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FSAP 9800Full Service Access Platform

Hardware Manual

Version 3.0.0

ZTE CORPORATIONZTE Plaza, Keji Road South,Hi-Tech Industrial Park,Nanshan District, Shenzhen,P. R. China518057Tel: (86) 755 26771900Fax: (86) 755 26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

LEGAL INFORMATION

Copyright © 2006 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.

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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

R1.0 08/05/2009 First edition

Serial Number: sjzl20097006

Contents

Preface...............................................................i

Cabinet..............................................................1Cabinet Overview ........................................................... 1

Cabinet Outline .......................................................... 1

Cabinet Configurations ................................................ 3

Cabinet Assembly Diagram .......................................... 5

Cabinet Components....................................................... 6

Power Distributor........................................................ 7

PWRS............................................................... 7

PWRC............................................................... 7

Fan Tray ................................................................... 7

3U Cable Rack............................................................ 8

Line Tester................................................................. 9

EPM Unit ..................................................................10

Technical Specifications ..................................................12

Shelf................................................................17Shelf Structure..............................................................17

Subscriber Shelf ........................................................17

Splitter Shelf.............................................................18

Backplane Structure.......................................................19

MDCA ......................................................................19

MDCE ......................................................................20

MDCF.......................................................................22

MTAN.......................................................................23

Shelf Configuration ........................................................24

Subscriber Shelf Configuration ....................................24

Mode 1 ............................................................25

Mode 2 ............................................................25

Splitter Shelf Configuration .........................................25

Inter-shelf Communication..............................................25

NE Cascading............................................................26

Test Cascading .........................................................27

Cards...............................................................29List of Cards .................................................................29

Card Description............................................................30

CSCA Card................................................................30

CSCE Card................................................................33

CSCM Card ...............................................................35

CSCT Card................................................................38

MSCT Card ...............................................................40

MSCX Card ...............................................................43

Ethernet Interface Sub-cards ......................................45

AINC Card ................................................................48

EINT Card ................................................................50

EINB Card ................................................................52

ATNG Card................................................................54

ASNV Card ...............................................................56

ISNV Card ................................................................57

VSNKC Card..............................................................60

STNG Card ...............................................................61

SSNG Card ...............................................................62

Splitter Cards............................................................64

EPN Card..................................................................69

GPNC Card ...............................................................71

LTN Card ..................................................................73

PDBX Card................................................................75

EPS Card..................................................................76

Figures ............................................................79

Tables .............................................................81

Glossary ..........................................................83

Preface

Purpose This manual provides the guidelines that support the operation ofFSAP 9800 (V3.0.0) Full Service Access Platform.

IntendedAudience

This document is intended for engineers and technicians who per-form operation activities on FSAP 9800 (V3.0.0) Full Service AccessPlatform.

Prerequisite Skilland Knowledge

To use this manual effectively, users should have a general under-standing of telecommunications technology. Familiarity with thefollowing is helpful:

� FSAP 9800 (V3.0.0) system and its various components

� Access Network (AN) technologies and Next Generation Net-work (NGN) technologies

What Is in ThisManual

This manual contains the following chapters:

Chapter Summary

Chapter 1, Cabinet Describes the cabinet and cabinet components.

Chapter 2, Shelf Describes the shelf structure, backplane, shelfconfiguration and inter-shelf communication.

Chapter 3, Cards Describes the FSAP 9800 cards.

RelatedDocumentation

The following documentation is related to this manual:

� FSAP 9800 (V3.0.0) Full Service Access Platform Documenta-tion Guide

� FSAP 9800 (V3.0.0) Full Service Access Platform TechnicalManual

� FSAP 9800 (V3.0.0) Full Service Access Platform Hardware In-stallation Manual

� FSAP 9800 (V3.0.0) Full Service Access Platform CommandManual (Volume I)

� FSAP 9800 (V3.0.0) Full Service Access Platform CommandManual (Volume II)

� FSAP 9800 (V3.0.0) Full Service Access Platform CommandManual (Volume III)

� FSAP 9800 (V3.0.0) Full Service Access Platform CommandManual (Volume IV)

� FSAP 9800 (V3.0.0) Full Service Access Platform OperationManual(CLI)

� FSAP 9800 (V3.0.0) Full Service Access Platform MaintenanceManual

� FSAP 9800 (V3.0.0) Full Service Access Platform OperationManual(Netnumen)

Confidential and Proprietary Information of ZTE CORPORATION i

FSAP 9800 Hardware Manual

How to Get inTouch

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

If you have problems, questions, comments, or sugges-tions regarding your product, contact us by e-mail at [email protected]. You can also call our customer support centerat (86) 755 26771900 and (86) 800-9830-9830.

ZTE welcomes your comments and suggestions on the quality andusefulness of this document. For further questions, comments, orsuggestions on the documentation, you can contact us by e-mailat [email protected]; or you can fax your comments and sugges-tions to (86) 755 26772236. You can also browse our websiteat http://support.zte.com.cn, which contains various interestingsubjects like documentation, knowledge base, forum and servicerequest.

ii Confidential and Proprietary Information of ZTE CORPORATION

C h a p t e r 1

Cabinet

Table of ContentsCabinet Overview ............................................................... 1Cabinet Components........................................................... 6Technical Specifications ......................................................12

Cabinet OverviewCabinet Outline

FSAP 9800 uses two cabinet types:

� 19D06H22 cabinet

Dimensions: 2200 mm×600 mm× 600 mm (Height × Width ×Depth)

� 19D06H16 cabinet

Dimensions: 1600 mm× 600 mm × 600 mm (Height ×Width× Depth)

Outline Figure 1 shows the 19D06H22 cabinet outline.

Confidential and Proprietary Information of ZTE CORPORATION 1


FIGURE 1 19D06H22 CABINET

Figure 2 shows the 19D06H16 cabinet outline.

2 Confidential and Proprietary Information of ZTE CORPORATION

Chapter 1 Cabinet

FIGURE 2 19D06H16 CABINET

Cabinet Configurations

FSAP 9800 uses two cabinet types:

� 19D06H22

� 19D06H16

19D06H22 19D06H22 cabinet can be configured with a splitter shelf or withouta splitter shelf.

� Configured with the splitter shelf, one 19D06H22 cabinet canhold two subscriber shelves. A single shelf provides 1792 lines.

� Configured without the splitter shelf, one 19D06H22 cabinetcan hold three subscriber shelves. A single shelf provides 2688lines.

Figure 3 shows the components in FSAP 9800 19D06H22 cabinet.



FIGURE 3 COMPONENTS IN FSAP 9800 19D06H22 CABINET

19D06H16 19D06H16 cabinet can be configured with a splitter shelf or withouta splitter shelf.

� Configured with the splitter shelf, one 19D06H16 cabinet canhold one subscriber shelf. A single shelf provides 896 lines.

