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ZXDSL 9806HZTE Broadband Universal Access System

Product Information

Version 2.1

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: (86) 755 26771900Fax: (86) 755 26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

LEGAL INFORMATION

Copyright © 2010 ZTE CORPORATION.

The contents of this document are protected by copyright laws and international treaties. Any reproduction or distribution ofthis document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPO-RATION is prohibited. Additionally, the contents of this document are protected by contractual confidentiality obligations.

All company, brand and product names are trade or service marks, or registered trade or service marks, of ZTE CORPORATIONor of their respective owners.

This document is provided “as is”, and all express, implied, or statutory warranties, representations or conditions are dis-claimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose, title or non-in-fringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on theinformation contained herein.

ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subjectmatter of this document. Except as expressly provided in any written license between ZTE CORPORATION and its licensee,the user of this document shall not acquire any license to the subject matter herein.

ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice.

Users may visit ZTE technical support website http://ensupport.zte.com.cn to inquire related information.

The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Revision No. Revision Date Revision Reason

1.0 30/09/2009 First version

1.1 15/05/2010 Update boards information

Serial Number: sjzl20095516

Contents

Preface.............................................................. I

System Overview ..............................................1Background ................................................................... 1

Product Overview ........................................................... 1

Functions ...................................................................... 2

Features........................................................................ 3

Interfaces...................................................................... 3

Power Supply Requirements............................................. 4

Hardware Specifications .................................................. 4

Working Conditions......................................................... 4

Structure and Principles ....................................5System Principles ........................................................... 5

Software Architecture...................................................... 6

Network Management Subsystem ................................. 7

Broadband Protocol Subsystem .................................... 7

Broadband Service Subsystem ..................................... 8

Broadband Bearer Subsystem ...................................... 8

Operation Support Subsystem...................................... 8

Narrowband Operation and Maintenance Subsystem ........ 8

Narrowband Bearer Subsystem .................................... 9

Narrowband Database Management Subsystem.............. 9

Narrowband Protocol Subsystem................................... 9

Narrowband Service Subsystem ................................... 9

Hardware Structure .......................................................10

Shelf........................................................................10

Cards.......................................................................10

Backplane ................................................................13

Fan Box....................................................................14

Card Configuration.....................................................14

Networking Application ...................................17Overview......................................................................17

Confidential and Proprietary Information of ZTE CORPORATION I

ZXDSL 9806H Product Information

FTTx Networking ...........................................................17

Broadband Networking ...................................................18

PSTN Networking Based on VoIP......................................19

System Management Modes ............................21Login Mode...................................................................21

Login through HyperTerminal ......................................21

Login through Telnet ..................................................24

Network Management Mode ............................................25

NetNumen ................................................................26

In-band Network Management ....................................26

Out-of-band Network Management ..............................26

Technical Specifications ..................................27Technical Parameters .....................................................27

Performance Specifications .............................................29

Interface Specifications ..................................................35

Standards.....................................................................40

National and Industry Standards..................................40

ITUT/IETF/IEEE Standards ..........................................43

Enterprise Standards .................................................46

Environment Requirements .............................49Climate Requirements ....................................................49

Biological Environment Requirements ...............................50

Ambient Environment Requirements.................................50

Air Cleanness Requirements............................................50

Mechanical Stress Requirements......................................52

Figures ............................................................55

Tables .............................................................57

Index ..............................................................59

Glossary ..........................................................61

II Confidential and Proprietary Information of ZTE CORPORATION

Preface

Purpose This manual provides functional characteristics, software andhardware structure, technical specifications of the ZXDSL 9806H(V2.1) ZTE Broadband Universal Access System.

IntendedAudience

This manual is intended for engineers and technicians who performoperation activities on the ZXDSL 9806H (V2.1) ZTE BroadbandUniversal Access System.

Prerequisite Skilland Knowledge

To use this document effectively, users should have a basic conceptof xDSL technologies, telecommunications technology, and AccessNetwork.

What Is in ThisManual

This manual contains the following chapters:

Chapter Summary

Chapter 1, SystemOverview

Describes the system background, systemfeatures, and system specifications.

Chapter 2,Structure andPrinciples

Describes the system principles, softwarearchitecture and hardware structure.

Chapter 3,NetworkingApplication

Describes the networking applications.

Chapter 4, SystemManagement Modes

Describes the system management modes.

Chapter 5, TechnicalSpecifications

Describes technical parameters, performancespecifications, interface specifications andstandards.

Appendix A Describes environment requirements.

RelatedDocumentation

The following documentation is related to this manual:

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemDocumentation Guide

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemFeature Description

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemHardware Description

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemTroubleshooting Manual

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemAlarms Manual

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemRoutine Maintenance Manual

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemVersion Update Manual

Confidential and Proprietary Information of ZTE CORPORATION I


� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemNetwork Management User Manual

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemConfiguration Manual (CLI)

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemConfiguration Manual (NetNumen)

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemCommand Manual (Volume I)

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemCommand Manual (Volume II)

� ZXDSL 9806H (V2.1) ZTE Broadband Universal Access SystemCommand Manual (Volume III)

How to Get inTouch

The following sections provide information on how to obtain sup-port for the documentation and the software.

Customer SupportIf you have problems, questions, comments, or suggestionsregarding your product, contact us by e-mail at [email protected]. You can also call our customer support center at(86) 755 26771900.

Documentation SupportZTE welcomes your comments and suggestions on the quality and usefulness of this document. For further questions,comments, or suggestions on the documentation, you cancontact us by e-mail at [email protected]; or you can faxyour comments and suggestions to (86) 755 26770801. Youcan also browse our website at http://ensupport.zte.com.cn,which contains various interesting subjects like documentation, knowledge base, forum and service request.

Declaration ofRoHS Compliance

Tominimize the environmental impact and take more responsibilityto the earth we live, this document shall serve as formal declara-tion that ZXDSL 9806H manufactured by ZTE CORPORATION is incompliance with the Directive 2002/95/EC of the European Parlia-ment - RoHS (Restriction of Hazardous Substances) with respectto the following substances:

� Lead (Pb)

� Mercury (Hg)

� Cadmium (Cd)

� Hexavalent Chromium (Cr (VI))

� PolyBrominated Biphenyls (PBB’s)

� PolyBrominated Diphenyl Ethers (PBDE’s)

This declaration is issued based on our current level of knowledge.Since conditions of use are outside our control, ZTE CORPORATIONmakes no warranties, express or implied, and assumes no liability inconnection with the use of this information.

II Confidential and Proprietary Information of ZTE CORPORATION

C h a p t e r 1

System Overview

Table of ContentsBackground ....................................................................... 1Product Overview ............................................................... 1Functions .......................................................................... 2Features............................................................................ 3Interfaces.......................................................................... 3Power Supply Requirements................................................. 4Hardware Specifications ...................................................... 4Working Conditions............................................................. 4

BackgroundWith the rapid growth of IP services and media services, the uni-versal access network which integrates broadband services andnarrowband services completely comes out. The universal ac-cess network supports the access of various services such as data,voice, and dedicated line data service.

ZXDSL 9806H (V2.1) provides unified narrowband and broadbandaccess gateway in NGN. By using packet service and TDM double-bus technology, ZXDSL 9806H (V2.1) is added with narrowbandaccess capability. With the network development, ZXDSL 9806Hcan transfer to the pure broadband network smoothly.

In addition, to meet the network evolution, ZXDSL 9806H providesxPON uplink ports for FTTx networking.

Product OverviewZXDSL 9806H is a miniature integrated access device which imple-ments small-capacity xDSL access and narrowband POTS access.It provides abundant uplink, cascade interfaces, and various typesof broadband and narrowband services to the users.

ZXDSL 9806H provides 96 ADSL/ADSL2 subscriber ports, 64 VDSLsubscriber ports, 64 VDSL2 subscriber ports, 96 SHDSL subscriberports, and 192 POTS subscriber ports. In addition, it providesxPON or Ethernet uplink interfaces. ZXDSL 9806H is applicable toareas with low-density population, such as buildings, districts, orvillages.

Confidential and Proprietary Information of ZTE CORPORATION 1


Figure 1 shows the ZXDSL 9806H multi-service networking.

