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ZXMSG 5200Multiplex Service Gateway

Hardware Manual

Version 2.0.2

ZTE CORPORATION ZTE Plaza, Keji Road South, Hi-Tech Industrial Park, Nanshan District, Shenzhen, P. R. China 518057 Tel: (86) 755 26771900 800-9830-9830 Fax: (86) 755 26772236 URL: http://support.zte.com.cn E-mail: [email protected]

http://support.zte.com.cn/

mailto:[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 of this document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPORATION 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 CORPORATION or of their respective owners. This document is provided “as is”, and all express, implied, or statutory warranties, representations or conditions are disclaimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose, title or non-infringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein. ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject matter 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. The contents of this document and all policies of ZTE CORPORATION, including without limitation policies related to support or training are subject to change without notice.

Revision History

Date Revision No. Serial No. Reason for Revision

08/01/2008 R1.1 sjzl20070019 Product upgrading

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Please fax to: (86) 755-26772236; or mail to Documentation R&D Department, ZTE CORPORATION, ZTE Plaza, A Wing, Keji Road South, Hi-Tech Industrial Park, Shenzhen, P. R. China 518057.

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Document Name ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Hardware Manual

Product Version V2.0.2 Document Revision Number R1.1

Serial No. sjzl20070019 Equipment Installation Date

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Contents

About this Manual............................................................. i

Purpose................................................................................ i Intended Audience ................................................................. i Prerequisite Skill and Knowledge .............................................. i What is in This Manual............................................................ i Related Documentation.......................................................... ii Conventions........................................................................ iii How to Get in Touch............................................................. iv

Chapter 1.......................................................................... 1

Cabinets ........................................................................... 1

Introduction ...................................................................1

OUT30 Cabinet ...............................................................1

OUT50 Cabinets..............................................................3

19D06H20 Cabinet ..........................................................7

Chapter 2........................................................................13

Shelves...........................................................................13

Standard Power Shelf .................................................... 13 Single Power Standard Shelf................................................. 13 Dual Power Standard Shelf ................................................... 15

ONU100 Shelf............................................................... 16

OUT50 Shelf................................................................. 17 OUT50C Shelf..................................................................... 17 OUT50D Shelf .................................................................... 18

Chapter 3........................................................................21

Cards ..............................................................................21

Control Cards ............................................................... 21 Integrated Control and Switching Card (ICS) .......................... 22 Enhanced Integrated Control and Switching Card (EICS)........... 24

Giga Ethernet Integrated Control and Switching Card (GIS).......26 Giga Ethernet Integrated Control and Switching Card Simplified (GISS)...............................................................................28 CNIC Sub-card....................................................................29

VoIP Processing Cards ................................................... 29 MSAG Packet Processing and Resource Card (MPR) ..................30 MSAG Packet Processing and Resource Card Type B (MPRB) ......31 Sub-cards ..........................................................................32

Subscriber Cards........................................................... 33 Analog Line Card (ALC) ........................................................34 Reverse Analog Line Card (RALC) ..........................................35 Far-end Line Card (FLC) .......................................................36 Integrated Line Card (ILC/T).................................................37 Integrated Line Card (ILC2+)................................................40 Digital Line Card (DLC) ........................................................41 ADSL Subscriber Line Card (ADL) ..........................................43 Giga Backplane Interface ADSL Subscriber Line Card (GADL) .....45 VDSL Subscriber Line Card (VDL/ VDSL) .................................46 SHDSL Subscriber Line Card (SDL) ........................................48 ETI Card ............................................................................50 EPON Long Distance Card (EPOL) ..........................................52 GAGL Card .........................................................................53

Uplink Cards................................................................. 54

ETI Card ............................................................................55 EPON Long Distance Card (EPOL) ..........................................55 Ethernet Transform Card (ETC) .............................................55 Giga Ethernet Transform Card (GETC) ....................................56 Octal Digital Trunk Interface Card (ODTI) ...............................56 ATI Card ............................................................................58 GETI Card ..........................................................................59

Test Subscriber Line Card (TSLC) .................................... 60

Environment Monitoring Cards ........................................ 62 Environment Power Control Card (EPC) ..................................62 EMB Card...........................................................................64

Power Cards................................................................. 64 POWER H Card....................................................................64 POWER K Card....................................................................66 POWER G Card....................................................................67 PPC Power Card ..................................................................69

Backplanes................................................................... 70 MICS Backplane.................................................................. 71 MBSL Backplane ................................................................. 72 MRSL Backplane ................................................................. 74 MOCSB Backplane............................................................... 75 MOCSD Backplane............................................................... 76

Ethernet Sub-cards ....................................................... 78

Ethernet Uplink Interface Card (EUX)..................................... 78 Ethernet Uplink Card - Fiber mode (FEI)................................. 79 Giga Ethernet Uplink Card - Fiber Mode (GEUF) ....................... 80 Giga Ethernet Uplink Card - TX Mode (GEUT) .......................... 81 Giga Ethernet Interface Card -Simplified (GEIS) ...................... 82 Slave Casing Uplink Interface Card (SUPI) .............................. 83 Giga Ethernet Interface Card (GEI)........................................ 83 IEBC card .......................................................................... 84

Chapter 4........................................................................85

Front Access Structure ..................................................85

Shelf Structure ............................................................. 85 Card Configuration .............................................................. 86

Backplane .................................................................... 87

Front Access Cards........................................................ 89

Power Extension Card (PEB) ................................................. 89 ICS Extension Card (IEBA) ................................................... 90 ICS Extension Card (IEBB) ................................................... 91 Jumper.............................................................................. 92 Subscriber Extension Card (SEB)........................................... 92 EPC Extension Card (EPEB) .................................................. 93 PAUN Card......................................................................... 93

Abbreviations.................................................................95

Figures............................................................................97

Tables...........................................................................101

Index............................................................................103

Confidential and Proprietary Information of ZTE CORPORATION i

About this Manual

Purpose

This manual provides procedures and guidelines that support the operation of the ZXMSG 5200 Multiplex Service Gateway.

Intended Audience

This document is intended for engineers and technicians who perform operation activities on the ZXMSG 5200 Multiplex Service Gateway.

Prerequisite Skill and Knowledge

To use this document effectively, users should have a general understanding of telecommunications technology. Familiarity with the following is helpful:

Knowledge of integrated circuit board design

Network equipment design mechanism

Electricity and power supply

What is in This Manual

This manual contains the following chapters:

T AB L E 1 – C H A P T E R S U M M AR Y

Chapter Summary

Chapter 1, Cabinets Introduces the cabinets related to ZXMSG 5200 system.

Chapter 2, Shelves Describes different types of shelves such as standard power shelf, OUT50C/D shelf, ONU100 shelf.

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Hardware Manual

ii Confidential and Proprietary Information of ZTE CORPORATION

Chapter Summary

Chapter 3, Cards Describes different types of cards such as control cards, VoIP processing cards, subscriber cards, uplink cards, environment monitoring cards, power cards, backplane cards and Ethernet sub-cards.

Chapter 4, Front Access Structure

Describes front access shelf structure, card configuration, backplane and front access cards.

Related Documentation

The following documentation is related to this manual:

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Documentation Guide

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Technical Manual

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Hardware Installation Manual (OUT30)

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Hardware Installation Manual (OUT50C/D)

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Hardware Installation Manual (19D06H20)

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Command Manual

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Maintenance Manual (Routine)

ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Maintenance Manual (Troubleshooting)

About this Manual

Confidential and Proprietary Information of ZTE CORPORATION iii

Conventions

ZTE documents employ the following typographical conventions.

T AB L E 2 – TY P O G R AP H I C A L C O N V E N T I O N S

Typeface Meaning

Italics References to other Manuals and documents.

“Quotes” Links on screens.

Bold Menus, menu options, function names, input fields, radio button names, check boxes, drop-down lists, dialog box names, window names.

CAPS Keys on the keyboard and buttons on screens and company name.

Constant width Text that you type, program code, files and directory names, and function names.

[ ] Optional parameters.

{ } Mandatory parameters.

| Select one of the parameters that are delimited by it.

Note: Provides additional information about a certain topic.

Checkpoint: Indicates that a particular step needs to be checked before proceeding further.

Tip: Indicates a suggestion or hint to make things easier or more productive for the reader.

T AB L E 3 – M O U S E OP E R AT I O N C O N V E N T I O N S

Typeface Meaning

Click Refers to clicking the primary mouse button (usually the left mouse button) once.

Double-click Refers to quickly clicking the primary mouse button (usually the left mouse button) twice.

Right-click Refers to clicking the secondary mouse button (usually the right mouse button) once.

Drag Refers to pressing and holding a mouse button and moving the mouse.

Typographical Conventions

Mouse Operation

Conventions


iv Confidential and Proprietary Information of ZTE CORPORATION

How to Get in Touch

The following sections provide information on how to obtain support for the documentation and the software.

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

ZTE welcomes your comments and suggestions on the quality and usefulness of this document. For further questions, comments, or suggestions on the documentation, you can contact us by e-mail at [email protected]; or you can fax your comments and suggestions to (86) 755 26772236. You can also browse our website at http://support.zte.com.cn, which contains various interesting subjects like documentation, knowledge base, forum and service request.

Customer Support

Documentation Support

Confidential and Proprietary Information of ZTE CORPORATION 1

C h a p t e r 1

Cabinets

This chapter covers the following topics:

Introduction

OUT30 cabinet

OUT50 cabinet

19D06H20 cabinet

Introduction ZXMSG 5200 system cabinets are categorized in two types: indoor cabinets and outdoor cabinets.

Indoor cabinets

19D06H20

ONU100

Outdoor cabinets

OUT30

OUT50 (OUT50C and OUT50D)

OUT30 Cabinet The OUT30 cabinet holds ZXMSG 5200 system. It is designed for hard weather conditions where no equipment room is available. It has an integrated structure and it can be deployed rapidly.

Figure 1 shows OUT30 cabinet outline.

Introduction

Outline


2 Confidential and Proprietary Information of ZTE CORPORATION

F I G U R E 1 – OUT30 C AB I N E T OU T L I N E

OUT30 cabinet dimensions are 1992 mm x 1350 mm x 710 mm (Height x Width x Depth). Cabinet weight is 650 kg (excluding storage battery and air conditioner).

OUT30 cabinet holds the following components:

One air-conditioning module

Order wire phone

Toolkit

External line module

One power distributor box

One master shelf

Two slave shelves

One fan tray

One blank panel

One Environment Power Monitoring (EPM) module

One 45 A rectifier

Four 100 AH storage batteries

Four access control alarms

Dimensions and Weight

Components

Chapter 1 Cabinets


OUT30 cabinet can support 1120 PSTN/POTS subscribers and 560 ADSL subscribers. Figure 2 shows OUT30 cabinet configuration.

F I G U R E 2 – OUT30 C AB I N E T C O N F I G U R AT I O N

(Height 6U)

Air conditioner

Be cautious for high voltage

+ Accumulator -

Power distributor

Oil engine AC input Lightning arrester

Storage

battery

battery

Storage

Fan tray(Height 1U)

45A rectifier(Height 4U)

EPM plug-in box(Height 1U)

Blank panel(Height 2U)

5

Storage

battery

battery

Storage

ZXMSG 5200 shelf(Height 6U)

ZXMSG 5200 shelf

L1

L2


L0

1

4

3

2

1. Air conditioner 2. Order wire phone

3. Toolkit 4. External line module

5. Power distribution box

OUT50 Cabinets The OUT50 cabinet holds ZXMSG 5200 system. It is designed for hard weather conditions where no equipment room is available. It has an integrated structure and it can be deployed rapidly.

OUT50 cabinets are categorized into two types: OUT50C and OUT50D. Both cabinets use different types of shelves and cards but they share the same structure and outline.

Figure 3 shows OUT50 cabinet dimensions.

Configuration

Introduction

Outline



F I G U R E 3 – OUT50 C AB I N E T D I M E N S I O N S

ZXA10-OUT50

Figure 4 shows OUT50 cabinet outline.

