%

unit

Cross-connectionacti#eAstan!+y unit

"cti#ecross-

connectioncloc +oar!

tan!+ycross-

connection

cloc +oar!

er#ice

Cloc

ystem cloc use!+y local +oar!

Clocault

er#ice

Cloc:C5 signal

High-or!erpointer signal

C1P1



(age ;;Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ;;(age ;;

)* @oar! -- Transmitting ignal*low=cont.>

Fo!emunit

F% A3F%

unit Cross-connection

acti#eAstan!+y

unit

CC+oar!

2F o#erhea!

2F o#erhea! M waysi!e 31

H microwa#erame signal

(rocess theo#erhea!,

pointer, an!scram+le.

:C5 signal

High-or!erpointer signal

)nserting )'),"T(C, an!microwa#e lin &)inormation.

Ehen F%A3F% unit wors in H mo!e8





=cont.>

Ehen F%A3F% unit wors in (H mo!e8

CC+oar!

Fo!emunit

F% A3F%

unit Cross-connection

acti#eAstan!+y

unit

1 2F o#erhea!

(H microwa#erame signal :C5 signal

e-mapping T12 an! setthe (H microwa#e rameo#erhea!, scram+le, )'),"T(C, an! microwa#e lin

&) inormation.





=cont.>

Com+inerinterace

unit

)*process

unit

Fo!emunit

F$3F unit

)*interace

)*analogsignal

$management analog

signal

)* !igitalsignal

@ase+an!!igitalsignal

erialportsignal

CC+oar!

-5?: powersupply

Adjust Slide



(age ;?Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ;?(age ;?

)*1 @oar! -- )* (erormance Adjust Slide

&1 #ersion, the )*1 +oar! support 7 woring mo!e.

Item3er&%rm#nce

+ E1 4 E1 16 E1 ST51

Fo!ulation mo!e

I( 16I"F I( 16I"F I( 16I"F 12?I"F

Channelspacing=FHD>

7 4.;14.7; A

15 a7

27.;A

2? +

14.7; A15a

27.; A 2? +

Co!ingscheme

(H signal is co!e! through the &ee!-olomon =&->.

H signal is co!e! through the Trellis-Co!e! Fo!ulation =TCF>an! &-.

&emars

a8 "t the 1? +an!, the channel spacing is 14.7;FHD, "t other+an!s, the channel spacing is 15FHD.

+8 "t the 1? +an!, the channel spacing is 27.;FHD. "t other+an!s, the channel spacing is 2?FHD.





)*1 @oar! -- )* (erormance

*or &2, the )*1 +oar! a!! ? types o woring mo!e.

Item 3er&%rm#nce

Capacity 34 2231 2631 4231 4; 31 55 31 ;4 31

Fo!ulation mo!e

I(

16

I"F

42

I"F

65

I"F

12?

I"F

16

I"F

42

I"F

65

I"F

Channel

spacing=FHD>

2? 15 15 15 15 2? 2? 2?






)*0 @oar! -- )* (erormance

Item3er&%rm#nce

16 31 10 31 ; 31 2 31

Fo!ulationmo!e

I( I( I( I(

Channelspacing=FHD> 2? 15 7 4.;

)*0 +oar! support our types o woring mo!e8 1631,

1031, ;31, 231 ， mo!ulation mo!e only support I(.

'otice：

The )*0 +oar! an! the )*1 +oar! cannot interconnection, e#en t they are in the same )* woring mo!e.

)*0 +oar! is use or interconnection with ) 60;

R2 New Slide





)*% @oar! -- )* (erormance

)*% support one woring mo!e8 TF-1, 12?I"F, 2?FHD

co!e! through the Trellis-Co!e! Fo!ulation =TCF> an! &-

upport %()C unction

)n the ser#ice o TF-1 mo!e, when the %()C unction is

!isa+le!, the )*% can +e interconnecte! to )*1, +ut it isnNt

recommen!e!.

