ma5600t product introduction excerption v2.0 201105 b

7/21/2019 MA5600T Product Introduction Excerption V2.0 201105 B

http://slidepdf.com/reader/full/ma5600t-product-introduction-excerption-v20-201105-b 1/45

HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential

Document Description

Document

Name MA5600T Product Introduction

Intended

Audience Access network technical support engineers

Preparation

Key

Information

1. Compiled based on MA5600T V800R008.

2. Describes the MA5600T hardware structure.

…

Change History

Version Date Description Author

1.0 2010-12 Completed the draft. Xu Fei (56008)

1.1 2011-04 Revised the document.She Yuanyuan

(00133247)

Page0



www.huawei.com

Copyright © 2006 Huawei Technologies Co., Ltd. All rights reserved.

MA5600T Product

Introduction

ISSUE 1.1




The SmartAX MA5600T/MA5680T optical

access device (MA5600T for short) is an

optical-copper integrated access product

launched by Huawei. The MA5600T provides

data, voice, and video access services that

feature large capacity, high rate, and high

bandwidth.

Page2

Preface




Objectives

After completing this course, you

will be able to:

•Master the MA5600T/MA5680T product

knowledge

•Be familiar with the MA5600T/MA5680T

hardware structure

•Learn about MA5600T/MA5680T typical

applications

Page3




Chapter 1 MA5600T Product Overview

Chapter 2 MA5600T Hardware

Introduction

Chapter 3 MA5600T Networking

Applications

Page4

Contents





Section 1 General Introduction

Section 2 Major Specifications and

Performance Indicators

Page5

Contents


http://slidepdf.com/reader/full/ma5600t-product-introduction-excerption-v20-201105-b 7/45HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential

MA5600T Product Introduction

The MA5600T is an integrated optical-copper access platform that

provides flexible user access modes and effectively ensures the smooth

evolution from copper access to optical access.

The MA5600T is able to provide multiple services over legacy copper

lines using xDSL access technologies such as ADSL2+, VDSL2, and

SHDSL.

As an OLT in the xPON system, the MA5600T works with various ONUs.

It supports xPON access and P2P optical access, meeting requirements

for various FTTx access applications such as fiber to the home (FTTH),

fiber to the building (FTTB), fiber to the curb (FTTC), and base station

access.

Page6




10GE platform for mass commercial use, supporting

xDSL, GPON, P2P, and VoIP; integrated access for

high-density optical and copper services

1000G backplane and 400GE switching fabric; the

only one in the industry that supports line rate

forwarding for all ports

Strict QoS assurance, meeting the requirements of

the carrier-class access and bearer network for

seamless convergence with NGN

10G platform of mature

commercial use Super large capacity; 10GE to slots and

four GPON ports per slot; single device

supporting 4000 access users (FTTH)

Compatible with native TDM mode of

traditional E1 lines; carrying quality

traditional E1 services

Integrated platform for GPON/P2P/native

TDM, full-service operating for home,

business, and mobile services S u p e r p o w e

r f u l

M S A N

Powerful multicast

MA5600T Major Functions

IGMPv3 and PIM-SSM

Distributed multicast based on GPON boards

4K multicast channels and 8K online multicast

users

Comprehensive CAC solution for controllable

multicast

Non-blocking two-level multicast duplication

MA5600T

High-speed VDSL2 30a port

Single/Multi-PVC multi-service, IPoA-IPoE,

PPPoA-PPPoE, and 802.1x authentication

Support for VRF, RIP, OSPF, BGP, and IS-IS

Basic, supplementary, and intelligent voice,

fax, and modem services (800 phone

service and card service) based on IP

F u l l - s e r v i c e O

L T

Page7




MA5600T Series Products

Comprehensive series products for a good FTTx platform

MA5603T/MA5683T subrack

6 slots for service boards

MA5600T/MA5683T subrack

16 slots for service boards

MA5606T subrack

2 slots for service

boards

Not supported in

V800R008 or later

versions

EOS: Dec 31, 2010

Smallcapacity

Medium

capacity

Largecapacity

OLT: MA5600T&MA5680T/MA5603T&MA5683T

MSAN: MA5600T/MA5603T/MA5606T (MCUA&MCUC)

The MA5680T/MA5683T is available for

sales in China and some other specific

countries and areas. In other countries

and areas, the MA5600T/MA5603T is

used unless otherwise specified.

