1 MSOFTX3000(ATCA) Hardware System

MSOFTX3000(MSOFTX3000(A) Hardware SyA) Hardware Sy

Copyright © 2009 Huawei Technologies Co., Ltd. All rights r

(ATC(ATCystemystem

www.huawei.com

reserved.

ObjectivesObjectivesUpon completion of this course

Describe MSOFTX3000 hardwDescribe MSOFTX3000 hardw

Understand MSOFTX3000 bo

Remember system logical stru

, you will be able to:

ware structureware structure

oard functions

ucture and internal connection

ReferencesReferencesMSOFTX3000 Hardware Des

MSOFTX3000 Hardware InstaMSOFTX3000 Hardware Insta

MSOFTX3000 System Princip

scription Manual

allation Manualallation Manual

ple Manual

ContentsContents1. MSOFTX3000 Cabinet

2 MSOFTX3000 Boards2. MSOFTX3000 Boards

3. MSOFTX3000 Peripherals a

4. MSOFTX3000 Connection a

nd Other Components

nd Cables

N68E-22 CabinetN68E 22 Cabinet

Hardware ComponenCabinet

1 Cabinet1. Cabinet

2. Power distribution box (PDB)

3. Subrack 13. Subrack 1

4. Fan box

5. Master Rack Monitoring Unit g(MRMU)

6. LAN Switch

7. Cabling trough

8. KVMS

9. Subrack 0

10. Filler panel

11. Subrack 2

12. Subrack 3

nts of MSOFTX3000

Subrack

1 Sl t f th UPB d SWU1. Slots for the UPBs and SWUs2. Fan frame 23. Fan frame 14. Air intake vent5. Slots for the SMMs

1. Grounding points2 Air exhaust vent2. Air exhaust vent3. Slots for the USIAs and SWIs4, 5. Power entry module (PEM)6. Slots for the SDMs

Subrack Internal CSubrack Internal C

Boards

Fan Frame

Power entry module (PEM)

70mm

280mm

8U

omponentsomponents

Cabinet Internal CoCabinet Internal CoPower Distribution Box

LAN Switch

MRMUMRMU

KVMS

Cabling Through

omponentsomponents

QuestionsQuestionsWhat is the type of MSOFTX3

For full configuration, how ma

to be equipped?

3000 cabinet?

any cabinets and subracks need





nd other Components

nd Cables

General Hardware LogGeneral Hardware Log

Equipment managemEquipment managemsubsystem

Switch subsystem

SWU/SWI SMM/SD

SMM/SDMSWU/SWI

Back Plane

TI TI TI

UPB

/USI

/E

UPB

/USI

/E

UPB

/USI

/E

Processor subsystem

gical Structuregical Structure

entent

DM

Electromechanical subsystem

FAN PEM

PEMFAN PEM

IPMB

BaseTI TI TI

Fabric

TDMUPB

/USI

/E

UPB

/USI

/E

UPB

/USI

/E

Board ClassificationInstallation Positions

1 USI: Universal Service Interface1 USI: Universal Service Interface3 UPB: Universal Process Blade5 Front boards, 6 Backplane, 7 B5 Front boards, 6 Backplane, 7 BSMM: Shelf Management Module