Chapter 1 Cabinets


F I G U R E 4 – OUT50 C AB I N E T OU T L I N E

ZXA10-OUT50

1

2

3

4

1. Cabinet 2. Front door

3. Side door 4. Installation base

The OUT50 cabinets dimensions are 1100 mm x 750 mm x 430 mm (Height x Width x Depth). Cabinet weight is 140 kg (excluding storage battery and AC).

OUT50 cabinet holds the following components:

Subscriber access module

Control and processing module

Environment Power Monitoring (EPM) module

Test module

One 100 AH storage batteries

One fan tray

One power distribution box

One fiber splice tray (optical)

One heating module

An auxiliary MDF module

OUT50 cabinets can support 192 PSTN/POTS subscribers and 96 ADSL subscribers. OUT50 cabinets use EMC card for


Components

Configuration



environment monitoring. Figure 5 and Figure 6 shows OUT50 cabinet configuration.

F I G U R E 5 – OUT50 C AB I N E T C O N F I G U R AT I O N S (1 )

6

5

1

4

3

2

1. Cabinet top 2. Front door

3. Control shelf internal cable module 4. External cable module

5. Power distribution module 6. Side door

7. One fan tray

Chapter 1 Cabinets


F I G U R E 6 – OUT50 C AB I N E T C O N F I G U R AT I O N S (2 )

1 2 3 4

1. Front door 2. Storage battery cabin cover

3. Storage battery cabin 4. Cabinet

19D06H20 Cabinet The 19D06H20 cabinet holds ZXMSG 5200 system. It is an indoor cabinet. It has an integrated structure and it can be deployed rapidly.

Figure 7 shows 19D06H20 cabinet outline.

Introduction

Outline



F I G U R E 7 – 19D06H20 C AB I N E T OU T L I N E

Figure 8 shows 19D06H20 cabinet assembly diagram. Assembly Diagram

Chapter 1 Cabinets


F I G U R E 8 – 19D06H20 C AB I N E T AS S E M B L Y D I AG R AM

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1. Right door 2. Shelf position

3. Side door 4. Left door

5. Caster wheel 6. Top dust hood

7. Left door 8. Upward cabling hole

9. Cable distribution area 10. Right door

11. Side door 12. Shelf position

13. Downward cabling hole 14. Adjustable feet

The 19D06H20 cabinet dimensions are 2000 mm x 600 mm x 600 mm (Height x Width x Depth). Cabinet weight is 250 kg (excluding storage battery and AC power components).

The 19D06H20 cabinet holds the following components:


Components



One master shelf

Four slave shelves

One fan tray

One power distribution box

One 45 A rectifier

Three blank panels

The 19D06H20 cabinet can support 1856 PSTN/POTS subscribers, 240 VoIP ports and 928 ADSL subscribers.

The 19D06H20 cabinet has two configuration modes.

It is configured with a 45 A rectifier for AC power supply.

It is configured with a power distribution box for DC power supply.

Figure 9 shows 19D06H20 cabinet configuration with a 45 A rectifier.

Configuration

Chapter 1 Cabinets


F I G U R E 9 – 19D06H20 C AB I N E T C O N F I G U R AT I O N W I T H A 45 A R E C T I F I E R

ZXMSG 5200 shelf

ZXMSG 5200 shelf

ZXMSG 5200 shelf

Air diversion box(Height 2U)

Fan tray(Height 1U)



45A rectifier(Height 4U)

EPM plug-in box(Height 1U)

(Height 6U)

L4

L3

(Height 6U)

(Height 6U)

L2

ZXMSG 5200 shelf

ZXMSG 5200 shelf


(Height 6U)

L1

(Height 6U)

L0

Figure 10 shows 19D06H20 cabinet configuration with a power distribution box.



F I G U R E 10 – 19D06H20 CAB I N E T C O N F I G U R AT I O N W I T H A P O W E R D I S T R I B U T I O N B O X

(Height 6U)

(Height 6U)



Blank panel(Height 1U)EPM plug-in box(Height 1U)


L4

Air diversion box(Height 2U)

ZXMSG 5200 shelf

Fan tray(Height 1U)

L3


L2


Power distributor(Height 2U)

L0

ZXMSG 5200 shelf

ZXMSG 5200 shelf

L1

(Height 6U)


C h a p t e r 2

Shelves


Standard power shelf

ONU100 shelf

OUT50C shelf

OUT50D shelf

Standard Power Shelf Standard power shelf has two types:

Single power standard shelf

Dual power standard shelf

Single Power Standard Shelf

A single power standard shelf is used for indoor standard cabinets and OUT30 cabinets. The shelf has a simple structure and consists of the following parts.

Front and rear beams

Left and right side plates

Guide rails

Figure 11 shows single power standard shelf outline.

Introduction

Outline



F I G U R E 11 – S I N G L E P O W E R S T AN D AR D S H E L F OU T L I N E

RSTRST

ALM

HOOK

RUN

ALC

带电插拔

严禁

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC ICS ICS

RSTRST

TEST

ALM

RUN

TSLC

RSTRST

ALM

HOOK

RUN

ALC ADLMPRMPR ADL

+5V

-5V

+5VJ

RING

-48V

ALM

POWER H

The dimensions of this shelf are 266.5 mm x 482.6 mm x 318.5 mm (Height x Width x Depth).

This shelf holds total 17 cards. The space between every two slots is one inch. It holds 2 ICS cards, 2 MPR cards, 10 line cards, 1 TSLC subscriber line test card that is inserted in slot 17 and one POWER H card. This shelf supports MICS backplane.

Note: If this shelf is not configured with a TSLC card, slot 17 remains empty. No need to replace it with an ALC card or any other card. MPR and TSLC cards are used in the control shelf only.

Figure 12 shows single power standard shelf configuration.

F I G U R E 12 – S I N G L E P O W E R S T AN D AR D S H E L F C O N F I G U R AT I O N

Dimensions

Configuration

Chapter 2 Shelves


Dual Power Standard Shelf

A dual power standard shelf is used for indoor standard cabinets and OUT30 cabinets. The shelf has a simple structure and consists of the following parts.

Front and rear beams

Left and right side plates

Guide rails

Figure 13 shows dual power standard shelf outline.

F I G U R E 13 – D U AL P O W E R S T AN D AR D S H E L F OU T L I N E

2

1

4

3

1. Aluminum rear beams 2. Guide rail

3. Aluminum front beams 4. Side plates

The dimensions of this shelf are 266.5 mm x 482 mm x 318.5 mm (Height x Width x Depth).

This shelf holds total 17 cards. The space between every two slots is one inch. It holds 2 ICS cards, 2 MPR cards, 10 line cards, 1 TSLC subscriber line test card that is inserted in slot 16 and 2 POWER K cards. This shelf supports MBSL backplane.

Note: If this shelf is not configured with a TSLC card, slot 16 can hold an ALC card. MPR and TSLC cards are used in the control shelf only.

Figure 14 shows dual power standard configuration.

Introduction

Outline

Dimensions

Configuration



F I G U R E 14 – D U AL P O W E R S T AN D AR D S H E L F C O N F I G U R AT I O N

ONU100 Shelf ONU100 is an outdoor shelf. It is installed on user side. It is used to connect various users with central office. ONU100 shelf has two layers: Upper and lower. The upper layer is used for cards and the lower layer is used for fan.

Figure 15 shows ONU100 shelf outline.

F I G U R E 15 – ONU100 S H E L F OU T L I N E

PWR/ALM

RST

ALM

TEST

RUN

TSLC

RST

ALM

DSP2

DSP1

RUN

MPR

RST

ALM

ETH2

ETH1

NACT

DT

BACT

M/S

RUN

ICS

RSTRST

HOOK

RUN

ALM

ALC

RSTRST

HOOK

RUN

ALM

ALC

RSTRST

HOOK

RUN

ALM

ALC

RSTRST

HOOK

RUN

ALM

ALC

ZXA10 ONU100MPRLC LC LCLC ICS TSLC

1 2 43 5 6 7

Without front door

The dimensions of this shelf are 427 mm x 218 mm x 420 mm (Height x Width x Depth).

This shelf has total 7 card slots. Slots 1 to 4 and 6 can be used for any type of subscriber line cards. Slot 6 is used for MPR card. Slot 5 holds any type of control cards like ICS/EICS/GIS. Slot 7 is fixed for a TSLC card. This shelf supports MRSL backplane.

Introduction

Outline

Dimensions

Configuration

Chapter 2 Shelves


Note: If this shelf is not configured with a TSLC card, slot 7 remains empty. No need to replace it with any other card.

Figure 16 shows ONU100 shelf configuration.

F I G U R E 16 – ONU100 S H E L F C O N F I G U R AT I O N

LC1 LC2 LC3 LC4 ICS MPR TSLC

1 765432

OUT50 Shelf OUT50 shelf has two types:

OUT50C shelf

OUT50D shelf

OUT50C Shelf

OUT50C is an outdoor shelf. It has two layers: The upper layer is used for cards while the lower layer is used for expansion.

Figure 17 shows OUT50C shelf outline.

F I G U R E 17 – OUT50C S H E L F OU T L I N E

R ST

D T

E T H 2

E T H 1

A L M

B A C T

N A C T

M /S

IC S

R U N

R S T

D T

E T H 2

E T H 1

A L M

B A C T

N A C T

M /S

IC S

R U N

T S L CA D LA D LA LC A LC A L CA L C A D L

E M B

Introduction

Outline




This shelf holds total 10 card slots. It holds 2 ICS cards, 1 MPR card, 6 subscriber line cards, 2 PPC cards, 2 POWER G cards, 1 EMB card. In case of testing, a TSLC card can be inserted in slot 10. Slot 6 is used for ODTI card. This shelf supports MOCSB backplane.

Note: If this shelf is not configured with a TSLC card, slot 10 remains empty. No need to replace it with any other card.

Figure 18 shows OUT50C shelf configuration.

F I G U R E 18 – OUT50C S H E L F C O N F I G U R AT I O N

OUT50D Shelf

OUT50D is an outdoor shelf. OUT50D shelf has two layers. The upper layer is used for cards while the lower layer is used for shelf expansion.

Figure 19 shows OUT50D shelf outline.

Dimensions

Configuration

Introduction

Outline

Chapter 2 Shelves


F I G U R E 19 – OUT50D S H E L F OU T L I N E

RST

D T

ETH 2

ETH 1

A LM

BACT

N ACT

M /S

ICS

RUN

RST

DT

ETH 2

ETH 1

ALM

BACT

N ACT

M /S

ICS

RUN

ALC ALC ALC ALC

ALCALC EMB

FLOAT

EQUAL

ALM

RUN

ON

OFF

PPC

带电插拔

电源严禁

CAUTION

PO WER H

TSLCM PR


The shelf holds total 8 card slots. It holds 2 ICS cards, 1 MPR card, 5 subscribers line cards, 1 PPC card, 1 power card, 1 EMC card. In case of testing, a TSLC card can be inserted slot 8. This shelf supports MOCSD backplane.

Note: If this shelf is not configured with a TSLC card, slot 8 can hold an ALC card. The maximum limit for narrowband subscriber cards is six.

Figure 20 shows OUT50D shelf configuration.

F I G U R E 20 – OUT50D S H E L F C O N F I G U R AT I O N

Dimensions

Configuration


C h a p t e r 3

Cards


Control cards

VoIP processing cards

Subscriber cards

Uplink cards

Test subscriber line card

Environment monitoring cards

Power cards

Backplane cards

Ethernet sub-cards

Control Cards ZXMSG 5200 (V2.0.2) has the following control cards:

Integrated control and switching card (ICS)

Enhanced integrated control and switching card (EICS)

Giga Ethernet integrated control and switching card (GIS)

Giga Ethernet integrated control and switch card simplified (GISS)

CNIC sub-card



Integrated Control and Switching Card (ICS)

ICS monitors and manages other units and cards in system and implements protocol communication with SoftSwitch (SS). ICS provides IP network side interfaces and separates the system internal network from external IP networks. It also separates H.248 protocol and broadband functions.