The MA5606T cannot function as an OLT.

Page8





Section 1 General Introduction

Section 2 Major Specifications and

Performance Indicators

Page9

Contents




Major System Specifications and Key

Performance Indicators of the MA5600T

System Performance

Parameter Specification

Backplane bus MA5600T/MA5680T: 3.2 Tbit/s

MA5603T/MA5683T: 1.5 Tbit/s

Layer 2 forwarding SCUN: 600 Mpps (in active/standby mode) or 1200

Mpps (in load sharing mode)

SCUL: 600 Mpps

SCUB: 72 Mpps

Control board switching

capacity

SCUL: 400 Gbit/s

SCUN: 480 Gbit/s (in active/standby mode) or 960

Gbit/s (in load sharing mode)

SCUB: 48 Gbit/s

Switching/Forwarding

delay

Short forwarding delay: The 100 Mbit/s Ethernet port

sends 64-byte Ethernet packets at a delay shorter than

20 μs.

BER(bit error rate) in full

load

BER of a port when the port transmits data in full load <

10 e-7

Page10






GPON Port Performance

Parameter Specification (Class B+) Specification (Class C+)

Transmission rate Tx: 2.488 Gbit/s; Rx: 1.244 Gbit/s

Connector SC/PC

Maximum reach 20 km

Cable type single-mode fiberStandard compliance ITU-T G.984.2 CLASS B+ ITU-T G.984.2 CLASS B+

Center wavelength Tx: 1490 nm; Rx: 1310 nm

Transmit optical

power

1.5 –5 dBm 3 –7 dBm

Extinction ratio 10 dBMaximum receiver

sensitivity

–28 dBm –30 dBm

Overload optical

power

–8 dBm –8 dBm

Page11






EPON Port Performance


Transmission rate 1.25 Gbit/s

Connector SC/PC

Maximum reach 20 km

Center wavelength Tx: 1490 nm; Rx: 1310 nm

Transmit optical power 2 –7 dBm

Maximum receiver

sensitivity

–27 dBm

Overload optical power –6 dBm

Page12

M j S t S ifi ti d K






Device Capacity

Parameter MA5600T/MA5680T

MA5683T/MA5683T

Maximum number of ADSL2+ ports in a subrack 1024 384

Maximum number of VDSL2 ports in a subrack 768 288

Maximum number of ATM SHDSL/EFM SHDSL

ports in a subrack

256 96

Maximum number of TDM SHDSL ports in a subrack 128 96

Maximum number of POTS ports in a subrack 1024 384

Maximum number of ISDN BRA ports in a subrack 512 192

Maximum number of ISDN PRA ports in a subrack 64 64

Maximum number of GPON ports in a subrack 128 48

Maximum number of P2P FE ports in a subrack 256 96

Maximum number of P2P GE ports in a subrack 768 288

Maximum number of ATM ports in a subrack 64 24

Maximum number of upstream ports (GE ports in the

GIU slot) in a subrack

8 8

Page13





Introduction

Section 1 Cabinets

Section 2 Subracks

Section 3 Boards

Page15

Contents




Subrack Overview

Type Dimensions (W x D x H)

Indoor: N63-22 600 mm x 300 mm x 2200 mm

Indoor: N66 600 mm x 600 mm x 2200 mm

Outdoor: F01D200 1250 mm x 550 mm x 1200 mm

Outdoor: F01D500 1550 mm x 550 mm x 1550 mm

Indoor

Outdoor

Page16




Cabinet Configuration

Dimensions (W x D x H) of the N63E-22

cabinet: 600 mm x 300 mm x 2200 mm

Maximum number of users in a 63E-22

cabinet: 8192 (GPON, 1:64 split ratio, full

configurations in two subracks)

Power consumption of the 63E-22 cabinet:

2840 W (in full configuration)

Page17

S t T i l C fi ti (I d




System Typical Configuration (Indoor

N63 Cabinet)