� Configured without the splitter shelf, one 19D06H22 cabinetcan hold two subscriber shelves. A single shelf provides 1792lines.


Chapter 1 Cabinet

Figure 4 shows the components in FSAP 9800 19D06H16 cabinet.

FIGURE 4 COMPONENTS IN FSAP 9800 19D06H16 CABINET

Cabinet Assembly Diagram

Figure 5 shows the cabinet assembly diagram.



FIGURE 5 CABINET ASSEMBLY DIAGRAM

Cabinet ComponentsBesides cards, service shelf and splitter shelf, FSAP 9800 cabinethas the following components.

� Power distributor

� Fan tray

� 3U cable rack (only for FSAP 9800)

� Line tester (optional)


Chapter 1 Cabinet

� EPM unit (optional)

Functions Table 1 lists these components’ functions.

TABLE 1 COMPONENTS

Name Functions

Powerdistributor

Supplies DC power

Fan tray Ventilates the shelf

3U cablerack

Wiring

Line tester Tests ADSL lines (optional)

EPM unit Monitors environment parameter and power supplies.It monitors the primary power, AC, secondary power,distribution frame alarm. It also monitors environmentfactors like smog, flood, theft, and temperature.

Power Distributor

Introduction FSAP 9800 supports two power distributors:

� PWRS

� PWRC

PWRS

PWRC

Fan Tray

Introduction Fan tray is used to ventilate the shelf.

Types There are three types of fan trays and they are same in appear-ance.

� Fan tray

� Fan tray (wide voltage range)

� Speed-regulation fan tray

Table 2 lists the fan trays.



TABLE 2 FAN TRAYS

Name Function Connection Consumption

Fan tray Monitoring fansand indicatingfans status

To the EPS/EPM, then, tothe control andswitch card viaEPS/EPM

Fan tray (widevoltage range)

Monitoring fansand indicatingfans status.Supporting – 48V to -69 V

To the EPS/EPM, then, tothe control andswitch card viaEPS/EPM

Speed-regulation fantray

Monitoring fansand detectingtemperature.Adjusting fansspinning speedaccording toenvironmenttemperature

To the controland switch card

Consumption:66 W

Outline Fan tray dimensions are 43.6 mm×482.6 mm×360 mm(Height×Width×Depth).

Figure 6 shows the fan tray outline.

FIGURE 6 FAN TRAY OUTLINE

The socket with PWR on the panel is for DC power input. The RJ-45port with FAN on the panel is a monitoring port.

3U Cable Rack

Introduction The 3U cable rack is used for wiring.

Outline Its dimensions are 130.55 mm×482.6 mm ×188 mm(Height×Width×Depth).

Figure 7 shows the outline of a 3U cable rack.


Chapter 1 Cabinet

FIGURE 7 3U CABLE RACK

Line Tester

Introduction Line tester tests different control and data lines.

Outline Its dimensions are 43 mm×431.8 mm×254 mm (Height ×Width× Depth).

Figure 8 shows the line tester outline.

FIGURE 8 LINE TESTER OUTLINE

Front Panel Figure 9 shows the front panel of a line tester. The RESET buttonon front panel is used to reset the tester.

FIGURE 9 FRONT PANEL

Back Panel Figure 10 shows the back panel of a line tester.

FIGURE 10 BACK PANEL

Table 3 lists the interfaces functions on the back panel.



TABLE 3 INTERFACES ON THE BACK PANEL

Interface Functions

EXTERNAL(PORT1) Not used in this version

EQUIPMENT(PORT2) Not used in this version

ETHERNET Not used in this version

RS232/V.24(SERIAL) Connects to NE test control cables

Grounding mark Grounding protection

Ring Connects to NE test data cables

Tip Connects to NE test data cables

POWER(GND -48 V) Leads in –48 V DC

LED Indicators Table 4 lists the LED indicators.

TABLE 4 INDICATORS ON LINE TESTER

Name Color Status Meaning

Green ON Tester powersupply isworkingnormally.

POWER

- OFF Tester powersupply is faulty.

Green ON Tester isworking.

TESTING

- OFF Tester is instandby status.

ERROR Red ON Tester is faulty.

EPM Unit

Introduction An EPM unit monitors the environment parameters.

Outline The dimensions are 43.6 mm×482.6 mm×271 mm(Height×Width×Depth).

Figure 11 shows an EPM unit.


Chapter 1 Cabinet

FIGURE 11 EPM UNIT

Front Panel Figure 12 shows the front panel of an EPM unit.

FIGURE 12 EPM UNIT FRONT PANEL

Ports Description EPM front panel has several reserved and serial ports.

� Reserved ports are:

� Fan Hand

� Reserve Out1

� Reserve Out2

� Reserve In1

� Reserve In2

� Gard2

� Hum2

� Smoke2

� Liquid2

� Temp2

� 232-3

� Test

� 485-1

� 485-2



� Environment monitoring ports are:

� Gard1

� Liquid1

� Temp1

� Hum1

� Smoke1

� Serial ports are:

� Port 232-2 connects to NE

� Port 232-0 and 232-1 connects to equipments like powersupply equipment, air-conditioners, and diesel machines.

Technical SpecificationsIntroduction The following technical specifications are introduced:

� Environment conditions

� Dimensions

� Weight

� System capacity

� Shelf power consumption

� Card power consumption

� Operation voltage

EnvironmentConditions

Table 5 lists the environment parameters.

TABLE 5 ENVIRONMENT PARAMETERS

Name Requirements

Ground-ing re-quire-ments

< 1 Ohm

Tempera-ture

-5 ºC ~ 45 ºC

Humidity 5% ~ 95%

Clean-ness

Dust concentration should not be electrically andmagnetically conductive and erosive and not more than 3× 104 grains/m3.

Lighting � Do not let sunshine enter the equipment room directlyto prevent circuit cards and other components fromaging and deforming.

� Keep average luminance within 150 Lx ~ 200 Lx,without flare.

� Light the equipment room by fluorescence lampsembedded in the ceiling.

� Equip the room with emergency lights.


Chapter 1 Cabinet

Name Requirements

Airpressure

70 kPa ~ 106 kPa

Airpollution

Do not expose the equipment in corrosive gas, such assulfured hydrogen, sulfur dioxide and ammonia oxide; andsmoke, such as oil solvent and smoke. Do not smoke inthe equipment room.

Dimensions Table 6 lists FSAP 9800 equipment dimensions.