FIGURE 1 MULTI-SERVICE NETWORKING

FunctionsZXDSL 9806H supports the following functions:

� GE/FE or GPON/EPON interfaces

� ADSL/ADSL2+, VDSL2, and SHDSL access

� POTS ports

� H.248 protocol

� Voice service for interconnection to SS

� POTS subscriber card test

� IGMP v3 protocol

� ZTE Group Management System (ZGMS), including IGMP proxyand IGMP snooping

� Layer-2 protocols such as 802.1Q, 802.1ad, 802.1D, STP,VBAS, TRUNKING, DHCP option 82, and PPPoE+

� 802.1x, 802.1ag, and 802.3ah

� QoS functions such as 802.1p, queue scheduling, priority trust,port rate limit, traffic classification, traffic priority mark, buffermanagement

� Layer-2 isolation/interconnection, MAC/IP binding, packet sup-pression, MAC black/white list, DHCP snooping, and ALC

� Log, history records, and crash file

� Security functions such as network management ACL andbroadcast storm suppression

� OAM

2 Confidential and Proprietary Information of ZTE CORPORATION

Chapter 1 System Overview

FeaturesZXDSL 9806H has the following features:

� The system uses the standard 2 U shelf. The rack is 300 mmin depth.

� The shelf is front-outlet.

� A single system can hold four subscriber cards, one main con-trol card (uplink card), one power supply card, and one built-infan.

� The system uses a single shelf. Shelf cascading is supportedfor capacity expansion.

� The system uses centralized power supply. It supports -48 VDC or 220 V AC (compatible with 110 V AC). The power supplycard supplies power to cards.

� Both subscriber cards and main control card are hot-swap-pable.

InterfacesZXDSL 9806H provides the following interfaces:

� Management interfaces

� One network management interface (MGT)

� One serial port (CONSOLE)

� One Boolean value input interface (Monitor)

� Uplink/cascade interfaces

� Two GE/FE optical/electrical interfaces, or two GPON/EPONONT interface

�

� ADSL/ADSL2+ interfaces

36, 24 or 16 subscribers

� VDSL/VDSL2 interfaces

24 or 16 subscribers

� SHDSL interfaces

24 subscribers

� POTS interfaces

64 or 48 subscribers



Power Supply RequirementsZXDSL 9806H power supply requirements are as follows:

� DC power

- 48 V (-56 V to -40 V)

� AC power

110 V/220 V (85 V – 264 V)

Hardware SpecificationsZXDSL 9806H hardware specifications are as follows:

� Shelf dimensions

88.1 mm × 482.6 mm × 240 mm (Height × Width × Depth)

� Shelf weight

8.5 kg (full configuration)

Working ConditionsZXDSL 9806H meets the following working conditions:

� Working temperature

- 30 ℃ to 55 ℃� Working humidity

5% – 95%


C h a p t e r 2

Structure and Principles

Table of ContentsSystem Principles ............................................................... 5Software Architecture ......................................................... 6Hardware Structure ...........................................................10

System PrinciplesSystem

ArchitectureFigure 2 shows the ZXDSL 9806H system architecture.

FIGURE 2 SYSTEM ARCHITECTURE

The main control card (VoIP sub-card) communicates with sub-scriber cards through the following buses:

� Management bus

� xDSL service bus

� Ethernet service bus

� Narrowband TDM service card

FunctionalModules

The ZXDSL 9806H system contains the following functional mod-ules:

� Main control module/Ethernet service processing module/VoIPprocessing module

� ADSL/ADSL2+ access module

� VDSL2 access module

� SHDSL access module



� POTS access module

Access modules communicate with the main control modulethrough the backplane.

Figure 3 shows the ZXDSL 9806H functional modules.

FIGURE 3 FUNCTIONAL MODULES

Software ArchitectureThe ZXDSL 9806H software system is divided into the broadbandsubsystem and narrowband subsystem.

The broadband subsystem contains:

� Network management subsystem

� Broadband protocol subsystem

� Broadband service subsystem

� Broadband bearer subsystem

� Operation support subsystem

The narrowband subsystem contains:

� Narrowband operation and maintenance subsystem

� Narrowband service subsystem

� Narrowband bearer subsystem

� Narrowband protocol subsystem

� Narrowband database management subsystem

� Operation support subsystem

Note:

The rcc command and snmp of narrowband software are trans-ferred on the broadband subsystem. Alarms are handled on theunified platform. Broadband bearer subsystem divides media traf-fic on the switching chip.


Chapter 2 Structure and Principles

Figure 4 shows the ZXDSL 9806H software architecture.

FIGURE 4 SOFTWARE ARCHITECTURE

Network Management Subsystem

The network management subsystem provides CLI, TELNET andSNMP access interfaces. The network management subsystem im-plements the following functions:

� Configuration, operation, and maintenance on the whole sys-tem

� Synchronizing active and standby data

� Creating configuration files

� Saving configuration files

Broadband Protocol Subsystem

The broadband protocol subsystem contains the following parts:

� TCP/IP

� STP

� Control multicast protocols includes:

� IGMP V1/V2 (supporting Router, Proxy and Snooping)

� MVLAN

� CAC

� CDR

� PRW



Broadband Service Subsystem

The broadband service subsystem configures and saves systemdata. The system data includes two parts:

� Global data, such as SNMP and IP address configuration

� Card data, such as PVC and QoS configuration

Broadband Bearer Subsystem

The broadband bearer subsystem implements switching functions.It provides standard access interfaces to all modules.

The broadband bearer subsystem transmits RTP and RTCP packetsto VoIP voice chip.

Operation Support Subsystem

Based on BSP, drivers, and real-time operating system, the op-eration support subsystem is a uniform platform for upper-layerapplications. It implements the following functions:

� Task and process management

� Intra-card and inter-card communications

� Memory management

� Timer management

� File system management

� Version management

� Version upload

� Software management

Narrowband Operation andMaintenance Subsystem

The operation and maintenance subsystem supports operation andmaintenance in SNMP and CLI mode. In addition, it provides in-ternal interfaces to operation and maintenance console.

The CLI mode supports management through Telnet and HyperT-erminal.



Narrowband Bearer Subsystem

The narrowband bearer subsystem implements the following func-tions:

� On-hook/Off-hook test

� Subscriber circuit test

� Announcement

� DTMF receiving/sending number

� VoIP coding/decoding

� TDM switching network connection

� Providing special interfaces for other modules

Narrowband Database ManagementSubsystem

The narrowband database management subsystem manages sys-tem data and resources. It implements the following functions:

� Establishing memory database

� Providing unified interface

� Collecting configuration information

� Providing configuration information to the narrowband protocolsubsystem, service subsystem, operation support subsystem,and bearer subsystem

� Providing data management interface to the operation andmaintenance subsystem

� Configuring data in CLI and SNMP modes

Narrowband Protocol Subsystem

The narrowband protocol subsystem implements the followingfunctions:

� H.248 protocol processing

� Interaction between ZXDSL 9806H and SoftSwitch

� Interworking between controlling and signaling

Narrowband Service Subsystem

The narrowband service subsystem implements the following func-tions:



� Executes the protocol subsystem commands

� Provides unified service interfaces

� Shields hardware differences

� Assembles and disassembles the protocol packets

� Invokes the narrowband bearer subsystem interfaces for prac-tical operations

Hardware StructureZXDSL 9806H hardware includes the following:

� Shelf

� Cards

� Backplane

� Fan box

Shelf

ZXDSL 9806H shelf is a standard 19-inch shelf with 2U height (1U = 44.45 mm).

The shelf dimensions are 88.1 mm × 482.6 mm × 240 mm (Height× Width × Depth).

Figure 5 shows the ZXDSL 9806H shelf structure.

FIGURE 5 SHELF STRUCTURE

Cards

ZXDSL 9806H uses the following cards:

� the main control cards

� the sub-cards

� the subscriber cards (ADSL/ADSL2+, VDSL2, HSDSL, POTS)

� the power cards(DC/AC)

Table 1 shows the details.