ICS card communicates with both central processing units (CPUs). Master CPU implements call processing, H.248 protocol processing and Ethernet layer-2 protocol processing. It also controls TDM switching network and Ethernet switching network. Slave CPU scans narrowband line cards and subscribers in the local shelf. It communicates with master CPU by HDB.

The main functions of ICS card include:

Management functions and circuit status scanning of downlink subscriber line cards.

Manages telephone call and voice connections.

System control and H.248 call process

One ICS has 4 E1s interfaces.

Extracts 2 K clock signal from uplink E1 as system clock. Normally, it extracts clock signal from first E1, if first E1 contains some error or fails, then it extracts from second E1.

Performs TDM switching, Ethernet switching and network functions.

Expands broadband and narrowband subscriber shelves.

Supports active/standby working modes. An active ICS card supports 4 E1s switching. In normal conditions, active ICS controls all 12 subscriber cards, standby ICS does not participate in control.

Provides two RS-232 ports. One is connected to environment power monitoring module for sending its information to NMS server. The second port is connected to NMS computer for managing local serial port HyperTerminal.

Processes layer-2 Ethernet protocol, and connects with NMS by using a 10/100 Mbps Ethernet port.

Figure 21 shows ICS card.

Introduction

Functions

Panel

Chapter 3 Cards


F I G U R E 21 – ICS C AR D

I C S

Table 4 lists ICS card LEDs.

T AB L E 4 – ICS C AR D LED S

LED Color Status Description

RUN Green Flashing Card is running normally.

Red ON Card is faulty. ALM

- OFF Card is normal.

Green ON Card is active. M/S

- OFF Card is standby.

NACT Green Flashing Narrowband service is running normally.

BACT Green Flashing Broadband service is running normally.

Green ON 2 Mbps trunk is running normally. DT

- OFF 2 Mbps trunk is abnormal.

ETH1 Green Flashing Uplink port 1 is running normally.


ICS card has one fast Ethernet (10/100 Mbps) port for local debugging and maintenance. ICS card provides 4 E1s interfaces and one V5 interface.

X17 X19, X22 and X26: Determine impedance of eight PCMs. When no pins are shorted, impedance is 120 ohm.

LEDs

Interface

Jumpers



When pins 1 and 2 are connected, impedance is 75 ohm (PCM ground is shorted with equipment working ground).

When pins 2 and 3 are connected, impedance is 120 ohm (PCM ground is shorted with equipment protection ground).

Figure 22 shows ICS card jumpers.

F I G U R E 22 – ICS C AR D J U M P E R S

X18

S 1

X 4

X10

X1

X8

2 1 6 IC S _ 0 4 0 4 04

X 1 5

X 1 3

X 2 2X 2 6 X 19 X 17

X 19 ,X 2 2 ,X 2 6X 12 -X 15 ,X 1 7

7 5 o h m1 2 0 o hm

1 2 3

X6

X7

X 1 4

X 1 2

Card power consumption is 22 W.

Note: As card jumper settings depend on card hardware version, check card hardware version.

Enhanced Integrated Control and Switching Card (EICS)

EICS card is the upgrade of ICS. EICS function is the same as that of ICS. It is the core switching and systematic control card with 4 E1s. It provides narrowband access service like PSTN and DDN through V5 Interface. It provides IP network side interface, Ethernet switching and TDM switching functions by two 8-Mbps HW.

The main functions of EICS card are:

Supports 4 E1 interfaces and FE star cascading between shelves.

Supports 4 K VLANs while ICS only supports 256 VLANS.

All the other functions of EICS and ICS are the same.

Figure 23 shows EICS card.

Power Consumption

Introduction

Functions

Panel

Chapter 3 Cards


F I G U R E 23 – E ICS C AR D

R S T

B A C T

D T

E T H 1

E T H 2

R U N

M / S

N A C T

A L M

E I C S

Table 5 lists EICS card LEDs.

T AB L E 5 – E ICS C AR D LED S













The card has a RJ-45 port on its front panel for connection to network management system. This card has another 10/100 Mbps port for NM maintenance.

X17, X19, X22 and X26: Used to determine impedance of eight PCMs.

When no pins are connected, impedance is 120 ohm.

When pins 1 and 2 are connected, impedance is 75 ohm (PCM ground connects with equipment working ground).

LEDs

Interfaces

Jumper



Figure 24 shows EICS card jumpers.

F I G U R E 24 – E ICS C AR D J U M P E R S

X22

1

X261

1

X191

X17

Note: As card jumper settings depend on card hardware version, check card hardware version.

Giga Ethernet Integrated Control and Switching Card (GIS)

Integrated control and switching card GIS is developed on the basis of EICS card. GIS card supports active/standby working modes. GIS card supports two central processing units (CPUs).

The main functions of GIS card include:

Supports all functions of control switching card ICS/EICS.

Provides connections for narrowband switching networks.

Processes access network and V5 protocol/H.248 protocol functions.

Collects and switches broadband Ethernet buses.

Handles layer-2 protocol functions of Ethernet.

Supports 24-port Gigabit Ethernet switching chip to meet high bandwidth requirements.

Supports 4 K VLANs and GE star cascading between shelves.

Figure 25 shows GIS card.

Introduction

Functions

Panel

Chapter 3 Cards


F I G U R E 25 – G IS C AR D

R S T

D T

B A C T

N A C T

M / S

A L M

R U N

G I S

G E 1

G E 2

Table 6 lists GIS card LEDs.

T AB L E 6 – G IS C AR D LED S





M/S Green ON Card is active.






GE1 Green Flashing Uplink port 1 is running normally.

GE2 Green Flashing Uplink port 2 is running normally.



LEDs

Interfaces

Power Consumption



Giga Ethernet Integrated Control and Switching Card Simplified (GISS)

GISS is an upgraded EICS card. GISS is developed on the basis of EICS card. It uses a powerful Ethernet switching chip.

The main functions of GISS card are:

GISS and EICS cards have the same Ethernet switch chip. Only difference between GISS and EICS is that GISS uses GE port while EICS uses FE port for Ethernet cascading.

GISS card has four GE ports due to the Ethernet switching chip.

When GEIS card is used, GISS provides one GE ports for uplink and three GE ports for broadband cascading.

When GEI card is used, GISS provides two GE ports for uplink and two GE ports for broadband cascading.

GISS supports E1 interfaces and 4 K VLANs.

Figure 26 shows GISS card.

F I G U R E 26 – G ISS C AR D

R S T

D T

F E

G E

B A C T

N A C T

M /S

A L M

R U N

G IS -S

Table 7 lists GISS card LEDs.

Introduction

Functions

Panel

LEDs

Chapter 3 Cards


T AB L E 7 – G ISS C AR D LED S











GE Green Flashing Uplink port is running normally.

FE Green Flashing Uplink port is running normally.


CNIC Sub-card

CNIC is an interface sub-card between the ZXMSG 5200 system and IP network. It is plugged-in ICS/EICS/GIS card to perform Network Address Translation (NAT).

The main functions of CNIC card are:

Distributes received RTP packets to MPR card according to their RTP number.

Changes the RTP packet destination address into a uniform external IP address of the ZXMSG 5200 system.

Provides a port on the IP network side.

Separates the internal network from external IP networks. It provides system and network traffic filter measures.

Implements firewall functions through NAT enhancing system security.

VoIP Processing Cards ZXMSG 5200 (V2.0.2) has the following VoIP processing cards:

MSAG packet processing and resource card (MPR)

MSAG packet processing and resource card type B (MPRB)

Interfaces

Introduction

Functions



Sub-cards

MSAG Packet Processing and Resource Card (MPR)

MPR card has a built-in DSP resource processing chip that provides resources such as voice, DTMF detection/occurrence, tone and voice occurrence, CID receiving/transmitting, and conference call.

The main functions of MPR card include:

Converts voice over IP packets.

Implements VoIP and fax forwarding function.

Provides 120 channels for VoIP processing resources.

Each MPR card has 2 GCXM sub-cards.

Figure 27 shows MPR card.

F I G U R E 27 – MPR C AR D

M P R

R U N

A L M

D S P 1

D S P 2

R S T

Table 8 lists MPR card LEDs.

T AB L E 8 – MPR C AR D LED S





Introduction

Function

Panel

LEDs

Chapter 3 Cards



Green Flashing DSP1 is working normally. DSP1

- - DSP1 is abnormal.




Note: MPR card can reside only in slot 11 or 12.

MSAG Packet Processing and Resource Card Type B (MPRB)

MPRB card supports load sharing mode and is plugged-in slot 8, 11 or 12. MPRB has a built-in DSP resource processing chip that provides resources such as voice, DTMF detection/occurrence, tone and voice occurrence, CID receiving/transmitting, and conference call.

The main functions of MPRB card include:

Implements VoIP and fax forwarding function.

Provides 240 channels for VoIP processing resources.

MPRB card has an external Gigabit Ethernet interface.

Figure 28 shows MPRB card.

Power Consumption

Introduction

Function

Panel



F I G U R E 28 – MPRB C AR D

RST

RUN

ALM

DSP1

DSP2

MPRB

Table 9 lists MPRB card LEDs.

T AB L E 9 – MPRB C AR D LED S










Sub-cards

MPR card has the following sub-cards:

GCXM

VOP1 and VOP2

LEDs

Power Consumption

Chapter 3 Cards


GCXM

GCXM is MPR sub-card.

The main functions of GCXM card are as follows:

Transmits 60-channel of VoIP and facsimiles.

Two GCXM cards at most can be inserted on one MPR card.

Performs coding/decoding functions and its interface to system is 8 Mbps HW and PCI bus.

Implements Voice over IP function: Voice code and voice decode (G.711, G.723, G.729, T.38, etc).

Implements RTP/IP pack and unpack.

VOP1 and VOP2

VOP1 and VOP2 are sub-cards for MPRB card.

The main functions of VOP1 and VOP2 cards are:

VOP1 and VOP2 cards Transmit 240 channels of VoIP and facsimiles.

Maximum limit of VOP1 or VOP2 cards on MPRB card is 1.

VOP1 and VOP2 cards implement Voice over IP function: Voice code and voice decode (G.711, G.723, G.729, T.38, etc).

VOP1 and VOP2 cards implement RTP/IP pack and unpack.

Subscriber Cards ZXMSG 5200 (V2.0.2) has the following subscriber cards:

Analog line card (ALC)

Reverse analog line card (RALC)

Far-end line card (FLC)

Integrated line card (ILC/T)

Digital line card (DLC)

ADSL subscriber line card (ADLG)

Giga backplane interface ADSL subscriber line card (GADL)

VDSL digital subscriber line card (VDL/VDSL)

SHDSL digital subscriber line card (SDL)

ETI card

EPON long distance card (EPOL)

Functions

Functions



Analog Line Card (ALC)

ALC provides 32 analog subscriber lines and supports PSTN. Every standard shelf holds 12 ALC cards.

ALC card has seven basic functions (BORSCHT):

B (Battery): Feed function

O: Over voltage protection in compliance with standard K20 test conducted by Ministry of Information Industry of China

R: Ringing

S: Supervision of DC operating status of subscriber ports

C: Codec, that is, the CODEC chip implements voice conversion between analog and digital signals.

H: Hybrid 2/4-wire conversion

T: Test function provides internal and external ports for tests.

Figure 29 shows ALC card.

F I G U R E 29 – ALC C AR D

A L C

A L M

R U N

R S T

H O O K

Table 10 lists ALC card LEDs.

T AB L E 10 – ALC C AR D LED S





Introduction

Functions

Panel

LEDs

Chapter 3 Cards



Green ON One or more subscribers hook-off. HOOK

- OFF Subscribers hook-on.

Subscriber supply voltage: -48 V

Subscriber supply current: 0.02 A

Ringing current voltage: 75 V

Subscriber lines: 32

Card power consumption is 40 W

Reverse Analog Line Card (RALC)

RALC card provides 32 analog subscriber lines.

RALC has same seven basic functions (BORSCHT) as ALC.