Without SPL subracks

and only for GPON

2050 mm

With SPL subracks

PDU (100)

Reserved (50)

SPL subrack (400)

Service subrack (450)

SPL subrack (400)


2050 mm

PDU (100)

Reserved (50)

Air deflector and

cabling (100)

Air deflector andcabling (100)



Reserved (400)

Reserved (400)

Air deflector and

cabling (100)

Air deflector and

cabling (100)

Page18




10 17

X

D

S

L

18

X

D

S

L

1916

X

D

S

L

15

X

D

S

L

14

X

D

S

L

13

X

D

S

L

12

X

D

S

L

11

X

D

S

L

9

S

C

U

B

8

X

D

S

L

2

X

D

S

L

76

X

D

S

L

5

X

D

S

L

4

X

D

S

L

3

X

D

S

L

0 1

X

D

S

L

X

D

S

L

NULL

PRTG

NULL

N

U

L

L

N

U

L

L N

U

L

L

MSAN Configuration: Without SPL Subracks

GE uplink

Service

subrack

Service

subrack

10 17

X

D

S

L

18

X

D

S

L

1916

X

D

S

L

15

X

D

S

L

14

X

D

S

L

13

X

D

S

L

12

X

D

S

L

11

X

D

S

L

9

S

C

U

B

8

X

D

S

L

2

X

D

S

L

76

X

D

S

L

5

X

D

S

L

4

X

D

S

L

3

X

D

S

L

1

X

D

S

L

X

D

S

L

N

U

L

L

N

U

L

L N

U

L

L

GE cascading

Only one SCUB control board and one PRTG power

board are configured.

0

NULL

PRTG

NULL

Page19




xPON Configuration: Mainstream

Configuration

GE/10GEuplink

Service

subrack

Service

subrack

10 17 18 19161514131211982 765431GE/10GE

cascadingG

I

U

N

U

L

L

S

C

U

N

U

L

L

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

In each subrack, only one SCUL control board, one GIU board, and

one PRTG board are configured.

xPON boards are installed from left to right and TOPA boards

(native TDM) are installed from right to left.

0

NULL

PRTG

NULL

T

O

P

A

T

O

P

A

T

O

P

A

x

P

O

N

x

P

O

N

x

P

O

N

10 17 18 19161514131211982 765431

G

I

U

N

U

L

L

S

C

U

N

U

L

L

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

x

P

O

N

0

NULL

PRTG

NULL

T

O

P

A

T

O

P

A

T

O

P

A

x

P

O

N

x

P

O

N

x

P

O

N

Page20

MSAN C fi ti With SPL S b k




MSAN Configuration: With SPL Subracks

Servicesubrack

Service

subrack

SPL

subrack

SPL

subrack

10 17

G

PO

N

18

X

DS

L

1916

X

DS

L

15

X

DS

L

14

E

TH

A

13

X

DS

L

12

X

DS

L

11

X

DS

L

9

S

CU

B

8

X

DS

L

2

X

DS

L

76

X

DS

L

5

X

DS

L

4

P

OT

S

3

X

DS

L

0 1

X

DS

L

X

DS

L

NULL

PRTG

NULL

N

U

L

L

N

UL

LN

U

L

L0

S

P

L

NULL

N

U

L

L

N

U

L

LN

U

L

L

NULL

NULL

N

U

L

L

S

P

L

S

P

L

N

U

L

L

S

P

L

S

P

L

S

P

L

S

P

L

S

P

L

S

P

L

S

P

L

S

P

L

S

P

L

N

U

L

L

S

P

L

10 17

G

P

O

N

18 1916

X

D

S

L

15

X

D

S

L

14

X

D

S

L

13

O

P

F

A

12

X

D

S

L

11

X

D

S

L

9

S

C

U

B

8

X

D

S

L

2

X

D

S

L

76

X

D

S

L

5

X

D

S

L

4

X

D

S

L

3

P

O

T

S

0 1

X

D

S

L

X

D

S

L

NULL

PRTG

NULL

N

U

L

L

N

U

L

LN

U

L

L0

SP

L

NULL

N

UL

L

NU

L

LN

U

L

L

NULL

NULL

NU

L

L

SP

L

NU

L

L

SP

L

SP

L

SP

L

SP

L

SP

L

SP

L

SP

L

SP

L

SP

L

SP

L

NU

L

L

SP

L

GE uplink

GE cascading

In each service subrack, only one SCUB control board and one PRTG board are configured.