TABLE 1 CARDS DESCRIPTION

Card Name Function ExternalInterfaces

One serial port(CONSOLE)

One out-of-band NMinterface (MGT)

SCCB/S-CCBK

Main control card System control andswitching

twoFE/GEor oneGPON/EPONuplinkinterfacesdepending onthe sub-card

FEUA Sub-card Ethernet uplink Two 100Mbps Ethernetelectricalinterfaces

One 100Mbps Ethernetelectricalinterface

FEUB Sub-card Ethernet uplink

One 100 MbpsEthernet opticalinterface

FEUC Sub-card Ethernet uplink Two 100 MbpsEthernet opticalinterfaces

GFUA Sub-card Ethernet uplink Two 1000Mbps Ethernetelectricalinterfaces

One 1000Mbps Ethernetelectricalinterface

GFUB Sub-card Ethernet uplink

One 1000 MbpsEthernet opticalinterface

GFUC Sub-card Ethernet uplink Two 1000 MbpsEthernet opticalinterfaces

GPNB Sub-card GPON ONT uplink One GPON ONToptical interface

EPNA Sub-card EPON ONT uplink One EPON ONToptical interface




GPND Sub-card GPON ONT uplink Two GPONONT opticalinterfaces

EPND Sub-card EPON ONT uplink Two EPONONT opticalinterfaces

EPNBA Sub-card EPON ONT uplink One EPON ONToptical interfaceand one 1000Mbps electricalinterface

EPNBB Sub-card EPON ONT uplink Two EPONONT opticalinterfaces

VOPCB Voice processingsub-card

Voice coding/de-coding, encapsula-tion/de-encapsula-tion, voice resources(TONE/DTMF/CID/C-onference)

-

ASTEB ADSL subscriberinterface card

ADSL subscriberaccess, with built-insplitter

24-portPSTN and24-port ADSLsubscriber linesocket

ASTDE ADSL subscriberinterface card

ADSL subscriberaccess, with built-insplitter

16-portPSTN and16-port ADSLsubscriber linesocket

ASTGC ADSL2+subscriberinterface card

ADSL2+ subscriberaccess, with thetranslation functionfrom ATM to IP packet

32-port PSTNand 32-portADSL2+subscriber linesocket

VSTDC VDSL2subscriberinterface card

VDSL2 subscriberaccess, with built-insplitter

16-portPSTN and16-port VDSL2subscriber linesocket

VSTDG VDSL2subscriberinterface card



VSTDN VDSL2subscriberinterface card






VSTEG VDSL2subscriberinterface card



VSTDNP VDSL2subscriberinterface card

VDSL2 subscriberaccess, with nobuilt-in splitter

16-port VDSL2subscriber linesocket

SSTEB SHDSLsubscriberinterface card

SHDSL subscriberaccess

24-port SHDSLsubscriber linesocket

ETCA Ethernetsubscriberinterface card

Ethernet subscriberaccess

16-portEthernetsubscriberinterfaces

ETCD Ethernetsubscriberinterface card

Ethernet subscriberaccess

16-portEthernetsubscriberinterfaces, port1 and 2 are GEports, port 3 to16 are FE ports

ATLC POTS subscriberinterface card

48-port POTSsubscriber access

48-port POTSinterfaces

ATLCI POTS subscriberinterface card



ATLCZ POTS subscriberinterface card



ATLDI POTS subscriberinterface card

64-port narrowbandPOTS subscriberaccess


ATLA POTS subscriberinterface card



PWDH DC power card -48 V DC powersupply

3-core socket

PWAH AC power card 220 V/110 V ACpower supply

3-core socket

Backplane

Interfaces ZXDSL 9806H backplane provides the following interfaces:

� Main control card interfaces

� Subscriber card interfaces

� Power card interfaces: - 48 V, -48 V GND, and 3.3 V GND



� Fan sockets: - 48 V, - 48 V GND, and fan test/control

Specification Dimensions: 320 mm × 84 mm (Width × Depth)

Fan Box

Overview Fan box features are as follows:

� The fan box resides at the left of the shelf.

� The fan box holds the fan control card for testing and control.

� The fan box is hot-swappable.

Specification Power consumption: 11 W

Card Configuration

In full configuration, the ZXDSL 9806H shelf holds one fan box,one backplane, one power card, one main control card, and foursubscriber cards.

Figure 6 shows the ZXDSL 9806H cards in full configuration.

FIGURE 6 CARDS IN FULL CONFIGURATION

In the minimum configuration, the ZXDSL 9806H shelf holds onefan box, one backplane, one power card, one main control card,and one subscriber card.

The subscriber slot holds the following subscriber cards:

� 24-port ADSL/ADSL2+ subscriber interface card ASTEB

� 16-port ADSL/ADSL2+ subscriber interface card ASTDE

� 24-port ADSL/ADSL2+ subscriber interface card ASTEC

� 32-port ADSL2+ subscriber interface and POTS interface cardASTGC

� 16-port VDSL2 subscriber interface card VSTDC

� 16-port VDSL2 subscriber interface card VSTDG

� 16-port VDSL2 subscriber interface card VSTDN

� 16-port PSTN and 16-port VDSL2 subscriber line socket inter-face card VSTEG

� 16-port VDSL2 subscriber interface card VSTDNP



� 24-port SHDSL subscriber interface card SSTEB

� 16-port Ethernet interface card ETCA

� 16-port Ethernet interface card ETCD

� 48-port POTS subscriber card ATLC

� 48-port POTS subscriber card ATLCI

� 48-port POTS subscriber card ATLCZ

� 64-port POTS subscriber card ATLDI

� 24-port POTS subscriber card ATLA



This page is intentionally blank.


C h a p t e r 3

Networking Application

Table of ContentsOverview..........................................................................17FTTx Networking ...............................................................17Broadband Networking .......................................................18PSTN Networking Based on VoIP..........................................19

OverviewZXDSL 9806H supports small-capacity xDSL service access andPOTS access. It provides abundant uplink and cascade interfaces.ZXDSL 9806H is applicable to areas with low-density population,such as buildings, districts, or villages.

ZXDSL 9806H is located at the access layer, responsible for dataand voice access. It is connected to the core network through theLayer-2 or Layer-3 convergence network. The equipment at theconvergence layer can be the Ethernet switch or access server.

FTTx NetworkingZXDSL 9806H provides PON ONT interface at the network side. Itsupports the FTTx networking for FTTB/C and FTTCab applications.

Figure 7 shows the ZXDSL 9806H FTTx networking.



FIGURE 7 FTTX NETWORKING

Broadband NetworkingZXDSL 9806H can be used as a broadband access equipment.ZXDSL 9806H (V2.1) supports two broadband networking modes:

� Single ZXDSL 9806H system networking

� Multiple ZXDSL 9806H systems networking

Figure 8 shows the broadband networking with a single ZXDSL9806H system.

FIGURE 8 BROADBAND NETWORKING (SINGLE SYSTEM)

Figure 9 shows the broadband networking with multiple ZXDSL9806H systems.


Chapter 3 Networking Application

FIGURE 9 BROADBAND NETWORKING (MULTIPLE SYSTEMS)

PSTN Networking Based onVoIPZXDSL 9806H supports POTS access at the user side and providesan IP interface at the network side. It communicates with the MGCthrough H.248 protocol.

Figure 10 shows the PSTN networking based on VoIP.

FIGURE 10 PSTN NETWORKING BASED ON VOIP


C h a p t e r 4

System ManagementModes

Table of ContentsLogin Mode.......................................................................21Network Management Mode ................................................25

Login ModeOperators can login to the ZXDSL 9806H through HyperTerminalor Telnet and perform maintenance on the system.

Login through HyperTerminal

Short Description Perform this procedure to login to the ZXDSL 9806H systemthrough HyperTerminal.

Prerequisites � Make sure that cables are connected properly.

� Make sure that ZXDSL 9806H is working normally.

� Use serial cable to connect the serial port on local computer tothe console port on the front panel of ZXDSL 9806H.

Context To login to the ZXDSL 9806H system, perform the following steps:

Steps 1. In MS Windows, click Start > Programs > Accessories >Communications > HyperTerminal. Connection Descrip-tion interface appears, as shown in Figure 11. Input connec-tion name and clickOK.



FIGURE 11 CONNECTION DESCRIPTION INTERFACE

2. Connect To interface appears, as shown in Figure 12. SelectCOM1 from Connect using drop-down list and click OK.

FIGURE 12 CONNECT TO INTERFACE


Chapter 4 System Management Modes

3. COM1 Properties interface appears as shown in Figure 13.Click Restore Defaults to use default COM1 values and clickOK.

FIGURE 13 COM1 PROPERTIES INTERFACE

4. The login interface is displayed, as shown in Figure 14. Inputthe correct login name and password (default: admin/admin).