R: Ringing





RALC reverses all features and functions of ALC.

Figure 30 shows RALC card.

Technical Specifications

Introduction

Functions

Panel



F I G U R E 30 – R ALC C AR D

R S T

R A L C

R U N

A L M

H O O K

Table 11 lists RALC card LEDs.

T AB L E 11 – RALC C AR D LED S





Green ON One or more subscribers hook-off HOOK

- OFF Subscribers hook-on

Far-end Line Card (FLC)

FLC card supports 16 analog subscriber lines (POTS) and 16 KC/ 12 KC pulse charging subscribers.

FLC card has the same seven basic functions (BORSCHT) as ALC.



R: Ringing




LEDs

Introduction

Functions

Chapter 3 Cards



Figure 31 shows FLC card.

F I G U R E 31 – FLC C AR D

R S T

H O O K

A L M

R U N

F L C

Table 12 lists FLC card LEDs.

T AB L E 12 – FLC C AR D LED S





Green ON One or more subscribers hook-off HOOK

- OFF Subscribers hook-on

FLCB uses -48 V or -80 V power supply.

Integrated Line Card (ILC/T)

ILC/T is a subscriber line card like ALC and ADLG/T card. It has 16 integrated voice data subscriber lines. It follows ADSL standards as ITU G.992.1 Annex (G.dmt), ITU G.992.2 (G.Lite) and ANSIT.

The main broadband functions of ILC/T are:

Panel

LEDs

Power Supply

Introduction

Functions



Supports uplink Ethernet mode and provides one 100 Mbps Ethernet port connected to switching card via backplane or directly connected to the card panel.

Supports a maximum downlink modem rate (ITU G992.1 Annex A) of 8160 K and a maximum uplink modem rate of 32 to 1024 K, where maximum transmission distance is 5 km.

Adapts DMT modulation/demodulation to adapt rates. Its rates are automatically adjusted based on circuit conditions. The adjustment step is 32 kbps.

Supports ADSL over POTS and has a voice data built-in splitter.

Provides an external port to backplane for subscriber circuit test.

Narrowband part has seven basic BORSCHT functions:



R: Ringing





Figure 32 shows ILC card.

F I G U R E 32 – ILC C AR D

AL2

AL15 AL16

RST

AL13

AL11

AL4

AL14

AL12

AL10

AL8

AL6

ILC

HOOK

ALM

RUN

AL1

AL5

AL7

AL9

AL3

Panel

Chapter 3 Cards


Table 13 lists ILC card LEDs.

T AB L E 13 – ILC C AR D LED S





HOOK Green ON One or more subscribers hook-off.

Green ON Subscriber port 1 is UP. AL1

- OFF Subscriber port 1 is DOWN.





























LEDs






External interface signals on this card fall into two categories: 1) signals between card and backplane; 2) panel indicator signals and Ethernet interface signals.

Power consumption is 25 W.

Integrated Line Card (ILC2+)

ILC2+ card integrates major functions of ALC and ADSL2+ and supports broadband and narrowband functions. Each ILC2+ card simultaneously provides 16 ADSL2+ subscribers and 16 POTS subscribers. It has a built-in voice splitter, and offers a line capture module. It follows ADSL standards as ITU G.992.1 Annex (G.dmt), ITU G.992.2 (G.Lite) and ANSIT.

The broadband functions of ILC2+ card include:

Supports uplink Ethernet mode and provides one 100 Mbps Ethernet port connected to switching card via backplane or directly connected to the card panel.

Supports a maximum downlink modem rate (ITU G992.1 Annex A) of 8160 K and a maximum uplink modem rate of 32 to 1024 K, where maximum transmission distance is 5 km.

Adapts DMT modulation/demodulation to adapt rates. Its rates are automatically adjusted based on circuit conditions. The adjustment step is 32 kbps.

Supports ADSL over POTS and has a voice data built-in splitter.

Provides an external interface to backplane for subscriber circuit test.

Narrowband part contains seven basic BORSCHT functions:


O: Over Voltage Protection in compliance with standard K20 test conducted by Ministry of Information Industry of China

R: Ringing





Interfaces

Power Consumption

Introduction

Functions

Chapter 3 Cards



Digital Line Card (DLC)

DLC card provides basic rate ports for 8 ISDN subscribers. DLC card can be plugged in any subscriber slot. Each DLC card supports eight subscriber lines. One standard shelf holds 12 DLC cards and 96 ISDN subscriber lines.

The main functions of DLC card are:

Provides 2B+D interface and performs U interface function of ISDN physical layer, including 2B1Q coding/decoding, 2/4-wire conversion and echo suppression.

Provides self loop detection and over voltage protection.

Performs link layer processing for D channel separation based on I440/I441 protocol.

Sends the processed signaling to ICS, and provides communication with ISDN network layer.

Allocates time slots for two B channels based on ICS instruction.

Provides test ports for user test cards.

Provides remote power supply via U interface, when local system fails to provide power supply to Network Terminal1 (NT1).

Figure 33 shows DLC card.

Power Consumption

Introduction

Functions

Panel



F I G U R E 33 – DLC C AR D

D L C C

U 1

A L M

R U N

U 2

U 3

U 5

U 4

U 7

U 6

U 8

R S T

Table 14 lists DLC card LEDs.

T AB L E 14 – DLC C AR D LED S





Green ON Subscriber port 1 is UP. U1












U7 Green ON Subscriber port 7 is UP.

LEDs

Chapter 3 Cards






Supply voltage: –59 V DC to –96 V DC

Subscriber lines: 8

Card current: 0.1 A, adding a remote user needs 0.07 A

Transmission distance exceeds 5.5 km when 0.4-mm diameter copper wire is adapted.

Static power consumption: 6.5 W, 20 W

ADSL Subscriber Line Card (ADL)

ADL card implements ADSL subscriber access. It is connected to other Ethernet switching devices through Ethernet port. It communicates with main control card through HDLC protocol to implement related NM functions. It follows ADSL standards as ITU G.992.1 Annex (G.dmt), ITU G.992.2 (G.Lite).

The main functions of ADL card include:

Supports a maximum downlink rate of 8160 kbps and a maximum uplink rate of 1024 kbps. Its maximum transmission distance is 5 km.

Supports ADSL over POTS mode. It has 16 built-in splitters to separate voice from data.

Supports uplink Ethernet mode and provides one 100 Mbps Ethernet port connected to the switching card via backplane or directly connected to the panel.

Supports communication with HDB protocol of EICS/ICS/GISS card.

Provides 16 ADSL ports and supports ATM mode.

Figure 34 shows ADL card.


Introduction

Functions

Panel



F I G U R E 34 – ADL C AR D

A D L

Table 15 lists ADL card LEDs.

T AB L E 15 – ADL C AR D LED S





ETH Green Flashing Uplink interface is working normally.













LEDs

Chapter 3 Cards























Card power consumption: 22 W

Giga Backplane Interface ADSL Subscriber Line Card (GADL)

GADL card implements ADSL subscriber access. GADL card is connected to other Ethernet switching devices through an Ethernet interface. It has one FE or GE port for broadband services. It follows G.dmt and G.Lite standards.

The main functions of ADLG and GADL are the same except that GADL is a gigabit control distribution card.

GADL card is connected to other Ethernet switching devices through Ethernet interface.

Communicates with main control card through HDB protocol to implement related NM functions.

Provides 16-channel ADSL interface to implement ATM cell access.

Power Consumption

Introduction

Functions



Contains a built-in 16-channel splitter.

Figure 35 shows GADL card.

F I G U R E 35 – G ADL C AR D

R S T

G A D L

A L M

R U N

A C T

Table 16 lists GADL card LEDs.

T AB L E 16 – GADL C AR D LED S





ACT Green Flashing Link is UP.

VDSL Subscriber Line Card (VDL/ VDSL)

VDL is a VDSL subscriber line card. It provides 8 VDSL subscriber lines.

The main functions of VDL card include:

Performs conversion from VDSL interface to Ethernet interface.

VDL has a maximum downlink rate of 52 Mbps and a maximum uplink rate of 26 Mbps.

Panel

LEDs

Introduction

Functions

Chapter 3 Cards


Completes VLAN and multicast functions by using Ethernet L2 switching functions.

VDL card has a 100 Mbps Ethernet uplink interface that is connected to 100 Mbps Ethernet interface of ICS.

Connects Ethernet frame information to main control card or upper layer system via an Ethernet controller.

Figure 36 shows VDL card.

F I G U R E 36 – VDL C AR D

VDL

Table 17 lists VDL card LEDs.

T AB L E 17 – VDL C AR D LED S





Green ON Subscriber port 1 is UP. VL1


VL2 Green ON Subscriber port 2 is UP.

Panel

LEDs

















VDL provides eight VDSL interfaces and connects to backplane via two 96-pin European connectors.


SHDSL Subscriber Line Card (SDL)

SDL is a SHDSL subscriber line card. It provides 16 SHDSL connections.

Figure 37 shows SDL card.

Interfaces

Power Consumption

Introduction

Panel

Chapter 3 Cards


F I G U R E 37 – SDL C AR D

RST

HOOK

ALM

AL13

AL11

AL15

RUN

AL7

AL9

AL1

AL3

AL5

AL8

AL12

AL14

AL10

AL16

AL2

AL4

AL6

SDL

Table 18 lists SDL card LEDs.

T AB L E 18 – SDL C AR D LED S





Green ON One or more subscribers hook off. HOOK

- OFF Subscribers hook on.











LEDs


























Modulation mode: TCP-PAM


ETI Card

ETI card is an Ethernet transform card, which provides functions of layer-2 switching. ETI card supports six ports of both electrical and optical.

ETI card functions are as follows:

Performs Ethernet connectivity and electricity connectivity.

Performs Ethernet layer 2 switching functions.

Supports cascading or uplink.

Adapts an HDB protocol.


Introduction

Functions

Chapter 3 Cards


Figure 38 shows ETI card.

F I G U R E 38 – ET I C AR D

E T I

Table 19 lists ETI card LEDs.

T AB L E 19 – ET I C AR D LED S





Green ON Subscriber port 1 is UP. ACT1










ACT6 Green ON Subscriber port 6 is UP.

Panel

LEDs





ETI card provides six Ethernet ports (optical/electrical) for cascading or uplink connection and two 100 Mbps electrical ports connecting to ICS through backplane. ETI card uses two 96-pin European connectors to connect to backplane.


EPON Long Distance Card (EPOL)

EPOL card provides OLT side related functions. It can also be used as uplink card. It supports 802.3 standards. It provides downstream data transfer from OLT to ONU in physical broadcast method and for upstream data transfer it uses TDMA method. EPOL has 1 PON port. The downstream and upstream rate is 1.25 Gbps.

Figure 39 shows EPOL card.

F I G U R E 39 – EPOL C AR D

R S T

A C T

A L M

R U N

E P O L

Table 20 lists EPOL card LEDs.

Interfaces

Power Consumption

Introduction

Panel

LEDs

Chapter 3 Cards


T AB L E 20 – EPOL C AR D LED S





Green ON Fiber is connected. Link is UP.

- OFF Link is DOWN.

ACT

Green Flashing Data flow is normal.

GAGL Card

The GAGL card is ADSL2+ Digital Subscriber card. It supports ADSL subscriber access and connects to the Ethernet switch. It follows ADSL standards, such as ITU G.992.1 Annex (G.DMT), ITU G.992.2 (G.LITE), ITU G.992.3 (ADSL2), ITU G.992.4 (Splitter less ADSL2) and ITU G.992.5 (ADSL2+).

The main functions of GAGL card are:

It supports a maximum downlink rate of 24 Mbps and a maximum uplink rate of 2.3 Mbps.

It communicates with the main control card via HDLC, performing the relevant network management functions.

It supports 32-route ADSL2+ interfaces as ATM mode.

Figure 40 shows GAGL card.

Introduction

Function

Panel



F I G U R E 40 – G AGL C AR D

RST

RUN

ALM

ACT

GAGL

Table 21 lists GAGL card LEDs.