Note：2&en t&e XP,C #unction is disa)led" t&e XP,C ,N port and XP,C O-T port must )e looped )ac )' using an XP,C ca)le+




)* @oar! -- )* ignal(arameters

)tem (erormance

)* signal

Transmitting re<uency=FHD>

4;0

&ecei#ing re<uency=FHD>

150

)mpe!ance =ohm> ;0

$management

signal

Fo!ulation mo!e "

Transmitting re<uency=FHD>

;.;

&ecei#ing re<uency=FHD>

10




)* @oar! -- )n!icators

The space lin is aulty.$n

The space lin is normal.$n)'

'o ser#ices are con/gure!.$L

The ser#ice has a minor or remote alarm.$n

The ser#ice has a critical or maor alarm.$n

The ser#ice is normal.$n

&:

The +oar! is not woring, not

create!, or has no input power.

$L

The +oar! har!ware is aulty.$n

The +oar! is woring normally$n

T"T

Feaningtatus)n!icator




)* @oar! M )n!icators =Cont.>

)n!icator tatus Feaning

$$n The $ is normal.

$n The $ is aulty.

@3&

$n The microwa#e @3& ecee!s thethreshol!.

$L The microwa#e @3& !oes notecee! the threshol!.

&FT

$n The remote e<uipment has a&emote eect )n!ication =&)>.

$L The remote e<uipment has no&).

"CT$n The +oar! is in acti#e state.

$L The +oar! is in stan!+y state.





)* @oar! M )n!icators =Cont.>

)*0 、 )*1 、 )*% +oar! ha#e the T"T 、 &: 、 )' 、 $ 、 &FT 、

"CT in!icator.

)*0 、 )*1 ha#e the @3& in!icator ， )*% +oar! ha#e no @3& in!icator

)*% +oar! ha#e the %()C in!icator, )*0A)*1 +oar! ha#e no %()C

in!icator.


%()C

on The %()C input signal isnormal.

on The %()C input signal is lost.

oL The %()C unction is!isa+le!.





)*% @oar! － %()C eatures

%()C =Cross-polariDation intererence cancellation > is a

technology use! together with co-channel !ual-polariDation

=CC(>. The application o the two technologies !ou+les the

wireless lin capacity o#er the same channel.

%()C is use! to eLecti#ely impro#e the transmissioncapacity an! the utiliDation o the re<uency spectrums. )t is

wi!ely use! in the trun microwa#e. "s the split-mount

microwa#e !e#elops an! the re<uency resources +ecome

insuQcient in recent years, the %()C technology is applie!in the split-mount microwa#e.

)*% @ ! %()C tR2 New SlideR2 New Slide




)*% @oar! － %()C eatures（ Cont. ） Du#lp%l#ri7e( #ntenn# " !ual-polariDe! antenna can transmit an!

recei#e &* signals on the two polariDations at the same time. $nly one

&* interace eists at the rear en! o a uni-polariDe! antenna, o which

the polariDation orientation can +e a!uste!. Two &* interaces,

howe#er, eist at the rear en! o a !ual-polariDe! antenna. @y !eault,

the polariDation orientation o the let interace is #ertical, an! the

polariDation orientation o the right interace is horiDontal.

$pti% &T' 600 can con/gure as one %()C woring group through use

two )*% +oar!, two $, one !ual-polariDe! antenna. The %()C ca+le is

use! to transmit the reerence )* signal +etween the two )*% +oar!s o

the %()C woring group, process the !ual polariDation signal at thesame time.

"n %()C system has two con/guration mo!es8 single-'3 con/guration

an! !ual-'3 con/guration





)*% @oar! － %()C eatures（ Cont. ）

Typical con/guration o %()C =single-'3con/guration>





)*% @oar! － %()C eatures（ Cont. ）

Typical con/guration o %()C =!ual-'3 con/guration>





)*% @oar! － %()C eatures（ Cont. ）In"t#ll#ti%n Limit#ti%n"

$nly ) 620 is applica+le.

The $ must a!opt the separate mount mo!e, +ecause the !ual-

polariDe! antenna is use!.

8%n9$ur#ti%n Limit#ti%n" :

1. The lin )-: an! lin )-H shoul! +e !iLerence.

2. %()C supports the TF-1 microwa#e woring mo!e only ； The transmit

power an! re<uency o the two $s that are in an %()C woring group

shoul! +e the same ； )t is recommen!ing the "T(C is !isa+le, each o the

"T(C parameters ="T(C ena+le status, "T(C upper threshol!, "T(C lower

threshol!, an! "T(C a!ustment> shoul! +e set to the same #alue i the"T(C set to ena+le.