FIGURE 14 LOGIN INTERFACE (THROUGH HYPERTERMINAL)

END OF STEPS

Result Login to the ZXDSL 9806H system through HyperTerminal is suc-cessful.

Login through Telnet

Short Description Perform this procedure to login to the ZXDSL 9806H system usingTelnet connection.

Prerequisites � The in-band or out-of-band NM IP address of ZXDSL 9806Hsystem is already configured.

� It is successful to ping the in-band or out-of-band IP address.

Context To login to the ZXDSL 9806H system using Telnet connection, per-form the following steps:

Steps 1. In MS Windows, click Start > Run. The Run dialog box ap-pears. Input the telnet x.x.x.x command, where ‘x.x.x.x’ isNE IP address. Click OK as shown in Figure 15.


Chapter 4 System Management Modes

FIGURE 15 RUN INTERFACE

2. The login interface appears, as shown in Figure 16. Input thecorrect login name and password (default: admin/admin).

FIGURE 16 LOGIN INTERFACE (THROUGH TELNET)

END OF STEPS

Result Login to the ZXDSL 9806H system using Telnet connection is suc-cessful.

Network Management ModeZXDSL 9806H supports management and maintenance throughthe integrated network management system NetNumen N31(V4.2.0).



NetNumen

NetNumen N31 (V4.4.0) is a highly customized, carrier-class andcross-platform network management platform. It is highly scal-able and supports all multiple operating systems. It meets diver-sified requirements of the users.

NetNumen N31 (V4.4.0) provides a powerful management toolto the administrator and supports NMS features such as networkgraphs, network monitoring, and management of multiple devices.It ensures a reliable, secure, and efficient network operation.

In-band Network Management

In-band network management mode provides two channels: Ser-vice channel and network management channel. The service chan-nel is used to transmit service data. The network managementchannel is used to transmit network management information.

In in-band networking mode, the network management informa-tion is transmitted through service channel. ZXDSL 9806H ac-cesses the IP network through uplink interfaces. The NEs in thesame area use a cascade interface. In this way, multiple NEs onlyneed one NE to provide an uplink interface for the network man-agement. The network management system communicates witheach NE through this network management interface.

In in-band network management mode, all NEs' network manage-ment information is sent to Ethernet switch in the NM center. Thenetwork management data flow is: NE > IP network > Ether-net switch > NM server.

In-band networking mode does not need a dedicated network forthe network management. The networking is more flexible andconvenient.

Out-of-band Network Management

In the out-of-band network management mode, ZXDSL 9806H NEscan access to IP network through Ethernet interface. The networkmanagement center also accesses IP network in this way. NEs cancommunicate with the NM system directly.

In the out—of-band network management mode, the networkmanagement data flow is: NE > IP network > NM server.

In the out-of-band networking mode, network management chan-nel is completely independent of the service channel. The networkmanagement information is not affected if the service channel isfaulty. One faulty NE has no any influence on other NEs.


C h a p t e r 5

Technical Specifications

Table of ContentsTechnical Parameters .........................................................27Performance Specifications .................................................29Interface Specifications ......................................................35Standards ........................................................................40

Technical ParametersThe ZXDSL 9806H technical parameters include equipment dimen-sions, equipment weight, operation voltage, operation environ-ment, equipment power consumption, and card power consump-tion.

EquipmentDimensions

Table 2 lists the equipment dimensions.

TABLE 2 EQUIPMENT DIMENSIONS

Type Dimensions

Shelf 88.1 mm × 482.6 mm × 240 mm(Height × Width × Depth)

SCCB 44 mm × 120 mm × 225 mm(Height × Width × Depth)

ASTEB/ASTDE/VSTDC 22 mm × 280 mm × 225 mm(Height × Width × Depth)

ASTGC 22 mm × 274 mm × 230 mm(Height × Width × Depth)

ATLDI/VSTEG 20.5 mm × 274 mm × 247.5 mm(Height × Width × Depth)

SSTEB/ATLC/ATLA 22 mm × 280 mm × 225 mm(Height × Width × Depth)

Power card 44 mm × 120 mm × 225 mm(Height × Width × Depth)

Backplane 84 mm × 320 mm (Height ×Width × Depth)

Equipment Weight 8.5 kg (with full configuration)



Operation Voltage Table 3 lists the operation voltage.

TABLE 3 OPERATION VOLTAGE

Voltage Type Rated voltage Voltage range

DC -48 V DC -56 V DC to -40 V DC

AC 110 V AC/220 V AC 85 V AC – 264 V AC

OperationEnvironment

Table 4 lists the operation environment.

TABLE 4 OPERATION ENVIRONMENT

Parameters Description

Groundresistance

< 1 ohm

Ambienttemperature

- 30 ºC to 55 ºC

Ambient humidity 5% – 95%

Cleanness Dust concentration with a diameter greater than5µm is equal to or less than 3 × 104 grains/m3,and the dust is not be electrically conductive,magnetically conductive and erosive.

Illumination � Do not expose the equipment room to directsunshine, to prevent the circuit boards andother components from aging and deformingdue to long-time exposure to the sunshine.

� Average illumination is 150Lx-200Lx, withoutglare. Normally, the fluorescence lampsembedded in the ceiling are adopted.

� Equip the equipment room with emergencylights.

Atmospherepressure

70 kPa – 106 kPa

Air pollution Do not expose the equipment to corrosive gases(e.g., SO2, oxides of SO2 and ammonia), smog, oroil solvents. No smoking in the equipment room.

Equipment PowerConsumption

135 W with full configuration for ADSL service

121 W with full configuration for VDSL2 service


Chapter 5 Technical Specifications

Card PowerConsumption

Table 5 lists the cards power consumption.

TABLE 5 CARD POWER CONSUMPTION

Card Power Consumption (Watts)

SCCB 7.49

ASTEB 23.65

ASTDE 24

ASTGC 18.5

VSTDC 24.4

VSTEG 28.5

SSTEB 24.22

ATLC 23.84

ATLA 12.2

PWAH 20

PWDH 2.3

Fan 11

Performance SpecificationsZXDSL 9806H performance specifications include system perfor-mance, system configuration, reliability, EMC, and service functionspecifications.

SystemPerformance

Table 6 lists the ZXDSL 9806H system performance specifications.

TABLE 6 SYSTEM PERFORMANCE

Type Remarks

Switching capacity 12.8 Gbps

Supported VLANs 1 K

Supported multicast groups 1 K

MAC address table size 4 K

Multicast concurrency processingcapability

32

Multicast channel switch delay < 2 sec



SystemConfiguration

Table 7 lists the ZXDSL 9806H system configuration specifications.

TABLE 7 SYSTEM CONFIGURATION

Type Remarks

Management ports SCCB card provides one networkmanagement interface (MGT) andone local maintenance serial portCONSOLE.

Uplink ports (Different sub-cardon the SCCB card provides variousuplink ports.)

� One 10 Mbps/100 MbpsEthernet electrical interfaceand one 100 M Ethernetoptical interface

� Two 100 Mbps Ethernet opticalinterfaces

� Two 1000 Mbps Ethernetelectrical interfaces

� One 1000 Mbps Ethernetelectrical interface and one1000 M Ethernet opticalinterface

� Two 1000 Mbps Ethernetoptical interfaces

� Two GPON ONT opticalinterface

� Two EPON ONT opticalinterface

ADSL/ADSL2+ ports 96

VDSL2 ports 64

SHDSL ports 96

POTS ports 192

Reliability Table 8 lists the ZXDSL 9806H reliability specifications.

TABLE 8 RELIABILITY

Parameter Remarks

System MTBF ≥ 80000 hours

System lifetime ≥ 10 years

CE authentication requirements Required

EMC Table 9 lists the ZXDSL 9806H EMC specifications.



TABLE 9 EMC SPECIFICATIONS

Parameter Remarks

Electrostatic discharge immunity Contact discharge: + 6 kV

Air discharge: + 8 kV

Radio frequency electromagneticfield radiation immunity

10 V/m

Electric fast transient burstimmunity

Signal cable port 1 kV

Lightning surge immunity DC test voltage ± 1 kV, waveform1.2/50 µs (8/20 µs), internalresistance 12 ohm

DSL and POTS port test voltage± 1.5 kV, waveform 10/700 µs,internal resistance 40 ohm

Radio frequency electromagneticfield conduction immunity

10 V

Service Functions Table 10 lists the ZXDSL 9806H service functions.