T AB L E 21 – GAGL C AR D LED S





ACT Green Flashing Link is UP.

Uplink Cards ZXMSG 5200 (V2.0.2) has the following uplink cards:

ETI Card

EPON long distance card (EPOL)

Ethernet transform card (ETC)

Giga Ethernet transform card (GETC)

Octal digital trunk interface card (ODTI)

ATI Card

LEDs

Chapter 3 Cards


ETI Card

Refer to ETI Card for description.

EPON Long Distance Card (EPOL)

Refer to EPON Long Distance Card (EPOL) for description.

Ethernet Transform Card (ETC)

ETC card supports Ethernet ports on backplane. Regarding MICS backplane, when ETC is plugged-in slot 5 to slot 8, it provides 2 FE ports. When plugged-in slot 1, slot 4, slot 9 and slot 12, it provides one FE port.

Regarding MIGS backplane, when ETC is plugged-in slot 5 and slot 6, it provides 2 FE ports. When plugged-in slot 1, slot 4, slot 7 and slot 12, it provides one FE port.

Figure 41 shows ETC card.

F I G U R E 41 – ETC C AR D

E T H 1R S T

E T H

E T C

Introduction

Panel



Giga Ethernet Transform Card (GETC)

GETC is an uplink card that supports Ethernet port on backplane. When GETC plugged-in slot 5 and slot 6 it supports two electrical ports. When plugged-in slot 1, slot 4, slot 7 and slot 12, it supports one electrical port.

Figure 42 shows GETC card.

F I G U R E 42 – GETC C AR D

R S T

R U N

G E T C

A L M

G E 1

G E 2

Table 22 lists GETC card LEDs.

T AB L E 22 – GETC C AR D LED S





Octal Digital Trunk Interface Card (ODTI)

ODTI card is octal digital trunk interface card. It is plugged in slot 8 (LC6).

Introduction

Panel

LEDs

Introduction

Chapter 3 Cards


The main functions of ODTI card include:

Multiplexes/demultiplexes 64 kbps traffic signals and two 8192 kbps signals according to PCM time division multiplexing principles.

Controls HDB protocol.

Performs conversion between 8 Mbps HW and 8 E1 signals.

Figure 43 shows ODTI card.

F I G U R E 43 – ODTI C AR D

O D T

Table 23 lists ODTI card LEDs.

T AB L E 23 – ODTI C AR D LED S





DT1 Green Flashing Data is flowing through this port.







Functions

Panel

LEDs





Two types of E1 interfaces are available: 75-ohm and 120-ohm. The jumper determines interface mode.

Power consumption is 7 W.

ATI Card

ATI provides a 155 Mbps ATM optical port for uplink connection. It can be plugged-in any subscriber slot. ATI card is connected with backplane through two 96-core connectors.

The main functions of ATI card include:

Completes conversion between ATM cells and Ethernet switch.

ATI card is connected with ICS card.

Exchanges inter-card control information with ICS through HDB protocol based on 2 Mbps timeslots.

Figure 44 shows ATI card.

F I G U R E 44 – AT I C AR D

A T I

Table 24 lists ATI card LEDs.

Interfaces

Power Consumption

Introduction

Functions

Panel

LEDs

Chapter 3 Cards


T AB L E 24 – AT I C AR D LED S





Green ON Service is running normally. ACT

- OFF Service is abnormal.

GETI Card

GETI is an uplink card that supports Ethernet switch function. It provides Ethernet electrical interface and optical interface for subscriber access. GETI Ethernet interface cascade function can build up different topology structures of Ethernet network. This can improve the system integrated access capability.

Figure 45 shows GETI card.

F I G U R E 45 – GETI C AR D

RST

GETI

FE4

FE3

FE2

FE1

FE4

FE3

FE2

FE1

RUN

ALM

GETI card has:

4 FE interfaces. There are two configuration types: 4 electrical interfaces or 4 optic interfaces.

Introduction

Panel

Interface



The backplane holds 1 x GE unicast＋1 x GE multicast (the main control card is GISR, GIS).

Table 25 lists GETI card LEDs.

T AB L E 25 – GETI C AR D LED S





- ON Link is normal, but no data communication.

- OFF No signal link

Link1/ACT1

- Flashing Link and data communication is normal.



Link2/ACT2




Link3/ACT3




Link4/ACT4


Test Subscriber Line Card (TSLC) TSLC card is used to test subscriber external and internal lines. TSLC card is also used to test subscriber telephone line functions.

TSLC card functions are as follows:

External line test: It measures insulation resistance, AC/DC voltage, capacitances, and DC loop resistance between A and B, between A and ground, and between B and ground of subscriber circuit external lines.

LEDs

Introduction

Functions

Chapter 3 Cards


Internal line test: It measures output voltage and frequency of ringing current, detects signal tone, tests equipment pulse number receiving and DTMF number receiving functions, and checks dialing tone.

Subscriber telephone function test: It tests telephone dialing tone, DTMF signal, user supply voltage and its polarity.

Interception function

Note: TSLC card can be inserted in slot 17 only.

Figure 46 shows TSLC card.

F I G U R E 46 – TSLC C AR D

R S T

T E S T

R U N

A L M

T S L C

Table 26 lists TSLC card LEDs.

T AB L E 26 – TSLC C AR D LED S





TEST Green Flashing Test is ON.

Panel

LEDs



TSLC tests subscriber lines at multiple layers of subscriber units. Test buses of these subscriber units must be interconnected through an interface on the backplane.

Supported subscriber units: 20

Card current: 0.06 A


Environment Monitoring Cards ZXMSG 5200 (V2.0.2) has the following environment monitoring cards:

Environment power control card (EPC)

EMB card

Environment Power Control Card (EPC)

EPC card provides environment monitoring parameters such as temperature, humidity, smoke, dust, fog and moist. EPC is mainly used to collect environment and power data from external interface. EPC card also detects equipment related to output control, and reports the local alarm data and real-time data simultaneously. This card is used in standard shelf.

Figure 47 shows EPC card.

Interfaces


Introduction

Panel

Chapter 3 Cards


F I G U R E 47 – EPC C AR D

RSTRST

OTH

SMK

RUN

E P C

FLOW

HUM

TEMP

POWR

DOOR

Table 27 lists EPC card LEDs.

T AB L E 27 – EPC C AR D LED S



Red ON Card is faulty. OTH


Red ON Smoke is detected. SMK

- OFF No smoke.

Red ON Humidity has exceeded the threshold limits.

HUM

- OFF Humidity is within the limits.

Red ON Water level is above the limit. FLOW

- OFF Water is below the limit.

Red ON Door is open. DOOR

- OFF Door is close.

Red ON Temperature has exceeded the threshold limits.

TEMP

- OFF Temperature is within the limits.

Red ON Power supply is normal. POWR

- OFF Power supply is abnormal.

LEDs




EMB Card

EMB card has same functions as EPC card, the only difference is that this card is used in OUT50C/D shelves.

Power Cards ZXMSG 5200 (V2.0.2) has the following power cards:

POWER H

POWER K

POWER G

PPC

POWER H Card

POWER H supplies secondary power and ringing current for all subscriber shelves.

The main functions of POWER H card are:

Converts +48 V DC power to 24 V or 12 V AC power according to different cards requirements.

Provides assistance for other power cards at all layers.

Supplies four types of voltages: +5 V, -5 V, -48 V and 75 V AC ringing current.

Figure 48 shows POWER H card.

Power Consumption

Introduction

Functions

Panel

Chapter 3 Cards


F I G U R E 48 – POWER H C AR D

POWER H

ALM

-5V

+5VJ

RING

+5V

-48V

严禁

带电插拔

Table 28 lists POWER H card LEDs.

T AB L E 28 – POWER H C AR D LED S




Green ON -48 V supply is normal. -48V

- OFF -48 V supply is abnormal.

RING Green ON Card is working normally.

Green ON +5 V supply is normal. +5V

- OFF +5 V supply is abnormal.

Green ON +5 VJ supply is normal. +5VJ

- OFF +5 VJ supply is abnormal.



Table 29 lists card input characteristics.

LEDs

Input Characteristics



T AB L E 29 – CAR D I N P U T C H AR AC T E R I S T I C S

Name Value

Input nominal voltage -48 V

Input voltage range -60 V DC ~ -38 V DC

Maximum input wave peak value 250 mV

Table 30 lists power output characteristics.

T AB L E 30 – CAR D OU T P U T C H AR AC T E R I S T I C S

Name Value

Output voltage +5 VA(D) -5 VA -48 V

Nominal value (V) +5 -5 -48

Stability (%) 0.5 0.5

Maximum working current (A) 30 5 15

Maximum peak voltage (MPV) 100 100

Ringing output 75 ± 15 V AC, 400 MA

Distortion < 5%, 25 Hz ± 2 Hz

Output voltage in case of overload

Less than nominal ± 5%.

Overshoot value of output voltage

Less than nominal ± 2%

Card circuit 0.2 A

Ringing current module handles ringing current. RINGA provides ringing for backplane at local layer, and RINGB is connected to a 9-core socket (AMP9) on backplane to connect to ringing interconnection line.

POWER K Card

POWER K provides power and support hot backup in OUT30 and OUT50C shelves.

The main functions of POWER K card are:

POWER H and POWER K cards function is same except POWER K card is used for hot backup and is small in size.

Supplies secondary power and ringing current for subscriber layer.

Supplies four types of voltages: +5 V, -5 V, -48 V and 75 V AC ringing current.

Output Characteristics

Introduction

Functions

Chapter 3 Cards


Figure 49 shows POWER K card.

F I G U R E 49 – POWER K C AR D

Table 31 lists POWER K card LEDs.

T AB L E 31 – POWER K C AR D LED S













POWER G Card

POWER H supplies secondary power and ringing current for all subscriber shelves.

The main functions of POWER G card are:

Panel

LEDs

Introduction

Functions



POWER G card has the same functions as those of other power cards, but POWER G card is different from the others in height and width.

Provides assistance for other power cards at all layers.

Figure 50 shows POWER G card.

F I G U R E 50 – POWER G C AR D

POWER G

ON

OFF

ALM

-48V

RING

+5VJ

-5V

+5V

Table 32 lists POWER G card LEDs.

T AB L E 32 – POWER G C AR D LED S













Panel

LEDs

Chapter 3 Cards


PPC Power Card

PPC is a primary power supply card for OUT50 shelves power supply. OUT50 shelves hold two PPC power cards: One is active, other is for hot backup.

The main functions of PPC power card are:

PPC power card converts AC power supply to DC power supply.

At the same time PPC power card controls storage batteries by EPM to supply sufficient power.

Figure 51 and Figure 52 shows PPC card.

F I G U R E 51 – PPC C AR D

FLOAT

EQUAL

ALM

RUN

ONOFF

PPC

Introduction

Function

Panel



F I G U R E 52 – PPC C AR D D I M E N S I O N S

RUN

EQUAL

FLOAT

ALM

OFF

ON

PPC

Table 33 lists PPC card LEDs.

T AB L E 33 – PPC C AR D LED S





Green ON Batteries are charging in EQUAL mode. EQUAL

- OFF Batteries are not charging in this mode.

Green ON Batteries are charging in FLOAT mode. FLOAT

- OFF Batteries are not charging in this mode.

Backplanes Different backplanes are designed for different shelves. Table 34 lists shelves and related backplanes.

T AB L E 34 – SH E L V E S AN D R E L AT E D B A C K P L AN E S

Shelf Backplanes

Single power standard shelf MICS

LEDs

Chapter 3 Cards


Shelf Backplanes

Dual power standard Shelf MBSL

ONU100 shelf MRSL

OUT50C shelf MOCSB

OUT50D shelf MOCSD

MICS Backplane

MICS backplane supports power connection between backplanes. MICS is suitable for standard 19-inch cabinets. MICS is connected to -48 V power supply trough 6 core power cables. It holds two 9-core cable connections. MICS size is 440 mm x 258 mm.

Figure 53 shows MICS backplane.