TABLE 6 EQUIPMENT DIMENSIONS

Type Dimensions

Cabinet (19D06H22) 2200 mm × 600 mm × 600 mm(H × W × D)

Cabinet (19D06H16) 1600 mm × 600 mm × 600 mm(H × W × D)

9800 subscriber shelf 399.2 mm × 482.6 mm × 387.5mm (H × W × D)

9800 splitter shelf 399.2 mm × 482.6 mm × 387.5mm (H × W × D)

Control and switch card 366.7 mm × 25 mm × 345 mm(H × W × D)

Ethernet interface card 366.7 mm × 25 mm × 345 mm(H × W × D)

ATM interface card 366.7 mm × 25 mm × 345 mm(H × W × D)

DSL subscriber card 366.7 mm × 25 mm × 345 mm(H × W × D)

DSL splitter card 366.7 mm × 25 mm × 345 mm(H × W × D)

EPN card 366.7 mm × 25 mm × 345 mm(H × W × D)

GPNC card 366.7 mm × 25 mm × 345 mm(H × W × D)

PDBX 167.1 mm × 37 mm × 342.5 mm(H × W × D)

LTN 366.7 mm × 25 mm × 345 mm(H × W × D)

9800 subscriber backplane 436.6 mm × 395.2 mm (W × H)

9800 splitter backplane 436.6 mm × 395.2 mm (W × H)

Note: H – Height ; W – Width ; D – Depth

Weight 19D06H22 cabinet is 110 kg. 19D06H16 cabinet is 91 kg.



System Capacity Table 7 lists FSAP 9800 system capacity indices.

TABLE 7 SYSTEM CAPACITY INDICES

Type Quantity

ADSL2/2+ ports in a single shelf 896

VDSL2 ports in a single shelf 672

SHDSL ports in a single shelf 448

EPON ports in a single shelf 14

Using MDCA/MDCE backplane: 8GPON ports in a single shelf

Using MDCF backplane: 14

Shelf PowerConsumption

FSAP 9800 single shelf power consumption (with full configura-tion): 1500 W

Card PowerConsumption

Table 8 lists FSAP 9800 card power consumption.

TABLE 8 CARDS POWER CONSUMPTIONS

Card Power Consumption (Watts)

CSCA 33

CSCE 30

CSCM 31

CSCT 33

MSCT 45

MSCX 45

EINT 10

EINB 5

AINC 50

ATNG 45

ASNV 80

VSNKC 120

STNG 45

SSNG 34

ISNV 80

EPN 9

GPNC 45


Chapter 1 Cabinet

Card Power Consumption (Watts)

VNKN 0

PNVNA 0

PNVTA 3

INVNA 0

PNVNP 0

LTN 15

EPS 3

Operation Voltage Table 9 lists FSAP 9800 operation voltage.

TABLE 9 OPERATION VOLTAGE

Type Voltage

Rated voltage: -48 V DCDC operation voltage

Range: -57 V DC ~ -40 V DC



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C h a p t e r 2

Shelf

Table of ContentsShelf Structure..................................................................17Backplane Structure...........................................................19Shelf Configuration ............................................................24Inter-shelf Communication .................................................25

Shelf StructureFSAP 9800 has two shelves:

� Subscriber shelf

� Splitter shelf

Subscriber Shelf

Introduction FSAP 9800 subscriber shelf holds the control and switch cards, Eth-ernet interface cards, ATM interface cards, DSL subscriber cards,DSL splitter cards, EPON card, GPON card, power conversion andtest card, environment and power monitoring card .

Dimensions FSAP 9800 subscriber shelf dimensions are 399.2 mm×482.6mm×387.5 mm (Height×Width×Depth).

Figure 13 shows FSAP 9800 subscriber shelf structure.



FIGURE 13 FSAP 9800 SUBSCRIBER SHELF

Splitter Shelf

Introduction FSAP 9800splitter shelf holds the DSL splitter cards, line-capturecontrol card, environment and power monitoring card.

Dimensions FSAP 9800 splitter shelf dimensions are 399.2 mm×482.6mm×387.5 mm (Height ×Width×Depth).

Figure 14 shows FSAP 9800 splitter shelf structure.


Chapter 2 Shelf

FIGURE 14 FSAP 9800 SPLITTER SHELF

Backplane StructureFSAP 9800 (V3.0.0) subscriber shelf supports three backplanes:

� MDCA

� MDCE

� MDCF

FSAP 9800 (V3.0.0) splitter shelf supports one backplane: MTAN.

MDCA

Introduction MDCA is one of FSAP 9800 backplanes. MDCA backplane workswith the control and switch card CSCA/CSCE/CSCM/CSCT.

Functions The functions are as follows:

� Supports broad/narrowband integrated service access

� Mechanical support for all cards

� Power supply

� Service and management communication channels from thecontrol and switch card to other cards

� Power connections from the power card to other cards

Diagram Figure 15 shows MDCA diagram.



FIGURE 15 MDCA BACKPLANE

Interfaces andSockets

Table 10 lists interfaces and sockets on an MDCA.

TABLE 10 INTERFACES AND SOCKETS ON MDCA

Socket andInterface

Type Description

TEST-1U (X21) RJ-45 Reserved

TEST-1D (X22) RJ-45 Reserved

TEST-2U (X24) RJ-45 Reserved

TEST-2D (X25) RJ-45 Reserved

CSV (X23) RJ-45 Reserved

-48 V POWER (X140,X138)

Socket Connects to -48 VDC

FAN POWER (X139) Socket Reserved

MDCE

Introduction MDCE is one of FSAP 9800 backplanes. MDCE backplane workswith the control and switch card CSCA/CSCE/CSCM/CSCT.


� Supports pure broadband service access


Chapter 2 Shelf


� Power supply



Diagram Figure 16 shows MDCE backplane.

FIGURE 16 MDCE BACKPLANE


Table 11 lists interfaces and sockets on MDCE backplane.

TABLE 11 INTERFACES ON MDCE

Socket andInterface

Type Description

TEST 1/UPLINK 1(X21)

RJ-45 Reserved

DNLINK (X22) RJ-45 Reserved

CSV (X23) RJ-45 Reserved

FAN POWER (X139) Socket Reserved

-48 V POWER (X140,X138)

Socket Connects to -48 V DC



MDCF

Introduction MDCF is one of FSAP 9800 backplanes. MDCF backplane workswith the control and switch card MSCT/MSCX.


� Supports larger bandwidth, each slot’s bandwidth reaching upto 4 GE. Provides two 10G interface uplink slots.


� Power supply



Diagram Figure 17 shows MDCF diagram.

FIGURE 17 MDCF BACKPLANE


Table 12 lists interfaces and sockets on an MDCF.

TABLE 12 INTERFACES AND SOCKETS ON MDCF

Socket andInterface

T-y-p-e

Description

TEST1/UPLINK1(X21)

R-J-45

Reserved


Chapter 2 Shelf

Socket andInterface

T-y-p-e

Description

DNLINK1 (X22) R-J-45

Reserved

TEST2/UPLINK2(X16)

R-J-45

Reserved

DNLINK2 (X24) R-J-45

Reserved

CSV (X23) R-J-45

Reserved

FAN POWER (X139) S-o-c-k-et

Reserved

-48 V POWER (X140,X138)

S-o-c-k-et

Connects to -48 V DC

MTAN

Introduction MTAN is FSAP 9800 splitter shelf backplane.