TABLE 10 SERVICE FUNCTIONS

Service Function

Access service ADSL/ADSL2+, SHDSL, VDSL2, POTS

Uplink mode Ethernet, PON ONT

802.1Q VLAN

TRUNKING

VBAS user port location

DHCP option82 user port location

PPPoE+ user port location

SVLAN user port location

SNTP

UAPS redundancy

Basic Layer-2protocols

Cascade



Service Function

IGMP v3

IGMP snooping

IGMP router

IGMP proxy

VLAN

VLAN source port and receive port

CAC

Getting CAC dynamically

Channel preview

CDR calling statistics

SMS service management

Management MIB and standard MIB

Fast leave

Channel package

Pre-join

Port concurrency access multicast groupnumber limit

SMS channel test

Enhanced CDR

User-side IGMP PVC access control

Multicast source address check

Leave all

Multicast pause, resumption

Multicast

Bandwidth detection

Layer-2 switching function

User PVC termination

MAC address self-study and aging

User Layer-2 isolation/interconnection

Ethernet interface universal propertiesconfiguration

User port source IP address binding

Basic Layer-2 service



Service Function

User port source MAC address learning numberlimit

MAC anti-spoofing

Port broadcast, unknown broadcast, unknownbroadcast suppression

Ethernet port rate limit

MAC address white list

MAC address black list

VLAN filter

TAG mode

MAC address statistics

MAC address reverse lookup

Static MAC address

Loopback detection

PVC VLAN stacking

Priority queue mechanism

CoS queue scheduling

Traffic classification

Traffic remarking

Port/PVC QoS

PVC output rate limit

QoS

Buffer management

Debugging information classification, moduleprint

Memory usage

CPU usage

LOG

System history

System self test

Sending ICMP packet to gateway and NMserver

System Down file

System debugging,diagnosis



Service Function

Clock synchronization

SNMP

TELNET

Management mode

Serial port

xDSL parameter configuration, display

Configuration file management

Protocol configuration management

Service configuration management

CPU occupancy and memory usage threshold

DSL port status statistics

SNMP community name configuration

Modem management

Configurationmanagement

Modem version upgrade

ADSL/ADSL2+ performance statistics

VDSL2 performance statistics

NM performance statistics

Ethernet port traffic statistics

PVC port traffic statistics

DSL port traffic statistics

Performancestatistics

Ethernet port RMON

NM channel ACL

NM channel storm control

Login user, password right management

Remote upgrade

Remote reset

Dual versions

In-band/out-of-band IP/MAC address localconfiguration

In-band/out-of-band IP/MAC address onlinemodification

Route table configuration

System security andmaintenance



Service Function

IGMP Rate Limit

DHCP Snooping

DHCP Source Guard

DHCP Rate Limit

ATM F5 PING

Saving configuration file periodically

ADSL2/2+, SELT/DELT test

SSH

Radius client and remote authentication

Interface SpecificationsADSL Interface Table 11 lists the ADSL interface specifications.

TABLE 11 ADSL INTERFACE SPECIFICATIONS

Property Description

Number of ports 24

Interface rate Upstream rate: Up to 1 Mbps

Downstream rate: Up to 8 Mbps

Maximum transmission distance 3 km – 5 km

Cable type Twisted pairs

Band occupancy Downstream band: 138 kHz –1.104 MHz

Upstream band: 30 kHz – 138 kHz

Modulation technology DMT

Service supported ADSL

Standards ANSI T1.413

ITU-T G.992.1 (G.dmt), G.992.2(G.lite)

ADSL2+ Interface Table 12 lists the ADSL2+ interface specifications.



TABLE 12 ADSL2+ INTERFACE SPECIFICATIONS

Property Description

Number of ports 24

Interface rate Upstream rate: Up to 1 Mbps

Downstream rate: Up to 24 Mbps

Maximum transmission distance 6.5 km

Cable type Twisted pairs

Band occupancy Downstream band: 138 kHz –2.208 MHz

Upstream band: 30 kHz – 138 kHz


Service supported ADSL2+ service

Standards ANSI T1.413

ITU-T-T G.992.3, G.992.5

VDSL2 Interface Table 13 lists the VDSL2 interface specifications.

TABLE 13 VDSL2 INTERFACE SPECIFICATIONS

Property Remarks

Number of ports 16

Downstream: 85 Mbps

Upstream: 50 Mbps

Interface rate

Note: Downstream rate andupstream rate can be symmetricor asymmetric.

Maximum transmission distance 2.5 km (with the diameter of 0.4mm)

Cable type Twisted-pairs

Band occupancy Supports band divisions defined inITU-T G.993.2 standard


Service supported VDSL2

Standards ITU-T G.993.2, G.992.1, G.992.3,G.992.5



100Base-TxInterface

Table 14 lists the 100Base-Tx interface specifications.

TABLE 14 100BASE-TX INTERFACE SPECIFICATIONS

Property Remarks

Interface type RJ-45

Interface rate Full-duplex 100 Mbps

Maximum transmission distance 100 m

Cable type Category-5 twisted-pairs

Standards IEEE 802.3u

100Base-FxSingle-mode

Interface

Table 15 lists the 100Base-Fx single-mode interface specifications.

TABLE 15 100BASE-FX SINGLE-MODE INTERFACE SPECIFICATION

Property Remarks

Interface type LC


Maximum transmission distance The transmission distance is 15km when 9/125 µm single-modeoptic fiber is used.

Fiber type LD

Central wavelength 1310 nm

Transmission optical power -8 dBm ~ -14 dBm

Extinction ratio 8.2 dB

Maximum receiver sensitivity -31 dBm


100Base-FxMulti-modeInterface

Table 16 lists the 100Base-Fx multi-mode interface specifications.

TABLE 16 100BASE-FX MULTI-MODE INTERFACE SPECIFICATIONS

Property Remarks

Interface type LC


Maximum transmission distance The transmission distance is 2 kmwhen 62.5/125 µm multi-modeoptic fiber is used.

Fiber type LD




Property Remarks

Transmission optical power -23.5 dBm

Extinction ratio 8 dB



1000Base-TxInterface

Table 17 lists the 1000Base-Tx interface specifications.

TABLE 17 1000BASE-TX INTERFACE SPECIFICATION

Property Remarks

Interface type RJ-45


Maximum transmission distance 100 m

Standards IEEE 802.3ab

1000Base-LxInterface

Table 18 lists the 1000Base-Lx interface specifications.

TABLE 18 1000BASE-LX INTERFACE SPECIFICATIONS

Property Remarks

Interface type LC

Interface rate 1000 Mbps

Maximum transmission distance The transmission distance is 10km when 9/125 µm single-modefiber is used.



Extinction ratio 8.2 dB


Standards IEEE 802.3z



1000Base-SxInterface

Table 19 lists the 1000Base-Sx interface specifications.

TABLE 19 1000BASE-SX INTERFACE SPECIFICATIONS

Property Remarks

Interface type LC

Interface rate 1000 Mbps

The transmission distance is 275m when 62.5/125 µm multi-modeoptic fiber is used.

Maximum transmission distance

The transmission distance is 550m when 50/125 µm multi-modeoptic fiber is used.



Extinction ratio 9 dB


Standards IEEE 802.3z

EPON Interface Table 20 lists the EPON interface specifications.

TABLE 20 EPON INTERFACE SPECIFICATIONS

Property Remarks

Interface type 1000Base-PX10, 1000Base-PX20

Number of ports 1

Interface rate Downstream: 1.25 Gbps

Upstream: 1.25 Gbps

Maximum transmission distance 20 km

Cable type Fiber

Central wavelength Downstream: 1490 nm

Upstream: 1310 nm

Standards IEEE802.3-2005

GPON Interface Table 21 lists the GPON interface specifications.



TABLE 21 GPON INTERFACE SPECIFICATIONS

Property Remarks

Interface type 1000Base-PX10, 1000Base-PX20

Interface number 1

Interface rate Downstream: 1.244 Gbps

Upstream: 2.448 Gbps

Maximum transmission distance 20 km

Cable type Fiber

Central wavelength Downstream: 1490 nm

Upstream: 1310 nm

Standards ITU-T G.984.x

StandardsZXDSL 9806H conforms to the following standards:

� National and industry standards

� ITU-T/ITU-T/IEEE standards

� Enterprise standards

National and Industry Standards

CompulsoryStandards

Table 22 lists the compulsory standards.

