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SmartAX MA5600T/MA5603T Multi-service AccessModuleV800R008C01

Product Description

Issue 07

Date 2012-01-10

HUAWEI TECHNOLOGIES CO., LTD.

Copyright © Huawei Technologies Co., Ltd. 2012. All rights reserved.No part of this document may be reproduced or transmitted in any form or by any means without prior writtenconsent of Huawei Technologies Co., Ltd. Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.All other trademarks and trade names mentioned in this document are the property of their respective holders. NoticeThe purchased products, services and features are stipulated by the contract made between Huawei and thecustomer. All or part of the products, services and features described in this document may not be within thepurchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information,and recommendations in this document are provided "AS IS" without warranties, guarantees or representationsof any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in thepreparation of this document to ensure accuracy of the contents, but all statements, information, andrecommendations in this document do not constitute the warranty of any kind, express or implied.

Huawei Technologies Co., Ltd.Address: Huawei Industrial Base

Bantian, LonggangShenzhen 518129People's Republic of China

Website: http://www.huawei.com

Email: [email protected]

Issue 07 (2012-01-10) Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

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http://www.huawei.com

mailto:[email protected]

About This Document

Product VersionProduct Name Product Version

MA5600T/MA5603T V800R008C01

ONU V800R308

iManager U2000 V100R002C01

Intended AudienceThis document describes the product positioning and features, architecture, function, networkapplications, device management, and technical specifications of the MA5600T/MA5603T.

This document is intended for:

l Network planning engineers

l Installation and commissioning engineers

l Field maintenance engineers

l Network monitoring engineers

l System maintenance engineers

l Data configuration engineers

l Application developers

Symbol ConventionsThe following symbols may be found in this document. They are defined as follows

Symbol Description

Indicates a hazard with a high level of risk, which if notavoided, can result in death or serious injury.

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description About This Document


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Symbol Description

Indicates a hazard with a medium or low level of risk, whichif not avoided, may result in minor or moderate injury.

Indicates a potentially hazardous situation, which if notavoided, may cause equipment damage, data loss,performance degradation, or unexpected results.

Indicates a tip that may help you solve a problem or save yourtime.

Provides additional information to emphasize or supplementimportant points of the main text.

Change HistoryUpdates between document issues are cumulative. Therefore, the latest document issue containsall updates made in previous issues.

Updates in Issue 07 (2012-01-10)Based on issue Issue 06 (2011-06-02), the document is updated as follows:

The following contents are added:

l N66E-18 dual-standard cabinet

The following contents are modified:

l 3.4 Mobile Base Station Access Network Applicationl Port Standards and Protocols



l Description of the VSPHA and VSPLA boards.


l Power consumption of the VDPE and VDPM boards in Board Specifications.

The following contents are deleted:

l Description of GPON Type C protection.





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l Description of the ADPE, VDPE, and VDPM boards


l Description of the boards in Board Overview of the MA5600T and Board Overview ofthe MA5603T.

l The heading "Device Management" is modified to "Operation and Maintenance".l The heading "Technical Specifications and Standards Compliance" is modified to

"Technical Specifications".l H801ASPB is modified to H808ASPB.

Updates in Issue 04 (2010-12-03)Based on issue 03 (2010-11-24), the document is updated as follows:

Full Name of the GICD, GICE, GSCA,and VDRD boards in Board Overview of theMA5600T and Board Overview of the MA5603T are modified.


l Board Overview of the MA5600Tl Board Overview of the MA5603T


Configuration of the ETSI Service Subrack.

Updates in Issue 01 (2010-07-15)This is the first release.



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Contents

About This Document.....................................................................................................................ii

1 Product Positioning and Features...............................................................................................11.1 Product Positioning.............................................................................................................................................11.2 Product Features.................................................................................................................................................3

1.2.1 Industry-leading High-density Access.......................................................................................................31.2.2 Integrated Optical-Copper Access.............................................................................................................31.2.3 Full Service Access...................................................................................................................................41.2.4 Integrated Capability of Access and Convergence....................................................................................61.2.5 Unique ATM DSLAM Cascading Function..............................................................................................71.2.6 Green and Power Conservation.................................................................................................................7

2 Product Architecture.....................................................................................................................92.1 Hardware Architecture of the MA5600T...........................................................................................................9

2.1.1 Cabinet.......................................................................................................................................................92.1.1.1 Appearance of the N63E-22 Cabinet................................................................................................92.1.1.2 Typical Configuration of the N63E-22 Cabinet.............................................................................102.1.1.3 Appearance of the N66E-18 dual-standard Cabinet.......................................................................152.1.1.4 Typical Configuration of the N66E-18 dual-standard cabinet.......................................................16

2.1.2 Subrack....................................................................................................................................................232.1.2.1 Appearance of the ETSI Service Subrack......................................................................................242.1.2.2 Configuration of the ETSI Service Subrack...................................................................................25

2.1.3 Board Overview of the MA5600T...........................................................................................................292.2 Hardware Architecture of the MA5603T.........................................................................................................42

2.2.1 Appearance of the MA5603T Chassis.....................................................................................................422.2.2 Typical Layout of the MA5603T.............................................................................................................432.2.3 Board Overview of the MA5603T...........................................................................................................47

2.3 Software Architecture.......................................................................................................................................61

3 Product and Its Application Scenarios....................................................................................643.1 FTTH Network Application.............................................................................................................................643.2 FTTB Network Application..............................................................................................................................663.3 FTTC Network Application..............................................................................................................................683.4 Mobile Base Station Access Network Application..........................................................................................693.5 Copper Access Network Application...............................................................................................................71

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description Contents


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3.6 Voice Service Network Application.................................................................................................................74

4 Operation and Maintenance......................................................................................................784.1 Operation and Maintenance Overview.............................................................................................................784.2 Management Through the CLI.........................................................................................................................784.3 Management Through the U2000.....................................................................................................................79

4.3.1 Introduction to the U2000........................................................................................................................794.3.2 Management Functions............................................................................................................................79

5 Technical Specifications.............................................................................................................825.1 Device Specifications.......................................................................................................................................82

5.1.1 Specifications of the N63E-22 Cabinet...................................................................................................825.1.2 Specifications of the N66E-18 dual-standard cabinet.............................................................................845.1.3 Specifications of the ETSI Service Subrack............................................................................................885.1.4 Specifications of the MA5603T Chassis.................................................................................................895.1.5 Board Specifications................................................................................................................................915.1.6 Running Environment..............................................................................................................................955.1.7 Power Parameters....................................................................................................................................96

5.2 Performance and Capacity................................................................................................................................975.3 Service and Management features..................................................................................................................101

5.3.1 List of Features......................................................................................................................................101

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description Contents


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1 Product Positioning and Features

1.1 Product PositioningThe SmartAX MA5600T/MA5603T is a multi-service access module launched by Huawei.

The MA5600T/MA5603T, functioning as an integrated optical-copper access equipment,provides the integrated broadband and narrowband access and FTTx optical access services thatfeature high rate, high bandwidth, and high quality. It can function as an OLT, MSAN, or IPDSLAM. The MA5600T is a large-capacity device and the MA5603T is a medium-capacitydevice.

l Supports the GPON access service. The MA5600T/MA5603T can function as an opticalline terminal (OLT) in the GPON system, working with the optical network terminal (ONT)or other optical network units (ONUs).

l Supports the point-to-point (P2P) FE/GE optical access and provides users with the P2PFTTH access by cooperating with the ONT.

l Provides the voice service solution based on the Session Initiation Protocol (SIP) and H.248, supports the POTS port to implement the voice service, fax service, narrowbandmodem service, and various supplementary services.

l Provides the E1/N*64k private line service through the TDM SHDSL board.l Supports broadband access services such as ADSL2+, VDSL2, and SHDSL, enhancing the

xDSL function.l Provides the STM-1 optical port through the AIUG board for cascading to the ATM

DSLAM and converting the IPoA/PPPoA access into IPoE/PPPoE upstream transmission,thereby implementing the ATM network consolidation function.

In the upstream direction, the MA5600T/MA5603T is generally connected to the IP/MPLSnetwork through the Ethernet (GE/10GE) port.

Figure 1-1 shows the position of the MA5600T/MA5603T in a network.

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description 1 Product Positioning and Features


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Figure 1-1 Typical network of the MA5600T/MA5603T

FAX

Phone

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CPE: customer premise equipment MDU: multi-dwelling unit

ONT: optical network terminal P2P: point to point

STM: synchronous transfer mode VoIP: voice over IP

NGN: next generation network IMS: IP multimedia core network subsystem

Furthermore, the MA5603T can also be cascaded to other OLT in the upstream direction in theGPON mode, functioning as an ONU in the network.



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Figure 1-2 Typical network of the MA5603T (functioning as ONU)

FAX

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IPTV Server

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1.2 Product FeaturesThe MA5600T/MA5603T is a real optical-copper integrated access product, the first of its kindin the industry. It can function as an OLT, MSAN, or IP DSLAM. The MA5600T/MA5603Tsupports integration of full services, including home, enterprise, and mobile base station accessservices.

1.2.1 Industry-leading High-density AccessThe MA5600T/MA5603T provides 64-channel VDSL2 over POTS service boards (VDPE andVDPM) to achieve highest-density access in the industry.

64-channel VDSL2 over POTS Service Board (VDPE and VDPM)A built-in 64-channel splitter is added for the VDPE board and the metallic loop test (MELT)function is added for the VDPM board.

1.2.2 Integrated Optical-Copper AccessThe MA5600T/MA5603T implements integrated access of copper cables and optical fibers.

The MA5600T/MA5603T is an integrated optical-copper access platform that provides flexibleuser access modes and effectively ensures the smooth evolution from copper access to opticalaccess.

Optical AccessThe MA5600T/MA5603T supports GPON access and P2P access, which effectively meetsrequirements of various FTTx access applications, such as FTTC, FTTB, FTTH, FTTO, andmobile basic station access scenarios.



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l The GPON access (GPBD board) supports a split ratio of 1:128.l The GPBD board supports small form-factor pluggable (SFP) optical module of Class B+

or Class C+.l High-density GE/FE P2P optical access is supported. The OPGD board provides 48 single-

fiber bi-directional or 24 two-fiber bi-directional GE/FE optical ports.

Copper AccessThe MA5600T/MA5603T supports multiple xDSL access modes and makes full use of existingcopper cable resources to provide users with rich and flexible network services.

l ADSL2+ access (compatible with ADSL)l VDSL2 access (compatible with ADSL2+)l ATM SHDSL access, EFM SHDSL access, and TDM SHDSL accessl POTS voice access and ISDN access

1.2.3 Full Service AccessThis topic describes the data, multicast, voice, and base station access services of the MA5600T/MA5603T and the QoS solution implemented by the MA5600T/MA5603T.

High-Performance Multicast Servicel The IGMPv2 and IGMPv3 protocol stacks are supported.l IGMP proxy and IGMP snooping are supported.l IGMP pre-join, fast-leave, and high performance processing, which enable the broadband

TV (BTV) servicel Multicast VLAN-based program and user managementl 4096 programsl 8K multicast usersl Distributed multicast is supported.

Voice ServiceThe MA5600T/MA5603T supports the VoIP service:

l Interoperation with the softswitch in the NGN network through H.248 or SIP, providingusers with the VoIP service (including the voice, fax, and modem services).

l Connection to the IMS network through SIP, implementing the VoIP service (includingthe voice, fax, and modem services).

The MA5600T/MA5603T supports reconstruction of traditional voice devices such as theN*64K private line device and ISDN PRI PBX, implementing the ALL IP architecture.

l The MA5600T/MA5603T supports connection of the N*64K private line device and ISDNPRI PBX through the TDM SHDSL modem.

l The MA5600T/MA5603T supports conversion of ISDN PRI PBX traffic streams into IPpackets for upstream transmission through softswitch control, and also supports conversionof N*64K private line traffic streams into TDM packets for upstream transmission to theSDH network. The SHDSL private line traffic streams can be converted into IP packets for



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upstream transmission to the softswitch, or converted into TDM packets for upstreamtransmission to the SDH network.

The MA5600T/MA5603T has completed its interoperability test with all mainstream NGN/IMSs.

Base Station Access Servicel Implements base station access solution by using MA5600T/MA5603T (OLT)+MDU.l Supports clock synchronization in the base station access scenario.l The MPLS PWE3 provides the E2E reliability and quality assurance for the service.

Prominent Network Protection Functionl Supports the MSTP protocol, featuring the loop protection function.l Supports the RRPP protocol, implementing rapid switching in a ring network.l Supports the LACP and inter-board aggregation features, increasing the bandwidth and

providing the protection function.l Supports bidirectional forwarding detection (BFD), improving the reliability of IP

applications (such as real-time voice service) and providing support to the network stabilityfor service providers.

l Supports the smart link application, which implements the redundancy backup and quickmigration of active and standby links, ensuring the high reliability and high-speedconvergence.

Superior QoS Functionl Tags the data and network management streams with different ToS/DSCP priorities,

thereby providing a prioritized forwarding mechanism based on Layer 3l Tags the data and network management streams with different 802.1p priorities, thereby

providing a prioritized forwarding mechanism based on Layer 2l Supports Layers 2-7 traffic classification based on the port, VLAN, MAC address, IP

address, TCP port number, or UDP port numberl Supports priority control (based on the port, MAC address, IP address, TCP port number,

or UDP port number), priority mapping and modification based on the ToS field and 802.1p,and DSCP differentiated services

l Supports bandwidth control (based on the port, MAC address, IP address, TCP port number,or UDP port number) with a control granularity of 64 kbit/s

l Supports three queue scheduling modes: priority queue (PQ), weighted round robin (WRR),and PQ+WRR.

l Supports the following QoS capabilities based on the flow rule:– Packet filtering– Redirect– Mirror– Traffic statistics collection– Traffic shaping– Bandwidth control– Priority tag



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l Supports hierarchical quality of service (HQoS), which guarantees the multi-servicebandwidths for multiple users: The first level guarantees the user bandwidths, and thesecond level guarantees the bandwidths for the services of each user. This ensures that theguaranteed bandwidths absolutely pass and the burst bandwidths pass fairly.

1.2.4 Integrated Capability of Access and ConvergenceThis topic describes the powerful access and convergence capability of the MA5600T/MA5603T, which can be implemented by the OPGD, SPUA, or ETHB board.