4. Fae sure the %()C ca+le +e connecte! correctly to realiDe the %()C

unction.





)*% @oar! － %()C eatures（ Cont. ） Ehen two )*% +oar!s that orm an %()C protection group are

installe! on an ), you can create an %()C protection group

to ensure that the %()C protection group is con/gure! with

the same woring mo!e, transmission re<uency, transmit

power, an! "T(C attri+utes.

)*% can wor in %()C-ena+le state =The %()C 3na+le!

parameter must +e set to 3na+le! >Rit can also wor in %()C-

!isa+le state.

%()C-ena+le state ： The two )*% +oar!s rom the %()%

system are connecte! +y an )* umper or transmitting the%()C cancellation signal to each other. ；

%()C-!isa+le state ： )*% +oar! can +e connect to )*1 in the TF-

1ser#ice, +ut it is not recommen!e! .

)*% @oar! %()C an! 1G1R2 New SlideR2 New Slide




)*% @oar! － %()C an! 1G1(rotection

The our )*% +oar!s in two %()C woring groups can orm two 1G1 protection

groups, an! the +oth )* +oar!s rom the %()C woring groups must +e the

main +oar!s or the +ac +oar!s in 1G1protection groups

%()C Ca+le




%()C Ca+le

*igure 1： sing)e4# configuration &igure 2 ： dua)4# configuration

:I a()e has three t!pes ： short)ine 、 )ong)ine>short? 、 )ong)ine >)ong?.

ommon)! ， the t!pica) configuration ：

1 、 8wo short)ines in the figure12 、 8wo )ong)ines >short? or two )ong)ines >)ong?

in the figure2

、 one )ong)ine >short? and one )ong)ine

>)ong? in the figure

&igure 4：

I4 +U8 I4 +U8





问题

)nstallation imitations an! Con/guration imitations o

%()C ？

%()C eaturesK

) @ ! T i+ t @ !




) @oar! -- Tri+utary @oar!(H1

)n!icator 1-? channel31

@55

interaces

9-16 channel 31@55 interaces

The tri+utary +oar! (H1 processes 16 channel 31 signals

an! pro#i!es the 31 interace.

) @oar! Tri+utary @oar!R2 New SlideR2 New Slide




) @oar! -- Tri+utary @oar!(1 The tri+utary +oar! (1 processes 42 channel 31 signals

an! pro#i!es the 31 interace.

1～ 16 #1

D76/ interface1,～ 2#1

D76/ interfaceindicator

) @oar! Tri+utary @oar!R2 New SlideR2 New Slide




) @oar! -- Tri+utary @oar!(4 The tri+utary +oar! (4 processes 4 channel 34A4 signals an!

pro#i!es the 31 interace. (4 not support the 34 an! 4 ser#ices hy+ri! con/gure!.

elect the type o the accesse! ser#ice signal as 34 or 4 through

sotware.

indicator $B

interface




Tri+utary @oar! -- Types

16-channel

31 interace

7; ohm

31A?-channel

31 interace

7; ohm

3O1A 3O1)31)

16-channel 31

interace

120 omh

?-channel 31

+oar!

120 ohm

*our groups o umpers

!etermine theimpe!ance.

*rontpanel

The +oar! interace

impe!ance is selecte!

through the umper8

) there is a umper, the

impe!ance is 7; ohm. ) there is no umper, the

impe!ance is 120 ohm.

Tri+utary @oar! TypesR2 New SlideR2 New Slide




Tri+utary @oar! -- Types=cont.>

42-channel

31 interace

7; ohm

3D1A 3D1)

42-channel

31 interace

120 omh

…

#ight groups

of 'umpers

determine the

impedance.

&ront

pane)

(1 +oar! interace impe!ance is

selecte! through the umper8

) there is a umper, the impe!ance

is 7; ohm.

) there is no umper, theimpe!ance is 120 ohm.

(4 +oar! interace impe!ance cannot

change! through the umper

3L'

4-channel

34A4 interace

7; ohm

T i+ t @ ! @ !



(age ?0Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ?0(age ?0

Tri+utary @oar! -- @oar!installation

slot20 (%C slot4

(%C slot1 CC slot2

3%T slot7

(%C slot1

3%T slot5

CC slot2

IDU 610

IDU 60

3%T slot;

3%T slot?