F I G U R E 53 – M ICS B AC K P L AN E

30 25 20 15 10

SLC

1USL

C2U

SLC

4USL

C5U

SLC

3UIC

S1X

56IC

S2SL

C7U

SLC

9USL

C8U

SLC

6USL

C10

USL

C11

UTS

LCU

SLC

12U

SLC

12U

TSLC

USL

C11

USL

C10

U

25

CDE

AB

5 10

105

DE

CBA

cb

a

30

SLC

6USL

C8U

SLC

9USL

C7U

1

5 1 0 11

BIT

S-2M

GN

D

OFF

ON

S1

88

S1

ON

1234

X91

X90

3

BIT

1SL

AV

EM

AST

ER

4 5 76

8K

X92

1 2

3 54 76

TR

21

TR

SLC

3USL

C5U

SLC

4U

5 15 2010

SLC

2U

1

X35

X31

216M

ICS_

0311

01R

ING

2+5

VD

PWR

U+5

VD

IN-4

8V

ca

b

15

IN-4

8 VX

30

X34

TSLC

X29

X40

POW

ER_E

RR X41

PWR

U

TSL C

RIN

G C

TL

ON

/OFF

X39

X32

X36

-48V

+5V

DR

ING

X33

-5V

A+5

VD

+5V

D

Table 35 lists MICS backplane interfaces.

T AB L E 35 – M ICS B AC K P L A N E I N T E R F AC E S

S.N. Description Usage

X32 RJ-11 connector Power source control

Introduction

Panel

Interfaces




PWRD (9, 16)

3 x 8 socket connector

Ring current mutual assistance

X39 RJ-11 connector Power source warning

X40, X41

RJ-11 connector 112 Test interlocks

X29 6-cores power plug -48 V power in

X33 9-cores power plug 2 shelf mutual assistance power line

X31 RS-232 interface Operation, maintenance and debugging

X35 RS-232 interface Connection to CSV or EPM

S1 Position switch Active/standby shelf switching

X90 Interface Reserved for 8 E1s of ODTI and IST

X91 Interface 8 E1s of 2 ICS

MBSL Backplane

MBSL backplane functions and interfaces are the same as those of MICS backplane. Only difference is that MBSL has X111 backup power input interface that is not available in MICS. It supports dual power supply cards. MBSL backplane size is 440 mm x 258 mm.

Figure 54 shows MBSL backplane.

Introduction

Panel

Chapter 3 Cards


F I G U R E 54 – MBSL B AC K P L AN E

IN-4

8V2

X11

3

X11

2 IN-4

8V2

BA

EDC

BC

A

ED

5 101

5 10110

3020 25

IN-4

8V1

ab

ca

bc

X34

X30

5 110

IN-4

8V1

44

X16

SLC

7DX

24SL

C11

D

X11

1

X28

PWR

2DX

26SL

C12

DX

20SL

C9D

X22

SLC

10D

X18

SLC

8DX

12SL

C5D

51

X14

SLC

6D

155 10

X8

SLC

3DX

10SL

C4D

1

X91

X90

8S1

ON

4 123

S1 ON

OFF

BIT1

MA

STER

SLA

VE

5 76

85 76

X35

X31

X15

S LC

7UX

23S L

C11

U2 1

6MBS

L_04

1100

+5V

D-4

8V

-5V

A+5

VD

+5V

D

X27

P WR

2U

+5V

DRI

NG

2

X33RIN

G

S LC

12U

X25

+5V

D

X19

S LC

9UX

21S L

C10

UX

17S L

C8U

X11

S LC

5U

TR

8K

X92

BIT

S-2M

GN

D

1 32

X56

ICS2

TR1 32

X13

S LC

6UIC

S1X

9S L

C4U

X7

S LC

3UX

5S L

C2U

20 1525X

29

TSLC

X4

X2

30

PWR

1DSL

C1D

X41

TSLC

X40

X39

ON

/OFF

POW

ER_E

RRX

32

RIN

G C

TLX

1P W

R1U

X3

S LC

1U

X36

Table 36 lists MBSL backplane interfaces.

T AB L E 36 – MBSL B AC K P L AN E I N T E R F AC E S


X32 RJ-11 connector Power source control

PWRD (9, 16)

3 x 8 socket connector

Ring current mutual assistance

X39 RJ-11 connector Power source warning

X40, X41

RJ-11 connector 112 Test interlocks

X29 6-cores power plug -48 V power in

X33 9-cores power plug 2 shelf mutual assistance power line

X31 RS-232 interface Operation, maintenance and debugging

X35 RS-232 interface It is connected to CSV or EPM

S1 Position switch Active/standby shelf switching

X90 Interface Reserved for the 8 E1s of ODTI and IST

Interfaces




X91 Interface 8 E1s of 2 ICS

MRSL Backplane

MRSL function is to connect different cards of the ZXMSG 5200 system. MRSL height is 6U. It has two layers: The upper 3U layer holds control and line cards; the lower 3U layer holds power cards. MRSL backplane size is 300 mm x 189 mm.

Figure 55 shows MRSL backplane.

F I G U R E 55 – MRSL B AC K P L AN E

T SL C C

T SL C CX 28

X 27

X 35 X 31

AE CD B

105

110

51

X 12SL C 3DS L C 5D

X 16S L C 4D

X 14 X 10S L C 1D

X 8

X 92

G N D

X 56

B ITS -2M

O NO FF

S1

O N

S1

32

14

M A S T E RSL A V EB IT 1

X 91 X 90

6

8

7

4

5

RT

1

2

3

6

8

7

4

5

RT

1

2

3

X 11216M R S L _040900

SL C 3UIC S 1X 15

S L C 5UX 13

S L C 4U SL C 2UX 9

S L C 1UX 7

Table 37 shows MRSL backplane interfaces.

T AB L E 37 – MRSL B AC K P L AN E I N T E R F AC E S


X31 RS-232 interface

Operation, maintenance and debugging


It is connected to CSV or EPM

X56 Coaxial interface

Interface of 2MHz Bits clock for backup

X91 Interface It is connected with 8 pairs of uplink EI provided by 2 ICS cards. The last pair can be used for NM channel.

Introduction

Panel

Interfaces

Chapter 3 Cards


MOCSB Backplane

MOCSB backplane function is to connect different cards of the ZXMSG 5200 system. It supports two layers of OUT50C shelf. MOCSB backplane size is 562.5 mm x 260 mm.

MOCSB height is 12U with two layers. The upper 6U layer holds 2 PPC cards, 2 POWER G cards and 1 EMB card. The lower 3U layer holds 2 ICS cards, 6 subscriber line cards and 1 TSLC card that is inserted in slot 17.

Figure 56 shows MOCSB backplane.

F I G U R E 56 – MOCSB B AC K P L AN E

PPC1

X10

5

X11

0

E

SB44

ACD BE ABD C

7ON SLAVE

15

10

X33

TSLCDX28

SB42

ALC7DX26

MASTER

ON

2

OFF

34

S1

1

X49

8

X10

4

510

15

101

ALC5DX20ALC6D

SB41

X18ALC4DX16

ALC3DX14

25

30

10

15

20

TSLCU

TR

X27X21ALC7U

TTL-2M

BITS-2M

BIT1

X48

S1

2

3

4

1TR

6

5

X25ICS2

ba c

ALC5UALC6U

TR

X19ICS1

X17ALC3UALC4U

X15 X13

5

1

10

1

5

a

25

20

15

X32

X8CSVD

X6PW R2D

CSVUX7

PW R2UX5

X2PPC2

X4PW R1D

X1

30

PW R1UX3

X64

abc

3X8

1517-24

POTS

3X8

3X825-32

9-16D SL

20

25

30

PO TS

10

1

5

ALC2DX12 X10

ALC1D

ALC2U ALC1U

PO TS

PO TS

1-8

DSL1-8

3X8

9-16

X11 X9

X 30

X31

b c-48V OUT

-48V OUT

X29

260

562.

5

Table 38 lists MOCSB backplane interfaces.

Introduction

Panel

Interfaces



T AB L E 38 – MOCSB B AC K P L AN E I N T E R F AC E S


X29 6-cores power plug

DC power output power supply

X64 6-cores power plug

DC power output power supply

X32 RS-232 port Operation, maintenance and debugging

S1 Position switch Active/ standby shelf switching

X49 Socket 8 E1s of 2 ICS

X48 Two pins plug DLC U to extract clock

X30 Two pins plug -48 V power output power supply

X31 Two pins plug -48 V power output power supply

Note: X30 and X31 are reserved for future use.

MOCSD Backplane

MOCSD backplane function is to connect different cards of the ZXMSG 5200 system. It supports two layers of OUT50D shelf. MOCSB backplane size is 562.5 mm x 210 mm.

MOCSB height is 12U with two layers. The upper 6U layer is holds PPC card, 1 POWER H card and 1 EMB card. The lower 3U layer holds 2 ICS cards, 6 subscriber line cards and 1 TSLC that is only inserted in slot 17.

Figure 57 shows MOCSD backplane.

Introduction

Panel

Chapter 3 Cards


F I G U R E 57 – MOCSD B AC K P L AN E

L C 8 DX 2 8

RT

X 2 7L C 8 U

E M B DX 1 0

E M B UX 9

X 6 4

X10

5

X11

0

S B 4 2

CD B AE ADE C B

bc a

3 X 87O N S L A V E 7

510

1 X10

4

510

510

11

S B 4 0

L C 7 DX 2 6

X 3 3

ON

O F F

X 4 9

34

S 1

21

8M A S T E R

L C 6 DX 2 0

S B 4 1

L C 5 DX 1 8

X 9 0

8

1 7 - 2 4 1 53 X 8

D S L9 - 1 6

3 X 8

P O T S2 5 - 3 2

2 0

3 0

2 5

P O T S

1

1 0

5

L C 3 DX 1 4X 1 6

L C 4 D

a

R

X 2 1

X 4 8

T T L - 2 M

B I T S - 2 M

S 1

1

2

3

4

5

6

T

B I T 1

X 2 5L C 7 U I C S 2

RRTT

1

6

5

4

3

2

L C 6 UX 1 9

a b

I C S 1

c

X 1 7L C 5 U

1 53 X 8

P O T S2 5 - 3 2

3 X 8

9 - 1 6D S L

1 0

5

1

P O T S1 7 - 2 4

3 0

2 5

2 0

1 0

1

5

2 5

2 0

1 5

P O T S1 - 83 X 8

1 - 8D S L

9 - 1 6P O T S

X 1 5L C 4 U

X 1 3L C 3 U

X 3 0

X 3 1

b c- 4 8 V O U T

- 4 8 V O U T

X 1P P C

X 3 2

L C 1 0 DX 8

L C 9 DX 6 X 4

P W R D3 0

P O T S

3 X 81 - 8

P O T S

D S L

9 - 1 63 X 8

1 - 8

L C 1 0 UX 7

L C 9 UX 5 X 3

P W R U

X 2 9

2 1 0

562.

5

Table 39 lists MOCSD backplane interfaces.

T AB L E 39 – MOCSD B AC K P L AN E I N T E R F AC E S


X29 6-cores power source plug

Main input connection

X64 6-cores power source plug

Main input connection or connects storage batteries

X32 RS-232 port Operation, maintenance and debugging

S1 Position switch Active/ standby shelf switching

X90 Interface Reserved for IST E1

X49 Socket 8 E1s of 2 ICS

X48 Two pins plug DLC U to extract clock

X30 Two pins plug -48 V power source output power supply

X31 Two pins plug -48 V power source output power supply

Note: X30 and X31 are reserved for future use.

Interfaces



Ethernet Sub-cards ZXMSG 5200 (V2.0.2) has the following Ethernet sub-cards:

Ethernet uplink interface card (EUX)

Ethernet uplink card - fiber mode (FEI)

Giga Ethernet uplink card - fiber mode (GEUF)

Giga Ethernet uplink card - TX mode (GEUT)

Giga Ethernet interface card - simplified (GEIS)

Slave casing uplink interface card (SUPI)

Giga Ethernet interface card (GEI)

Ethernet Uplink Interface Card (EUX)

EUX is an Ethernet interface sub-card with two FE electrical ports. It provides two 100BaseTX ports in conformity with IEEE 802.3 standards. It also provides 4 FE cascading ports that are used for control unit and broadband services of multiple subscriber units. Each control unit or subscriber unit is configured with one EUX card.