The MA5600T/MA5603T features powerful access and convergence capability. In thedownstream direction, it supports cascading to other devices through the GE or 10GE port. Inthe upstream direction, it supports connection to the IP/MPLS network through the GE or 10GEport. It also supports dual homing to the BRAS through direct connection.

Figure 1-3 Convergence Network Application

FTTC/FTTB

iManager U2000

GE/10GE

IPTV server

OLT

Softswitch

DSLAM

STB

PC IPTVPhone

Modem

PCPhone

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l The MA5600T features a backplane switching capacity of 3.2 Tbit/s and the MA5603Tfeatures a backplane switching capability of 1.5 Tbit/s.

l The SCUN control board features a switching capacity of up to 960 Gbit/s (load balancingmode).

l The SCUN control board supports 512K MAC address entries.l 10GE cascading ports are provided:

– The MA5600T supports up to 32 10GE cascading ports.

– The MA5603T supports up to 12 10GE cascading ports.



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l High-density GE cascading ports are provided:– The MA5600T supports up to 768 GE cascading ports.– The MA5603T supports up to 288 GE cascading ports.

1.2.5 Unique ATM DSLAM Cascading FunctionThe MA5600T/MA5603T supports cascaded ATM DSLAM devices, which protects the existinginvestment and therefore reduces the OPEX, and finally migrates the ATM convergence networkto the Ethernet convergence network.

l The MA5600T/MA5603T can inherit all the ATM services, including the ATM STM-1port, PPPoA/IPoA, high speed Internet (HSI), and ATM private line services.

l The MA5600T/MA5603T supports the IPoA and PPPoA access services on the subscriberside, which are converted into the IPoE and PPPoE modes inside the device and thenaccessed to the IP network.

l The MA5600T/MA5603T supports upstream transmission in the Ethernet, ATM PWE3,or ETH PWE3 mode.

1.2.6 Green and Power ConservationThe MA5600T/MA5603T features the energy conservation design in compliance with the EUCoC standard and provides the AN energy conservation management platform, whichimplements more effective and accurate energy conservation management and reduces theOPEX.

The MA5600T/MA5603T adopts the green hardware design: The high-density and large-capacity design can effectively reduce the average port power consumption. For example, thepower consumption of the 8-port GPBD board with Huawei's self-developed GPON chip is only55 W.

The MA5600T/MA5603T adopts the green software design. For example, the ADSL2+ portsupports the low power consumption mode, which can save energy.

Energy Efficiency ControlThe energy conservation control implemented by the MA5600T/MA5603T is represented asfollows:

l For the board that is not used, the host powers off its slot if no operation or data configurationis detected after the 15-minute timeout detection.

l Manual power-off of the board is supported. (The faulty board in the telecommunicationsroom of a site can be remotely powered off through the CLI or NMS.)

l When a board is inserted, the backplane obtains the board insertion signal and automaticallysupplies power to the board.

Fan ControlThe fan control implement by the MA5600T/MA5603T is represented as follows:

l Stepless speed adjustment of fans is implemented based on the component temperature.l The host software supports fan speed adjustment.l The board provides the high temperature control function.



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Power Consumption QueryThe power consumption query implement by the MA5600T/MA5603T is represented as follows:

l The system supports sampling the power consumption of the xDSL board and supports thesystem sampling level configured by the user. The host saves the records of up to a day,and the records are overwritten cyclically. In case of power failure, the records are notsaved.

l The system supports displaying the power consumption of all the boards (except xPONand POTS boards) in a subrack and calculating the total power consumption of an entiresubrack.



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2 Product Architecture

2.1 Hardware Architecture of the MA5600TThis topic describes the hardware architecture of the MA5600T, that is, the cabinet, subracks,and boards.

2.1.1 Cabinet

2.1.1.1 Appearance of the N63E-22 CabinetThis topic provides the appearance of the N63E-22 cabinet.

Figure 2-1 shows the appearance of the N63E-22 cabinet.

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description 2 Product Architecture


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Figure 2-1 Appearance of the N63E-22 cabinet

2.1.1.2 Typical Configuration of the N63E-22 CabinetThe N63E-22 cabinet adopts the DC power. This topic describes the service subrackconfiguration of the N63E-22 cabinet, and lists the maximum number of subscribers of thecabinet.



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The N63E-22 cabinet has the following configurations:

l Configuration of one service subrackl Configuration of two service subracksl Configuration of one service subrack and one SPL subrackl Configuration of the OLT and OLS

Configuration of One Service SubrackFigure 2-2 shows the configuration of the N63E-22 cabinet installed with one service subrack.

Figure 2-2 Configuration of the N63E-22 cabinet installed with one service subrack

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NOTE

l In Figure 2-3, the filled holes are for floating nuts to fasten subracks.

l For the I-type or C3-type PDU, use installation holes 79 and 82; for the B-type PDU, use installationholes 79 and 81.

l The cabinet can also support an additional service subrack. In this case, it is recommended that the airdeflector (if not configured) be configured.

Configuration of Two Service SubracksFigure 2-3 shows the configuration of the N63E-22 cabinet installed with two service subracks.



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Figure 2-3 Configuration of the N63E-22 cabinet installed with two service subracks

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GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

CITD

RUN

MAJMIN

IN0

OUT

CO

MALM

ETH

IN1

BITS/TO

D

DC PDU (100 mm)

Service Subrack(450 mm)


Empty (50 mm)

Empty (400 mm)

82

79

38

2120

17

59

76

55

58

39

42

STATUSFAN

SCUN

RUNALM

ACT

RESET

LINK A CT

1

0

2

3

CO

NETH

ESC

TX 0RX 0

TX 1RX 1

TX 2RX 2

TX 3RX 3

SCUN

RUNALM

ACT

RESET

LINK ACT

1

0

2

3

CO

NETH

ESC

TX 0R X 0

TX 1R X 1

TX 2R X 2

TX 3R X3

PRTE

RTN(+)

ALARM

NEG(-)

PRTE

RTN(+)

ALARM

NEG(-)

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

X2CSRUN ALM

TX0RX0

LINK ACT

10

TX1RX1

X2CSRUN ALM

TX0RX0

LINK ACT

10

TX1RX1

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

CITD

RUN

MAJMIN

IN0

OUT

CO

MALM

ETH

IN1

BITS/TO

D

Service Subrack(450 mm)


Empty (250 mm)

Air deflector (150 mm)

ON

OFF

ON

OFF

ON

OFF

SW 1 SW2 SW3

ON

OFF

ON

OFF

ON

OFF

SW4 SW 1 SW2

ON

OFF

ON

OFF

SW3 SW4

JTM

1

JTD1

JTA

1

JAC

1JAC2

CO

M 3

JTA

2

JTA

3

JTA

4

JTD

2JTD3JTD

4JTD

5JTD6JTD7JTS

1

JTP1JAB1JAK

1JAK2JAK

3

SPDALM

71

64

5756

33

26

1918

NOTE



l In Figure 2-3, the air deflector is included in the standard configuration.



13

Configuration of One Service Subrack and One SPL SubrackFigure 2-4 shows the configuration of the N63E-22 cabinet installed with one service subrackand one SPL subrack.

Figure 2-4 Configuration of the N63E-22 cabinet installed with one service subrack and oneSPL subrack

STATUSFAN

SCUN

RUNALM

ACT

RESET

LINK A CT

1

0

2

3

CO

NETH

ESC

TX0R X0

TX1R X1

TX2R X2

TX3R X3

SCUN

RUNALM

ACT

RESET

LINK A CT

1

0

2

3

CO

NETH

ESC

TX 0RX 0

TX 1RX 1

TX2RX 2

TX 3RX 3

PRTE

RTN(+)

ALARM

NEG(-)

PRTE

RTN(+)

ALARM

NEG(-)

X2CSRUN ALM

TX0RX0

LINK ACT

10

TX1RX1

X2CSRUN ALM

TX0RX0

LINK ACT

10

TX1RX1

CITD

RUN

MAJMIN

IN0O

UT

CO

MALM

ETH

IN1

BITS/TO

D

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ADPD

RUNALMBSY

xDSL1

xDSL0

ON

O F F

ON

O F F

ON

O F F

S W 1 S W2 S W 3

ON

O F F

ON

O F F

ON

O F F

S W4 S W 1 S W 2

ON

O F F

ON

O F F

S W3 S W4

J T M

1

J T D1

J T A

1

J A C

1J A C2

C O

M 3

J T A

2

J T A

3

J T A

4

J T D

2J T D3J T D

4J T D

5J T D6J T D7J T S

1

J T P1J A B1J A K

1J A K2J A K

3

S P D A L M

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

SPPL

xDS

L1xD

SL0LIN

E0LINE

1PS

TN0P

STN1

DC PDU (100 mm)

Service subrack(450 mm)

SPL subrack (400 mm)

Empty (50 mm)

82

79

39

5958

4342

76


71

64

53

48

4140

NOTE





14

Configuration of the OLT and OLSFigure 2-5 shows the configuration of the N63E-22 cabinet installed with the OLT and OLS.

Figure 2-5 N63E-22 cabinet installed with the OLT and OLS

ON

OFF

ON

OFF

ON

OFF

SW1 SW2 SW3

ON

OFF

ON

OFF

ON

OFF

SW4 SW1 SW2

ON

OFF

ON

OFF

SW3 SW4

JTM1

JTD1

JTA1 JAC1

JAC2

COM3

JTA2

JTA3

JTA4

JTD2

JTD3

JTD4

JTD5

JTD6

JTD7

JTS1

JTP1

JAB1

JAK1

JAK2

JAK3SPDALM

STATUSFAN

SCUN

RUNALM

ACT

RESET

LINK A CT

1

0

2

3

CO

NET

HES

C

TX 0R X 0

TX 1R X 1

TX 2R X 2

TX 3R X 3

SCUN

RUNALM

ACT

RESET

LINK A CT

1

0

2

3

CO

NET

HES

C

TX 0R X 0

TX 1R X 1

TX 2R X 2

TX 3R X 3

PRTE

RTN(+)

ALARM

NEG(-)

PRTE

RTN(+)

ALARM

NEG(-)

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALMBSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

GPBD

RUNALM

BSY

PON0246

1357

0

1

2

3

4

5

6

7

X2CSRUN ALM

TX0RX0

LINK ACT

10

TX1RX1

X2CSRUN ALM

TX0RX0

LINK ACT

10

TX1RX1

DC PDC (100 mm)

Empty (75 mm)

FTU (50 mm)

Empty (50 mm)

Empty (200 mm)

76

82

28

1514

11

71

79

59

64

5758

Service subrack (450 mm)

Optical fiber trough (75 mm)

Empty (75 mm)

2223

10

1819

27

44

4039

3433

3130

50

4847

45

51 Optical fiber trough (75 mm)

OFMS-1x64 (125 mm)

Empty(25 mm)

Empty (75 mm)

Fiber management tray (50 mm)

Empty (75 mm)Optical fiber trough (75 mm)

OFMS-1x64 (125 mm)

Fiber management tray (50 mm)Empty (50 mm)OFMS-1x8（50 mm）Empty (50 mm)

Switch (50 mm)Empty (50 mm)

Empty(25 mm)

NOTE

l In Figure 2-5, the filled holes are for floating nuts to fasten subracks.l The OFMS-1*8, FTU, and S2318 shown in Figure 2-5 are required when the cabinet functions as a

master cabinet and they need to be installed onsite. For details, see iManager N2510 Line AssuranceSystem.

2.1.1.3 Appearance of the N66E-18 dual-standard CabinetThis topic provides the appearance of the N66E-18 dual-standard cabinet.



15

Figure 2-6 shows the appearance of the N66E-18 dual-standard cabinet.

Figure 2-6 Appearance of the N66E-18 dual-standard cabinet

2.1.1.4 Typical Configuration of the N66E-18 dual-standard cabinet

The N66E-18 dual-standard cabinet adopts the DC power. This topic describes the service shelfconfiguration of the N66E-18 dual-standard cabinet, and lists the maximum number ofsubscribers of the cabinet.

NOTE

The MA5600T service subrack is installed on the ETSI side of the cabinet and the MA5603T chassis isinstalled on the IEC side of the cabinet.



16

DC-powered Cabinet with Two Service Subracks (MA5600T)

Figure 2-7 shows the configuration of the N66E-18 cabinet installed with two service subracks.


NOTE


l The I-type PDU is used for the DC power supply.

l Cabinet installation against the wall or back-to-back cabinet installation is not supported.

l When high-density boards are configured, cables in some areas are close to the air exhaust vents of theservice subrack. In this case, to ensure smooth ventilation, no cabling is allowed at least 1 U spacearound the air exhaust vents.

DC-powered Cabinet with One Service Subrack and One SPL Subrack (MA5600T)

Figure 2-8 shows the configuration of the N66E-18 cabinet installed with one service subrackand one SPL subrack.



17


NOTE


l The I-type PDU is used for the DC power supply.


AC-powered Cabinet with Two Service Subracks (MA5600T)Figure 2-9 shows the configuration of the N66E-18 cabinet installed with two service subracks.



18


NOTE


l The EPS75-4815A power supply provides only two 40 A inputs. Therefore, only one power board isallowed in each of the two service subracks.

l In the range of 90 V AC to 175 V AC, the output current of the EPS75-4815AF power system decreaseslinearly, limited within a specified range. In areas with 110 V power supply, dual-live-wire input isrecommended. When 110 V single-live-wire input is used, the output power of the EPS75-4815AFpower system reduces to half (maximum: 1600 W) of that in 220 V. In this case, only one subrack isallowed in the cabinet.

l When high-density boards are configured, cables in some areas are close to the air exhaust vents of theservice subrack. In this case, to ensure smooth ventilation, no cabling is allowed at least 1 U spacearound the air exhaust vents.


AC-powered Cabinet with One Service Subrack (MA5600T, with a 100 AH BatteryGroup)

Figure 2-10 shows the configuration of the N66E-18 cabinet installed with one service subrack.



19

Figure 2-10 Configuration of the N66E-18 cabinet installed with one service subrack

NOTE


l Two power cables are configured for the service subrack by default.

l Only this configuration is able to provide the battery group, and at most 100 AH is supported.



AC-powered Cabinet with One Service Subrack and One SPL Subrack (MA5600T)Figure 2-11 shows the configuration of the N66E-18 cabinet installed with one service subrackand one SPL subrack.