3%T slot6

/

&ecommen!e!installationse<uence or

T +oar!s

2

3%T slot5

3%T slot4

;

Tri+utar @oar! @loc




Tri+utary @oar! -- @lociagram

8ri(utar!

interface

unit

oding

and

decoding

unit

ross

connect

active<

stand(!

unit

)oc=unit

;ogica)contro)

unit

Bac=p)ane

#1<#<D$

interface

ontro) (us

$upport )oop(ac=function

apping<

Demapping

unit

T i+ @ ! ) !i




Tri+utary @oar! -- )n!icators


T"T

$n The +oar! is woring normally.

$n The +oar! har!ware is aulty.

$L The +oar! is not woring, or create!,or has no input power.

&:

$n The ser#ice is normal.

$n The ser#ice has a critical or maoralarm.

$n The ser#ice has a minor or remote

alarm.$L 'o ser#ices are con/gure!.

) @oar! ine @oar!




) @oar! -- ine @oar!1A3

F@

electrical

interace

Coptical

interace

The line +oar! processes 1-2 channel TF-1 signal

an! pro#i!es TF-1 optical or electrical interace.

) @ ! i @ ! 5R2 New SlideR2 New Slide




) @oar! -- ine @oar! 5

The 5 line +oar! processes 1 channel TF-5 signal an!

pro#i!es TF-5 optical interace.

; optica)

interfaceindicator

i @ ! T



(age ?;Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ?;(age ?;

ine @oar! -- Types

SD1

ual-port TF-1

optical interace

)e-1interace

-1.1interace

-1.1interace

-1.2interace

SL1

ingle- port TF-1

optical interace

)e-1interace

-1.1interace

-1.1interace

-1.2interace

SDE

!ual-port TF-1

electrical interace

SLE

ingle-port TF-1

electrical interace

ine @oar! T pes =cont >R2 New SlideR2 New Slide




ine @oar! M Types =cont.>

5 line +oar! support three optical mo!ule

SL+

ingle TF-5 optical

interace

-5.1interace

-5.1interface

-5.2interface

i @ ! @ ! i t ll ti




ine @oar! -- @oar! installation

slot20 (%C slot4

(%C slot1 CC slot2

(%C slot1

3%T slot5

CC slot2

IDU 610

IDU 60

3%T slot;

3%T slot?

3%T slot6

/

2

3%T slot5

3%T slot4

; 3%T slot7

&ecommen!e! installationse<uence or +oar!s

Note: Only slot 6/slot 8 support SL4

i @ ! @l i



(age ??Copyright © 2006 Huawei Technologies Co., t!. "ll rights reser#e!. (age ??(age ??

ine @oar! -- @loc iagram

+<#

converter unit

+verhead

process

unit

)oc=

unit

;ogica)

contro)

unit

Bac=p)ane

+ptica)

interface

ontro) (us

8U::

unit

+verhead (us$upport the )oop(ac= function

ross

connect

active<stand(!

unit

ine @oar! )nterace




ine @oar! -- )nterace(arameters

Item 3er&%rm#nce'ominal +it rate =+itAs> 1;;;20

"pplication co!e )e-1 -1.1 -1.1 -1.2

$ptical /+er typeFulti-mo!e/+er

.6;2 .6;2 .6;2

Transmission !istance=m>

0.; 1; 50 ?0A100

Eoring wa#elength=nm>

1260-1460

1261-1460

1264-1460

15?0-1;?0

"#erage transmit optical

power =!@m>

－ 19S －

15

－ 1;S －

? －

;S0 －

;S0

Finimum sensiti#ity=!@m>

-24 -2? -45 -45

Finimum o#erloa! =!@m> -15 -? -10 -10

Finimum etinction ratio

=!@>

?.2 ?.2 10 10

ine @oar! -- )nterace (arametersR2新增!




ine @oar! )nterace (arameters （ Cont. ）

Item 3er&%rm#nce

'ominal +it rate =+itAs> 6220?0

"pplication co!e -5.1 -5.1 -5.2

$ptical /+er type .6;2 .6;2 .6;2

Transmission !istance=m>

1; 50 ?0

Eoring wa#elength=nm> 1275 ～ 14;6 12?0 ～ 14;6 15?0 ～ 1;?0

"#erage transmitoptical power =!@m> － 1; ～－ ? － 4 ～ 2 － 4 ～ 2

Finimum sensiti#ity

=!@m> -2? -2? -2?Finimum o#erloa!