n Based on s

e 2 SWI: Switch Interface Unite 2 SWI: Switch Interface Unit 4 SWU: Switch Unit

Back boardsBack boardse SDM: Subrack Data Module

Configuration CaseConfiguration Case

0 1 2 3 4 5 6 7 8 9 10 11

BACK

12 13SWIA1

SWIA1

USIA1

USIA1

USIA7

USIA7

USIA1

USIA1K

FRON

UPBA

SWUA

1 11

UPBA

1UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

SWUA

7 7 1 1

NT

A0

A1

A0

A0

A0

A1

A1

A1

A1

A0

A0

A0

A0

A1

C fi ti i 0# fConfiguration case in 0# frame

e-IP Networkinge-IP Networking

0 1 2 3 4 5 6 7 8 9 10 11

BACK

12 13SWIA0

SWIA0

USIA1

USIA1

USIA1

USIA1

USIA1

USIA1K

FRON

UPBA

SWUA

0 01

UPBA

1UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

UPBA

SWUA

1 1 1 1

NT

A0

A0

A0

A0

A0

A1

A1

A1

A1

A0

A0

A0

A0

A0

C fi ti i 1# fConfiguration case in 1# frame

System InterconneSystem Interconne

UP

UP

SW

SW

UP

UP

OM

OM

UP

UP

UP

UP

IG

IG P

BPB

SMM

WU

WU

PB

PB

MU

MU

PB

PB

PB

PB

GWB

GWBSMM

0#

SWU

SWU

UPB

UPB

UPB

IGWB

IGWB

UPB

UPB

UPB

UPB

UPB

UPB

UPB

1#

U U

SMM SMM

S S U UU IG

IGUU U U U

To the b

To the b

UPB

UPB

SMM

SWU

SWU

UPB

UPB

UPB

GWB

GWB

UPB

UPB

UPB

UPB

UPB

SMM

2#

Host

ectionectionTo the NTP ServerTo the NTP Server

To the IP Backbone network

To the billing centerTo the billing Center

To the network management center

LANSWITCH


management center

HUB

To the billing CentergTo the billing Center

LMTLMT LMTbilling Center

billing Center

Classification of BoaClassification of BoaBased on their functions, theinto the UPB, USI, SWU, SW

Board Type

UPB UPBA0,UPBA1It can proapplicatio

USI USIA1,USIA7It providethe UPB The SWU

SWU SWUA0

The SWUinformatiand Fabr

SWI SWIA1 the interf

SMM SMM managemSMM SMM managem

SDM SDMIt recordsperformaSDM SDM performa

ardsardse boards can be classified WI, SMM, and SDM.

Functionocess data services through the service on software installed. es interfaces for communication between and the external devices

U provides internal and externalU provides internal and external on exchange functions through the Base ric planesface board of the SWU

ment module of a subrackment module of a subracks the subrack information and system ance parametersance parameters

Common Indicators

Indicators Meaning ColorIndicators Meaning Color

OOS Service status amberOff: worksprogress.On or blin

HEALTHYHealthy status

indicatorRed or green

Off: not ptimes durSteady grBlinking r

SYSTEM/Customized indicator

Customized indicator red, green,

yellowThe meancustomiza

HOTSWAPHot-swap indicator Blue

Off: activaOn: not pFast blinkSlow blink

Minor, major,

!: MinorOff: No m!!: Major

Alarm indicator and critical alarm

indicators

Red!!: MajorOff: No m!!!: CriticaOff: No croccur.

Introduction

Description Normal St tDescription Status

s normally and the services are in

nking: out of service.Off

gowered on. (The indicator blinks 10

ring power-on.)reen: works normally. Green On

red: An alarm occurs

ning of the indicator is subject to ation.

ated.owered on or is deactivated.

k: The board is being activated. Off

k: The board is being deactivated.

minor alarms; on: minor alarms occur.

major alarms; on:major alarms occur. alritical alarms; on:critical alarms

Off

ContentsContents2. MSOFTX3000 Boards

2 1 Processor Subsystem Boa2.1 Processor Subsystem Boa

2.2 Switching Subsystem Board

2.3 Equipment Management Su

2 4 Subrack Boards Configuratio2.4 Subrack Boards Configuratio

ardard

bsystem Board

on Exampleson Examples

UPBAUPBA

The ni ersal process blade (UThe universal process blade (U

service processing unit of the s

processes data services throug

service application software insservice application software ins

1. Captive screw 2. Hard disk 1Capt e sc e a d d s3. Hard disk 0 4. USB port5. COM serial port 6.HOTSWAP ind7. HD0_RAID/ALM indicator 8. HD0_ACT indi9 HD1 RAID/ALM indicator 10 HD1 ACT ind9. HD1_RAID/ALM indicator 10.HD1_ACT ind11.SYSTEM indicator 12.HEALTHY ind13. OOS indicator 14.Ejector lever

UPBA) is theUPBA) is the

subrack. It

gh the

stalled on itstalled on it.

icatoricatordicatordicatordicator

UPBAs with DifferentUPBAs with Different

UPBA0CPU Memory H

UPBA0 2 6*4G NUPBA1 2 2*4G 2*

ConfigurationsConfigurations

UPBA1HD Sub-board (Flash)one 4 GB Flash73G None

USIAUSIAThe USIA (universal service inThe USIA (universal service inmust be used with the UPBA, ainstalled with different subboarinstalled with different subboardifferent interfaces (FC interfacEth t i t f Ult 320/1Ethernet interfaces, Ultra 320/1interfaces, Standard VGA port，the UPBA to communicate withdevices.

1.Captive screw 2. Shielding

3. Ejector lever 4. OOS ind

5. HEALTHY indicator 6. Cover

7. HOTSWAP indicator 8. Monitor p

9. USB portp

terface unit )terface unit ) and can be rds to providerds to provide ces, Gigabit 160 SCSI160 SCSI ，USB port) for h external

g finger

icator

port

USIA SubboardUSIA Subboard

ETIAETIA

The ETIA (E1/T1 interface unit) provvarious interfaces for the UPBA to communicate with external devices. must be used with the UPBA.