� Mechanical support for cards

� Power supply

� Management communication channels from the control andswitch card to test control, splitter and line cards

Diagram Figure 18 shows an MTAN diagram.



FIGURE 18 MTAN BACKPLANE

Shelf ConfigurationFSAP 9800 can hold a subscriber shelf and splitter shelf. The split-ter shelf is optional in configuration.

This topic describes shelf configurations, including:

� Subscriber shelf configuration

� Splitter shelf configuration

Subscriber Shelf Configuration

The subscriber shelf can be configured in two modes:

� Mode 1: Holding subscriber cards with built-in splitter cardsonly, implementing broadband data service and narrowbandvoice service access at the same time.

� Mode 2: Holding subscriber cards without built-in splitters andsplitter cards together, implementing broadband data serviceand narrowband voice service access at the same time.


Chapter 2 Shelf

Mode 1

Mode 2

Splitter Shelf Configuration

Introduction FSAP 9800 splitter shelf holds splitter cards.

Slot Distribution Figure 19shows the slot distribution in an FSAP 9800 splitter shelf.

FIGURE 19 FSAP 9800 SPLITTER SHELF SLOT DISTRIBUTION

� The slots corresponding to the power card slots of FSAP 9800subscriber shelf are for the line test card (LTN).

� Slots 2 ~ 8, Slot 10 and Slots 12 ~ 17 are for the splitter cards.

� Slot 9 and 11 are blank.

Note:

The introduction above does not mention the environment andpower monitoring card (EPS). If it is required to configure EPS,insert EPS in any slot except the slot for PDBX. If the splitter shelfis used, it is recommended to insert EPS in the slot for the switchand control card.

Inter-shelf CommunicationInter-shelf communication contains two parts:



� NE cascading

� Test cascading

NE Cascading

Introduction FSAP 9800 provides different electrical and optical Ethernet portsfor uplink/ cascade. These ports are:

� 10 Mbps/100 Mbps/1000 Mbps Ethernet electrical ports for up-link/cascade

� 100 Mbps/100 Mbps optical ports for uplink/cascade

� 10GE optical port for uplink

Diagram Figure 20 shows NE cascading mode.

FIGURE 20 NES CASCADING


Chapter 2 Shelf

Test Cascading

PDBX card provides two RJ-45 ports for NE test cascading. Theseports transmit data when several cascading NEs use one tester. Inthis mode, when several NEs are cascaded, their respective PDBXcards are also cascaded and line test functions are performed.



This page is intentionally blank.


C h a p t e r 3

Cards

Table of ContentsList of Cards .....................................................................29Card Description................................................................30

List of CardsFSAP 9800 system uses the following cards:

� Control and switch card

� CSCA

� CSCE

� CSCM

� CSCT

� MSCT

� MSCX

� Ethernet interface sub-cards

� OGFM

� OGFB

� TGFC

� SGFM

� SGFB

� SGFC

� SGFN

� SGFE

� Ethernet cards

� EINT

� EINB

� Subscriber cards

� ATNG

� ASNV

� ISNV



� VSNKC

� STNG

� SSNG

� Splitter cards

� PNVNA

� PNVTA

� PNVNP

� INVNA

� VNKN

� ATM card

� AINC

� ATM sub-cards

� AICA

� IMCA

� PON cards

� EPN

� GPNC

� Other cards

� PDBX

� LTN

� EPS

Card DescriptionThis topic describes all cards used in FSAP 9800.

CSCA Card

Overview CSCA card is the core of control and switching in the system. Itprovides powerful switching capability and a series of ports on thebackplane. It supports Layer-2 version functions. CSCA does notsupport sub-cards.

Interfaces Table 13 lists interfaces on the panel of a CSCA card.


Chapter 3 Cards

TABLE 13 CSCA PANEL INTERFACES

In-ter-face

Description

GE1–GE4

Optical interfaces

ET-H-M

100Base-TX Ethernet port; used for out-of-band NM anddebugging

CON Debugging console port

FAN Connected to the fan tray or EPM unit for monitoring

ET-H-T

Test interface port

Panel Description Figure 21 shows CSCA card front panel.



FIGURE 21 CSCA PANEL

Table 14 lists LED indicators on a CSCA panel.

TABLE 14 CSCA PANEL INDICATORS


Green Flashing Card is workingnormally.

RUN

Red Flashing Card is faulty.

ON Card is active.MAIN Green

OFF Card is standby.


Chapter 3 Cards


ON Link isestablished.

GE1 – GE4 Green

OFF/Flashing Abnormalconnection.

Buttons There are two buttons on CSCA panel:

� RST: The RST button is used to reset the card.

� HOT-SWAP: The HOT-SWAP button is used to change over theactive and standby CSCA cards.

CSCE Card

Overview CSCE card is the core of control and switching in the system. Itprovides powerful switching capability and a series of ports on thebackplane. It supports Layer-2 version functions.

Interfaces CSCE supports upper and lower sub-cards, which provide inter-faces for uplink/cascade.

Table 15 lists interfaces on the panel of a CSCE card.

TABLE 15

In-ter-f-ace

Description

1 - 6 Electrical or optical interfaces

ET-H-M


CO-N

Debugging console port


ET-H-T

Test interface port

Panel Description Figure 22 shows CSCE card front panels.



FIGURE 22 CSCE PANELS

Table 16 lists LED indicators on a CSCE panel.


Chapter 3 Cards

TABLE 16 CSCE PANEL INDICATORS



RUN





L1 - L6 (opticalinterface linkindicators)

Green



Electricalinterface linkindicator

Green


Flashing The interface isreceiving/trans-mitting data.

Electricalinterface datareceiving/transmittingindicator

Yellow

OFF The interfaceis not receiv-ing/transmit-ting data.

Remarks: Both the electrical interface link indicator and electricalinterface data receiving/transmitting indicator are attached to therelevant RJ-45 socket.

Button There is a RST button on CSCE panel for resetting the card.

CSCM Card

Overview CSCM card is the core of control and switching in the system. Itprovides powerful switching capability and a series of ports on thebackplane. It supports Layer-3 version functions.

Interfaces CSCM supports upper and lower sub-cards, which provide inter-faces for uplink/cascade.

Table 17 lists interfaces on the panel of a CSCM card.



TABLE 17 CSCM PANEL INTERFACES

In-te-rf-ace

Description

1 -6

Electrical or optical interfaces

ET-H-M


CO-N



ET-H-T

Test interface port

Panel Description Figure 23shows CSCM card front panels.


Chapter 3 Cards

FIGURE 23 CSCM PANELS

Table 18 lists LED indicators on a CSCM panel.



TABLE 18 CSCM PANEL INDICATORS



RUN






Green




Green




Yellow



Button There is a RST button on CSCM panel for resetting the card.