=!@m>-? -? -?

Finimum etinctionratio =!@>

?.2 10 10

ine @oar! )n!icators




ine @oar! -- )n!icators

)n!icator

tatus Feaning

T"T



$L The +oar! is not woring, or create!, or no

power supply.

&:

$n The ser#ice is normal.

$n The ser#ice has a critical or maor alarm.

$n The ser#ice has a minor or remote alarm.

$L 'o ser#ices are con/gure!.

$1

$n 'o.1 opt. port on the 1A1 +oar! has a&$ alarm.

$L 'o.1 opt. port on the 1A1 +oar! has no&$ alarm.

$n 'o.2 opt. port on the 1 +oar! has a &$

ine @oar! )n!icatorsR2 New SlideR2 New Slide




ine @oar! -- )n!icators

指示灯状态含义

$

on opt. port on the 1A1 +oar! has a&$ alarm.

oL opt. port on the 1A1 +oar! has no&$ alarm.

'ote8 "ll the line +oar! ha#e the T"T an! &: in!icator.

) @oar! 3thernet @oar!




) @oar! -- 3thernet @oar!3*T5

3*T5 is a 3thernet transparent transmission +oar!. )t recei#es,transmits an! processes our-channel 3thernet signals.

slot

20 (%C slot4

(%C slot1 CC slot2

3%T slot7

(%C slot1

3%T slot5

CC slot2

IDU 610

3%T slot;

3%T slot?

3%T slot6

/

2

3%T slot5

3%T slot4

IDU 60

&ecommen!e!installationse<uence or3*T5 +oar!s

;

) @oar! 3thernet @oar! 3F6R2 New SlideR2 New Slide




) @oar! -- 3thernet @oar! 3F6

The 3F6 accesses 5*3 signals an! 23A*3 signals, an!

supports transparent transmission ser#ices an! ayer 2 switching.

(ro#i!es 3 optical interaces or 3 electrical interaces +y using

two *( mo!ules. The 3 electrical interace is compati+le with

the *3 electrical interace.

upports an uplin +an!wi!th o 2:C-5s.

IDU 60

slot

20 (%C slot4(%C slot1 CC slot2

3%T slot?

3%T slot6

3%T slot5

7ecommended

insta))ation

se@uence for

#$6 (oards

/

3%T slot7

3%T slot;

2

(ower Cross-Connection Cloc




(ower Cross Connection Cloc@oar! -- (%C

)n!icator)(owerswitch

3ternal clocAEaysi!e

)nteraceA$#erhea! !atachannel

(ower inputinterace

The (%C +oar! realiDes the cross-connection =1616 :C5> an!

cloc unctions , it also pro#i!es the C power or other +oar!s.

(%C @oar! )nstallation




(%C -- @oar! )nstallation

IDU 610

slot20 (%C slot4

(%C slot1 CC slot2

3%T slot7

IDU 60

3%T slot;

3%T slot?

3%T slot6

/

3%T slot5

(%C slot1

3%T slot5

CC slot2

3%T slot4

(%C @loc iagram




(%C -- @loc iagram

3ternalcloc

unit

ystempowerunit

ogicalcontrolunit

@acplane3ternal clocAwaysi!e 31

interaceA D"order wire "s!nchronous

data "

As!nchronous data

Control +us

Clocunit Cross

-connectunit

$#erhea! +us

/

3ternal-5?:

power

－ 5?:

ystem powersupply

(%C － The new unction o eternalR2 New SlideR2 New Slide




(%C － The new unction o eternalcloc unit

The interace support access eternal cloc, waysi!e ser#ice,transparently transmit CC +ytes, synchronous !ata o#erhea!

+ytes, asynchronous !ata o#erhea! +ytes, an! or!erwire o#erhea!

+ytes.

3ternal cloc8 set the type =2 F+itAs or 2 FHD>

3ternal cloc o HU mo!e 、 @ypass !ata=31> 、 other unctions o

cloc （ CC 、 or!erwire 、 synchronous !ata 、 asynchronous

!ata ） are mutually eclusi#e.