The ETIA provides TDM and GE inteto implement the TDM service and signaling processing function.

vides

It

erfaces

ETIA0 ETIA2

ETIA SubboardETIA Subboard


2 1 Processor Subsystem Board2.1 Processor Subsystem Board

2.2 Switching Subsystem Boa



dd

ard

bsystem Board


SWUSWU

SWU: Switching UnitFeatures:

The SWU implements dataThe SWU implements data switching among the boards in a subrack through the backplane and data switching among subracksdata switching among subracks through cascading interfaces provided by the SWIs. Dual Planes Switching: BaseDual Planes Switching: Base, Fabric, and TDM

1. Ejector lever 23. HEALTHY indicator 45 BMC COM serial port 65. BMC COM serial port 67. LAN0 port 89. LAN1 port

2. OOS indicator4. SYSTEM indicator6 SYS COM serial port6. SYS COM serial port8. HOTSWAP indicator

SWUSWU

SWU0

C l h MSOFTX3000 idCurrently, the MSOFTX3000 provides two types

The SWU0 provides switching functions only th

used for broadband networkingused for broadband networking.

Based on the SWU0, the SWU1 is added with T

clock distribution among subracks and TDM swg

1 GE Fabric Switch daughter Card

SWU1 2 TDM Switch daughterCard

f h SWU h i SWU0 d SWU1s of the SWU, that is, SWU0 and SWU1.

rough the Base plane and GE Fabric plane. It is

TDM switching functions. It can implement the

itching. It is used for narrowband networking.g g

SWUSWUExternal ports

P F i D iPort Function Descript

5. BMC COM serial port

Used for locally updating or loading Comm

Port tyserial port the BMC software Port ty

Used for local management,

6. SYS COM serial port

maintenance, and debugging of the Base and Fabric l

CommPort ty

planes

Used for loading 10/100Port ty

7. LAN0 port and internal debugging

Cable Two in

9. LAN1 port Used for maintenance

10/100Port tyCable

ition

munication standard: RS232ype: RJ-45ype: RJ-45

munication standard: RS232ype: RJ-45

0 Mbit/s Base-T auto-negotiationype: RJ-45type: UTP5

ndicators

0 Mbit/s Base-T auto-negotiationype: RJ-45type: UTP5yp

SWUSWUIndicators

2－OSS2 OSS

3－HEALTHY

4 SYSTEM4－SYSTEM

The SWUA0 supports hot swapping. Two e

l t d th d l t f thlocated on the upper and lower parts of the

ejector levers help you to insert, remove, se

and power off the SWUA0and power off the SWUA0

ejector levers are

f t l The front panel. The

ecure, power on,

SWISWISWI: Switch Interface Unit.

Interfaces:

Interface Descriptionp

1. Line clock input interface

One RJ45 interfaceProvides two 8k line cock input.

2. BASE/TDM interface

Eight Gigabit Ethernet interfaces10/100/1000 Mbit/s Base-T autoneTwo indicators

3. FABRIC interface

Eight Gigabit Ethernet interfaces10/100/1000 Mbit/s Base-T autoneTwo indicatorsO SMB i t f

1 Line clock input interface 2 BASE/TDM inte

4. BITS clock input interface

One SMB interfaceProvides 2-Mbps/2-MHz external c

1. Line clock input interface 2. BASE/TDM inte3. FABRIC interface 4. BITS clock input5. Ejector lever 6. HOTSWAP indic7 HEALTHY indicator 8 OSS indicator7. HEALTHY indicator 8. OSS indicator

egotiation;

egotiation;

rface

clock input.

SWIA1rfacet interfacecator

SWIA0 SWIA1




2.3 Equipment Management S


dd

Subsystem Board


SMMSMM

SMM position in a

The SMM is the management moThe SMM is the management mo

The SMM manages all the comp

a subrack

odule of a subrackodule of a subrack.

onents in a subrack.

SMMSMM

(1) (2) (3) (4)

COM

SMMDSHELF MANAGEMENT MODULE

(10) (9)

1: Minor alarm indicator 2: Major alarm indicato

5: ETH0 interface 6: HOTSWAP indicator9: Customized indicators 10: HEALTHY indicator

(5) (6)

ETH0

RST HSW

(8) (7)

r 3: Critical alarm indicator 4: COM serial port

r 7: Ejector lever 8: Reset buttonr

SMMThe front panel of the SMM has a remov

lever helps to insert, remove, fasten, pow

Status DescriptionB f th j t l i l d

lever helps to insert, remove, fasten, pow

Closed

Before the ejector lever is closedand the SMM is not powered on.