CSCT Card

Overview CSCT card is the core of control and switching in the system. Itprovides powerful switching capability and a series of ports on thebackplane. It supports Layer-2 version functions. It supports 16KMAC addresses

Interfaces CSCT supports upper and lower sub-cards, which provide inter-faces for uplink/cascade.

Table 19 lists interfaces on the panel of a CSCT card.


Chapter 3 Cards

TABLE 19 CSCT PANEL INTERFACES

I-nt-er-fa-ce

Description

1 -6

Electrical or optical interfaces

ET-H-M


C-ON


FA-N

Connected to the fan tray or EPM unit for monitoring

ET-H-T

Test interface port

Panel Description Figure 24 shows CSCT card front panels.

FIGURE 24 CSCT PANELS

Table 20 lists LED indicators on a CSCT panel.



TABLE 20 CSCT PANEL INDICATORS



RUN






Green




Green




Yellow



Button There is a RST button on CSCT panel for resetting the card.

MSCT Card

Overview MSCT card is a high-bandwidth control and switch card. It is thecontrol and switch core in the system. It supports Layer-3 versionfunction and narrowband service access.

Interfaces MSCT supports upper and lower sub-cards, which provide inter-faces for uplink/cascade.

Table 21lists interfaces on an MSCT panel.


Chapter 3 Cards

TABLE 21 MSCT PANEL INTERFACES

In-ter-face

Description

1 - 6 Electrical or optical interfaces

ET-H-M

10 M/100 M Ethernet electrical interface, used for out-of-bandNM

CON RS-232 serial port, used for debugging or hyper terminaloperation


ET-H-T

10 M/100 M Ethernet electrical interface, used for test

2MI-N

2 Mbps/2 MHz BITS clock interface (coaxial interface)

Panel Description Figure 25 shows MSCT panels.



FIGURE 25 MSCT PANELS

Table 22 lists LED indicators on an MSCT panel.

TABLE 22 MSCT PANEL INDICATORS



RUN





Chapter 3 Cards




Green

OFF/ Flashing Abnormalconnection.


Electricalinterface linkindicators

Green



Electrical in-terface datareceiving/trans-mitting indica-tor

Yellow



Button There is a RST button on each MSCT panel for resetting the card.

MSCX Card

Overview MSCX card is a high-bandwidth control and switch card. It is thecontrol and switch core in the system. It supports Layer-3 versionfunction and narrowband service access. It provides 10GE opticalinterface.

Interfaces MSCX supports upper and lower sub-cards, which provide inter-faces for uplink/cascade.

Table 23 lists interfaces on an MSCX panel.

TABLE 23 MSCT PANEL INTERFACES

In-ter-face

Description

1–4 Electrical or optical interfaces

5 10GE optical interface

ET-H-M

10 M/100 M Ethernet electrical interface, used for out-of-bandNM

CON RS-232 serial port, used for debugging or hyper terminaloperation




In-ter-face

Description

ET-H-T

10 M/100 M Ethernet electrical interface, used for test

2MIN 2 Mbps/2 MHz BITS clock interface (coaxial interface)

Panel Description Figure 26shows MSCX panels.

FIGURE 26 MSCX PANELS

Table 24 lists LED indicators on an MSCX panel.


Chapter 3 Cards

TABLE 24 MSCX PANEL INDICATORS



RUN





L1 – L5(10G/GE opticalinterface linkindicators)

Green



Electricalinterface linkindicators

Green


Electricalinterface datareceiving/


transmittingindicator

Yellow



Button There is a RST button on each MSCX panel for resetting the card.

Ethernet Interface Sub-cards

Ethernet interface sub-cards are sub-cards used together with thecontrol and switch cards.

Table 25, Table 26 and Table 27 list the combination of control andswitch card’s Ethernet interface sub-cards.



TABLE 25 COMBINATION OF CONTROL AND SWITCH CARD’SSUB-CARDS (CSCA/CSCE/CSCM/CSCT)

Upper Sub-card Lower Sub-card

SGF-M

100 M Ethernet 2-channeloptical interface sub-card

SGF-B


OGFM 100 M Ethernet4-channeloptical interfacesub-card

SGF-C

10/100/1000 M Ethernet2-channel electrical interfacesub-card

SGF-M


SGF-B


OGFB 1000 M Ethernet4-channeloptical interfacesub-card

SGF-C


SGF-M


SGF-B


TGFC 10/100/1000M Ethernet4-channelelectricalinterfacesub-card

SGF-C


SGF-M


SGF-B


No sub-card

SGF-C


TABLE 26 COMBINATION OF CONTROL AND SWITCH CARD’SSUB-CARDS (MSCT)


OGFM 100 M Ethernet4-channel opticalinterface sub-card

SGFB 1000 M Ethernet 2-channeloptical interface sub-card

OGFB 1000 M Ethernet4-channel opticalinterface sub-card


TGFC 10/100/1000M Ethernet4-channel



Chapter 3 Cards


electrical interfacesub-card

SGFN 100 M Ethernet2-channel opticalinterface +10/100/1000M Ethernet2-channelelectrical interfacesub-card


SGFE 1000 M Ethernet2-channel opticalinterface +10/100/1000M Ethernet2-channelelectrical interfacesub-card


No sub-card SGFB 1000 M Ethernet 2-channeloptical interface sub-card

TABLE 27 COMBINATION OF CONTROL AND SWITCH CARD’SSUB-CARDS (MSCX)


OGFM 100 M Ethernet 4-channel opticalinterface sub-card

10 G opticalmodule

OGFB 1000 M Ethernet 4-channel opticalinterface sub-card

10 G opticalmodule

TGFC 10/100/1000 M Ethernet 4-channelelectrical interface sub-card

10 G opticalmodule

SGFN 100 M Ethernet 2-channel opticalinterface + 10/100/1000 M Ethernet2-channel electrical interfacesub-card

10 G opticalmodule

SGFE 1000 M Ethernet 2-channel opticalinterface + 10/100/1000 M Ethernet2-channel electrical interfacesub-card

10 G opticalmodule

No sub-card 10 G opticalmodule



Note:

10 G optical module is not a sub-card. It resides at the sub-cardplace.

AINC Card

Overview AINC is ATM interface card used in FSAP 9800 (V3.0.0). AINCprovides ATM interfaces for cascade or uplink. It supportsATM/E1/IMA access.

There are two sub-card sockets on AINC card. The upper one isfor AICA sub-card. The lower one is for IMCA sub-card.

� AICA provides two or four ATM 155M single-mode/multi-modeoptical interfaces.

� IMCA provides 16 IMA E1/T1 interfaces. There are two typesof IMCA sub-cards:

� IMCAC: IMCAC provides coaxial cable connector, connect-ing 75 ohm micro coaxial cable.

� IMCAT: IMCAT provides twisted pair connector, connecting120 ohm twisted pairs.