The main functions of EUX card are:

Provides two FE electrical ports for broadband uplink.

Provides four 8 Mbps HW LVDS for narrowband cascading.

Provides 4 FE ports for broadband cascading.

Figure 58 shows EUX card.

F I G U R E 58 – EUX C AR D

X4

X 5 X 6

Introduction

Functions

Panel

Chapter 3 Cards


EUX card has two 100BaseTX ports (X5 and X6) for broadband uplink and X4 port for cascading. Connect broadband and narrow band cascade cables to X4 port. The cascade cable has a 5 x 4 plug. The first 5 x 4 plug is inserted in X4 port, starting from the third row from the top. The space between the 5 x 4 plugs must be two rows. At most four 5 x 4 plugs can be inserted in X4 interface.

Ethernet Uplink Card - Fiber mode (FEI)

FEI is an Ethernet interface sub-card. It exists in main control shelf. It has two FE optical ports. Each control unit or user unit is configured with one FEI card to provide two uplink FE optical ports and 4 FE cascading ports together with ICS/EICS cards.

The main functions of FEI card are:

Provides two uplink FE optical ports.


Provides 4 FE ports for broadband cascading.

Figure 59 shows FEI card.

F I G U R E 59 – FE I C AR D

X2

216F

E I_0

5100

1

X1

X3

X5

X4

X6

FEI card has:

Two Ethernet X5 and X6 ports for broadband services.

Interfaces

Introduction

Functions

Panel

Interfaces



One X4 port for cascading.

Giga Ethernet Uplink Card - Fiber Mode (GEUF)

GEUF card is an Ethernet interface sub-card. Each control unit or user unit is configured with one GEUF card to provide 1 GE optical port and 1 FE and 4 FE cascading ports together with the ICS and EICS cards.

The main functions of GEUF card are:


Provides four Ethernet ports for broadband cascading.

Provides one GE optical port and one FE electrical port for broadband uplink.

Figure 60 shows GEUF card.

F I G U R E 60 – GEUF C AR D

135

6 0

7165

1GE U

F_05

0100

X 2 X 1

X 3

X 6 X 4

X 5

GEUF card has:


X5 and X6 ports for broadband uplink.

Introduction

Functions

Panel

Interfaces

Chapter 3 Cards


Giga Ethernet Uplink Card - TX Mode (GEUT)

GEUT card is an Ethernet interface sub-card. Each control unit or user unit is configured with one GEUF card.

The main functions of GEUT card are:


Provides four Ethernet ports for broadband cascading.

Provides one GE electrical port for broadband uplink.

Figure 61 shows GEUT card.

F I G U R E 61 – GEUT C AR D

135

60

7165

1GEU

T _04

0400

X 2 X 1

X 3

X 4

X 5

GEUT card has:

X4 port for cascading.

X5 port for broadband uplink.

Introduction

Functions

Panel

Interfaces



Giga Ethernet Interface Card -Simplified (GEIS)

GEIS provides broadband and narrowband services. It also provides cascading between shelves.

The main functions of GEIS card are:


Provides three GE ports for broadband cascading.

Provides one GE optical port and one FE electrical port for broadband uplink.

Figure 62 shows GEIS card.

F I G U R E 62 – GE IS C AR D

216GEIS_050700

X2 X1

X3

X4

X5

X6

GEIS card has:


X5 and X6 interfaces for broadband uplink.

Introduction

Functions

Panel

Interfaces

Chapter 3 Cards


Slave Casing Uplink Interface Card (SUPI)

SUPI is an Ethernet interface sub-card, which is inserted in the main control shelf.

The main functions of SUPI card are:


Provides four GE/FE ports for broadband cascading.

Figure 63 shows SUPI card.

F I G U R E 63 – SUPI C AR D

216S

UPI

_050

800

X 2 X 1

X 3

X 4

SUPI card has one X4 port for cascading.

Giga Ethernet Interface Card (GEI)

GEI is an Ethernet interface sub-card. It has 2 FE and 2 GE optical ports. Each control unit or user unit is configured with one GEI card to provide uplink interfaces of 2 GE, 2 FE and 4 FE and work together with GIS card.

The main functions of GEI card are:


Provides two GE ports for broadband cascading.

Provides two GE optical ports and two FE electrical ports for broadband uplink.

Figure 64 shows GEI card.

Introduction

Functions

Panel

Interfaces

Introduction

Functions

Panel



F I G U R E 64 – GE I C AR D

135

60

X 2

216G

EI_0

5080

1

X 1

X 3

112.1

X 5

X 8 X 7

X 4

X 6

X5, X6, X7, X8 ports for broadband uplink.

X4 port for cascading

IEBC card

IEBC is an Ethernet interface sub-card. It has 2 GE optical interfaces. Each control unit or user unit is configured with one IEBC card to provide uplink interfaces of 2 GE.

The main functions of IEBC card are:

It provides four 8 Mbps HW LVDS for narrowband cascading.

It provides two GE interfaces for broadband cascading.

It provides two GE optical interfaces for broadband uplink.

Figure 65 shows IEBC card.

F I G U R E 65 – IEBC C AR D

IEBC

3

1

2

Interfaces

Introduction

Functions

Panel


C h a p t e r 4

Front Access Structure


Shelf Structure

Card Configuration

Backplane

Front Access Cards

Shelf Structure The shelf dimensions are 339 mm x 482 mm x 318 mm (Height x Width x Depth). This shelf consists of two layers. The upper layer is fixed for cards while the lower layer is used for front access cards. The front access card holds interfaces for subscriber cable, cascade cable, monitor cable and maintenance cable.

Figure 66 shows the shelf dimensions.



F I G U R E 66 – S H E L F D I M E N S I O N S

IMAE HDB

RSTRST

ALM

HOOK

RUN

ALCIST 1A ICS

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC

RSTRST

ALM

HOOK

RUN

ALC

RST

U8

U5

U7

U6

U4

U3

ALM

U2

U1

RUN

DLCA

RST

U8

U5

U7

U6

U4

U3

ALM

U2

U1

RUN

DLCA ICS ADLADL

RSTRST

ALM

HOOK

RUN

ALC

3

4

5

PEB

1

2

2

3

IEBA

1

3

IEBB

1

2

SEB ISEBEPEB

3

4

5

PEB

1

2

SEB SEB SEB SEB SEB SEB SEBSEBSEB

Card Configuration

Overall configuration is shown in Figure 67. MPSL is the backplane used for front access shelf.

F I G U R E 67 – OV E R AL L C O N F I G U R AT I O N

PO

WE

R K

PE

B

ALC

SE

B

ALC

SE

B

ALC

SE

B

ICS

IEB

A

ICS

IEB

B

MP

R

MP

R

AD

LS

EB

AD

LS

EB

PO

WE

R K

PE

B

TS

LC

EP

CE

PE

B

1 2 3 5 6 7 8 9 10 11 12 13 14 15 16 174

AD

LS

EB

AD

LS

EB

AD

LS

EB

The height of shelf is 9 U. The upper 6 U is for power, subscriber, control, MPR and test cards. The lower 3 U is used for the front access cards, which mainly includes Power Extension Card (PEB), ICS Extension Card (IEB) and Subscriber Extension Card (SEB).

Chapter 4 Front Access Structure


Figure 67 shows the master shelf configuration. For slave shelf, it does not need to configure EPC card and MPR card.

Table 40 lists the relationship between upper layer cards and front access cards.

T AB L E 40 – RE L AT I O N S H I P B E T W E E N U P P E R L A Y E R C A R D S AN D FR O N T AC C E S S C AR D S

Card Extension Card

ALC, ADL subscriber card SEB

ICS (No.9 slot) IEBA

ICS (No.10 slot) IEBB

EPC EPEB

POWER K PEB

Backplane MPSL is the backplane of front access shelf. Its main function is to connect the system card for normal running of the equipment.

The MPLS backplane are 440 mm x 392.5 mm. Figure 68 shows MPSL backplane.

Introduction

Dimensions



F I G U R E 68 – MPSL B AC K P L AN E

216MPSL_050401

440

392.

5

Table 41 lists the MPSL interfaces.



T AB L E 41 – MPSL I N T E R F AC E S



Operation, maintenance and debugging


It is connected to CSV or EPM

X56 Coaxial interface

Interface of 2MHz Bits clock for backup

S1 DIP switch It is used for master and slave shelf configuration

X90 Interface It is preserved for E1

X91 Interface It is connected with 8 pairs of uplink EI provided by 2 ICS cards. The last pair can be used for NM channel.

X92 2-pin plug socket

Socket of DLC U interface

Front Access Cards Front access cards mainly include Power Extension Card (PEB), ICS Extension Card (IEB) and Subscriber Extension Card (SEB).

Power Extension Card (PEB)

PEB is the extension card for the power card. It is plugged-in the slot under POWER K card.

Figure 69 shows PEB card.

F I G U R E 69 – PEB C AR D

5

4

3

2

PEB

1

Introduction

Panel



Table 42 lists the PEB interface functions.

T AB L E 42 – PEB I N T E R F AC E FU N C T I O N S

Interface Description

1 Three-core power socket

2 POWER K control interface. This interface can be connected to EPC or EPM card.

3 POWER K detection interface. It is connected to EPC or EPM card.

4 Interconnection test interface

5 Interconnection test interface

ICS Extension Card (IEBA)

IEBA is the extension card for ICS card. It is plugged-in the slot under ICS card.

Figure 70 shows IEBA card.

F I G U R E 70 – IEBA C AR D

IEBA

3

2

1

Table 43 lists the IEBA interface functions.

T AB L E 43 – IEBA I N T E R F A C E S FU N C T I O N


1 68-core socket, E1 cable interface

2 RJ-45 interface. Interface for debugging cable.

3 RJ-45 interface. Interface for monitoring cable connected to EPC or EPM card.

Interface

Introduction

Panel

Interface



ICS Extension Card (IEBB)

IEBB is the extension card for ICS card. It is plugged-in the slot under backup ICS card. IEBB card has two types: one provides two FE electrical interfaces and the other one provides one FE electrical interface and one GE optical interface.

Figure 71 shows IEBB card with two FE electrical interfaces.

F I G U R E 71 – IEBB C AR D W I T H TW O FE EL E C T R I C AL I N T E R F AC E S

3

2

1

IEBB

Figure 72 shows IEBB card with one FE electric interface and one GE optical interface.

F I G U R E 72 – IEBB C AR D W I T H ON E FE EL E C T R I C I N T E R F A C E AN D ON E GE OP T I C AL I N T E R F AC E

IEBB

2

3

1

Table 44 lists the IEBB interface functions.

Introduction

Panel

Interface



T AB L E 44 – IEBB I N T E R F A C E FU N C T I O N S


1 Uplink interface (GE optical interface or FE electric interface)

2 Uplink interface (FE electrical interface)

3 DB-50 cascade socket, which supports 3 slave frames

Jumper

For FE+FE uplink mode, short circuit pin 1 and 2 of X7 jumper, 2 and 3 of X8 and X9 jumper.

For FE+GE uplink mode, short circuit pin 1 and 2 of X7 and X9 jumper, 2 and 3 of X8 jumper.

Figure 73 shows the jumper positioning on IEBB card.

F I G U R E 73 – J U M P E R P O S I T I O N I N G O N IEBB C AR D

X4

X5

X1X2

X3

X7X9 X8216IEBB_0505011 1 1

Subscriber Extension Card (SEB)

SEB is the extension card for subscriber card. It is plugged-in slot under subscriber card. The front panel has the interface to connect the subscriber cable.

Figure 74 shows SEB card.

Introduction

Panel



F I G U R E 74 – SEB C AR D

SEB

EPC Extension Card (EPEB)

EPEB is the extension card for EPC card. It is plugged-in the slot under EPC card. The front panel has the interface to connect the monitoring cable.