TABLE 22 COMPULSORY STANDARDS

Standard No. Standard Name

YD/T 1323-2004 Technical Requirements for AccessNetwork –Asymmetric DigitalSubscriber Line (ADSL)

YD/T 1314-2004 Test Method for Access Network– Very-high-speed DigitalSubscriber Line (VDSL)

YD/T 1244-2002 Digital Subscriber Line (xDSL)Equipment ElectromagneticCompatibility Requirements andTest Methods

YD/T 1239-2002 Technical Requirements for AccessNetwork –Very-high-speed DigitalSubscriber Line (VDSL)




YD/T 1187-2002 Asymmetric Digital SubscriberLine (ADSL) Voice SplitterTechnical Requirements and TestMethods

YD/T 1188-2002 Technical Requirements for AccessNetwork –ATM-based AsymmetricDigital Subscriber Line (ADSL)User-end Equipment

YD/T 1147-2001 Technical Specifications for AccessNetwork Management Interface-ADSL

YD/T 1055-2000 Test Methods for Access NetworkEquipment - Asymmetric DigitalSubscriber Line (ADSL) with VoiceSplitter

YD/T 1055-2005 Test Methods for Access NetworkEquipment – Asymmetric DigitalSubscriber Line (ADSL)

YD/T 1347-2005 Technical Requirements forAccess Network – ADSL User-endEquipment Remote Management

GB2423 Basic Environment ExperimentRegulations for Electrical/Elec-tronic Products

GB5080-86 General Requirements forEquipment Reliability Experimentand Guide for Experiment PeriodicPlan

GB4943-2001 Security of InformationTechnology Equipment

GB 9254-1998 Information TechnologyEquipment –Limits andMeasurement Methods of RadioDisturbance Characteristics

Non-compulsoryStandards

Table 23 lists the non-compulsory standards.

TABLE 23 NON-COMPULSORY STANDARDS


YD/T 1185-2002 Technical Requirements for AccessNetwork –Single-Pair High-speedDigital Subscriber Line (SHDSL)

YD/T 1064-2000 Technical Requirements for AccessNetwork Technology – Low-speedAsymmetric Digital SubscriberLine (ADSL.lite) without VoiceSplitter




YDN 078-1998 Technical Requirements for AccessNetwork–Asymmetric DigitalSubscriber Line (ADSL)

YDN 059-1997 Test Methods for High-Bit-RateDigital Subscriber Line (HDSL)(Temporary)

YDN 056-1997 Technical Requirements forAccess Network–High-Bit-RateDigital Subscriber Line (HDSL)(Temporary)

YD/T 1348-2005 Technical Requirements for AccessNetwork –Asymmetric DigitalSubscriber Line (ADSL) AutomaticTest System

YD/T 282-2000 General Methods of TestingTelecommunication EquipmentReliability

GB/T13426-92 Reliability Requirements for DigitalTelecommunication Equipmentand Experiment Standards

GB/T4064-1983 Security Design Guide for ElectricEquipment

GB/T4942.2-1993 Low Voltage Electric CoverProtection Grade

GB/T12501-1990 Electrical/Electronic EquipmentAnti-Electric-Shock ProtectionClassification

GB/T17618-1998 Anti-Interference Requirementsfor Information TechnologyEquipment

YD/T1109-2001 Technical Specifications for ATMExchange

YDN106.1-1999 Technical Requirements forATM-Based Multimedia BroadbandCore Network – Addressing andSignalling

YD/T 852-1996 General Scheme Principle ofTelecommunications ManagementNetwork (TMN)

YD/T 871-1996 General Information Model ofTelecommunications ManagementNetwork (TMN)



ITUT/IETF/IEEE Standards

CompulsoryStandards

Table 24 lists the ITUT/IETF/IEEE compulsory standards.

TABLE 24 ITUT/IETF/IEEE COMPULSORY STANDARD


ITU-T G.992.1 Transceiver of Asymmetric DigitalSubscriber Line (ADSL)

ITU-T G.992.3 Transceiver of Second Generationof Asymmetric Digital SubscriberLine (ADSL2)

ITU-T G0.992.5 Transceiver of Extended SecondGeneration of Asymmetric DigitalSubscriber Line (ADSL2+)

Non-compulsoryStandards

Table 25 lists the ITUT/IETF/IEEE non-compulsory standards.

TABLE 25 ITUT/IETF/IEEE NON-COMPULSORY STANDARDS


ITU-T G.991.2 Transceiver of Symmetric DigitalSubscriber Line

ITU-T G.992.2 Transceiver of Asymmetric DigitalSubscriber Line without Splitter

ITU-T G.993.1 Transceiver of High-Speed DigitalSubscriber Line

ITU-T G.993.2 Transceiver of Generation 2High-Speed Digital SubscriberLine

ITU-T G.994.1 Handshaking Regulations ofDigital Subscriber Line (DSL)Transceiver

ITU-T G.996.1 Test Programs of Digital SubscriberLine (DSL) Transceiver

ITU-T G.997.1 Physical-level Management ofDigital Subscriber Line (DSL)Transceiver

ITU-T K.21 Resistibility of Telecommuni-cations Equipment Installed inCustomer Premises to Over-volt-age and Over-current

ITU-T K.41 Resistibility of Internal Interfacesof Communication Equipmentat Telecommunication Center toSurge Over-voltage




ITU-T I.321 B-ISDN Protocol Reference Modeland Application

ITU-T I.327 B-ISDN Functional Architecture

ITU-T I.361 B-ISDN ATM Layer Specification

ITU-T I.362 B-ISDN ATM Adaptation Layer(AAL) Function

ITU-T I.363 B-ISDN ATM Adaptation Layer(AAL) Specification

ITU-T I.371 Traffic Control and CongestionControl in B-ISDN

ITU-T G.711(1988) Pulse Code Modulation of VoiceFrequency

ITU-T G.723.1 (1996) Multimedia CommunicationDual-speed Voice Coder at therates of 5.3 Kbit/s and 6.3 Kbit/s

ITU-T G.728 (1992) Voice Coding of Low Delay Codewith Linear Prediction Inspirationat the rate of 16 Kbit/s

ITU-T G.729 (1996) 8 Kbit/s Voice Code EmployingConjugate Structure Algebra CodeLinear Prediction Inspiration

ITU-T H.323 (1999) Packet-based MultimediaCommunication System

ITU-T Q.920 (1993) IISDN Subscriber Interface DataLink Layer Overview

ITU-T Q.921 (1997) ISDN Subscriber Interface DataLink Layer Specification

ITU-T T.30 (1998) Transmission Regulations of FileFax on Public Telephone ExchangeNetwork

ITU-T T.38 (1998) Regulations of Real-timeCommunications Among ThreeTerminals via IP Network

ITU-T H.248 (2003) Media Gateway Control Protocol(Megaco)

PFC1661 Point-To-Point Protocol (PPP)

RFC1213 Network Management InformationLibrary Based on TCP/IP Internet

RFC1643 Definitions of Managed Objects forthe Ethernet-like Interface Types

RFC1757 Remote Network MonitoringManagement Information Base




RFC2021 Remote Network MonitoringManagement Information BaseVersion 2 Using SMIv2.

RFC2074 Remote Network Monitoring MIBProtocol Identifiers

RFC2613 Remote Network Monitoring MIBExtensions for Switched NetworksVersion 1.0

RFC2665 Ethernet-like MIB

RFC0768 (1990) UDP Protocol

RFC0791 (1990) IP Protocol

RFC0793 (1990) TCP Protocol

RFC0854 (1990) TELNET Protocol

RFC0855 (1990) Telnet Protocol OptionSpecification

RFC0858 (1990) Telnet Depressing ForwardingOption

RFC0894 (1990) Standards of Transmitting IP DataPackets on Ethernet

RFC1157 (1990) Simple Network ManagementProtocol (SNMP)

RFC1213 (1991) Network Management InformationLibrary Based on TCP/IP Internet:MIB-II

RFC1332 (1992) IPCP Protocol

RFC1334 (1992) PAP Protocol

RFC1631 (1994) IP Network Address Transformer

RFC1661 (1994) PPP Protocol

RFC1990 (1996) PPP Multi-link Protocol

RFC1994 (1996) CHAP Protocol

RFC2138 (1997) RADIUS Protocol

RFC2139 (1997) RADIUS Accounting Protocol

RFC1944 (1996) Performance Test Methodsof Network InterconnectionEquipment

IEEE Std 802.1D 1998 Edition Medium Access Control(MAC) Bridges




IEEE Std 802.1Q 1998 Virtual Bridged Local AreaNetworks

IEEE Std 802.1ad2000 Aggregation of Multiple LinkSegments

IEEE Std 802.2 1998 Logical Link Control

IEEE Std 802.3 1998 Edition Carrier Sense MultipleAccess with Collision Detection(CSMA/CD) Access Method andPhysical Layer Specifications

IEEE Std 802.3ab 1999 Physical Layer Parameters andSpecifications for 1000BASE-TOperation Over 4-Pair of Category5 Balanced Copper Cabling,

IEEE 802.3x Full Duplex and Flow control on10BaseT and 100BaseT ports

IEEE 802.3u 100BaseTX and 100BaseFXspecification

IEEE 802.3z 1000BaseX specification

Enterprise Standards

Table 26 lists the enterprise standards.