Interfaces Table 28lists interfaces on the panel of an AINC card.

TABLE 28 AINC PANEL INTERFACES

Interface Description

1 – 4 Ethernet optical interfaces

IMA (5 - 20) 16 IMA interfaces

Panel Description There is a RST button on AINC panel for resetting card.

Figure 27shows AINC panels.


Chapter 3 Cards

FIGURE 27 AINC PANELS

Table 29 lists LED indicators on an AINC panel.

TABLE 29 AINC PANEL INDICATORS


ON Card is poweredON.

Green

Flashing Card is workingnormally.

RUN






1–20 Green

OFF/Flashing Link is broken.

Remarks:

� When AICA is configured, indicators 1 to 4 are used.� When IMCA is configured, indicators 5 to 20 are used.

EINT Card

Overview EINT card is FSAP 9800 10G optical interface card. It provides 110 GE Ethernet interface for uplink.

Interfaces Table 30 lists interfaces on the panel of an EINT card.

TABLE 30 EINT PANEL INTERFACES


GE1 – GE4 Not used in this version.

XG 10G optical interface

Panel Description Figure 28 show EINT panel.


Chapter 3 Cards

FIGURE 28 EINT PANEL

Table 31 lists LED indicators on the EINT panel.

TABLE 31 EINT PANEL INDICATORS



RUN Green

OFF CPLD is notburnt or card ispower OFF.

ON 10 GE PHY linkis established.

XG Green




OFF Abnormalconnection.


EINB Card

Overview EINB card is FSAP 9800 2GE/4GE optical interface card. It provides2 or 4 GE Ethernet interfaces for uplink.

Interfaces Table 32 lists interfaces on the panel of an EINB card.

TABLE 32 EINB PANEL INTERFACES


GE1 – GE4 GE optical interface

Panel Description Figure 29 show EINB card panel.


Chapter 3 Cards

FIGURE 29 EINB PANEL

Table 33 lists LED indicators on the EINB panel.

TABLE 33 EINB PANEL INDICATORS



RUN Green

OFF CPLD is notburnt or card ispower OFF.

ON There aresignals.

G1 – G4 Green




OFF Abnormalconnection.


ATNG Card

Overview ATNG card is an ADSL2+ over POTS subscriber card (with test func-tion). It works together with remote ATU-R to provide 32-channelADSL2+ subscriber access.

Interfaces ATNG provides 32 ports for ADSL2+ subscribers on its front panel.Table 34 lists interface descriptions.

TABLE 34 ATNG PANEL INTERFACES

Na-me

Description

US-ER

32 ADSL2+ ports for connecting to subscribers

POT-S

POTS signal interface for connecting to PSTN exchange

Panel Description On an ATNG panel, there are:

� One LED indicator

� 32 link LED indicators

� Two sockets

� A reset button

Figure 30 shows an ATNG card panel.


Chapter 3 Cards

FIGURE 30 ATNG PANEL

Table 35 lists LED indicators on an ATNG panel.

TABLE 35 ATNG PANEL INDICATORS



RUN



Link indicators Green

OFF Link is broken.



ASNV Card

Overview ASNV card is an ADSL2+ over POTS subscriber card. It workstogether with remote ATU-R to provide 64-channel ADSL2+ sub-scriber access. The card has to work together with one of thefollowing splitter cards:

� PNVNA

� PNVTA

� PNVNA (for Europe)

Interfaces ASNV provides 64 ports for ADSL2+ subscribers on its front panel.Table 36 lists interface descriptions.

TABLE 36 ASNV PANEL INTERFACES

Na-me

Description

AD-SL2

Connected to the ADSL2 interface on the splitter card

AD-SL1

Connected to the ADSL1 interface on the splitter card

Panel Description Figure 31 shows the front panel of an ASNV card.


Chapter 3 Cards

FIGURE 31 ASNV PANEL

Table 37 lists the LED indicator on an ASNV panel.

TABLE 37 ASNV PANEL INDICATOR



RUN


ISNV Card

Overview ISNV card is an ADSL2+ over ISDN subscriber card. It works to-gether with remote ATU-R to provide 64-channel ADSL2+ over



ISDN subscriber access. ISNV has to work together with the split-ter card INVNA.

Interfaces It provides 64 ports for ADSL2+ subscribers on its front panel.

Table 38 lists interface descriptions.

TABLE 38 ISNV PANEL INTERFACES

Na-me Description

AD-SL2

Connects to the ADSL2 interface on the splitter card

AD-SL1

Connects to the ADSL1 interface on the splitter card

Panel Description Figure 32 shows front panel of an ISNV card.


Chapter 3 Cards

FIGURE 32 ISNV CARD PANEL

Table 39 lists the LED indicator on an ISNV panel.

TABLE 39 ISNV PANEL INDICATOR



RUN




VSNKC Card

Overview VSNKC card is a VDSL2 over POTS subscriber card. It works to-gether with remote VTU-R to provide 48-channel VDSL2 subscriberaccess. VSNKC has to work together with the splitter card VNKN.

Interfaces VSNKC has two VDSL interfaces on its front panel (VDSL1 andVDSL2), which provide 48 ports for VDSL2 subscriber access.

Panel Description Figure 33shows the front panel of a VSNKC card.

FIGURE 33 VSNKC PANEL

Table 40 lists the LED indicator on a VSNKC panel.


Chapter 3 Cards

TABLE 40 VSNKC PANEL INDICATOR



RUN


STNG Card

Overview STNG card is a SHDSL subscriber card. It works together withremote STU-R to provide 32-channel SHDSL subscriber access.

Interfaces STNG has a USER interface on its front panel, which provides 32ports for SHDSL subscribers.

Panel Description Figure 34 shows the front panel of a STNG card.

FIGURE 34 STNG PANEL



Table 41 lists the LED indicator on a STNG panel.

TABLE 41 STNG PANEL INDICATOR



RUN


SSNG Card

Overview SSNG card is a SHDSL subscriber card. It works together withremote STU-R to provide 32-channel SHDSL subscriber access.

Interfaces SSNG has a USER interface on its front panel, which provides 32ports for SHDSL subscribers.

Panel Description Figure 35 shows the front panel of a SSNG card.


Chapter 3 Cards

FIGURE 35 SSNG PANEL

Table 42 lists the LED indicator on a SSNG panel.

TABLE 42 SSNG PANEL INDICATOR



RUN




Splitter Cards

Overview Splitter card separates voice signals from service signals. It workstogether with service cards and transmits service signals to them.

Types FSAP 9800 has five types of splitter cards:

� PNVNA

� PNVTA

� PNVNP

� INVNA

� VNKN

Table 43 lists splitter cards and their interfaces.