Optical boards including GPON, OPFA, and ETHA boards can be installed in any service slot.

X

D

S

L

NU

L

L

N

U

L

L

Page21





Introduction

Section 1 Cabinets

Section 2 Subracks

Section 3 Boards

Page22

Contents




Specifications of the MA5600T Service

Subrack (xPON)


Dimensions

(W x D x H)

530 mm x 275.8

mm x 447.2 mm

Maximum

power

consumption

1200 W

Weight 33 kg

Page23

S ifi ti f th MA5600T S i





Subrack (MSAN)Fan tray

Power board

Service board

Upstream

interface

board

Control boardService board

Mounting

ears

Mounting ears


Dimensions

(W x D x H)

530 mm x 275.8

mm x 447.2 mmMaximum

power

consumption

1200 W

Weight 33 kg

Page24

S f f 603 S





Subrack


Dimensions (W x

D x H)

535 mm x 283.2

mm x 263.9 mmMaximum power

consumption

850 W

Weight 7 kg

Page25




Specifications of the MA5600T SPL Subrack


Dimensions (W x D x H) 530 mm x 239.5 mm

x 397.2 mm

Weight 26 kg

Power consumption 0 W

Page26




MA5600T Fan Tray


Dimensions (W x D x H) 486 mm x 245.2 mm x 44 mm

Weight 2.9 kg

Maximum power consumption 57 W

Silk Screen Description

STATUS Blinking yellow The fan tray is not registered or is being loaded.

Green and blinking 1s on and 1s off The fan tray functions properly.

Yellow and blinking 1s on and 1s off A warning alarm is generated but services are not affected.

Steady yellow The communication is interrupted.

Blinking red quickly The fan tray generates a fan fault or over-temperature alarm.

Page27





Introduction

Section 1 Cabinets

Section 2 Subracks

Section 3 Boards

Page28

Contents




MA5600T Boards

Board Type Board Name Description

Control board H801SCUB Super control unit boards, core of the system control and service

switching and aggregation. They can also function as themanagement and control core of the integrated NMS.

H801SCUL

H801SCUN

PON service

board

H801GPBC GPON OLT interface board, providing four GPON SFF ports

H801GPBD GPON OLT interface board, providing eight GPON SFF ports

H801EPBC EPON OLT interface board, providing four EPON SFF ports

H801EPBD EPON OLT interface board, providing eight EPON SFF ports

VDSL service

board

H805VDSA/H805VDRD Supports 24-channel VDSL2 over POTS access service, with an

external splitter.

H805VDTF Supports 24-channel VDSL2 over ISDN access service, with an

external splitter.

H805VDMF Supports 48-channel VDSL2 over ISDN access service, with anexternal splitter.

H802VDNF Does not support ISDN, but supports 48-channel broadband

VDSL2 access service.

H805VDMF Supports 48-channel VDSL2 over POTS access service, with an

external splitter.

Page29




MA5600T Boards (Continued)Board Type Board Name Description

ADSL service

board

H808ADLF Supports 32-channel ADSL2+ over POTS access service, with an external

splitter.

H808ADIF Supports 32-channel ADSL2+ over ISDN access service, with an externalsplitter.

H805ADPD Supports 64-channel ADSL2+ over POTS access service, with an external

splitter.

H802ADQD Supports 64-channel ADSL2+ over ISDN access service, with an external

splitter.

H802ADKM Does not support ISDN, but supports 64-channel ADSL2+ access service.

SHDSL service

board

H802SHLB Supports 16-channel ATM SHDSL.bis and EFM SHDSL services.

H80ASHLM Supports 16-channel ATM SHDSL.bis and EFM SHDSL services.