After the ejector lever is closed, tWh th HOTSWAP i di t iWhen the HOTSWAP indicator is o

Before the ejector lever is openedAfter the ejector lever is opened,

Openj p ,

changes to the slow blink state. Whon, the SMM is powered off. You caremove the SMM.remove the SMM.

vable ejector lever. The ejector

wer on, and power off the SMM.

th HOTSWAP i di t i

wer on, and power off the SMM.

, the HOTSWAP indicator is on

the HOTSWAP indicator is on. ff th SMM k lloff, the SMM works normally.d, the SMM works normally.the HOTSWAP indicator

hen the HOTSWAP indicator is an use the ejector lever to

SDM

SDM position in a subrack

1 2 3 4

COM2ETH

1: Ejector lever 2: HEALTHY indica4: COM2 5: COM1

65

COM1 FRAME ID

DIP ON

ator 3: ETH interface6: DIP switch

SDMSDM

The SDM is the data module of a subrack. The SMM obtains the slot information and subrack information from the SDM for managing the hardware.

Defining the subrack numberDefining the subrack number through the 8-bit DIP switch.

Recording the subrack informationRecording the subrack information.

Providing interfaces to input the it i i f ti f th PDBmonitoring information of the PDB.





2 4 Subrack Boards Configura2.4 Subrack Boards Configura

dd

bsystem Board

ation Examplesation Examples

Subrack Boards ConExamples

0 1 2 3 4 5 6 7 8 9 10 11 12 130 1 2 3 4 5 6 7 8 9 10 11

BACK

12 13SWIA1

SWIA1

USIA1

USIA1

USIA7

USIA7

USIA1

USIA1

FRON

UPBA0

SWUA

1 11

UPBA0

1UPBA0

UPBA0

UPBA1

UPBA1

UPBA1

UPBA1

UPBA0

UPBA0

UPBA0

UPBA0

SWUA

7 7 1 1

NT 0 10 0 0 1 1 1 1 0 0 0 01

IP Networking Subrack

nfiguration

0 1 2 3 4 5 6 7 8 9 10 11 12 130 1 2 3 4 5 6 7 8 9 10 11

BACK

12 13SWIA1

SWIA1

USIA1

USIA1

USIA7

USIA7

USIA1

USIA1

ETIA0

ETIA0

ETIA0

ETIA0

FRON

UPBA0

SWUA

1 11

UPBA0

1UPBA0

UPBA0

UPBA1

UPBA1

UPBA1

UPBA1

UPBA0

UPBA0

UPBA0

UPBA0

SWUA

7 7 1 10 0 0 0

TDM Networking Subrack

NT 0 10 0 0 1 1 1 1 0 0 0 01

Configuration Principg p

Th SMM SDM SWU d SWIThe SMM, SDM, SWU, and SWI are esseconfigured in active/standby mode.

The SMMs are permanently inserted in froThe SMMs are permanently inserted in froSDMs are permanently inserted in back s

The SWUs are permanently inserted in froThe SWUs are permanently inserted in froare permanently inserted in back slots 6 a

The OMUs are preferentially installed onThe OMUs are preferentially installed on

The UPBA0 serving as a service processan expansion subrack. The UPBA0 must p

Other UPBs and USIs can be inserted in subrack according to the delivery requirem

ples of Boards p

ti l b d i h b k Th t bential boards in each subrack. They must be

ont slots 14 and 15 in each subrack; theont slots 14 and 15 in each subrack; the slots 14 and 15 in each subrack.

ont slots 6 and 7 in each subrack; the SWIsont slots 6 and 7 in each subrack; the SWIs and 7 in each subrack.

the front boards in slots 4 and 5 of subrack 0.the front boards in slots 4 and 5 of subrack 0.

board can be installed in a basic subrack or be configured in active/standby mode. g y

any slot in a basic subrack or an expansion ments.





and other Components

nd Cables

PDBPDB

Supporting dual-input, dual 2-input, and dual 3-

input power supply (dual 3-input is used for theinput power supply (dual 3-input is used for the

MSOFTX3000)

Input voltage: -40 to -72 V DC; Maximum input

current: 100 A

Supporting the dual 10-output power supply, with

maximum current of 50 A for each output (not

more than 100 A for each zone)