20


NOTE


l Two power cables are configured for the service subrack by default.



DC-powered Cabinet with Two MA5603T ChassisFigure 2-12 shows the configuration of the N66E-18 cabinet installed with two MA5603Tchassis.



21

Figure 2-12 Configuration of the N66E-18 cabinet installed with two MA5603T chassis

NOTE

l In Figure 2-12, the filled holes are for floating nuts to fasten chassis.

l When all the service slots in the chassis are installed with the VDSL, combo, or PON boards, onechassis is allowed in the cabinet.


AC-powered Cabinet with Two MA5603T ChassisFigure 2-13 shows the configuration of the N66E-18 cabinet installed with two MA5603Tchassis.



22

Figure 2-13 Configuration of the N66E-18 cabinet installed with two MA5603T chassis

NOTE

l In Figure 2-13, the filled holes are for floating nuts to fasten chassis.

l When all the service slots in the chassis are installed with the VDSL, combo, or PON boards, onechassis is allowed in the cabinet.

l In the range of 90 V AC to 175 V AC, the output current of the EPS75-4815AF power system decreaseslinearly, limited within a specified range. In areas with 110 V power supply, dual-live-wire input isrecommended. When 110 V single-live-wire input is used, the output power of the EPS75-4815AFpower system reduces to half (maximum: 1600 W) of that in 220 V. In this case, only one chassis isallowed in the cabinet.


2.1.2 SubrackThis topic provides the appearance and configuration of the subrack.



23

2.1.2.1 Appearance of the ETSI Service SubrackThe ETSI service subrack provides 23 slots, and has a fan tray at the top. The subrack is installedin the cabinet through the mounting brackets. This topic provides the appearance of the ETSIservice subrack.

Figure 2-14 shows the appearance of the ETSI service subrack (xDSL).

Figure 2-14 Appearance of the ETSI service subrack (xDSL)

NOTE

Figure 2-14shows the ETSI service subrack configured with the VDJM/SHLM boards.

Figure 2-15 shows the appearance of the ETSI service subrack (PON).



24

Figure 2-15 Appearance of the ETSI service subrack (PON)

NOTE

Figure 2-15shows the ETSI service subrack configured with the GPBD boards.

2.1.2.2 Configuration of the ETSI Service Subrack

The ETSI service subrack provides 16 slots for service boards and two slots for control boards.This topic lists the types of boards supported by the ETSI service subrack and the slot restriction.

Figure 2-16 shows the configuration of boards in the ETSI service subrack. Table 2-1 and Table2-2 list the boards supported by the SCUB control board and SCUN control board respectively.

Figure 2-16 Configuration of boards in the ETSI service subrack

Service board

Service board

Service board

Service board

Service board

Service board

Service board

Service board

Control board

Control board

Service board

Service board

Service board

Service board

Service board

Service board

Service board

Service board

121

22

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

20

GPI

O

GIU

GIU

0

Pow

erP

ower

Fan tray



25

Table 2-1 Boards in the ETSI service subrack supported by SCUB

Board Type Silk Screen Full Name Slot

Control board SCUB Super Control Unit Board 9 and 10

Service board OPFA FE P2P Optical Interface Board 1-8 and 11-18

ASPB 64-port VOIP Subscriber Board

DSRD 32-port ISDN Digital SubscriberBoard

ADLF 32-port ADSL2+ over POTS ServiceBoard

ADIF 32-port ADSL2+ over ISDN ServiceBoard

ADPD 64-port ADSL2+ over POTS ServiceBoard

ADPE 64-port ADSL2+ over POTS ServiceBoard

ADQD 64-port ADSL2+ over ISDN ServiceBoard

ADKM 64-port ADSL2+ Service Board

VDRD 24-Port VDSL2 over POTS ServiceBoard

VDMF 48-port VDSL2 over POTS ServiceBoard

VDPE 64-port VDSL2 OVER POTS ServiceBoard

VDPM 64-port VDSL2 OVER POTS ServiceBoard

VDNF 48-port VDSL2 over ISDN ServiceBoard

VDJM 48-port VDSL2 Service Board

SHLB 16-port SHDSL.bis Service Board

SHLM 16-port SHDSL.bis Service Board

H802EDTB 16 port SHDSL and 16 port E1Service Board

ETHB Ethernet Service Access Board

AIUG ATM Interface Unit Board



26


SPUB MPLS service Process Unit Board

Clock board CITD Combo Interface Transfer Board 0

BIUA BITS Interface Unit Board 0

Upstreaminterfaceboard

GICD GE Optical Interface Card 19 and 20

GICE GE Electrical Interface Card

GSCA GE Synchronous Ethernet InterfaceCard

Powerinterfaceboard

PRTE Connect Power Board 21 and 22

Table 2-2 Boards in the ETSI service subrack supported by SCUN


Control board SCUN Super Control Unit Board 9 and 10

Service board GPBC 4-port GPON OLT Interface Board 1-8 and 11-18

GPBD 8-port GPON OLT Interface Board

OPFA FE P2P Optical Interface Board

OPGD 48-port GE/FE Optical InterfaceBoard



ADLF 32-port ADSL2+ over POTS ServiceBoard

ADIF 32-port ADSL2+ over ISDN ServiceBoard

ADPD 64-port ADSL2+ over POTS ServiceBoard

ADPE 64-port ADSL2+ over POTS ServiceBoard

ADQD 64-port ADSL2+ over ISDN ServiceBoard




27




VDPE 64-port VDSL2 OVER POTS ServiceBoard

VDPM 64-port VDSL2 OVER POTS ServiceBoard






TOPA TDM Traffic Over PSN Board

SPUA Service Process Board




CSPA CESoP Service Process Board


BIUA BITS Interface Unit Board 0


GICF 2-port GE Optical Interface Card 19 and 20

GICG 2-port GE Electrical Interface Card

GICK 2-port GE Optical/Electrical InterfaceCard

X1CA 1-port 10GE XFP Optical InterfaceUnit Board


X2CS 2-port 10GE Uplink Interface Card



28


Powerinterfaceboard


NOTE

To facilitate the cabling, it is recommended that you install the TOPA board from slot 18 to left.

2.1.3 Board Overview of the MA5600TThis topic describes the type, silk screen, full names, and functions of the boards used on theMA5600T.

Table 2-3 lists the boards supported by the MA5600T.

NOTE

All the boards listed in the following table support -48 V and -60 V inputs. This topic uses only the -48 Vinput as an example.

Table 2-3 List of boards supported by the MA5600T

BoardType

SilkScreen

Full Name Function

Controlboard

SCUB Super Control UnitBoard

l System control and managementunit

l Local and remote maintenancel Active/standby switchoverl GE channel to the service boardl Environmental monitoring

parametersl Four SFP GE ports for upstream

transmission or cascading

SCUN Super Control UnitBoard

l System control and managementunit

l Local and remote maintenancel Active/standby switchoverl GE or 10GE channel to the service

boardl Environmental monitoring

parametersl Four SFP GE ports for upstream

transmission or cascading



29

BoardType

SilkScreen

Full Name Function

Serviceboard

GPBC 4-port GPON OLTInterface Board

l Four GPON SFF ports(opticalmodule is not pluggable)

l Class B+ optical modulesl Optical performance monitor

(querying Rx optical power is notsupported)

l A maximum of 1:64 split ratio foreach GPON port

l Automatic power shutdown in caseof a high temperature

H802GPBD

8-port GPON OLTInterface Board

l Eight GPON SFP ports (one-fiberbi-directional port)

l A maximum of 1:128 split ratio foreach GPON port

l Class B+ and class C+ opticalmodules

l Received signal strength indicator(RSSI) detection and controlledoptical signal transmission of theoptical module

l Optical performance monitor(OPM)


H805GPBD


l Eight GPON SFP portsl A maximum of 1:128 split ratiol Class B+ and Class C+ optical

modulesl Received signal strength indicator

(RSSI) detection and controlledoptical signal transmission of theoptical module

l ONU-based shapingl Optical performance monitor

(OPM)l Automatic power shutdown in case

of a high temperature

OPFA FE P2P OpticalInterface Board

l 16-channels of FE optical signalsl Automatic power shutdown in case

of a high temperaturel Synchronous Ethernet clock

issuing



30

BoardType

SilkScreen

Full Name Function

OPGD 48-port GE/FEOptical InterfaceBoard

l 48 (CSFP) or 24 (SFP) channels ofGE/FE P2P optical access services

l Cascading and aggregation ofDSLAMs or MDUs

l Synchronous Ethernet clockissuing supported by the GE port

l Two-channel one-fiber bi-directional CSFP, one-channeltwo-fiber bi-directional SFP, andone-channel one-fiber bi-directional SFP optical modules


ASRB 32-port AnalogSubscriber Board

l 32 channels of VoIP POTS accessservices

l Polarity reversal function on all theports

l POTS metallic loop test (MELT)l Must configuration with

H806ASDA daughter board

ASPB 64-port VOIPSubscriber Board

l 64 channels of VoIP POTS accessservices

l Polarity reversal function on all theports

l POTS metallic loop test (MELT)l Automatic power shutdown in case


DSRD 32-port ISDN DigitalSubscriber Board

l 32 channels of ISDN accessservices

l The H802DSRD board uses the2B1Q encoding mode




31

BoardType

SilkScreen

Full Name Function

ADLF 32-port ADSL2+over POTS ServiceBoard

l 32-channel ADSL2+ over POTSaccess service (working with asplitter)

l 32-channel ADSL2+ access servicel Port protectionl SELT and DELT testsl G.992.1 Annex A, G.992.3 Annex

A/L/M (EU32-EU64), and G.992.5Annex A/M (EU32-EU64)

l Automatic power shutdown in caseof a high temperature (supported inV800R009C00 and later versions)

ADIF 32-port ADSL2+over ISDN ServiceBoard

l 32-channel ADSL2+ over ISDNaccess service (working with asplitter)

l 32-channel ADSL2+ access servicel Port protectionl SELT and DELT testsl G.992.1/3/5 Annex B, Annex JThe differences between the ADLFboard and the ADIF board are asfollows:l The ADLF board supports the

ADSL2+ over POTS service, andthe board can work with the SPLL/SPLF board.

l The ADIF board supports theADSL2+ over ISDN service, andthe board can work with the SPLHboard.



32

BoardType

SilkScreen

Full Name Function

ADPD 64-port ADSL2+over POTS ServiceBoard

l 64-channel ADSL2+ over POTSaccess service (working with asplitter)

l 64-channel ADSL2+ access servicel Port protectionl 2-wire bondingl SELT and DELT testsl G.992.1 Annex A, G.992.3 Annex


l G.INP re-transmission at thephysical layer (V800R009C00 andlater versions)


ADPE 64-port ADSL2+over POTS ServiceBoard

l 64-port ADSL2+ over POTSservice

l Built-in 64-channel splitter, withthe port impedance of 600 ohms

l Port protectionl 2-wire bondingl SELT and DELT testsl G.992.1 Annex A, G.992.3 Annex






33

BoardType

SilkScreen

Full Name Function

ADQD 64-port ADSL2+over ISDN ServiceBoard

l 64-channel ADSL2+ over ISDNaccess service (working with asplitter)

l 64-channel ADSL2+ access servicel Port protectionl 2-wire bondingl SELT and DELT testsl G.992.3/5 Annex Bl Automatic power shutdown in case

of a high temperatureThe differences between the ADPDboard and the ADQD board are asfollows:l The ADPD board supports the

ADSL2+ over POTS service, andthe board can work with the SPPL/SPPF board.

l The ADQD board supports theADSL2+ over ISDN service, andthe board can work with the SPPHboard.

ADKM 64-port ADSL2+Service Board

l 64 channels of ADSL2+ servicel Not supporting the ISDN servicel Port protectionl SELT, MELT and DELT testsl G.992.3/5 Annex B, Annex Jl Automatic power shutdown in case


VDSA 24-Port VDSL2 overPOTS Service Board

l 24-channel VDSL2 over POTSaccess service (working with asplitter)

l 24-channel VDSL2 access servicel Port protectionl SELT and DELT testsl G.992.1 Annex A, G.992.3 Annex


l 8b and 17a, and is compatible with8a, 8c, 8d, 12a and 12b profiles

l Automatic power shutdown in caseof a high temperature (supported inV800R009C00 and later versions)



34

BoardType

SilkScreen

Full Name Function

VDTF 24-port VDSL2 overISDN Service Board

l 24-channel VDSL2 over ISDNaccess service (working with asplitter)

l 24-channel VDSL2 access servicel Port protectionl SELT and DELT testsl G.992.1/3/5 Annex B, Annex Jl 8a, 8b, 8c, 8d, 12a, 12b, and 17a

profiles

VDRD 24-Port VDSL2 overPOTS Service Board




l 8c, 8d, 12a, 12b, 17a, and 30aprofiles



VDMF 48-port VDSL2 overPOTS Service Board




l 8a, 8b, 8c, 8d, 12a, 12b, and 17aprofiles





35

BoardType

SilkScreen

Full Name Function

VDPE 64-port VDSL2OVER POTS ServiceBoard

l 64-channel VDSL2 over POTSservice

l Built-in 64-channel splitter and600-ohm port impedance

l Port protectionl Single-ended loop test (SELT) and

dual-ended loop test (DELT)l VDSL2 8a, 8b, 8c, 8d, 12a, 12b, and

17a profilesl G.993.2l G.INP physical layer

retransmission (V800R009C00 andlater versions)


VDPM 64-port VDSL2OVER POTS ServiceBoard


l 64-channel VDSL2 over POTSservice

l Port protectionl Single-ended loop test (SELT) and

dual-ended loop test (DELT)l Metallic loop test (MELT)l VDSL2 8a, 8b, 8c, 8d, 12a, 12b, and

17a profilesl G.993.2l G.INP physical layer

retransmission (V800R009C00 andlater versions)