TABLE 43 SPLITTER CARDS AND INTERFACES

Card Interface

PNVN-A

64 lines - USER interface; 64 lines - ADSL interface; 64 lines- PSTN interface

PNVTA 64 lines - USER interface; 64 lines - ADSL interface; 64 lines- PSTN interface

PNVNP 64 lines - USER interface; 64 lines - ADSL interface; 64 lines– PSTN (for Europe) interface

INVNA 64 lines - ISDN interface; 64 lines - ADSL interface; 64 lines- PSTN interface

VNKN 48 lines - USER interface; 48 lines – VDSL interface; 48 lines- PSTN interface

Interfaces Table 44 lists interfaces on splitter cards.

TABLE 44 SPLITTER CARD INTERFACES

Inter-face

Description

ADSL1/2

Connects to a USER line interface on an ADSL subscriber card(via ADSL subscriber card and splitter card).

VDSL1/2

Connects to a USER line interface on a VDSL subscriber card(via VDSL subscriber card and splitter card).

USER1/2

Connects to a distribution frame box (via subscriber lines)and transmits POTS and xDSL mixed signals to remoteterminal equipment.

PSTN1/2

Connects to a distribution frame box and receives POTSsignals from PSTN networks.

Panel Description Figure 36 shows a PNVNA card panel.


Chapter 3 Cards

FIGURE 36 PNVNA CARD PANEL

Figure 37 shows a PNVTA card panel.



FIGURE 37 PNVTA CARD PANEL

Figure 38shows a PNVNP card panel.


Chapter 3 Cards

FIGURE 38 PNVNP CARD PANEL

Figure 39 shows an INVNA card panel.



FIGURE 39 INVNA CARD PANEL

Figure 40 shows a VNKN card panel.


Chapter 3 Cards

FIGURE 40 VNKN CARD PANEL

EPN Card

Overview EPN card is Ethernet passive optical network card. It implementsEPON system functions at OLT side.

Interfaces EPN provides one EPON interface on its panel.

Panel Description EPN panel has a RST button for resetting card.

Figure 41 shows an EPN card panel.



FIGURE 41 EPN CARD PANEL

Table 45 lists LED indicators on an EPN panel.

TABLE 45 EPNC PANEL INDICATORS



RUN


Green Flashing Link is estab-lished. Theport is receiv-ing/transmit-ting data.

ACT


Chapter 3 Cards


Red ON Opticalinterface isnot connectedor link is notestablished.

Yellow ON Receive errorpackets fromONU.

GPNC Card

Overview GPNC card is Gigabit passive optical network card. It implementsGPON system functions at OLT side.

Interfaces Table 46 lists interfaces on the panel of GPNC card.

TABLE 46 GPNC PANEL INTERFACES

Name Description

1 GPON interface

2 GPON interface

Panel Description GPNC panel has a RST button for resetting card.

Figure 42 shows a GPNC panel.



FIGURE 42 GPNC PANEL

Table 47 lists LED indicators on a GPNC panel.

TABLE 47 GPNC PANEL INDICATORS


Red ON Card is faulty.

Green Flashing Card is runningnormally.

RUN

Yellow ON/Flashing Softwareversionproblem.


Chapter 3 Cards



ACT1 (GPONoptical port 1indicator)

Green

OFF Opticalinterface isnot connectedor link is notestablished.


ACT2 (GPONoptical port 2indicator)

Green

OFF Opticalinterface isnot connectedor link is notestablished.

LTN Card

Overview LTN card is designed for FSAP 9800and it communicates with asplitter card via backplane. It controls splitter card to capture linesand lead out the captured subscriber lines from the front panel.These lines are provided to a tester.

Interfaces LTN can be powered via its front panel or backplane. FSAP 9800shelf provides –48 V power to the LTN card via 3-core socket onits front panel.

LTN has the following ports and interfaces:

� Debugging serial port

� Serial port for connecting to a tester

� Three network interfaces

� Two ports for test cascading

Table 48 lists socket and interfaces.

TABLE 48 SOCKET AND INTERFACES ON LTN CARD

Socket and Interface Descriptions

-48 V DC power socket Power supply

ETHA, ETHB, and ETHC Downloading versions,communications with testersand the control and switch card

SERT Connection to a tester

SERD Debugging serial port

TESTB Leading out subscriber lines fromcable pins 4/5




UPLINK, DNLINK NEs cascade and datatransmission when severalNEs use one tester.

Panel Description Figure 43 shows a LTN card panel.

FIGURE 43 LTN CARD PANEL

Table 49 lists the LED indicator on a LTN panel.

TABLE 49 LTN PANEL INDICATOR



RUN



Chapter 3 Cards

PDBX Card

Overview PDBX card provides power input and test power conversion func-tions. It is specially used for broadband access subscribers. Itsdimensions are 167.1 mm×37 mm×342.5 mm (Height ×Width×Depth).

Interfaces It provides an internal test bus, an external test bus, and a controlline interface. Table 50 lists interface descriptions.

TABLE 50 PDBX PANEL INTERFACES


Power socket -48 V DC input, power for all cards

TEST/UPLINK, DNLINK Combined internal test bus,external test bus and test busfunctions

Panel Description Figure 44 shows a PDBX card panel.

FIGURE 44 PDBX CARD PANEL

Table 51 lists the LED indicator on a PDBX panel.



TABLE 51 PDBX PANEL INDICATOR



RUN


EPS Card

Overview EPS is an environment power monitoring card. It also monitorsand controls fan tray. Its dimensions are 366.7 mm ×25 mm×170mm (Height×Width × Depth).

Interfaces On EPS panel, there are:

� One RUN LED indicator

� 14 RJ-45 sockets

� One 3-core PCB socket

Table 52 lists interface description.

TABLE 52 EPS PANEL INTERFACES

Name Interface Port Type Description

Temperaturesensor

Temp RJ-45 None

Humidity sensor Hum RJ-45 None

Smoke sensor Smoke RJ-45 None

Liquid sensor Liquid RJ-45 None

Guard sensor Guard RJ-45 None

Fan traymonitoringinterface 1

Fan1 RJ-45 Connects to fantray.





Digital trafficinput interface(Power Pmonitoring)

PowerP RJ-45 Power Pmonitoring

Digital trafficoutput interface

D_out RJ-45 None


Chapter 3 Cards

Name Interface Port Type Description

RS-232 port RS232 _0 RJ-45 Connects toCSC EPM serialport or speed-regulation fantray.

RS-232 port RS232_1 RJ-45 Connects toCSC EPM serialport or speed-regulation fantray.

RS-232 port RS232_2 RJ-45 Connects toCSC EPM serialport.

RS-232 (usedwhen ss1 andss2 are ON)

Connects toCSC EPM serialport or speed-regulation fantray.

RS-232/RS-485port

RS-485 (usedwhen ss1 andss2 are OFF)

RJ-45

Connectsto speed-regulation fantray.

-48 V powersupply interface

Power 3-core PCBsocket

Cards powersupply

Note: ss1 and ss2 are ON/OFF switch on EPS card, controllingRS-232/RS-458 serial port.