The eternal cloc interace can transparently transmit CC

+ytes, synchronous !ata o#erhea! +ytes, asynchronous !ata

o#erhea! +ytes, an! or!erwire o#erhea! +ytes at the same time.

(%C -- @loc iagram or




(%C @loc iagram orEaysi!e 31

Cross-connect +oar!

Cross-connect +oar!

waysi!e 31

waysi!e 32

)* +oar!

)* +oar!

)* +oar!

)* +oar!

CC +oar!'ote8 To plugout CC +oar!may interruptthe waysi!e31 ser#ices.

(%C )n!icators




(%C -- )n!icators


T"T



$L The +oar! is not woring, or not create!,or has no input power.

(E&

$n The power is normal.

$n G4.4: power ault or -5?: input powera+normal

$L 'o input power.

J'C $n The cloc is normal.$n The cloc source is lost or the switch

eists.

"CT$n The +oar! is in acti#e state.

$L The +oar! is in stan!+y status.

) @oar! CC




) @oar! -- CC

CC pro#i!es system control an! communication unctions, auiliary

interaces management an! stan!+y internal power mo!ule.

Indicators

Indicatortest (utton

7eset

(utton

4 seria)

port

4

interface

4 cascaded

interface

+rder wire

As!nchronous

data and

Boo)ean

interface

&)ashmemor!

CC @oar! -- @oar!




CC @oar! @oar!)nstallation

slot20 (%C slot4

(%C slot1 CC slot2

3%T slot7

IDU 610

IDU 60

3%T slot;

3%T slot?

3%T slot6

3%T slot5

(%C slot1

3%T slot5

CC slot2

3%T slot4

CC @oar! - @loc




CC @oar! @lociagram

Auxi)iar!

interface

unit

$!stem

power

unit

Bac=p)ane+rder wire interface

ontro) (us

+verhead

cross

connect

unit

+verhead (us

－ /

$!stem power supp)!

$!n < As!n. data interface

Boo)ean interface

ontro)

comm.unit

4 interface

ascaded networ=

port 4 seria) port

UB

CC @oar! ---synchronous !ataR2 New SlideR2 New Slide




CC @oar! ---synchronous !ata

Synchronous data nter!ace can "e used as #oce and data

communcatons channel$

Order%re s&annn' can "e used as the order %re 。

Note: Only the SCC with VER.C-PCB support Synchronous data

interface and Orderwire spanning.

CC @oar! -- 'F Ca+le




CC @oar! 'F Ca+leConnection The CC +oar! sets the '3 ) through the sotware. The initial '3

) is set to 59146 +y !eault.

The )( a!!ress o '3 is also set through the sotware. The )(

a!!ress is set to 129.9.0.) +y !eault.

'F

Connecte! +y3thernet ca+le

CC @oar! -- Erong




CC @oar! ErongConnections

Fultiple '3s arecasca!e! as a

loop.

el-loop osingle '3

Theconnection willcause '3 resetre<uently.

CC @oar! － CC Channel Adjust Slide




Ehen the )*1"A@ +oar! transmits (H microwa#e signals less than

1631 signals, the )*1"A@ +oar! always uses +yte 1 as the CC

channel.

Ehen the )*1"A@ +oar! transmits 1631 (H microwa#e signals, the

)*1"A@ +oar! uses +ytes 1-1 or 1- 4 as CC channels through

sotware anto-negotiation instea! o manual con/gure.

Ehen the )*1"A@ +oar! transmits (H microwa#e signals more than

1631 signals, the )*1"A@ +oar! always uses +ytes 1 to 4 as CC

channels.

The microwa#e ports o the )*0"A@ +oar! an! ) 60; always use

+ytes 1 to 4 as CC channels.

H line ports generally use +ytes 1 to 4 as CC channels. )t also

can use 1-1 、 5-12 、 1-12 as CC channels.

CC @oar! -- )n!icators





)n!icator

tatus Feaning

T"T



$L The +oar! is not woring, or not

create!, or has no input power.

(&$

$n 100 ms an!oL 100 ms

uring the +oar! power-onAreset,loa!ing the sotware.