VDNF 48-port VDSL2 overISDN Service Board


l 48-channel VDSL2 access servicel Port protectionl SELT and DELT testsl G992.3/5 Annex Bl 8a, 8b, 8c, 8d, 12a, 12b, and 17a

profiles



36

BoardType

SilkScreen

Full Name Function

VDJM 48-port VDSL2Service Board

l 48-channel VDSL2 servicel Port protectionl SELT, DELT and MELT testsl G.992.3/5 Annex B, Annex Jl 8a, 8b, 8c, 8d, 12a, 12b, and 17a

profilesl Automatic power shutdown in case


SHLB 16-port SHDSL.bisService Board

l 16 channels of SHDSL.bis accessservices

l G.991.2 Annex A, B, F, and Gl Wetting currentl 2-port, 3-port, and 4-port EFM

bonding (in compliance with theIEEE 802.3ah-2004)

l 2-pair, 3-pair, and 4-pair bonding(compliance with G.991.2 andETSI TS 101 524)

SHLM 16-port SHDSL.bisService Board

l 16 channels of SHDSL.bis accessservices


bonding (in compliance with theIEEE 802.3ah-2004)

l 2-pair, 3-pair, and 4-pair bonding(compliance with G.991.2 andETSI TS 101 524)

l 16-port IMA bondingl MELTl Automatic power shutdown in case




37

BoardType

SilkScreen

Full Name Function

H802EDTB 16 port SHDSL and16 port E1 ServiceBoard

l 16 channels of TDM SHDSL accessservices

l 16 channels of E1 access servicesl 32 channels of PRI servicesl 512 DSP channels, VoIP function,

and PRI-to-H.248 signalingconversion by using the IUAprotocol

l TDM PWE3 servicel CPE model Automatic power shutdown in case


TOPA TDM Traffic OverPSN Board

l Native TDM function (when theNH1A/O2CE daughter board isconfigured)

l CESoP function (when the EH1A/CSSA daughter board isconfigured)

l TDM signal upstream transmissionthrough the E1 port (when theNH1A/EH1A daughter board isconfigured)

l TDM signal upstream transmissionthrough the STM-1 optical port(when the O2CE/CSSA daughterboard is configured)


CSPA CESoP ServiceProcess Board

l SAToP processing of 64 channelsof E1 signals

l Active/standby switchover or loadsharing of the control boards

l 8 kHz clock channel from theH801CSPA board to the backplane,which is used to transmit the clocksignals recovered from the serviceto the control board




38

BoardType

SilkScreen

Full Name Function

SPUA Service ProcessBoard

l Switching capacity of 40 Gl Eight GE ports and two 10GE ports

on the front panell SFP interface (GE) and SFP+

interface (10GE)l Converging the ETH access

servicesl Enhanced Layer 2 functions such as

the S+C forwardingl Inter-board aggregation and Load

sharingl Automatic power shutdown in case


ETHB Ethernet ServiceAccess Board

l Ethernet upstream transmissionl Ethernet cascadingl Eight SFP GE optical module or

SFP GE electrical portsl Intra-board aggregation and Inter-

board aggregation

AIUG ATM Interface UnitBoard

l Four ATM optical ports (STM-1)l ATM cascading upstream

transmission (ATM PWE3)through a private line

SPUB MPLS serviceProcess Unit Board

l 10 Gbit/s MPLS switchingcapability– Unidirectional 10 Gbit/s,

bidirectional 5 Gbit/s when thecontrol boards work in active/standby mode

– Bidirectional 10 Gbit/s when thecontrol boards work in loadsharing mode

l Active/standby switchover andload balancing of the control boards


SPL board SPLF 32-port ADSL overPOTS Splitter Board

l Separating 32-channel POTSsignals from ADSL2+ signals

l Supporting real impedance (600ohms).



39

BoardType

SilkScreen

Full Name Function

SPLH 32-port ADSL overISDN Splitter Board

l Separating 32-channel ISDNsignals from ADSL2+ signals

l Supporting 2B1Q/4B3T coding.

SPLL 32-port ADSL overPOTS Splitter Board


l Supporting complex impedance(ETSI TS 101 952 01 01 option A).

SPPF 64-port ADSL overPOTS Splitter Board


l Supporting real impedance (600ohms).

SPPH 64-port ADSL overISDN Splitter Board


l Supporting 2B1Q/4B3T coding.

SPPL 64-port ADSL overPOTS Splitter Board

l Separating 64-channel ADSL2+signals from POTS signals

l H801SPPLA supports standardimpedance (ETSI TS 101 952 01 01option A).

l H801SPPLC supports standardimpedance (ETSI TS 101 952 01 01option B).

l H801SPPLB supports the BTcomplex impedance.

VSTL 24-port VDSL2 overPOTS Splitter Board

l Separating 24-channel VDSL2signals from POTS signals

l Supporting complex impedance(ETSI TS 101 952 01 01 option A)

VSTH 24-port VDSL2 overISDN Splitter Board

l Separating 24-channel VDSL2signals from ISDN signals

l Supporting 2B1Q/4B3T coding

VSNLA 48-port VDSL2 overPOTS Splitter Board


l Supports complex impedance(ETSI TS 101 952 01 01 option A)

VSNF 48-port VDSL2 overPOTS Splitter Board


l Real impedance (600 ohms)



40

BoardType

SilkScreen

Full Name Function

VSPHA 64-port VDSL2 overISDN Splitter Board


l Supporting ISDN (2B1Q/4B3T)complex impedance.

VSPLA 64-port VDSL overPOTS Splitter Board

l Separation of 64-channel VDSL2signals from POTS signals

l Complex impedance (ETSI TS 101952 01 01 option A)

Clockboard

CITD Combo InterfaceTransfer Board

l Seven inputs of alarm digitalparameters and one output of digitalcontrolling parameters

l Two inputs of 2 Mbit/s or 2 MHzBITS clock signals

l Two inputs of 1 PPS+TOD timesignals

l One output of 2 Mbit/s or 2 MHzclock signals

l External monitoring Ethernet portto transparently transmit monitoreddata

BIUA BITS Interface UnitBoard

l Two standard BITS clock inputsand one standard BITS clock output

l Input and output of 2 MHz and E1signals

l Tracing the input clock source ofthe two channels of BITS clock ortracing the output clock source ofthe control board

l Multiple working modes, such astracing, holdover, and free-run


GICD GE Optical InterfaceCard

l Upstream transmission orcascading

l Four SFP GE ports

GICE GE ElectricalInterface Card


l Four GE electrical ports

GICF 2-port GE OpticalInterface Card


l Two SFP GE ports



41

BoardType

SilkScreen

Full Name Function

GICG 2-port GE ElectricalInterface Card


l Two GE electrical ports

GICK 2-port GE Optical/Electrical InterfaceCard


l Two SFP GE portsl Ethernet clock synchronization

GSCA GE SynchronousEthernet InterfaceCard


l Four GE portsl Ethernet clock synchronization

X1CA 1-port 10GE XFPOptical Interface UnitBoard


l One 10GE optical port

X2CA 2-port 10GE XFPOptical Interface UnitBoard


l Two 10GE optical ports

X2CS 2-port 10GE UplinkInterface Card

l 2 10GE upstream portsl 10GE synchronization Ethernet

Transferboard

SHET SHDSL Extensionboard

l converts signals between differentconnectors

Powerinterfaceboard

PRTE Connect Power Board l One -48 V power inputl Filtering and current-limiting for

the power input portl Under-voltage detection, detection

of whether the input power exists,and fault detection

l Combined reporting of theprotection alarm and board onlinesignal

l ALARM indicator

2.2 Hardware Architecture of the MA5603TThis topic describes the hardware architecture of the MA5603T, that is, the chassis, and boards.

2.2.1 Appearance of the MA5603T ChassisThe MA5603T chassis is 6 U high.



42

Figure 2-17 shows the appearance of the MA5603T chassis.

Figure 2-17 Appearance of the MA5603T chassis

Mounting bracket

Fan tray

Air filter Cable teeth

2.2.2 Typical Layout of the MA5603TThis topic describes the positions and types of the boards configured in the MA5603T chassis.

Figure 2-18 shows the layout of the MA5603T chassis.

Figure 2-18 Layout of the MA5603T chassis

F

A

N

0

1

2

3

4

5

6

7

10 PRTE PRTE11 12

GIU GIU8 9

GPIO

Service board

Service board

Service board

Service board

Service board

Service board

Control board

Control board

Table 2-4 and Table 2-5 list the boards that can be configured in the MA5603T chassis.



43

Table 2-4 List of boards that can be configured in the MA5603T chassis (SCUB)


Controlboard

SCUB Super Control Unit Board 6 and 7

Serviceboard

OPFA FE P2P Optical Interface Board 0-5

ASRB 32-port Analog Subscriber Board



ADLF 32-port ADSL2+ over POTSService Board

ADIF 32-port ADSL2+ over ISDNService Board

ADPD 64-port ADSL2+ over POTSService Board

ADPE 64-port ADSL2+ over POTSService Board

ADQD 64-port ADSL2+ over ISDNService Board


VDSA 24-Port VDSL2 over POTS ServiceBoard

VDTF 24-port VDSL2 over ISDN ServiceBoard



VDPE 64-port VDSL2 OVER POTSService Board

VDPM 64-port VDSL2 OVER POTSService Board







44







Upstreamboard

GICD GE Optical Interface Card 8 and 9

GICE GE Electrical Interface Card

GSCA GE Synchronous Ethernet InterfaceCard

P2CA 2-port XPON Optical InterfaceCard

Powerinterfaceboard


Table 2-5 List of boards that can be configured in the MA5603T chassis (SCUN)


Controlboard

SCUN Super Control Unit Board 6 and 7

Serviceboard

GPBC 4-port GPON OLT Interface Board 0-5

GPBD 8-port GPON OLT Interface Board

OPFA FE P2P Optical Interface Board

OPGD 48-port GE/FE Optical InterfaceBoard

ASRB 32-port Analog Subscriber Board



ADLF 32-port ADSL2+ over POTSService Board

ADIF 32-port ADSL2+ over ISDNService Board



45


ADPD 64-port ADSL2+ over POTSService Board

ADPE 64-port ADSL2+ over POTSService Board

ADQD 64-port ADSL2+ over ISDNService Board


VDSA 24-Port VDSL2 over POTS ServiceBoard

VDTF 24-port VDSL2 over ISDN ServiceBoard



VDPE 64-port VDSL2 OVER POTSService Board

VDPM 64-port VDSL2 OVER POTSService Board






TOPA TDM Traffic Over PSN Board

SPUA Service Process Board




CSPA CESoP Service Process Board


Upstreamboard

GICF 2-port GE Optical Interface Card 8 and 9



46


GICG 2-port GE Electrical Interface Card

GICK 2-port GE Optical/ElectricalInterface Card



X2CS 2-port 10GE Uplink Interface Card

P2CA 2-port XPON Optical InterfaceCard

Powerinterfaceboard


2.2.3 Board Overview of the MA5603TThis topic describes the type, silk screen, full names, and functions of the boards used on theMA5603T.

Table 2-6 lists the boards supported by the MA5603T. Compared with the MA5600T:

l The MA5603T doesn't support the BIUA board.

NOTE

All the boards listed in the following table support -48 V and -60 V inputs. This topic uses only the -48 Vinput as an example.

Table 2-6 List of boards supported by the MA5603T

BoardType

SilkScreen

Full Name Function

Controlboard

SCUB Super Control Unit Board l System control andmanagement unit

l Local and remote maintenancel Active/standby switchoverl GE channel to the service

boardl Environmental monitoring

parametersl Four SFP GE ports for

upstream transmission orcascading



47

BoardType

SilkScreen

Full Name Function

SCUN Super Control Unit Board l System control andmanagement unit

l Local and remote maintenancel Active/standby switchoverl GE or 10GE channel to the

service boardl Environmental monitoring

parametersl Four SFP GE ports for

upstream transmission orcascading

Serviceboard

GPBC 4-port GPON OLTInterface Board

l Four GPON SFF ports(opticalmodule is not pluggable)

l Class B+ optical modulesl Optical performance monitor

(querying Rx optical power isnot supported)

l A maximum of 1:64 split ratiofor each GPON port

l Automatic power shutdown incase of a high temperature

H802GPBD


l Eight GPON SFP ports (one-fiber bi-directional port)

l A maximum of 1:128 split ratiofor each GPON port

l Class B+ and class C+ opticalmodules

l Received signal strengthindicator (RSSI) detection andcontrolled optical signaltransmission of the opticalmodule

l Optical performance monitor(OPM)




48

BoardType

SilkScreen

Full Name Function

H805GPBD


l Eight GPON SFP portsl A maximum of 1:128 split ratiol Class B+ and Class C+ optical

modulesl Received signal strength

indicator (RSSI) detection andcontrolled optical signaltransmission of the opticalmodule

l ONU-based shapingl Optical performance monitor

(OPM)l Automatic power shutdown in

case of a high temperature

OPFA FE P2P Optical InterfaceBoard

l 16-channels of FE opticalsignals


l Synchronous Ethernet clockissuing

OPGD 48-port GE/FE OpticalInterface Board

l 48 (CSFP) or 24 (SFP)channels of GE/FE P2P opticalaccess services

l Cascading and aggregation ofDSLAMs or MDUs

l Synchronous Ethernet clockissuing supported by the GEport

l Two-channel one-fiber bi-directional CSFP, one-channeltwo-fiber bi-directional SFP,and one-channel one-fiber bi-directional SFP opticalmodules




49

BoardType

SilkScreen

Full Name Function

ASRB 32-port Analog SubscriberBoard

l 32 channels of VoIP POTSaccess services

l Polarity reversal function onall the ports

l POTS metallic loop test(MELT)

l Must configuration withH806ASDA daughter board

ASPB 64-port VOIP SubscriberBoard

l 64 channels of VoIP POTSaccess services

l Polarity reversal function onall the ports

l POTS metallic loop test(MELT)


DSRD 32-port ISDN DigitalSubscriber Board

l 32 channels of ISDN accessservices

l The H802DSRD board usesthe 2B1Q encoding mode


ADLF 32-port ADSL2+ overPOTS Service Board

l 32-channel ADSL2+ overPOTS access service (workingwith a splitter)

l 32-channel ADSL2+ accessservice

l Port protectionl SELT and DELT testsl G.992.1 Annex A, G.992.3

Annex A/L/M (EU32-EU64),and G.992.5 Annex A/M(EU32-EU64)

l Automatic power shutdown incase of a high temperature(supported in V800R009C00and later versions)