Voice service

board

H801ASPB 64-channel VoIP interface board, supporting 64-channel VoIP POTS

access service

H801ASRB 32-channel analog subscriber board, supporting 32-channel VoIP POTS

access service

H802DSRD 32-channel ISDN digital subscriber board, providing 32-channel ISDN

access service

Universal interface

board

H801CITD Combo interface transfer board, providing the clock source for the system

Clock board H801BIUA BITS interface unit board, providing BITS input and output

Page30

(C )




MA5600T Boards (Continued)


Upstream

interface

board

H801GICD Provides four GE optical ports for upstream transmission or cascading.

H801GICE Provides four GE electrical ports for upstream transmission or cascading.

H801GSCA GE synchronous Ethernet interface board, providing four GE optical/electrical

adaptive ports

H801GICF Provides two GE optical ports for upstream transmission or cascading.

H801GICG Provides two GE electrical ports for upstream transmission or cascading.

H801GICK Provides two GE optical/electrical ports for upstream transmission or cascading.

H801X1CA Provides one 10GE optical port for upstream transmission or cascading.

H801X2CA/H80

1X2CS

Provides two 10GE optical ports for upstream transmission or cascading.

H802P2CA Upstream board with two SFP PON optical ports

Private line

service board

H801EDTB E1 digital trunk board, providing 16-channel E1 access service

H802EDTB Supports 16-channel TDM SHDSL access service, E1 access service, and V.35

access service.

H801TOPA TDM traffic over PSN board, achieving upstream transmission using daughter

boards

H801CSPA Supports SAToP processing of 64 channels of E1 signals.

Page31

MA5600T Boards (Contin ed)




MA5600T Boards (Continued)


Optical interface

board

H801OPFA FE P2P optical interface board, supporting 16-channel FE optical

access service

H802OPGD GE/FE optical interface board, supporting a maximum of 48-channel GE/FE P2P access service

Ethernet service

board

H801ETHB Provides eight SFP GE optical ports or GE electrical ports for

upstream transmission or cascading.

Service

processing board

H801SPUA Provides eight GE ports and two 10GE ports.

H801SPUB Does not provide ports on its front panel; supports 10G MPLS

processing capability.

ATM interfaceboard

H801AIUG Provides four ATM optical ports (STM-1).

Power transfer

board

H801PRTE Provides power ports for the service subrack.

SPL board H801SPLF/H801SPLL Separates 32-channel POTS signals from ADSL2+ signals.

H801SPLH Separates 32-channel ISDN signals from ADSL2+ signals.

H801SPPF/H801SPPL Separates 64-channel POTS signals from ADSL2+ signals.

H801SPPH Separates 64-channel ISDN signals from ADSL2+ signals.

H801VSTL (H801VSTH) Separates 24-channel POTS (ISDN) signals from VDSL2 signals.

H801VSPHA Separates 64-channel ISDN signals from VDSL2 signals.

H801VSNLA/H801VSNF Separates 48-channel POTS signals from VDSL2 signals.

Page32




Super Control Unit Board:

SCUB/SCUL/SCUN

FunctionSystem control, service switching, and management core of

integrated NMS

Simple routing protocols

Switching capability

SCUB: all-GE switching matrix, with a 48G bi-directional switching

capacity

SCUL: all-10GE switching matrix, with a 48G bi-directional switching

capacity

SCUN: all-10GE switching matrix, with a 960G switching capacity (in

load sharing mode)

PortCON port (RS-232 maintenance serial port)

ETH port (10/100M Base-T maintenance Ethernet port)

ESC port (environment monitoring port)

Four GE upstream optical ports (no available on SCUL)

SCUL

SCUL SCUNSCUB

Page33




Architecture of the SCUB Board

Switching chip

CPU

Clock

module

16*GE

Backplane bus interface

Bus forservice slots

Bus for upstream slots

4 x GE

External clock source input

P C I

Electronic

switch4 x GE

Upstream

daughter

board

4 x GE upstream

transmission

Debug Ethernet port

Maintenance serial port

Monitoring serial port

Page34




Architecture of the SCUL Board

10GE switching chip

CPU

Clock

module

16 x 10GE

Debug Ethernet port

Maintenance serial port

Backplane bus interface

Bus for

service slots

Bus for upstream slots

4 x 10GE

P C I Monitoring serial port

Page35




Architecture of the SCUN Board

Page36

Diff B t SCUB SCUL d




Differences Between SCUB, SCUL, and

SCUN Boards

Besides switching capability, they have the followingdifferences.