The +oar! sotware is intro!uce!through the @)$ !uring the power-

onAreset.$n )nitialiDe the upper layer sotware.


uring the +oar! power-onAreset,@$$T&$F sel-test ails.






)n!icator

tatus Feaning

(&$

$n uring the +oar! power-onAreset, the memorysel-test ails or the upper layer sotwareloa!ing ails, or !uring the +oar! running, thelogical /le an! sotware are lost.

$L The sotware is normal.

"F

$n The system is normal.

$n The system has a critical or maor alarm.

$n The system has a minor alarm.

$L The system has no input power.

F"'T

$n The system is in maintenance state = that is,loop-+ac, laser power-oL, an! $transcei#er mute>

$L The system is in woring state.

) @oar! -- *an @oar! =*"'>




) @oar! *an @oar! =*"'>

)n!icator slot20 (%C slot4

(%C slot1 CC slot2

3%T slot;3%T slot?3%T slot6

3%T slot5

3%T slot7

*an !irection


*"'

$n The an is woringnormally.

$n The +oar! is aulty.$L The +oar! has no input

power.

) @oar!s － ummaryR2 New SlideR2 New Slide




) @oar!s ummary

@oar! upport ) Type 3plain

)*1"A)*1@ ) 610A) 620 recei#es an! transmits 1 )* signal. )t

realiDes the con#ersion +etween

+ase+an! !igital signal an! )* signal, it

also pro#i!es -5?: C power supply

an! management signal to the $.

)*0"A)*0@ ) 620

)*% ) 620

(H1 ) 610A) 620 ?31tri+utary +oar! ， pro#i!e 31

interace.

($1 ) 610A) 620 1631tri+utary +oar! ， pro#i!e 31

interace.

(1 ) 610A) 620 4231tri+utary +oar! ， pro#i!e 31

interace.

(4 ) 610A) 620 434A4 tri+utary +oar! ， pro#i!e

34A4 interace.

) @oar!s － ummary =cont.>R2 New SlideR2 New Slide




) @oar!s ummary =cont.>@oar! upport )

Type

3plain

1 ) 610A)

620

2TF-1 line +oar!, pro#i!e TF-1 optical

interace

3 ) 610A)

620

2TF-1 line +oar!, pro#i!e TF-1 electrical

interace

1 ) 610A)620

1TF-1 line +oar!, pro#i!e TF-1 opticalinterace

3 ) 610A)

620

1TF-1 line +oar!, pro#i!e TF-1 electrical

interace

5 ) 620 1TF-51 line +oar!, pro#i!e TF-5 optical

interace

3*T5 ) 610A)

620

5-port 10FA100F 3thernet transparent

transmission +oar!.

3F6 ) 620 supports transparent transmission ser#ices an!

ayer 2 switching ser#ices

) @oar!s － ummary =cont.>R2 New SlideR2 New Slide




) @oar!s ummary =cont.>

@oar! upport ) Type 3plain

CC ) 610A) 620 CC pro#i!es system control an!

communication unctions

(%C ) 610A) 620 (ower Cross-Connection Cloc @oar! ，

pro#i!e power supply, cross, cloc unction.

*"' ) 620 *"' +oar!

ContentsR2 New SlideR2 New Slide




Contents Equipment Structure

2.1 ystem iagram

2.2 otware tructure

2.4 ) 60; tructure an! @oar!s 2.5 ) 610A620 tructure an! @oar!s

.! ODU Inter&#ce" #n( 3#r#meter"


$ -- @loc iagram




$ @loc iagram

I& interface

Antenna port

I&interface

unit

:ower

unit

ontro) unit

Amp)ifier

Amp)ifier Amp)ifier

Dup)exer

Amp)ifier Up

conversion

Down

conversion

&re@uenc!

s!nthesi3er

$ － TypesR2 New SlideR2 New Slide




yp The $pti% &T' 600 $ is a#aila+le in three types8 tan!ar!

(ower, High (ower, an! ow capacity or (H.