50

BoardType

SilkScreen

Full Name Function

ADIF 32-port ADSL2+ overISDN Service Board

l 32-channel ADSL2+ overISDN access service (workingwith a splitter)


l Port protectionl SELT and DELT testsl G.992.1/3/5 Annex B, Annex J

ADPD 64-port ADSL2+ overPOTS Service Board

l 64-channel ADSL2+ overPOTS access service (workingwith a splitter)


l Port protectionl 2-wire bondingl SELT and DELT testsl G.992.1 Annex A, G.992.3


l G.INP re-transmission at thephysical layer (V800R009C00and later versions)


ADPE 64-port ADSL2+ overPOTS Service Board

l 64-port ADSL2+ over POTSservice

l Built-in 64-channel splitter,with the port impedance of 600ohms

l Port protectionl 2-wire bondingl SELT and DELT testsl G.992.1 Annex A, G.992.3






51

BoardType

SilkScreen

Full Name Function

ADQD 64-port ADSL2+ overISDN Service Board

l 64-channel ADSL2+ overISDN access service (workingwith a splitter)


l Port protectionl 2-wire bondingl SELT and DELT testsl G.992.3/5 Annex Bl Automatic power shutdown in


ADKM 64-port ADSL2+ ServiceBoard

l 64 channels of ADSL2+service

l Not supporting the ISDNservice

l Port protectionl SELT, MELT and DELT testsl G.992.3/5 Annex B, Annex Jl Automatic power shutdown in


VDSA 24-Port VDSL2 overPOTS Service Board

l 24-channel VDSL2 overPOTS access service (workingwith a splitter)

l 24-channel VDSL2 accessservice



l 8b and 17a, and is compatiblewith 8a, 8c, 8d, 12a and 12bprofiles

l Automatic power shutdown incase of a high temperature(supported in V800R009C00and later versions)



52

BoardType

SilkScreen

Full Name Function

VDTF 24-port VDSL2 overISDN Service Board



l Port protectionl SELT and DELT testsl G.992.1/3/5 Annex B, Annex Jl 8a, 8b, 8c, 8d, 12a, 12b, and

17a profiles

VDRD 24-Port VDSL2 overPOTS Service Board





l 8c, 8d, 12a, 12b, 17a, and 30aprofiles





53

BoardType

SilkScreen

Full Name Function

VDMF 48-port VDSL2 overPOTS Service Board





l 8a, 8b, 8c, 8d, 12a, 12b, and17a profiles



VDPE 64-port VDSL2 OVERPOTS Service Board

l 64-channel VDSL2 overPOTS service

l Built-in 64-channel splitterand 600-ohm port impedance

l Port protectionl Single-ended loop test (SELT)

and dual-ended loop test(DELT)

l VDSL2 8a, 8b, 8c, 8d, 12a,12b, and 17a profiles

l G.993.2l G.INP physical layer

retransmission(V800R009C00 and laterversions)




54

BoardType

SilkScreen

Full Name Function

VDPM 64-port VDSL2 OVERPOTS Service Board


l 64-channel VDSL2 overPOTS service

l Port protectionl Single-ended loop test (SELT)

and dual-ended loop test(DELT)

l Metallic loop test (MELT)l VDSL2 8a, 8b, 8c, 8d, 12a,

12b, and 17a profilesl G.993.2l G.INP physical layer

retransmission(V800R009C00 and laterversions)


VDNF 48-port VDSL2 overISDN Service Board



l Port protectionl SELT and DELT testsl G992.3/5 Annex Bl 8a, 8b, 8c, 8d, 12a, 12b, and

17a profiles

VDJM 48-port VDSL2 ServiceBoard

l 48-channel VDSL2 servicel Port protectionl SELT, DELT and MELT testsl G.992.3/5 Annex B, Annex Jl 8a, 8b, 8c, 8d, 12a, 12b, and

17a profilesl Automatic power shutdown in




55

BoardType

SilkScreen

Full Name Function

SHLB 16-port SHDSL.bisService Board

l 16 channels of SHDSL.bisaccess services


bonding (in compliance withthe IEEE 802.3ah-2004)

l 2-pair, 3-pair, and 4-pairbonding (compliance with G.991.2 and ETSI TS 101 524)

SHLM 16-port SHDSL.bisService Board

l 16 channels of SHDSL.bisaccess services


bonding (in compliance withthe IEEE 802.3ah-2004)

l 2-pair, 3-pair, and 4-pairbonding (compliance with G.991.2 and ETSI TS 101 524)

l 16-port IMA bondingl MELTl Automatic power shutdown in


H802EDTB 16 port SHDSL and 16port E1 Service Board

l 16 channels of TDM SHDSLaccess services

l 16 channels of E1 accessservices

l 32 channels of PRI servicesl 512 DSP channels, VoIP

function, and PRI-to-H.248signaling conversion by usingthe IUA protocol

l TDM PWE3 servicel CPE model Automatic power shutdown in




56

BoardType

SilkScreen

Full Name Function

TOPA TDM Traffic Over PSNBoard

l Native TDM function (whenthe NH1A/O2CE daughterboard is configured)

l CESoP function (when theEH1A/CSSA daughter boardis configured)

l TDM signal upstreamtransmission through the E1port (when the NH1A/EH1Adaughter board is configured)

l TDM signal upstreamtransmission through theSTM-1 optical port (when theO2CE/CSSA daughter board isconfigured)


CSPA CESoP Service ProcessBoard

l SAToP processing of 64channels of E1 signals

l Active/standby switchover orload sharing of the controlboards

l 8 kHz clock channel from theH801CSPA board to thebackplane, which is used totransmit the clock signalsrecovered from the service tothe control board


ETHB Ethernet Service AccessBoard

l Ethernet upstreamtransmission

l Ethernet cascadingl Eight SFP GE optical module

or SFP GE electrical portsl Intra-board aggregation and

Inter-board aggregation

AIUG ATM Interface Unit Board l Four ATM optical ports(STM-1)

l ATM cascading upstreamtransmission (ATM PWE3)through a private line



57

BoardType

SilkScreen

Full Name Function

SPUA Service Process Board l Switching capacity of 40 Gl Eight GE ports and two 10GE

ports on the front panell SFP interface (GE) and SFP+

interface (10GE)l Converging the ETH access

servicesl Enhanced Layer 2 functions

such as the S+C forwardingl Inter-board aggregation and

Load sharingl Automatic power shutdown in


SPUB MPLS service ProcessUnit Board

l 10 Gbit/s MPLS switchingcapability– Unidirectional 10 Gbit/s,

bidirectional 5 Gbit/s whenthe control boards work inactive/standby mode

– Bidirectional 10 Gbit/swhen the control boardswork in load sharing mode

l Active/standby switchover andload balancing of the controlboards


SPL board SPLF 32-port ADSL over POTSSplitter Board


l Supporting real impedance(600 ohms).

SPLH 32-port ADSL over ISDNSplitter Board


l Supporting 2B1Q/4B3Tcoding.

SPLL 32-port ADSL over POTSSplitter Board


l Supporting compleximpedance (ETSI TS 101 95201 01 option A).



58

BoardType

SilkScreen

Full Name Function

SPPF 64-port ADSL over POTSSplitter Board


l Supporting real impedance(600 ohms).

SPPH 64-port ADSL over ISDNSplitter Board


l Supporting 2B1Q/4B3Tcoding.

SPPL 64-port ADSL over POTSSplitter Board

l Separating 64-channel ADSL2+ signals from POTS signals

l H801SPPLA supportsstandard impedance (ETSI TS101 952 01 01 option A).

l H801SPPLC supportsstandard impedance (ETSI TS101 952 01 01 option B).

l H801SPPLB supports the BTcomplex impedance.

VSTL 24-port VDSL2 overPOTS Splitter Board


l Supporting compleximpedance (ETSI TS 101 95201 01 option A)

VSTH 24-port VDSL2 overISDN Splitter Board


l Supporting 2B1Q/4B3Tcoding

VSNLA 48-port VDSL2 overPOTS Splitter Board


l Supports complex impedance(ETSI TS 101 952 01 01 optionA)

VSNF 48-port VDSL2 overPOTS Splitter Board


l Real impedance (600 ohms)

VSPHA 64-port VDSL2 overISDN Splitter Board


l Supporting ISDN (2B1Q/4B3T) complex impedance.



59

BoardType

SilkScreen

Full Name Function

VSPLA 64-port VDSL over POTSSplitter Board

l Separation of 64-channelVDSL2 signals from POTSsignals

l Complex impedance (ETSI TS101 952 01 01 option A)

Clockboard

CITD Combo Interface TransferBoard

l Seven inputs of alarm digitalparameters and one output ofdigital controlling parameters

l Two inputs of 2 Mbit/s or 2MHz BITS clock signals

l Two inputs of 1 PPS+TODtime signals

l One output of 2 Mbit/s or 2MHz clock signals

l External monitoring Ethernetport to transparently transmitmonitored data


GICD GE Optical Interface Card l Upstream transmission orcascading

l Four SFP GE ports

GICE GE Electrical InterfaceCard


l Four GE electrical ports

GICF 2-port GE OpticalInterface Card


l Two SFP GE ports

GICG 2-port GE ElectricalInterface Card


l Two GE electrical ports

GICK 2-port GE Optical/Electrical Interface Card


l Two SFP GE portsl Ethernet clock

synchronization

GSCA GE Synchronous EthernetInterface Card


l Four GE portsl Ethernet clock

synchronization



60

BoardType

SilkScreen

Full Name Function

X1CA 1-port 10GE XFP OpticalInterface Unit Board


l One 10GE optical port

X2CA 2-port 10GE XFP OpticalInterface Unit Board


l Two 10GE optical ports

X2CS 2-port 10GE UplinkInterface Card

l 2 10GE upstream portsl 10GE synchronization

Ethernet

P2CA 2-port XPON OpticalInterface Card

l Two PON SFP upstream ports(only one PON port forupstream transmission at atime)

l GPON/EPON upstreamtransmission

l Line clock as the system clock

Transferboard

SHET SHDSL Extension board l converts signals betweendifferent connectors

Powerinterfaceboard

PRTE Connect Power Board l One -48 V power inputl Filtering and current-limiting

for the power input portl Under-voltage detection,

detection of whether the inputpower exists, and faultdetection

l Combined reporting of theprotection alarm and boardonline signal

l ALARM indicator

2.3 Software ArchitectureThe software of the MA5600T/MA5603T consists of board software and host software. Thehost software consists of four planes: system support plane, system service plane, systemmanagement plane, and service control plane.

Overview

The part within the dashed border in Figure 2-19 indicates the software architecture of theMA5600T/MA5603T.



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Figure 2-19 System software architecture of the MA5600T/MA5603T

Software system

......

Inband/Outband Inband/OutbandSerial port connection

Communication control bus

NMS LCT/CLI serial port terminal

CLI SSH Telnet

Host software

Board software 1 Board software 2 Board software N

Board SoftwareThe board software runs on the service board, interface board, and certain power interface boardsto provide the following functions:

l Board service managementl Data managementl Alarm managementl Driving and diagnosis

Host SoftwareThe host software of the MA5600T/MA5603T consists of four planes running on the controlboard, as shown in Figure 2-20.



62

Figure 2-20 Host software architecture of the MA5600T/MA5603T

System service plane

Service control planeSystem

support plane

System

managem

ent plane

The functions of the four planes are as follows:

l System support plane: It drives the hardware system.l System service plane: It provides the basic running services for the software, and manages

the system device. The basic functional module of the system service plane is the operatingsystem.

l System management plane: It provides the functions of device and service management.l Service control plane: It is the IP service control plane. It is the core module that provides

the service functions including: Resolving and processing the service configurationcommands Implementing protocol processing between the equipment Processing theservice requests Providing the required services for the users



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3 Product and Its Application Scenarios

3.1 FTTH Network ApplicationThe MA5600T/MA5603T supports the fiber to the home (FTTH) network application. It can beconnected to the ONT in the user's house through the PON port or provide the P2P optical accessservice through the FE or GE port.

Service DescriptionThe MA5600T/MA5603T can be applicable to the fiber to the home (FTTH) environment forhome users. The MA5600T/MA5603T is connected to the ONT or HG in the user's house throughoptical fibers to provide users with the voice, data, and video services.

Example NetworkFigure 3-1 shows an example network of the FTTH application, the MA5600T/MA5603Tfunctioning as the OLT.

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description 3 Product and Its Application Scenarios


64

Figure 3-1 FTTH network application

Home gateway deployed at the home of the user

STB

PC IPTVPhone

ONT deployed at the home of the user

PC PhoneIPTV

Optical fiber

PON FE/GE ODN

OLT

Ethernet

LAN switch

BRASiManager U2000

IPTV server

Softswitch

BRAS: broadband remote access server OLT: optical line terminal

ODN: optical distribution network ONT: Optical network terminal

STB: set-top box

Network Description

In the FTTH network application, the MA5600T/MA5603T is connected to the ONT or HG inthe user's house through optical fibers to provide users with the voice, Internet, and IPTVservices.

The MA5600T/MA5603T implements the FTTH application in two modes:

l Mode 1: The ONT in the user's house is connected to the MA5600T/MA5603T throughthe GPON line.

l Mode 2: The home gateway (HG) in the user's house is connected to the MA5600T/MA5603T through the FE or GE optical port.

The MA5600T/MA5603T is connected to the upstream network through the Ethernet port (GEor 10GE), cooperating with the BRAS and other application layer devices to provide users withabundant services.



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3.2 FTTB Network ApplicationThe MA5600T/MA5603T supports the fiber to the building (FTTB) network application, andis connected to the ONU (MDU or ONT) that is deployed in the corridor through the PON port.

Service Description

The MA5600T/MA5603T supports the FTTB network application, intended for the apartmentor office building where twisted pair cables are routed. The MA5600T/MA5603T is connectedto the ONU that is deployed in the corridor through optical fibers to provide users with the voice,data, and video services.

An FTTB network is suitable for high-density apartments and small enterprise office buildings.

Example Network

Figure 3-2 shows an example network of the FTTB application, the MA5600T/MA5603Tfunctioning as the OLT.

Figure 3-2 Example network of the FTTB application

iManager U2000BRAS

LAN switch

ONU deployed in the corridor

STB

PC Phone

Softswitch

IPTV server

LAN switchor HUB

Modem

IPTV

OLT

ODN

ONU deployed in the corridor

STB

PC

Optical fiber

IPTVPhoneTV

PON FE/GE



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ONU: optical network unit ODN: optical distribution network

STB: set-top box

Network DescriptionIn the FTTB network application, the MA5600T/MA5603T is connected to the ONU that isdeployed in the corridor through optical fibers to provide users with multiple services.