SCUB SCUL SCUN

Active/Stand

by mode

Do not support load sharing mode. Supports load sharing

mode.

Upstream

port

Supports 4-port

upstream boards.

Supports 1-port or

2-port upstream

boards.

Supports 4-port

upstream boards.

Port on the

front panel

4 0 4

Switching

module

GE 10GE 10GE

Application

limitations

Insufficient

switching capability,

easily becoming a

switching

bottleneck

Recommended in

common GPON

scenarios

High price although

having the most

powerful switching

capability among these

three control boards

Page37




Architecture of the GPBC/GPBD Board

Control module: Loads the board software, controls the running of the board, andmanages the board.

Switching module: Aggregates the signals from four (eight) GPON ports.

Interface module: Converts between GPON signals and Ethernet packets.

Power module: Supplies power to other function modules of the board.

Clock module: Provides the working clock for other function modules of the board.

Page39

48 channel VDSL2 Service Board:




48-channel VDSL2 Service Board:

VDNF/VDMF

VDNF VDMF

Port 48-channel VDSL2 port (VDSL2

over ISDN)

48-channel VDSL2 port (VDSL2

over POTS)

Function 1. Line protection

2. Temperature query and power-off in case of high temperature3. VDSL2 17a and 8b profiles

4. No built-in splitter (working with the SPL board)

Static powerconsumption

(17a) 40.00 W(8b) 30.00 W

(17a) 34.00 W(8b) 40.00 W

Maximum

power

consumption

(17a) 90.00 W

(8b) 96.00 W

(17a) 80.00 W

(8b) 87.00 W

Page40




Voice Service Board: ASRB/ASPB/DSRD

ASRB ASPB DSRD

Port Provides 32-channel

VoIP POTS access

service.

Provides 64-channel

VoIP POTS access

service.

Provides 32-channel

ISDN access service.

Function Polarity reversal on

all the ports

Polarity reversal on

all the ports

1. Polarity reversal on

all the ports

2. 2B1Q encoding

Daughter

board

H806ASDA H806ASDB H806DSDB

Static power

consumption

30.00 W 29.40 W 25.70 W

Maximum

power

consumption

45.00 W 76.50 W 60.70 W

Page41

Upstream Interface Board




Upstream Interface BoardUpstream

Board

Port

Quantity

Optical Port Type Applicable Control Board

MA5600T MA5603T

P2CA 2 PON port for upstream transmission / SCUN/SCUB

X1CA 1 10GE port for upstream transmission

or cascading

SCUL/SCUN SCUL/SCUN

X2CA 2 10GE port for upstream transmission

or cascading

SCUL/SCUN SCUL/SCUN

X2CS 2 10GE port for upstream transmission

or cascading

SCUL/SCUN SCUL/SCUN

GICD 4 GE optical port for upstreamtransmission or cascading

SCUB SCUB/SCUN

GICE 4 GE electrical port for upstream

transmission or cascading

SCUB SCUB/SCUN

GICF 2 GE optical port for upstream


SCUL/SCUN SCUL/SCUN

GICG 2 GE electrical port for upstreamtransmission or cascading SCUL/SCUN SCUL/SCUN

GICK 2 GE optical/electrical port for upstream


SCUL/SCUN SCUL/SCUN

GSCA 4 GE optical/electrical port for upstream


SCUB SCUB/SCUN

Page42




Power Transfer Board: PRTE

Page43

Function

PRTA is a power transfer board. It leads in -48 V DC power for supplying power to the device.

Specification

Supports one -48 V power input.

Filters and current-limits the input power.

Detects input undervoltage, availability of power supply, and power supply faults.

Reports alarms and board ready status.

Provides an ALARM indicator.

Working Principle

The figure on the right illustrates the working principle of the PRTA board.

PRTA

RTN

-48V

PWR48 FUSE_48



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ma5600t product introduction excerption v2.0 201105 b

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