Item escription

tan!ar! (ower

$

High (ower $ ow Capacity

or (H $

$ series ( an! (" H( (

*re<uency +an! 6A7A?A11A14A1;A1

?A24A26A4?HD

7A?A11A14A1;A1?A2

4A26A42A4? HD

7A14A1;A1?A24

HD

Ficrowa#e type HA(H (H

Ficrowa#emo!ulation

scheme

I(A16I"FA42I"FA65I"FA12?I"F

I(A16I"F

$ － )nterace Adjust Slide




$ )nterace

6 *3 $: series +DUs are coaxia) interfaces

,C/ *3 +DUs are waveguide

interfaces

8he +DUs are c)assified into the +DU with the waveguide interface and the +DU

with the coaxia) interface according to the t!pe of the antenna interface of the +DU.

The Fatch &elation +etween ) an!R2 New SlideR2 New Slide




$

I#$ IF board%#$

Serie

Description

I! -.0 ()* LP+SP(D, -*. match %th the LP/OD, !rstly$ (!the LP/OD, not sats!y the re0urement1 than(D, -*. match %th the SP/OD,$

I! -/. ()2A+()23 SP Not su&&ort 4P OD, n the result o! the nature

heat dss&aton mode$

I! -1.

()2A+()23 SP+4P None

()* LP+SP None

()5 SP+4P None

$ -- Fain (erormance





$ Fain (erormance $ 支持从 6 到 4? 的全频段覆盖，其 7 !"#频段指$%&'：(TEM L- 6 7 6 22 27 2. 26 87 8- 42 76

H( （ T%(ower.

maimum

）

'0 '0 4 6 6!.!

! ! ' '

( （ T%

(ower 。 m

aimum ）

6 6 1020 1020 1*20 1*20 1*20 1* 1120 110.!

( （ T%

(ower 。 m

aimum ）

13 13 ! ! '.!'.!

'

Faimumrecei#e

power （ !@m ）

0

T *re<uency ta+ility =ppm>8 40

Contents Adjust Slide Adjust Slide




Equipment Structure

2.1 ystem iagram

2.2 otware tructure

2.4 ) 60; tructure an! @oar!s 2.5 ) 610A620 tructure an! @oar!s


.6 y<ri( c%upler 3#r#meter"

Hy+ri! Coupler Adjust Slide Adjust Slide




y p

Hy+ri! coupler -- Fain





(erormanceItem (erormance

oss =!@> 4.4W0.4 =4 !@ +alance! hy+ri! coupler>

X 1.7 =6 !@ un+alance! hy+ri! coupler with

wa#egui!e interaces>

X 1.9 =6 !@ un+alance! hy+ri! coupler with

coaial interaces> ）

&ipple o loss =!@> X0.;

egree o coupling =!@> 4.4W0.4 =4 !@ +alance! hy+ri! coupler>

6.;W0.6 =6 !@ un+alance! hy+ri! coupler>

egree o separation=!@>

Y20

:oltage stan!ing wa#eratio =:E&>

X1.2

(ower capacity =E> ?

ummary Adjust Slide Adjust Slide




y

$pti% &T' 600 e<uipment structure

otware tructure ： host an! +oar! sotware are integrate in CC +oar!,

$ as logical +oar!.

) !i#i!e into three types8 ) 60;, ) 610, ) 620

) 610A620 through con/gure !iLerent +oar! to realiDe the re<uire!

unction8

)* @oar! ： )*1" 、 )*1@ 、 )*0" 、 )*0@ 、 )*% ine @oar! ： 1 、 1 、 3 、 3 、 5

Tri+utary @oar! ： (H1 、 ($1 、 (1 、 (4

ata @oar! ： 3*T5 、 3F6

(ower Cross Connect @oar! ： (%C

ystem Communication an! Control +oar! ： CC

*an +oar! ： *"' ) 60; is a#aila+le in three types8 ) 60; 1", ) 60; 1@

$ ： interace 、 main perormance

Hy+ri! Coupler ： interace 、 main perormance.

ummary Adjust Slide Adjust Slide




y

Contents &e#iew Fain characteristics

ystem tructure, otware an! Har!ware tructure

@oar! *unctions an! ignal ow in the ) $ an! Hy+ri! coupler *eatures an! *unctions

3<uipment e#el (rotection "ctions an! ignal ow

Ficrowa#e in (rotection "ctions an! ignal ow



8han= !ouwww.huawei.com

OptiX RTN 600 Product Introduction-20080801-A

Documents

Transcript of OptiX RTN 600 Product Introduction-20080801-A