Power SwitchesPower Switches

Cabi

Integconfon c

Serv

procp

g ca

inet Switch Component

grated (A7 and A8) / (B7 SUBRACK-1 figuratiabinet

and B8) (expansion subrack 1)

A2/B2 MRMU

A3 LANS-1

B3 LANS-0

A1 KVMS

(A9 and A10) / ( B9 and B10 )

SUBRACK-0 (basic subrack 0)( B9 and B10 ) (basic subrack 0)

vice

cessin

(A7 and A8 ) / ( B7 and B8)

SUBRACK-1 (expansion subrack 3)

binetsubrack 3)

(A9 and A10) / ( B9 and B10 )

SUBRACK-0 (expansion subrack 2)subrack 2)

Terminal EquipmentTerminal Equipment Th t i l i t i PCThe terminal equipment is a PC or workstation that is installed

ith th ti dwith the operation and maintenance client software.

The terminal equipment provides various functions such as device management, data configuration, host status query, and device maintenance.

CPU: P4 2.8 GHz or more Memory: 512 MB or moHard disk: 80 GB or more Ethernet AdapterHard disk: 80 GB or more Ethernet Adapter

Display window Keyboard, mouse, cd-ro

Universal Alarm BoxUniversal Alarm Box Th l b i d t iThe alarm box is used to receivaudio and visual alarms..

The universal alarm box is usuaequipment room.

l i f ti d t idve alarm information and to provide

ally installed on the wall of the





nd other Components

and Cables

System ConnectionSystem Connection

UP

UP

SW

SW

UP

UP

OM

OM

UP

UP

UP

UP

IG

IG P

BPB

SMM

WU

WU

PB

PB

MU

MU

PB

PB

PB

PB

GWB

GWBSMM

0#

SWU

SWU

UPB

UPB

UPB

IGWB

IGWB

UPB

UPB

UPB

UPB

UPB

UPB

UPB

1#

U U

SMM SMM

S S U UU IG

IGUU U U U

To the b

To the b

UPB

UPB

SMM

SWU

SWU

UPB

UPB

UPB

GWB

GWB

UPB

UPB

UPB

UPB

UPB

SMM

2#

Host

nnTo the NTP ServerTo the NTP Server


To the billing centerTo the billing Center

To the network management center

LANSWITCH


management center

HUB

To the billing CentergTo the billing Center

LMTLMT LMTbilling Center

billing Center

OMU Back Slot BoOMU Back Slot Bo

OMC/NTP

LIGLIG

oard Connectionoard Connection

iGWB Back Slot BConnection

To Billing Center

Board

Cascading ModegSWI01

SWI01

SWI01

SWI01

SWI01

SWI01

SWISWI0101

SWI0101 1

234567

1234567

1234567

1234567

1234567

1234567

1234567

1234567

1234567

1234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

0＃

77

SWI0

SWI SW0

SWI

0＃

77

SWI0

SWI SW0

SWI

0＃

77

0＃

7777

SWI0

SWI SWISWI00

SWI SW0

SWI SWSW00

SWI01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

012345677

012345

7

012345

7

012345

7

012345

7

012345

7

012345

7

012345

7

012345

7

012345

7

012345

77

012345

012345

77

012345

012345

7

012345

7

012345

77

012345

012345

77

012345

012345

1＃

67

67

2＃

67

67

1＃

67

67

2＃

67

67

1＃

67

67

1＃

6767

6767

2＃

67

67

2＃

6767

6767

WIWIWIWIWI SWI0

SWI0

SWI0

SWI0

SWI0

SWI0

SWISWI00

SWI00 0

1234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567

01234567 7

012345

7

012345

7

012345

7

012345

7

012345

7

012345

77

012345

012345

77

012345

012345

Base/TDM

Fabric＃

67

67

＃

67

67

＃

67

67

＃

6767

6767

Broadband SignalinBoard Back Slot Boa

IP Signaling Interface

g Processing ard Connection


PDB Monitor Serial CPDB Monitor Serial C

PDBPDB

SDMSDM

Cable ConnectionCable Connection

BB

SDMSDM

QuestionsQuestionsWhat kind of the interfaces

back slot board?

Which board will be used to

What kind of the interfaces

Usually which slot will be uUsually, which slot will be u

Processing Board?

s can be provided by OMU

o provide sync clock interface?

s?

used to configure IP Signalingused to configure IP Signaling

ThanThanwww.hua

nk younk youawei.com

1 MSOFTX3000(ATCA) Hardware System

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Transcript of 1 MSOFTX3000(ATCA) Hardware System