The MA5600T/MA5603T can be connected to the ONU in two modes:l Mode 1: The ONU is deployed in the corridor, connected to the MA5600T/MA5603T

through the GPON line.l Mode 2: The ONU is deployed in the corridor, connected to the MA5600T/MA5603T

through the Ethernet (FE or GE) optical port.

The service implementation is described as follows:l VoIP service

The VoIP terminal (such as a phone set) is connected to the ONU through the POTS port,and then connected to the softswitch network through the ONU and the MA5600T/MA5603T.

l Data service– The PC is connected to the LAN switch or hub. The LAN switch or hub is connected

to the MA5600T/MA5603T through the ONU that is deployed in the corridor, and thenconnected to the IP network through the BRAS in the upstream direction.

– The PC is connected to the xDSL modem. The xDSL modem is connected to theMA5600T/MA5603T through the ONU that is deployed in the corridor, and thenconnected to the IP network through the BRAS in the upstream direction.

l Video serviceThe IPTV mode can be used to provide terminal users with video services.In the IPTV mode, the video service is delivered over IP multicast traffic, supplying userswith various programs.The MA5600T/MA5603T manages the multicast user rights and programs based on IGMPproxy and controllable multicast. After the users have passed the authentication of theMA5600T/MA5603T, the MA5600T/MA5603T transmits the IGMP protocol packets tothe device at the convergence layer.The video server transmits the video service traffic to the MA5600T/MA5603T throughthe backbone network and the convergence network. Then, the MA5600T/MA5603Tforwards the traffic to the corresponding subscriber terminal based on the authenticationresults.At the user end, the STB terminates video signals, performs media conversion, and controlsprogram switching.



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3.3 FTTC Network ApplicationThe MA5600T/MA5603T supports the fiber to the curb (FTTC) network application, connectedto the ONU that is deployed at the curb through the PON port, or connected to the DSLAM thatis deployed at the curb through the GE optical port.

Service Description

The MA5600T/MA5603T is connected to the ONU or DSLAM that is deployed at the curbthrough optical fibers, and then the ONU or DSLAM is connected to each user through twistedpair cables to provide the voice, data, and video services.

The FTTC network structure is applicable to network applications in the scattered apartmentsand industrial parks.

Example Network

Figure 3-3 shows the FTTC network application.

Figure 3-3 FTTC network application

iManager U2000 BRAS

LAN switch

ONU deployed at the curb

STB

PC Phone

MA5600T/MA5603T

Optical Splitter

Softswitch

IPTV server

Modem Modem

IPTV

OLT

ODN

DSLAM deployed at the curb

STB

PC

Optical fiber

IPTVPhone

GE

PON

TV



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ONU: optical network unit ODN: optical distribution network

STB: set-top box

Network Descriptionl VoIP service

The VoIP terminal is connected to the ONU or DSLAM, which is then connected to theNGN network through the MA5600T/MA5603T.

l Data serviceThe PC is connected to the DSL modem. The DSL modem is connected to the MA5600T/MA5603T through the ONU or DSLAM that is deployed at the curb, which is thenconnected to the IP network through the BRAS in the upstream direction.

l Video serviceThe IPTV mode can be used to provide terminal users with video services.In the IPTV mode, the video service is delivered through IP multicast traffic, supplyingusers with various programs.The MA5600T/MA5603T manages the multicast user rights and programs based on IGMPproxy and controllable multicast. After the users have passed the authentication of theMA5600T/MA5603T, the MA5600T/MA5603T transmits the IGMP protocol packets tothe device at the convergence layer.The video server transmits the video service traffic to the MA5600T/MA5603T throughthe backbone network and the convergence network. Then, the MA5600T/MA5603Tforwards the traffic to the corresponding subscriber terminal based on the authenticationresults.At the user end, the STB terminates video signals, performs media conversion, and controlsprogram switching.

In the FTTC network, the MA5600T/MA5603T can be connected to the ONU that is deployedat the curb through the PON port, or connected to the DSLAM that is deployed at the curb throughthe GE optical port, thereby implementing the FTTC network application.

3.4 Mobile Base Station Access Network ApplicationThe MA5600T/MA5603T supports base station access networking for carrying services of 2Gand 3G base stations.

Service OverviewTo address the growing number of mobile users and increasing demand for the mobile data andvideo services, 2G and 3G base stations need to be expanded to provide a higher bandwidth.

Traditionally, SDH/ATM private line technologies are used for channels between the 2G basestation and base station controller (BSC) and between the 3G base station and radio networkcontroller (RNC).

Compared with the traditional SDH/ATM private line technologies, PON technologies are usedby the MA5600T/MA5603T to connect the base station to the core IP bearer network. The IP



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backhaul function of the MA5600T/MA5603T not only provides an easy backhaul solution forbase stations, but also helps save the cost for base station backhaul to a great extent. Meanwhile,the IP-based backhaul technology used in the base station access network replaces the originalTDM-based or ATM-based backhaul technology, helping implement the integration of fixedand mobile networks at the bearer layer. As such, only one network needs to be maintained,reducing the CAPEX and OPEX and facilitating the evolution to an all-IP network. Currentlyin the base station access network, SDH/TDM private line technologies are used for the 2Gnetwork, while SDH/TDM or QinQ private line technologies are used for the 3G network.

TDM-based Network Diagram (GPON)Figure 3-4 shows how a TDM-based 2G/3G base station is connected to the SDH network byusing a GPON private line.

Figure 3-4 TDM-based base station access to the SDH network through a GPON private line

SDH

N*E1N*E1

BTS

ONU OLTBSC

TDM

NodeBN*E1

ONU

RNC

N*E1

CX600

E1/STM-1Native TDM

TDM-based Networking Description (GPON)In this application scenario, the CBU native TDM+OLT E1/STM-1 solution is employed.

l The ONU receives TDM service data from the 2G/3G base station through an E1 port andsends the data upstream using native TDM to a GPON service board on the OLT.

l The OLT restores TDM signals and sends the restored signals to the SDH network throughan E1 port (provided by the NH1A daughter board) or STM-1 port (provided by the O2CEdaughter board) on a TOPA board.

ETH-based Network DiagramFigure 3-5 shows how an ETH-based 3G base station is connected to the OLT by using a GPONor EPON line and then to the PSN network by using the QinQ private line.



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Figure 3-5 ETH-based base station private line access (QinQ private line)

PSN

FE/GE FE/GE

NodeB

ONU OLTRNC

ETH

GE/10GE

NodeBFE/GE

ONU RNC

FE/GE

CX600

L2/L3 VPN ETH

GE

PON QinQ

ETH-based Networking Description

In this application scenario, the CBU PON+OLT QinQ solution is employed.

l The ONU receives Ethernet service data from the 3G base station through an FE/GE port,encapsulates the received data into GEM frames, and sends them to the OLT through aGPON or EPON upstream port.

l The OLT restores Ethernet signals and makes the signals traverse the MAN through theQinQ VLAN private line. The peer CX device then terminates the ETH PWE3 and restoresthe Ethernet signals.

Clock Synchronization

The MA5600T/MA5603T supports clocks in the mobile bearer network. It obtains the clockinformation in different ways to ensure clock synchronization between the 2G/3G base stationand BSC/RNC. The end users are not affected during a service switching between base stationsbecause of the clock synchronization.

The MA5600T/MA5603T obtains clock signals in any of the following ways:

l Obtaining clock signals on the upstream GE port from a MAN by using synchronousEthernet

l Extracting the E1 line clock signals

l Obtaining clock signals from an external BITS clock

The SBU restores the clock information through a PON line and then sends the information tothe base stations through an E1 line, clock/time interface, or FE line (synchronous Ethernet).

The base station access network also supports time synchronization. In the network, the OLTcan be connected to an external BITS clock, which obtains the time information from the GPS.The SBU then sends the time information to the base station through a time/clock interface.

3.5 Copper Access Network ApplicationThe MA5600T/MA5603T supports multiple copper access modes such as ADSL2+, VDSL2,and SHDSL.



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Service DescriptionAs a multi-service access module, the MA5600T/MA5603T supports multiple xDSL accessmodes. By making full use of the legacy cooper cable resources, the MA5600T/MA5603Tprovides users with various broadband services such as Internet access service and video servicethrough common twisted pair cables. In addition, the MA5600T/MA5603T supportstransmitting the voice service of the user to the PSTN network to implement the traditional PSTNservice. The main xDSL access modes supported by the MA5600T/MA5603T are as follows:l ADSL2+ access (compatible with ADSL)l VDSL2 access (compatible with ADSL2+)l SHDSL access (ATM and EFM modes)The MA5600T/MA5603T also supports the direct access of voice users through copper cables,providing users with quality VoIP service.

Example NetworkFigure 3-6 shows the copper access network application.

Figure 3-6 Copper access network application

iManager U2000 BRAS

IPTV server

LAN switch

Phone

MA5600T/MA5603T

ADSL2+/VDSL2/SHDSL

Softswitch

STB

IPTVPC

Phone

Splitter

Modem

POTS(VoIP)

POTS(PSTN)

PSTN service flow



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Network Descriptionl The MA5600T/MA5603T can separate broadband signals and narrowband signals on the

xDSL line, and then send broadband signals to the IP network and narrowband voice signalsto the PSTN network, thereby providing users with the broadband service and traditionalPSTN service.

l The MA5600T/MA5603T supports the direct access of voice users through copper cables,providing users with the VoIP service by working with the softswitch.

Example Network (MA5603T Functions as ONU)Figure 3-7 shows the copper access network application.

Figure 3-7 Copper access network application

iManager U2000 BRAS

IPTV server

LAN switch

Phone

MA5603T

ADSL2+/VDSL2/SHDSL

Softswitch

STB

IPTVPC

Phone

Splitter

Modem

POTS(VoIP)

POTS(PSTN)

OLT

PON/Ethernet

Network Description (MA5603T Functions as ONU)l The MA5603T can separate broadband signals and narrowband signals on the xDSL line,

and then send broadband signals to the OLT through the PON/Ethernet port and then to theIP network, and send narrowband voice signals to the PSTN network, thereby providingusers with the broadband service and traditional PSTN service.

l The MA5603T supports the direct access of voice users through copper cables, providingusers with the VoIP service by working with the softswitch.



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3.6 Voice Service Network ApplicationThe MA5600T/MA5603T supports the voice service network application. The MA5600T/MA5603T can function as an AG (Access Gateway) in the softswitch network to provide thePOTS service and transmit the POTS service to the IMS network. In addition, the MA5600T/MA5603T supports the TDM SHDSL access, which is applicable to reconstruction of thetraditional voice network.

Service DescriptionIn addition to the diversified and flexible broadband service network applications, theMA5600T/MA5603T can also function as an AG in the softswitch network:l Supports H.248, providing the VoIP service by working with the softswitch.l Supports SIP, providing the VoIP service by working with the softswitch.

NOTE

In the SIP application, the softswitch can be considered as the SIP server in the SIP model.

l Supports the ISDN BRA access and PRA access (H.248).l Supports FoIP and MoIP.

The MA5600T/MA5603T can also function as a voice over IP gateway (VGW) component inthe IMS architecture. In the downstream direction, it provides the access for POTS users; in theupstream direction, it is connected to the IMS system, providing the VoIP service by workingwith the IMS core.

The MA5600T/MA5603T supports the TDM SHDSL access and provides service accessthrough the V.35 and E1 ports, thereby implementing reconstruction of the traditional voicenetwork. Compared with the V.35 cable and E1 cable, the SHDSL cable features longertransmission distance.l E1 distance extension: Convert the ISDN PRI PBX to work the IP upstream transmission

mode, connected to the softswitch.l V.35 distance extension: Connect the N*64K private line to the digital data network (DDN)

through the SDH network.

Voice Service Network Application (Softswitch Network)Figure 3-8 shows the POTS service network application when the MA5600T/MA5603Tfunctions as an AG in the softswitch network.



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Figure 3-8 Voice service network application (softswitch network)

MG

MA5600T/MA5603T

Ethernet

Phone

NT1PBX

E1 PRA

Phone

Terminal

Access layer

ISDN BRAFAX

SIP, or H.248 signaling stream

Narrowband modem

Softswitch

Media stream

In the softswitch network, the MA5600T/MA5603T is controlled by the softswitch. On the onehand, the MA5600T/MA5603T implements the communication between VoIP users in thesoftswitch network. On the other hand, under the control of the softswitch, the traffic stream(also called media stream) implements the interconnection with the PLMN/PSTN users throughthe MG. In this manner, the call processing of the POTS user is implemented.

l The upstream signaling stream is connected to the softswitch network through thesoftswitch, and the traffic stream (also called media stream) is interconnected to the PLMN/PSTN network through the MG.

l In the downstream direction, the user terminals such as POTS terminal, fax, and narrowbandmodem are supported.

l When H.248 is used as the control protocol, the MA5600T/MA5603T supports the ISDNBRA access and PRA access.

Voice Service Network Application (IMS Network)Figure 3-9 shows the POTS service network application when the MA5600T/MA5603T worksin the IMS network.



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Figure 3-9 Voice service network application (IMS network)

MG

MA5600T/MA5603T

Ethernet

Phone

Terminal

Access layer

Convergence layer

HSSTelephone AS

Conference

MGCF

P-CSCFS-CSCF

IMS core

SIP signaling stream

Narrowbandmodem FAX

Media stream

Under the control of the CSCF device in the IMS, on the one hand, the MA5600T/MA5603Timplements the communication between IMS voice users. On the other hand, the MA5600T/MA5603T implements the interconnection with the PLMN/PSTN users through the MGCF/MG.In this manner, the call processing of the POTS user is implemented.

l The upstream signaling stream is connected to the IMS core through the P-CSCF device,and the traffic stream (also called media stream) is interconnected to the PLMN/PSTNnetwork through the MG.

l In the downstream direction, the user terminals such as POTS terminal, fax, and narrowbandmodem are supported.

Reconstruction of Traditional Voice Network (TDM SHDSL Access)Figure 3-10 shows the application of the MA5600T/MA5603T for reconstruction of thetraditional voice network through TDM SHDSL access.