TABLE 26 ENTERPRISE STANDARDS


Q/ZX 04.002-1998 Software DevelopmentSpecifications

Q/ZX 04.121-2000 Credibility Design Rule

Q/ZX 04.122-2002 General Application EnvironmentConditions for CommunicationEquipment

Q/ZX 04.005-2001 Detailed Rules for CredibilityDesign Evaluation

Q/ZX 23.020-2001 Reliability Design Requirements–Modelling Distribution Prediction

Q/ZX 04.001-1997 Apparatus Quota Reduction Rule

Q/ZX 23.020.3-2003 Reliability Design Requirement –EMC Design

Q/ZX 23.020.5-2004 Reliability Design Requirement –EMC Design




Q/ZX 23.009-1999 Circuit Error Tolerance Analysisand Error Tolerance Design Guide

Q/ZX 23.021-2005 Communication EquipmentReliability Specifications

Q/ZX 23.020.4-2004 Reliability Design Requirement –Heat Design

Q/ZX.23.018.1—2001 Reliability ExperimentRequirement – General Rules

Q/ZX.23.018.2—2001 Reliability ExperimentRequirement – DevelopmentPhase

Q/ZX.23.018.3 - 2001 Reliability ExperimentRequirement – Medium-termExperiment Phase

Q/ZX.23.018.4—2001 Reliability ExperimentRequirement – AuthenticationExperiment

Q/ZX.23.018.5—2001 Reliability ExperimentRequirement – RoutineExperiment

Q/ZX 23.011.1-2004 Electromagnetic CompatibilityExperiment Requirement forCommunication Equipment–General Rules

Q/ZX 23.011.2-2004 Electromagnetic CompatibilityExperiment Requirement forCommunication Equipment–Network Equipment

Q/ZX 23.011.3-2004 Electromagnetic CompatibilityExperiment Requirement forCommunication Equipment–Telecommunication TerminalEquipment

Q/ZX 23.011.4-2004 Electromagnetic CompatibilityExperiment Requirement forCommunication Equipment–Transmission Equipment

Q/ZX 18.001-2000 Technical Requirements forEquipment Production StaticProtection

Q/ZX04.101.(16)-2000 Structure Design Specification(Serial Standards)

Q/ZX 04.014-2000 Product Testability Design Guide

Q/ZX 23.004-2002 Fault Mode Affecting AnalysisMethod Guide

Q/ZX 23.016-2000 Fault Tree Analysis Guide




Q/ZX04.100.12003 Printed Circuit DesignSpecification – DocumentationRequirement

Q/ZX04.100.22003 Printed Circuit DesignSpecification – TechnologyRequirement

Q/ZX04.100.32003 Printed Circuit DesignSpecification – Product TestabilityRequirement

Q/ZX04.100.42003 Printed Circuit DesignSpecification – Apparatus PackageRequirement

Q/ZX04.100.52001 Printed Circuit DesignSpecification – SMD ApparatusPackage Requirement

Q/ZX04.100.62002 Printed Circuit DesignSpecification – Connector PackageSize Requirement

Q/ZX04.100.82002 Printed Circuit DesignSpecification – PCB CheckList

Q/ZX04.100.92003 Printed Circuit DesignSpecification – Version andIdentification

Q/ZX04.100.102003 Printed Circuit DesignSpecification – Requirementsfor Plug-in Board Structure Design

Q/ZX04.104.12005 Circuit Board Principle DiagramDesign Specification – CANDENCEApparatus Principle DiagramStorage Requirement

Q/ZX04.104.22002 Circuit Board Principle DiagramDesign Specification – DesignRequirement Based on CANDENCEPlatform

Q/ZX04.1052002 PCB Board Emulation SpecificationBased on CANDENCE Platform

Q/ZX 04.106-2003 Requirements for Panel IndicatorDesign


C h a p t e r 6

EnvironmentRequirements

Table of ContentsClimate Requirements ........................................................49Biological Environment Requirements ...................................50Ambient Environment Requirements ....................................50Air Cleanness Requirements................................................50Mechanical Stress Requirements..........................................52

Climate RequirementsTable 27 lists the ZXDSL 9806H climate requirements.

TABLE 27 CLIMATE REQUIREMENTS

Name Requirement

Temperature Storage: -30 ℃ to 55 ℃Transportation: -30 ℃ to 55 ℃Operation: -30 ℃ to 55 ℃

Temperature changeratio

Storage: ≤ 1 ℃/minTransportation: ≤ 3 ℃/minOperation: ≤ 3 ℃/min

Relative humidity 5% – 95%

Altitude Storage: ≤ 5000 m

Transportation: ≤ 5000 m

Operation: ≤ 4000 m

Air pressure 70 kPa - 106 kPa

Sun radiation Storage: ≤ 1120 W/m2

Transportation: ≤ 1120 W/m2

Operation: ≤ 700 W/m2

Heat dissipation ≤ 600 W/ m2



Name Requirement

Wind speed Transportation: ≤ 30 m/sec

Operation: ≤ 5 m/sec

Biological EnvironmentRequirements� Protect the equipment from biological generation such as fungi

and leaf mold.

� Protect the equipment from rodents such as mouse.

Ambient EnvironmentRequirementsThe ZXDSL 9806H system ambient environment requirements areas follows:

� Install the equipment indoor.

� No water leakage near the packaging box.

� Install the equipment away from automatic fire protection facil-ity and central heating system where water leakage may occur.

Air Cleanness RequirementsThe ZXDSL 9806H system air cleanness requirements are as fol-lows:

� The density of mechanical active matter must comply with therequirements listed in Table 28.

� The density of chemical active matter must comply with therequirements listed in Table 29, Table 30, and Table 31.


Chapter 6 Environment Requirements

TABLE 28 MECHANICAL ACTIVE MATTER DENSITY

Matter Unit Density

Floating dust mg/m2 Storage: ≤ 5

Transportation: Norequirements

Operation: ≤ 0.40

Falling dust mg/m2 Storage: ≤ 20

Transportation: ≤ 3

Operation: ≤ 15

Gravel mg/m2 Storage: ≤ 300

Transportation: ≤ 100

Operation: ≤ 300

– Floating dust: Diameter ≤ 75 µm– Falling dust: 75 µm ≤ Diameter ≤ 150 µm– Gravel 150 µm ≤ Diameter ≤ 1000 µm

TABLE 29 CHEMICAL ACTIVE MATTER DENSITY FOR STORAGE

Matter Unit Density

SO2 mg/m2 ≤ 0.30

H2S mg/m2 ≤ 0.10

NO2 mg/m2 ≤ 0.50

NH3 mg/m2 ≤ 1.00

Cl2 mg/m2 ≤ 0.10

O3 mg/m2 ≤ 0.05

TABLE 30 CHEMICAL ACTIVE MATTER DENSITY FOR TRANSPORTATION

Matter Unit Density

SO2 mg/m2 ≤ 0.30

H2S mg/m2 ≤ 0.10

NO2 mg/m2 ≤ 0.50

NH3 mg/m2 ≤ 1.00

Cl2 mg/m2 ≤ 0.10

HCL mg/m2 ≤ 0.10

HF mg/m2 ≤ 0.01

O3 mg/m2 ≤ 0.05



TABLE 31 CHEMICAL ACTIVE MATTER DENSITY FOR OPERATION

Matter Unit Density

SO2 mg/m2 ≤ 0.30

H2S mg/m2 ≤ 0.03

NH3 mg/m2 ≤ 1.00

Cl2 mg/m2 ≤ 0.10

Mechanical StressRequirementsTable 32, Table 33 and Table 34 list ZXDSL 9806H mechanicalstress requirements for storage, transportation and operation.