Panel Description Figure 45 shows an EPS card panel.



FIGURE 45 EPS CARD PANE

Table 53 lists the LED indicator on an EPS panel.

TABLE 53 EPS PANEL INDICATOR



RUN



Figures

Figure 1 19D06H22 CABINET .............................................. 2

Figure 2 19D06H16 CABINET ............................................... 3

Figure 3 COMPONENTS IN FSAP 9800 19D06H22 CABINET....... 4

Figure 4 COMPONENTS IN FSAP 9800 19D06H16 CABINET....... 5

Figure 5 CABINET ASSEMBLY DIAGRAM ................................. 6

Figure 6 FAN TRAY OUTLINE................................................. 8

Figure 7 3U CABLE RACK ..................................................... 9

Figure 8 LINE TESTER OUTLINE............................................ 9

Figure 9 FRONT PANEL ........................................................ 9

Figure 10 BACK PANEL ........................................................ 9

Figure 11 EPM UNIT...........................................................11

Figure 12 EPM UNIT FRONT PANEL.......................................11

Figure 13 FSAP 9800 SUBSCRIBER SHELF.............................18

Figure 14 FSAP 9800 SPLITTER SHELF..................................19

Figure 15 MDCA BACKPLANE...............................................20

Figure 16 MDCE BACKPLANE ...............................................21

Figure 17 MDCF BACKPLANE ...............................................22

Figure 18 MTAN BACKPLANE ...............................................24

Figure 19 FSAP 9800 SPLITTER SHELF SLOT DISTRIBUTION....25

Figure 20 NES CASCADING.................................................26

Figure 21 CSCA PANEL .......................................................32

Figure 22 CSCE PANELS .....................................................34

Figure 23 CSCM PANELS.....................................................37

Figure 24 CSCT PANELS .....................................................39

Figure 25 MSCT PANELS .....................................................42

Figure 26 MSCX PANELS.....................................................44

Figure 27 AINC PANELS......................................................49

Figure 28 EINT PANEL ........................................................51

Figure 29 EINB PANEL........................................................53

Figure 30 ATNG PANEL .......................................................55

Figure 31 ASNV PANEL .......................................................57

Figure 32 ISNV CARD PANEL ...............................................59

Figure 33 VSNKC PANEL .....................................................60

Figure 34 STNG PANEL .......................................................61



Figure 35 SSNG PANEL.......................................................63

Figure 36 PNVNA CARD PANEL ............................................65

Figure 37 PNVTA CARD PANEL .............................................66

Figure 38 PNVNP CARD PANEL.............................................67

Figure 39 INVNA CARD PANEL.............................................68

Figure 40 VNKN CARD PANEL ..............................................69

Figure 41 EPN CARD PANEL ................................................70

Figure 42 GPNC PANEL .......................................................72

Figure 43 LTN CARD PANEL.................................................74

Figure 44 PDBX CARD PANEL ..............................................75

Figure 45 EPS CARD PANE ..................................................78


Tables

Table 1 COMPONENTS ......................................................... 7

Table 2 FAN TRAYS ............................................................. 8

Table 3 INTERFACES ON THE BACK PANEL ............................10

Table 4 INDICATORS ON LINE TESTER..................................10

Table 5 ENVIRONMENT PARAMETERS ...................................12

Table 6 EQUIPMENT DIMENSIONS........................................13

Table 7 SYSTEM CAPACITY INDICES ....................................14

Table 8 CARDS POWER CONSUMPTIONS...............................14

Table 9 OPERATION VOLTAGE..............................................15

Table 10 INTERFACES AND SOCKETS ON MDCA .....................20

Table 11 INTERFACES ON MDCE ..........................................21

Table 12 INTERFACES AND SOCKETS ON MDCF .....................22

Table 13 CSCA PANEL INTERFACES ......................................31

Table 14 CSCA PANEL INDICATORS......................................32

Table 15 ..........................................................................33

Table 16 CSCE PANEL INDICATORS .....................................35

Table 17 CSCM PANEL INTERFACES......................................36

Table 18 CSCM PANEL INDICATORS .....................................38

Table 19 CSCT PANEL INTERFACES ......................................39

Table 20 CSCT PANEL INDICATORS .....................................40

Table 21 MSCT PANEL INTERFACES ......................................41

Table 22 MSCT PANEL INDICATORS......................................42

Table 23 MSCT PANEL INTERFACES ......................................43

Table 24 MSCX PANEL INDICATORS .....................................45

Table 25 COMBINATION OF CONTROL AND SWITCH CARD’S

SUB-CARDS (CSCA/CSCE/CSCM/CSCT) ................46


SUB-CARDS (MSCT)...........................................46


SUB-CARDS (MSCX) .........................................47

Table 28 AINC PANEL INTERFACES.......................................48

Table 29 AINC PANEL INDICATORS ......................................49

Table 30 EINT PANEL INTERFACES .......................................50

Table 31 EINT PANEL INDICATORS.......................................51



Table 32 EINB PANEL INTERFACES .......................................52

Table 33 EINB PANEL INDICATORS ......................................53

Table 34 ATNG PANEL INTERFACES ......................................54

Table 35 ATNG PANEL INDICATORS .....................................55

Table 36 ASNV PANEL INTERFACES ......................................56

Table 37 ASNV PANEL INDICATOR .......................................57

Table 38 ISNV PANEL INTERFACES.......................................58

Table 39 ISNV PANEL INDICATOR .......................................59

Table 40 VSNKC PANEL INDICATOR......................................61

Table 41 STNG PANEL INDICATOR........................................62

Table 42 SSNG PANEL INDICATOR .......................................63

Table 43 SPLITTER CARDS AND INTERFACES.........................64

Table 44 SPLITTER CARD INTERFACES..................................64

Table 45 EPNC PANEL INDICATORS ......................................70

Table 46 GPNC PANEL INTERFACES ......................................71

Table 47 GPNC PANEL INDICATORS......................................72

Table 48 SOCKET AND INTERFACES ON LTN CARD .................73

Table 49 LTN PANEL INDICATOR .........................................74

Table 50 PDBX PANEL INTERFACES ......................................75

Table 51 PDBX PANEL INDICATOR .......................................76

Table 52 EPS PANEL INTERFACES.........................................76

Table 53 EPS PANEL INDICATOR ..........................................78


Glossary

ADSL- Asymmetric Digital Subscriber Loop

CSV- Circuit Swithched Voice

DSL- Digital Subscriber Line

EPON- Ethernet Passive Optical Network

GPON- Gigabit Passive Optical Network

ONU- Optical Network Unit

POTS- Plain Old Telephone Service

PSTN- Public Switched Telephone Network

SHDSL- Single-pair High Digital Subscriber Line

VDSL2- Very High Bit Rate Digital Subscriber Line 2


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