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Figure 3-10 TDM SHDSL access network application

MG

MA5600T/MA5603T

Softswitch

Modem

Router

TDM SHDSL

V.35

PBX

E1

Phone

TDM SHDSL

Modem

E1

Signaling streamMedia strem

N*64K private line service stream

SDH

E1 distance extension: On the user side, the TDM SHDSL modem is connected to the PBXthrough the E1 (ISDN PRI) port, then the modem is connected to the MA5600T/MA5603Tthrough TDM SHDSL access, and finally the IP network transmits the signaling stream and theMG communicates with other voice devices through the voice traffic stream.

V.35 distance extension: On the user side, the TDM SHDSL modem is connected to the userdevice through the V.35 (N*64K private line) port, then the modem is connected to theMA5600T/MA5603T through TDM SHDSL access, and finally the MA5600T/MA5603T isconnected to the DDN network through the SDH network to implement the N*64K DDN privateline access.



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4 Operation and Maintenance

4.1 Operation and Maintenance OverviewYou can manage, maintain, and monitor the MA5600T/MA5603T through the command lineinterface (CLI) or the U2000.

l In terms of management through the CLI, the following two modes are available:– Local or remote maintenance through a serial port connection– Remote maintenance over a Telnet session

l In terms of management through the U2000, the SNMP protocol is used to configure theMA5600T/MA5603T in the following two modes:– Inband mode– Outband mode

4.2 Management Through the CLIIn the CLI mode, you can manage and maintain the MA5600T/MA5603T after logging in to itthrough a serial port or Ethernet port (Telnet).

Figure 4-1 shows an example network for maintenance through the CLI. Before logging in tothe MA5600T/MA5603T through Telnet, make sure that the system can encrypt all thetransmission data by using the SSH protocol. This prevents the transmitted data from beingobtained by others, thereby ensuring the operation security.

Figure 4-1 Example network for maintenance through the CLI

MA5600T/MA5603T

Telnet terminal

Remote maintenance terminal

Local maintenance terminal

Modem Modem

Serial port/Ethernet port

Ethernet port

Serial port

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description 4 Operation and Maintenance


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4.3 Management Through the U2000In the NMS mode, the user can use the iManager U2000 NMS to manage and maintain theMA5600T/MA5603T. The iManager U2000 provides a graphical interface for managing,monitoring, and maintaining multiple devices, which facilitates the user operation.

4.3.1 Introduction to the U2000The iManager U2000 Network Management System (U2000) is provided by HuaweiTechnologies Co., Ltd., which provides a style-consistent and user-friendly GUI (networktopology view, panel view, and terminal management view) for managing the fixed networkdevices of Huawei in a unified manner, including broadband access devices and integrated accessdevices.

The U2000 can manage multiple NEs and integrated network services, which meets variousnetwork management requirements of carriers.

The U2000 has the following advantages:l The U2000 monitors, predicts, and detects network faults, which helps to improve the

reliability of the network running and the quality of service (QoS) of the network operation.l The U2000 helps to analyze the service bottleneck so that the network resources can be

properly planned and allocated.l The U2000 manages the vastly-distributed network nodes in a centralized manner, thereby

reducing the operation expenditure (OPEX).

The U2000 communicates with the MA5600T/MA5603T through SNMP, implementingmaintenance and management of the MA5600T/MA5603T.

4.3.2 Management FunctionsThe iManager U2000 provides optimal management functions such as topology management,performance management, fault management, service configuration, and security management.

OverviewThe management functions of the iManager U2000 include the following:

l Security managementl Topology managementl Alarm managementl Performance managementl Existing Resources managementl Service configurationl Log managementl Database managementl NE communication parameter managementl NE software management



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l Report management

l System monitoring

Security Management

The iManager U2000 provides the NMS security management function. It implements theauthority control based on user, user group, operation set, authority, and access control list(ACL). It supports the automatic lock, forcible disconnection, and collection of user logs overthe client.

Topology Management

The topology management function enables the U2000 to display the managed NEs and theconnections between NEs in a topology view. In addition, the U2000 provides the submaps andvarious views for the NE management. By browsing the topology view, you can learn the runningstatus of the entire network in real time. The iManager U2000 can display the NEs on the entirenetwork in a topology view. Therefore, you can monitor and manage the devices on the entirenetwork through a unified management platform. This simplifies the operation and management(O&M) of the network and also reduces the workload for network O&M.

Alarm Management

The alarm management function enables the iManager U2000 to monitor the abnormal runningconditions of the network in real time. Through the statistics collection, location, prompt,redefinition, correlation analysis, and remote notification of alarms performed by the iManagerU2000, you can take troubleshooting measures to restore the network in time.

Performance Management

The iManager U2000 can monitor the key indicators of a network and provide statistics for thecollected performance data. It provides a graphic user interface (GUI) for facilitating the networkperformance management.

Existing Resources Management

The iManager U2000 provides the existing resources management function for customers toquery and collect statistics for the physical and logical resources in a unified manner.

Service Configuration

Intended for various functions and services of the MA5600T/MA5603T, the U2000 providesthe function of configuring multiple services.

Log Management

Log management includes the management of U2000 security logs, U2000 operation logs, andNE security logs. By querying and saving the logs periodically, you can detect unauthorizedlogin or operations, and analyze faults in time. Through the logs, you can obtain the informationabout the client from which the U2000 user logs in to the U2000 server and the operationsperformed by the user after the login. You can also dump or print log data.



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Database ManagementThe iManager U2000 provides a tool for database backup and recovery. This simplifies themaintenance of the U2000 database and helps the U2000 run stably and securely. Databasemanagement includes the management of NE database and the management of U2000 database.To ensure the data security, you need to back up the database periodically.

NE Communication Parameter ManagementThe iManager U2000 supports the configuration of the parameters for the communicationbetween the U2000 and the NE. This ensures that the U2000 and the NE communicate with eachother normally.

NE Software ManagementThe iManager U2000 provides the function of managing the NE software and database, such asupgrading the software, installing the patch, configuring the data periodically, and manuallyrestoring the data.

Report ManagementThe U2000 supports the iWeb report function that enables the system to provide customers withreports about alarms, logs, and resources. You can print the report or save the report as a filewhen viewing the report data. Reports that are displayed as tables can be filtered by device type,and can be saved as files in Excel format.

System MonitoringThe iManager U2000 provides the system monitoring tool. By using the tool, you can monitorand maintain the system through the GUI.



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5 Technical Specifications

5.1 Device SpecificationsThis topic provides the parameters of the MA5600T/MA5603T, including the dimensions,weight, power consumption, running environment parameters, and power parameters.

5.1.1 Specifications of the N63E-22 CabinetThis topic provides the dimensions and weight of the N63E-22 cabinet.

Figure 5-1 and Table 5-1 list the dimensions and weight of the N63E-22 cabinet.

SmartAX MA5600T/MA5603T Multi-service AccessModuleProduct Description 5 Technical Specifications


82

Figure 5-1 Dimensions of the N63E-22 cabinet



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Table 5-1 Dimensions and weight of the N63E-22 cabinet

Parameter Specification

Standard compliance ETSI cabinet (21-inch): ETSI 300 119-3

Weight (empty cabinet) 45 kg

Dimensions (W x D x H) 600 mm x 300 mm x 2200 mm

Installation dimensions of thecabinet top

Installation interfacel Hole positions: 413 mm x 200 mm (W x D)l Nut specifications: four M8 nuts

Installation dimensions of thecabinet bottom

Installation interfacel Hole positions: 413 mm x 187 mm (W x D)l Bolt specifications: four M12 expansion bolts

Distance between mounting barholes

1 SU = 25 mm. (SU: Standard U.)

Available space 83 SU

Angle opening width 500 mm

Fixing centres 515 mm

Distance between the installationsurface of the mounting bar andthe inner side of the cabinet frontdoor

54 mm

Table 5-2 lists the power parameters of the N63E-22 cabinet.

Table 5-2 Power parameters of the N63E-22 cabinet


Power supply mode DC

Rated voltage -48 V/-60 V

Working voltage range -48 V DC power supply: -38.4 V to -57.6 V-60 V DC power supply: -48 V to -72 V

Maximum input current 80 A

5.1.2 Specifications of the N66E-18 dual-standard cabinetThis topic provides the dimensions and weight of the N66E-18 dual-standard cabinet.



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Figure 5-2 and Table 5-3 list the dimensions and weight of the N66E-18 dual-standard cabinet.



85

Figure 5-2 Dimensions of the N66E-18 dual-standard cabinet



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Table 5-3 Dimensions and weight of the N66E-18 dual-standard cabinet


Standard compliance l ETSI side (21-inch): ETSI 300 119-3l IEC side (19-inch): IEC 60297-3

Weight (empty cabinet) 67.3 kg

Dimensions (W x D x H) 600 mm x 600 mm x 1800 mm

Installation dimensions of the cabinet top Installation interfacel Hole positions: 450 mm x 400 mm (W x

D)l Nut specifications: six M8 nuts

Installation dimensions of the cabinet bottom Installation interfacel Hole positions: 413 mm x 487 mm (W x

D)l Bolt specifications: four M12 expansion

bolts

Distance between mounting bar holes l ETSI side: 1 SU = 25 mml IEC side: 1 U = 44.45 mm

Available space l ETSI side: 67 SUl IEC side: 37 U

Angle opening width l ETSI side: 500 mml IEC side: 450 mm

Fixing centres l ETSI side: 515 mml IEC side: 465 mm

Distance between the installation surface ofthe mounting bar and the inner side of thecabinet door

l ETSI side: 54 mml IEC side: 95 mm

Table 5-4 lists the power parameters of the N66E-18 dual-standard cabinet.

Table 5-4 Power parameters of the N66E-18 dual-standard cabinet


Power supply mode DC or AC

Rated voltage DC power supply: -48 V/-60 VAC power supply: 220 V



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Working voltage range -48 V DC power supply: -38.4 V to -57.6 V-60 V DC power supply: -48 V to -72 VAC power supply: 175 V to 240 V

Maximum input current MA5600T: 80 A DC or 32A ACMA5603T: 32 A DC or 15 A AC

5.1.3 Specifications of the ETSI Service SubrackThis topic provides the dimensions, weight, and power consumption of the ETSI service subrack.

Table 5-5 and Table 5-6 list the specifications of the ETSI service subrack.

Table 5-5 Specifications of the ETSI service subrack

Item Specification

Dimensions (W x D x H, includingmounting brackets)

530.00 mm x 275.80 mm x 447.20 mm

Dimensions (W x D x H, excludingmounting brackets)

490.00 mm x 275.80 mm x 447.20 mm

Maximum weight (includingmounting brackets)

33.00 kg

Table 5-6 Power consumption of the ETSI service subrack

TypicalConfiguration

Staticpowerconsumption

Maximum powerconsumption

Typicalpowerconsumption

Board configuration

ADSL2+ 269.84 1183.15 726.495 H801SCUB*2+H801GICD*2+H801CITD+H801PRTE*2+H801FCBB+H805ADPD*16

VDSL2 621.84 1407.15 1014.495 H801SCUB*2+H801GICD*2+H801CITD+H801PRTE*2+H801FCBB+H805VDMF(17a)*16

P2P 1256.84 1840.55 1548.695 H801SCUN*2+H801X2CS*2+H801CITD+H801PRTE*2+H801FCBB+H802OPGD*16

GPON 856.84 1056.55 956.695 H801SCUN*2+H801X2CS*2+H801CITD+H801PRTE*2+H801FCBB+H802GPBD*16



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Staticpowerconsumption

Maximum powerconsumption

Typicalpowerconsumption

Board configuration

POTS 325.84 1151.15 - H801SCUB*2+H801GICD*2+H801CITD+H801PRTE*2+H801FCBB+H801ASPB*16

NOTE

The maximum power consumption of the subrack is tested in the following conditions:

l -48 V DC

l Ambient temperature of 25 °C

l Unit: W

l Static power consumption: power consumption of the powered-on equipment with no load (all userports are deactivated)

l Maximum power consumption: power consumption of the powered-on equipment with full services

l Typical power consumption: about 50% user online rate

l The maximum power consumption of the equipment configured with POTS service boards is the powerconsumption when 50% of POTS users are online, and its typical power consumption is calculatedwith user online rate about 10%.

5.1.4 Specifications of the MA5603T ChassisThis topic provides the dimensions, weight, and power consumption of the MA5603T chassis.

Table 5-7 and Table 5-8 list the specifications of the MA5603T chassis.

Table 5-7 Dimensions and weight of the MA5603T

Item Specification

Dimensions (W x D x H, excluding mountingbrackets)

442.00 mm x 283.20 mm x 263.90 mm

Dimensions (W x D x H, including mountingbrackets of 19-inch standard)

482.60 mm x 283.20 mm x 263.90 mm

Dimensions (W x D x H, including mountingbrackets of ETSI standard)

535.00 mm x 283.20 mm x 263.90 mm

Weight (empty chassis) 7.00 kg

Figure 5-3 shows the dimensions of the MA5603T with ETSI mounting bracket. Figure5-4shows the dimensions of the MA5603T with 19-inch mounting bracket.



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Figure 5-3 Dimensions of the MA5603T(ETSI mounting bracket)

Figure 5-4 Dimensions of the MA5603T(19-inch mounting bracket)

Table 5-8 Power consumption of the MA5603T chassis (Unit: W)


StaticPowerConsumption

MaximumPowerConsumption

TypicalPowerConsumption

Board Configuration

ADSL2+

156.84 530.15 343.495 H801SCUB*2+H801GICD*2+H801CITD+H801PRTE*2+H801FMCA+H805ADPD*6



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StaticPowerConsumption

MaximumPowerConsumption

TypicalPowerConsumption

Board Configuration

VDSL2 288.84 614.15 451.495 H801SCUB*2+H801GICD*2+H801CITD+H801PRTE*2+H801FMCA+H805VDMF(17a)*6

P2P 563.84 847.55 705.695 H801SCUN*2+H801X2CS*2+H801CITD+H801PRTE*2+H801FMCA+H802OPGD*6

GPON 413.84 553.55 483.695 H801SCUN*2+H801X2CS*2+H801CITD+H801PRTE*2+H801FMCA+H802GPBD*6

POTS 177.84 518.15 - H801SCUB*2+H801GICD*2+H801CITD+H801PRTE*2+H801FMCA+H801ASPB*6

NOTE

The maximum power consumption of the subrack is tested in the following conditions:

l -48 V DC

l Ambient temperature of 25°C

l Static power consumption: power consumption of the powered-on equipment with no load (all userports are deactivated)

l Maximum power consumption: power consumption of the powered-on equipment with full services

l Typical power consumption: Static power consumption + (Maximum power consumption - Staticpower consumption) x 50% (prerequisite: 50% user online rate and 50% hardware usage)

l The maximum power consumption of the equipment configured with POTS service boards is the powerconsumption when 50% of POTS users are online, and its typical power consumption is calculatedwith parameters such as user online rate provided by the customer.