TABLE 32 MECHANICAL STRESS REQUIREMENTS FOR STORAGE

Item Name Scope

Shift ≤ 1.50 mm -

Acceleration - ≤ 5 m/s2

Sine oscillation

Frequencyscope

2 Hz - 9 Hz 9 Hz - 200 Hz

Impactresponsespectrum II

≤ 40 m/s2Non-stablestate impact

Net load ≤ 5 kPa

TABLE 33 MECHANICAL STRESS REQUIREMENTS FOR TRANSPORTATION

Item Name Scope

Shift ≤ 3.50 mm - -

Acceleration - ≤ 10 m/s2 ≤ 15 m/s2

Sineoscillation

Frequencyscope

2 Hz - 9 Hz 9 Hz - 200Hz

200 Hz -500 Hz

Accelerationspectrumdensity

1 m2/s2 0.3 m2/s2 0.3 m2/s2Randomoscillation

Frequencyscope

10 Hz - 200Hz

200 Hz -500 Hz

500 Hz -1000 Hz


Chapter 6 Environment Requirements

Item Name Scope



Net load ≤ 5 kPa

TABLE 34 MECHANICAL STRESS REQUIREMENTS FOR OPERATION

Item Name Scope

Shift ≤ 3.50 mm -

Acceleration - ≤ 10 m/s2

Sine oscillation

Frequencyscope

2 Hz - 9 Hz 9 Hz - 200 Hz



Net load 0

– Impact response spectrum: The curve relevant to the maximum accelerationthe equipment generates under the specified impact. Impact responsespectrum II indicates that the duration of semi-sine impact responsespectrum is 22 msec.

– Net load: The stress the equipment can load when it is packed in the setpackaging mode.


Figures

Figure 1 Multi-Service Networking......................................... 2

Figure 2 System Architecture ............................................... 5

Figure 3 Functional Modules ................................................. 6

Figure 4 Software Architecture ............................................. 7

Figure 5 Shelf Structure .....................................................10

Figure 6 Cards in Full Configuration......................................14

Figure 7 FTTx Networking ...................................................18

Figure 8 Broadband Networking (Single System) ...................18

Figure 9 Broadband Networking (Multiple Systems)................19

Figure 10 PSTN Networking Based on VoIP............................19

Figure 11 Connection Description Interface ...........................22

Figure 12 Connect To Interface............................................22

Figure 13 COM1 Properties Interface ....................................23

Figure 14 Login Interface (through HyperTerminal) ................24

Figure 15 Run Interface......................................................25

Figure 16 Login Interface (through Telnet) ............................25


Tables

Table 1 Cards Description ...................................................11

Table 2 Equipment Dimensions ............................................27

Table 3 Operation Voltage ...................................................28

Table 4 Operation Environment............................................28

Table 5 Card Power Consumption.........................................29

Table 6 System Performance ...............................................29

Table 7 System Configuration ..............................................30

Table 8 Reliability ..............................................................30

Table 9 EMC Specifications..................................................31

Table 10 Service Functions..................................................31

Table 11 ADSL Interface Specifications .................................35

Table 12 ADSL2+ Interface Specifications .............................36

Table 13 VDSL2 Interface Specifications ...............................36

Table 14 100Base-Tx Interface Specifications ........................37

Table 15 100Base-Fx Single-mode Interface Specification .......37

Table 16 100Base-Fx Multi-mode Interface Specifications........37

Table 17 1000Base-Tx Interface Specification ........................38

Table 18 1000Base-Lx Interface Specifications.......................38

Table 19 1000Base-Sx Interface Specifications ......................39

Table 20 EPON Interface Specifications .................................39

Table 21 GPON Interface Specifications.................................40

Table 22 compulsory standards............................................40

Table 23 Non-compulsory Standards ....................................41

Table 24 ITUT/IETF/IEEE Compulsory Standard .....................43

Table 25 ITUT/IETF/IEEE Non-compulsory Standards..............43

Table 26 Enterprise Standards.............................................46

Table 27 Climate Requirements ...........................................49

Table 28 Mechanical Active Matter Density ............................51

Table 29 Chemical Active Matter Density for Storage ..............51

Table 30 Chemical Active Matter Density for Transportation .....51

Table 31 Chemical Active Matter Density for Operation............52

Table 32 Mechanical Stress Requirements for Storage.............52

Table 33 Mechanical Stress Requirements for Transportation....52

Table 34 Mechanical Stress Requirements for Operation ..........53


Index

1000Base-Lx interface .......381000Base-Sx interface .......391000Base-Tx interface .......38100Base-Fx multi-modeinterface .........................37100Base-Fx single-modeinterface .........................37100Base-Tx interface .........37

AADSL interface ..................35ADSL2+ interface ..............35

Bbackplane.........................13broadband bearersubsystem ........................8broadband protocolsubsystem ........................7broadband servicesubsystem ........................8

EEPON interface..................39

Ffan box ............................14

GGPON interface .................39

Iinterfaces ...........................3

LLogin throughHyperTerminal .................21Login through Telnet ..........24

Nnarrowband bearersubsystem ........................9narrowband databasemanagement subsystem .....9

narrowband protocolsubsystem ........................9narrowband servicesubsystem ........................9network managementsubsystem ........................7

Ooperation andmaintenance subsystem......8operation supportsubsystem ........................8

PPerformance Specifica-tions ..............................29

VVDSL2 interface ................36


Glossary

AC- Alternating Current

ACL- Access Control List

ADSL- Asymmetric Digital Subscriber Loop

ALC- Analog Line Card

ANSI- American National Standards Institute

ATM- Asynchronous Transfer Mode

BSP- Broadband Signaling Processing Module

CAC- Channel Access Control

CDR- Call Detail Record

CLI- Command Line Interface

CoS- Class of Service

DC- Direct Current

DELT- Dual Ended Loop Test

DHCP- Dynamic Host Configuration Protocol

DMT- Discrete Multi-Tone

DSL- Digital Subscriber Line

DTMF- Dual-ToneMulti-Frequency

EMC- Electro Magnetic Compatibility

EMC- Electro-Magnetic Compatibility

EPON- Ethernet Passive Optical Network

FE- Fast Ethernet



FTTB/C- Fiber to the Building/Curb

FTTCab- Fiber to the Cabinet

GE- Gigabit Ethernet

GPON- Gigabit Passive Optical Network

ICMP- Internet Control Message Protocol

IEEE- Institute of Electrical and Electronics Engineers

IGMP- Internet Group Management Protocol

IP- Internet Protocol

ITU-T- International Telecommunication Union-Telecommunication Stan-dardization Sector

LC- Link Connection

LD- Laser Diode

MAC- Medium Access Control

MGC- Media Gateway Controller

MIB- Management Information Base

MTBF- Mean Time Between Failures

MVLAN- Multicast Virtual Local Area Network

NE- Network Element

NM- Network Management

NMS- Network Management System

ONT- Optical Network Terminal

PON- Passive Optical Network

POTS- Plain Old Telephone Service

PPPoE- Point to Point Protocol over Ethernet


Glossary

PSTN- Public Switched Telephone Network

PVC- Permanent Virtual Channel

QoS- Quality of Service

RMON- Remote Monitoring

RTCP- Real-time Transport Control Protocol

RTP- Real-time Transport Protocol

SELT- Single Ended Loop Test

SHDSL- Single-pair High Digital Subscriber Line

SNMP- Simple Network Management Protocol

SNTP- Simple Network Time Protocol

SS- Soft Switch

SSH- Secure Shell

STP- Spanning Tree Protocol

SVLAN- Selective VLAN

TC-PAM- Trellis Coded Pulse Amplitude Modulation

TCP- Transfer Control Protocol

TCP/IP- Transfer Control Protocol/Internet Protocol

TDM- Time Division Multiplexing

UAPS- Uplink Auto Protection Switching

VBAS- Virtual Broadband Access Server

VDSL- Very High Speed Digital Subscriber Line

VDSL2- Very High Bit Rate Digital Subscriber Line 2

VLAN- Virtual Local Area Network



VoIP- Voice over Internet Protocol


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