5.1.5 Board SpecificationsThis topic describes the power consumption and dimensions of the boards supported by theMA5600T/MA5603T.

Power ConsumptionNOTE

The board power consumption is measured at -48 V and 25°C.

l Table 5-9 lists the power consumption of the control boards.l Table 5-10 lists the power consumption of the service boards.l Table 5-11 lists the power consumption of the power interface board.l Table 5-12 lists the power consumption of the clockl interface boards.l Table 5-13 lists the power consumption of the upstream interface boards.



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Table 5-9 Control board

Board Static Power Consumption Maximum Power Consumption

SCUB 18.8 W 22 W

SCUN 36 W 66 W

Table 5-10 Service board


GPBC 70.6 W 78 W

H802GPBD 45 W 51 W

H805GPBD 43 W 49 W

OPFA 20.2 W 28.5 W

OPGD 70 W 100 W

ASRB 12 W 37 W

ASPB 15.9 W 70.8 W

DSRD 18 W 40 W

ADLF 12 W 50.4 W

ADIF 12 W 49.2 W

ADPD 25 W 82.5 W

ADQD 25 W 82.5 W

ADKM 28 W 81 W

ADPE 12.4 W 56.8 W

VDSA 29.4 W 76.5 W

VDTF 25.7 W 60.7 W

VDRD 20 W 55 W

VDMF (17a) 34 W 80 W

VDMF (8b) 34 W 87 W

VDNF (17a) 35.2 W 90 W

VDNF (8b) 35.2 W 96 W

VDJM(17a) 33 W 82 W

VDJM(8b) 33 W 99 W

VDPE(17a) 38 W 79 W



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VDPE(8b) 38 W 86 W

VDPM(17a) 40 W 82 W

VDPM(8b) 40 W 89 W

SHLB 16 W 23 W

SHLM 16 W 21 W

H802EDTB 32 W 38 W

TOPA (NH1A) 24.2 W 25.3 W

TOPA (EH1A) 24.2 W 25.3 W

TOPA (O2CE) 24 W 24.5 W

TOPA (CSSA) 25 W 25 W

SPUA 28 W 35 W

ETHB 20 W 21 W

AIUG 24.9 W 33.4 W

SPUB 21 W 24 W

CSPA 22 W 23 W

Table 5-11 Power interface board


PRTE 1.5 W 1.5 W

Table 5-12 Clock board


BIUA 5.3W 5.3W

CITD 3.64W 4.55W

Table 5-13 GIU board


GICD 5.3 W 5.3 W



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GICE 5.8 W 11.8 W

GSCA 8 W 10 W

GICF 3.9 W 3.9 W

GICG 6.3 W 9.2 W

GICK 6.6 W 7 W

X1CA 11.1 W 11.3 W

X2CA 20.2 W 20.5 W

X2CS 17.6 W 18 W

P2CA(MA5603T) 9 W 10 W

DimensionsTable 5-14 lists the dimensions of the boards supported by the MA5600T/MA5603T.

Table 5-14 Board dimensions

Board Type Dimensions (W x D x H)

Control board 25.40 mm x 237.00 mm x 395.40 mm

Service board 22.86 mm x 237.00 mm x 395.40 mm

Clock board 25.40 mm x 237.00 mm x 183.20 mm

GIU board 25.40 mm x 237.00 mm x 197.20 mm

Power interfaceboard

25.40 mm x 237.00 mm x 105.10 mm

SPL board(SPPF/SPPH/SPPL)

22.86 mm x 237.00 mm x 395.40 mm

SPL board(SPLF/SPLH/SPLL/VSTL/VSTH/VSNLA/VSNF/VSPHA/VSPLA)

22.86 mm x 237.00 mm x 395.40 mm

NOTEFigure 5-5 illustrates the dimensions of a board (considering the service board as an example).



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Figure 5-5 Dimensions of a board

5.1.6 Running EnvironmentThis topic provides the running environment parameters of the MA5600T/MA5603T.



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Table 5-15 Running environment parameters of the MA5600T

EnvironmentParameter

Specification

Workingenvironmenttemperature

-25°C to +55°C

Workingenvironmenthumidity

5% RH to 95% RH

Atmospherepressure

70 kPa to 106 kPa

Altitude < 4000 m

Table 5-16 Running environment parameters of the MA5603T

EnvironmentParameter

Specification

Workingenvironmenttemperature

-40°C to +65°C

Workingenvironmenthumidity

5% RH to 95% RH

Atmospherepressure

70 kPa to 106 kPa

Altitude < 4000 m

5.1.7 Power ParametersThis topic provides the power parameters of the MA5600T/MA5603T.

Table 5-17 Power parameters of the N63E-22 cabinet


Power supply mode DC power supply

Rated voltage -48 V/-60 V DC

Working voltage range -38.4 V to -57.6 V (-48 V DC power supply)-48 V to -72 V (-60 V DC power supply)

the maximim current 80 A DC



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Table 5-18 Power parameters of the N66E-18 dual-standard cabinet


Power supply mode DC or AC power supply

Rated voltage -48 V/-60 V DC220 AC

Working voltage range -38.4 V to -57.6 V (-48 V DC power supply)-48 V to -72 V (-60 V DC power supply)100 V to 240 V AC

the maximim current MA5600T:80 A DC or 32 A ACMA5603T:32 A DC or 15 A AC

5.2 Performance and CapacityThis topic describes the system performance, device configuration, and port specifications (typesand number of ports) of the MA5600T/MA5603T.

System Performance

Table 5-19 System performance parameters of the MA5600T/MA5603T


Backplane busswitching capacity

MA5600T: 3.2 Tbit/sMA5603T: 1.5 Tbit/s

System Layer 2packet forwardingrate

SCUB: 72 MppsSCUN: 726 Mpps

Control boardswitching capacity

SCUB: 48 Gbit/sSCUN: 480 Gbit/s

Switching/Forwarding delay

Short forwarding delay: The 100 Mbit/s Ethernet port sends the 64-byte Ethernet packets at a delay shorter than 20 μs.

BER in full load BER of port when transmitting data in full load <10 e-7

Table 5-20 System reliability parameters of the MA5600T/MA5603T

Parameter Value

System Redundant configuration



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Parameter Value

System availabilityin typicalconfiguration

>99.999%

Mean Time BetweenFailures (year)

≈45

NOTE

The networking environments are different and the device uses different boards. Therefore, the referencevalue of the MTBF of the MA5600T/MA5603T is 45 years and the reference value of the MTTR of theField Replaceable Unit (FRU) is two hours. The preceding values are only for reference. For details, contactthe related Huawei engineers.

Device Configuration

Table 5-21 Configuration parameters of the MA5600T/MA5603T

Parameter Data Configuration(MA5600T)

Data Configuration(MA5603T)

Maintenance port l Number of 10 Mbit/s/100Mbit/s maintenanceEthernet ports: 1

l Number of serial ports forlocal/remote maintenance:1

l Number of 10 Mbit/s/100Mbit/s maintenanceEthernet ports: 1

l Number of serial ports forlocal/remote maintenance:1

Monitoring port Number of environmentmonitoring serial ports: 1

Number of environmentmonitoring serial ports: 1

Maximum number ofADSL2+ ports in a subrack

1024 384

Maximum number ofVDSL2 ports in a subrack

1024 384

Maximum number of ATMSHDSL/EFM SHDSL portsin a subrack

256 96

Maximum number of TDMSHDSL ports in a subrack

128 96

Maximum number of POTSports in a subrack

1024 384

Maximum number of ISDNBRA ports in a subrack

512 192

Maximum number of ISDNPRA ports in a subrack

64 64



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Parameter Data Configuration(MA5600T)

Data Configuration(MA5603T)

Maximum number ofGPON ports in a subrack

128 48

Maximum number of P2PFE ports in a subrack

768 288

Maximum number of P2PGE ports in a subrack

768 288

Maximum number of ATMports in a subrack

8 8

Maximum number ofupstream ports (GE ports inthe GIU slot) in a subrack

8 8

Maximum number ofupstream ports (10GE portsin the GIU slot) in a shelf

4 4

Maximum number ofupstream ports (PON portsin the GIU slot) in a subrack

- 2

NOTE

l The maximum number of GE upstream ports in a subrack or the maximum number of 10GE upstreamports in a subrack refers to the maximum number of upstream ports supported by the upstream boardconfigured in the GIU slot. If the services slots house the SPUA boards, a single slot can support eightGE upstream ports and two 10GE upstream ports; if the service slots house the ETHB boards, a singleslot can support eight GE upstream ports.

l The maximum number of upstream ports (PON ports in the GIU slot) in a shelf is two, and the twoPON ports work in the active/standby mode.

Port Type and Number

Table 5-22 Management ports of the MA5600T/MA5603T

Port Type Provided by Ports per Board

Outband managementEthernet port (RJ-45)

SCUB/SCUN control board 1

Local serial port (Console) SCUB/SCUN control board 1



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Table 5-23 Upstream ports of the MA5600T/MA5603T


GE electrical port GICE 4

GICG 2

GE optical port GICF 2

GICK 2

SCUB 4

SCUN 4

GICD 4

GSCA 4

ETHB 8

SPUA 8

10GE optical port X1CA 1

X2CA 2

X2CS 2

SPUA 2

E1 port TOPA 16

STM-1 upstream optical port TOPA 2

PON upstream optical port(MA5603T)

P2CA 2 (One PON port is availableand the other is backup.)

Table 5-24 Service ports of the MA5600T/MA5603T


ADSL2+ ADLF/ADIF 32

ADPD/ADQD/ADKM/ADPE 64

VDSL2 VDSA/VDTF/VDRD 24

VDMF/VDNF/VDJM 48

VDPE/VDPM 64

ATM SHDSL/EFMSHDSL

SHLB/SHLM 16

TDM SHDSL H802EDTB 16

POTS ASRB 32



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ASPB 64

ISDN BRA DSRD 32

GPON port GPBC 4

GPBD 8

P2P FE optical port OPFA 16

P2P GE optical port OPGD Single-fiber bi-directional:48Two-fiber bi-directional: 24

Ethernet optical port ETHB 8

SPUA 10

ATM port AIUG 4

E1 port H802EDTB 16

5.3 Service and Management features

5.3.1 List of FeaturesThis topic lists all the features supported by the MA5600T/MA5603T, with the new featuressupported by the V800R008 version highlighted.

Table 5-25 Features supported by the V800R008 version

Classification Feature

Access features l GPON accessl P2P accessl ADSL/ADSL2/ADSL2+ accessl VDSL2 accessl ATM SHDSL/EFM SHDSL accessl *TDM SHDSL accessl ATM access



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MPLS l Basic MPLS functionsl MPLS RSVP-TEl MPLS OAMl Graceful restart (GR) function of the LDP, RSVP-

TE, and PWl *As a P devicel *MPLS PW traffic label

Broadband Layer 2 features l MAC address managementl VLAN attribute managementl Service stream processingl Layer 2 forwarding policyl Traffic classificationl VLAN switching policyl Bridging

QoS l Priority processingl Traffic managementl ACL policyl Congestion managementl HQoS

Multicast l PIM-SSMl IGMP snoopingl IGMP proxyl Multicast VLAN managementl Multicast program managementl Multicast user managementl Multicast CAC

Layer 2 tunnel emulationtechnology

l TDM PWE3l ATM PWE3l ETH PWE3l Terminating the SAToP service and transmitting

the service upstream through the STM-1/E1 portl Terminating the native TDM service and

transmitting the service upstream through the E1/STM-1 port



102


Layer 3 features l VLAN Layer 3 interfacel ARPl ARP proxyl DHCP relayl DHCP option 60l Static routingl RIP dynamic routingl OSPF dynamic routingl IS-IS dynamic routingl BGP dynamic routingl DHCP proxyl ECMPl VRFl *VRRP snooping

Voice service l VoIP– SIP– H.248– ISDN BRA/PRA access (based on H.248)

l FOIPl MOIPl POTS voice service

Security l User securityl System securityl OAM securityl Line security

Network protection features l MSTPl *RRPPl Smart link and monitor linkl Inter-board aggregationl Ethernet link aggregation (through the LACP

protocol)l BFDl STM-1 port protection switchingl Redundancy protection



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OAM features l Remote operation and user managementl Version and data managementl Device exception managementl Service overload controll ETH OAMl RING checkl ANCP

Clock features l BITS access clock synchronizationl Synchronous Ethernet clockl System internal clockl Network time synchronizationl Line recovered clock (E1/STM-1/SAToP)

Control board redundancy l Load-balancing model Active/Standby mode

System energy conservation l Energy conservation controll Energy consumption monitoring

Environment monitoring The monitoring parameters include temperature,humidity, water, smoke, MDF, and door status sensor.

NOTE

In the Feature column, "-" indicates that this feature is supported.

In the Feature column, "*" indicates that this feature is a new feature of the V800R008 version.

Maintenance and Management Features

Table 5-26 System maintenance and management features


Management Configuration through the serial port (console)

Remote configuration through SSH telnet

Configuration through the CLI

Management through SNMP V1, SNMP V2, or SNMP V3

Management through the iManager U2000

System logging function

Hierarchical alarms



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Maintenance Printing the debugging information

Ping

Trace route

Remote maintenance through SSH telnet

Loading andupgrade

Loading and upgrade through Xmodem

Loading and upgrade through FTP, TFTP, or SFTP

Loading and upgrade upon startup, and the in-service loading andupgradeAutomatically uploading alarms, logs, and data to the FTP server

Performancemeasurement

Performance measurement of the network-side Ethernet packets

Port performance measurement on the service access side

Traffic performance measurement of the terminal

Multicast traffic measurement

Performance measurement through IGMP proxy or IGMP snooping



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