Figure 75 shows EPEB card.

F I G U R E 75 – EPEB C AR D

EPEB

PAUN Card

It is 32-route splitter card with a 3 U height. It is plugged-in the slot under splitter card.

Introduction

Panel

Introduction



Figure 76 shows PAUN card.

F I G U R E 76 – P AUN C AR D

LINE

POTS

PAUN

Panel


Abbreviations

Abbreviation Full Name

ADL ADSL Digital Subscriber Line Card

ADSL Asymmetrical Digital Subscriber Line

ALC Analog Line Card

AN Access Network

CO Central Office

CPE Customer Premises Equipment

DLC Digital Line Circuit

DTMF Dual Tone Multi-Frequency

EICS Enhanced Integrated Control and Switching Card

EPC Environment Power Control Card

EPM Environment Power Monitoring

EPON Ethernet Passive Optical Network

ETC Ethernet Transform Card

EUX Ethernet Uplink Interface Card

FDM Frequency Division Multiplexing

FEI Ethernet Uplink Card-Fiber Mode

FLC Far-end Line Card

GADL Giga Backplane Interface ADSL Subscriber Line card

GEI Giga Ethernet Interface Card

GEIS Giga Ethernet Interface Card-Simplified

GETC Giga Ethernet Transform Card

GEUF Giga Ethernet Uplink Card-Fiber Mode

GEUT Giga Ethernet Uplink Card-TX Mode

GIS Giga Ethernet Integrated Control & Switching Card

GISS Giga Ethernet Integrated Control & Switch Card - Simplified

HDSL High-speed Digital Subscriber Line

HW High Way

ICS Integrated Control and Switching Card

ILC Integrated Line Card



Abbreviation Full Name

ISDN Integrated Service Digital Network

MPR MSAG Packet Processing & Resource Card

MPRB MSAG Packet Processing & Resource Card Type B

MSAN Multi-Service Access Network

NE Network Element

NGN Next Generation Network

ODT Octal Digital Trunk

ODTI Octal Digital Trunk Interface Card

ONU Optical Network Unit

PRI Primary Rate Interface

PSPDN Packet Switched Public Data Network

PSTN Public Switch Telephone Network

QoS Quality of Service

RALC Reverse Analog Line Card

RTP Real-time Transport Protocol

SDL SHDSL Digital Subscriber Line Card

SHDSL Single-Pair High Digital Subscriber Line

SLC Subscriber Line Circuit

SS SoftSwitch

SUPI Slave Casing Uplink Interface Card

TSLC Test Subscriber Line Card

VDL VDSL Digital Subscriber Line Card

VDSL Very High Speed Digital Subscriber Line


Figures

Figure 1 – OUT30 Cabinet Outline .........................................2 Figure 2 – OUT30 Cabinet Configuration ................................3 Figure 3 – OUT50 Cabinet Dimensions ...................................4 Figure 4 – OUT50 Cabinet Outline .........................................5 Figure 5 – OUT50 Cabinet Configurations (1)..........................6 Figure 6 – OUT50 Cabinet Configurations (2)..........................7 Figure 7 – 19D06H20 Cabinet Outline....................................8 Figure 8 – 19D06H20 Cabinet Assembly Diagram....................9 Figure 9 – 19D06H20 Cabinet Configuration With A 45 A Rectifier..................................................................................... 11 Figure 10 – 19D06H20 Cabinet Configuration With A Power Distribution Box ............................................................... 12 Figure 11 – Single Power Standard Shelf Outline................... 14 Figure 12 – Single Power Standard Shelf Configuration .......... 14 Figure 13 – Dual Power Standard Shelf Outline ..................... 15 Figure 14 – Dual Power Standard Shelf Configuration ............ 16 Figure 15 – ONU100 Shelf Outline....................................... 16 Figure 16 – ONU100 Shelf Configuration .............................. 17 Figure 17 – OUT50C Shelf Outline....................................... 17 Figure 18 – OUT50C Shelf Configuration .............................. 18 Figure 19 – OUT50D Shelf Outline....................................... 19 Figure 20 – OUT50D Shelf Configuration .............................. 19 Figure 21 – ICS Card ........................................................ 23 Figure 22 – ICS Card Jumpers ............................................ 24 Figure 23 – EICS Card....................................................... 25 Figure 24 – EICS Card Jumpers .......................................... 26 Figure 25 – GIS Card ........................................................ 27 Figure 26 – GISS Card ...................................................... 28 Figure 27 – MPR Card ....................................................... 30 Figure 28 – MPRB Card...................................................... 32 Figure 29 – ALC Card ........................................................ 34



Figure 30 – RALC Card ...................................................... 36 Figure 31 – FLC Card ........................................................ 37 Figure 32 – ILC Card......................................................... 38 Figure 33 – DLC Card........................................................ 42 Figure 34 – ADL Card........................................................ 44 Figure 35 – GADL Card...................................................... 46 Figure 36 – VDL Card........................................................ 47 Figure 37 – SDL Card........................................................ 49 Figure 38 – ETI Card......................................................... 51 Figure 39 – EPOL Card ...................................................... 52 Figure 40 – GAGL Card...................................................... 54 Figure 41 – ETC Card ........................................................ 55 Figure 42 – GETC Card...................................................... 56 Figure 43 – ODTI Card ...................................................... 57 Figure 44 – ATI Card......................................................... 58 Figure 45 – GETI Card....................................................... 59 Figure 46 – TSLC Card ...................................................... 61 Figure 47 – EPC Card ........................................................ 63 Figure 48 – POWER H Card ................................................ 65 Figure 49 – POWER K Card ................................................ 67 Figure 50 – POWER G Card ................................................ 68 Figure 51 – PPC Card ........................................................ 69 Figure 52 – PPC Card Dimensions ....................................... 70 Figure 53 – MICS Backplane .............................................. 71 Figure 54 – MBSL Backplane .............................................. 73 Figure 55 – MRSL Backplane .............................................. 74 Figure 56 – MOCSB Backplane............................................ 75 Figure 57 – MOCSD Backplane ........................................... 77 Figure 58 – EUX Card........................................................ 78 Figure 59 – FEI Card......................................................... 79 Figure 60 – GEUF Card...................................................... 80 Figure 61 – GEUT Card...................................................... 81 Figure 62 – GEIS Card ...................................................... 82 Figure 63 – SUPI Card....................................................... 83 Figure 64 – GEI Card ........................................................ 84 Figure 65 – IEBC Card....................................................... 84

Figures


Figure 66 – Shelf Dimensions ............................................. 86 Figure 67 – Overall Configuration........................................ 86 Figure 68 – MPSL Backplane .............................................. 88 Figure 69 – PEB Card ........................................................ 89 Figure 70 – IEBA Card....................................................... 90 Figure 71 – IEBB Card with Two FE Electrical Interfaces ......... 91 Figure 72 – IEBB Card with One FE Electric Interface And One GE Optical Interface.......................................................... 91 Figure 73 – Jumper Positioning on IEBB Card ....................... 92 Figure 74 – SEB Card........................................................ 93 Figure 75 – EPEB Card ...................................................... 93 Figure 76 – PAUN Card...................................................... 94


Tables

Table 1 – Chapter Summary .................................................i Table 2 – Typographical Conventions.................................... iii Table 3 – Mouse Operation Conventions ............................... iii Table 4 – ICS Card LEDs.................................................... 23 Table 5 – EICS Card LEDs.................................................. 25 Table 6 – GIS Card LEDs ................................................... 27 Table 7 – GISS Card LEDs ................................................. 29 Table 8 – MPR Card LEDs................................................... 30 Table 9 – MPRB Card LEDs................................................. 32 Table 10 – ALC Card LEDs ................................................. 34 Table 11 – RALC Card LEDs................................................ 36 Table 12 – FLC Card LEDs.................................................. 37 Table 13 – ILC Card LEDs .................................................. 39 Table 14 – DLC Card LEDs ................................................. 42 Table 15 – ADL Card LEDs ................................................. 44 Table 16 – GADL Card LEDs ............................................... 46 Table 17 – VDL Card LEDs ................................................. 47 Table 18 – SDL Card LEDs ................................................. 49 Table 19 – ETI Card LEDs .................................................. 51 Table 20 – EPOL Card LEDs................................................ 53 Table 21 – GAGL Card LEDs ............................................... 54 Table 22 – GETC Card LEDs ............................................... 56 Table 23 – ODTI Card LEDs................................................ 57 Table 24 – ATI Card LEDs .................................................. 59 Table 25 – GETI Card LEDs ................................................ 60 Table 26 – TSLC Card LEDs................................................ 61 Table 27 – EPC Card LEDs ................................................. 63 Table 28 – POWER H Card LEDs.......................................... 65 Table 29 – Card Input Characteristics .................................. 66



Table 30 – Card Output Characteristics................................ 66 Table 31 – POWER K Card LEDs.......................................... 67 Table 32 – POWER G Card LEDs ......................................... 68 Table 33 – PPC Card LEDs ................................................. 70 Table 34 – Shelves And Related Backplanes ......................... 70 Table 35 – MICS Backplane Interfaces................................. 71 Table 36 – MBSL Backplane Interfaces ................................ 73 Table 37 – MRSL Backplane Interfaces ................................ 74 Table 38 – MOCSB Backplane Interfaces .............................. 76 Table 39 – MOCSD Backplane Interfaces.............................. 77 Table 40 – Relationship Between Upper Layer Cards and Front Access Cards ................................................................... 87 Table 41 – MPSL Interfaces................................................ 89 Table 42 – PEB Interface Functions ..................................... 90 Table 43 – IEBA Interfaces Function.................................... 90 Table 44 – IEBB Interface Functions.................................... 92


Index

19D06H20 Cabinet ................7 ADSL Subscriber Line Card

(ADLG/T) .......................43 Analog Line Card (ALC) ........34 ATI Card ............................58 Backplane Cards .................70 CNIC Sub-card....................29 Control Cards .....................21 Digital Line Card (DLC) ........41 Dual Power Standard Shelf ...15 EMB Card...........................64 Enhanced Integrated Control

and Switching Card (EICS)24 Environment Monitoring Cards

....................................62 Environment Power Control

Card (EPC) .....................62 EPON Long Distance Card

(EPOL)..................... 52, 55 Ethernet Sub-cards .............78 Ethernet Transform Card (ETC)

....................................55 Ethernet Uplink Card-Fiber

mode (FEI).....................79 Ethernet Uplink Interface Card

(EUX) ............................78 ETI Card ...................... 50, 55 Far-end Line Card (FLC) .......36 GCXM................................33 Giga Backplane Interface ADSL

Subscriber Line Card (GADL)....................................45

Giga Ethernet Integrated Control & Switch Card Simplified (GISS) ............28

Giga Ethernet Integrated Control and Switching Card (GIS).............................26

Giga Ethernet Interface Card (GEI) .............................83

Giga Ethernet Interface Card-Simplified (GEIS).............82

Giga Ethernet Transform Card (GETC) ..........................56

Giga Ethernet Uplink Card-Fiber mode (GEUF)..................80

Giga Ethernet Uplink Card-TX mode (GEUT)..................81

ICS Extension Card ............. 90 Integrated Control and

Switching Card (ICS) ....... 22 Integrated Line Card (ILC/T) 37 Integrated Line Card (ILC2+)40 Introduction.........................1 MBSL Backplane ................. 72 MICS Backplane.................. 71 MOCSB Backplane............... 75 MOCSD Backplane .............. 76 MRSL Backplane ................. 74 MSAG Packet Processing and

Resource Card (MPR)....... 30 MSAG Packet Processing and

Resource Card Type B (MPRB).................................... 31

Octal Digital Trunk Interface Card (ODTI) ................... 56

ONU100 Shelf .................... 16 OUT30 Cabinet .....................1 OUT50 Cabinets....................3 OUT50 Shelf ...................... 17 OUT50C Shelf..................... 17 OUT50D Shelf .................... 18 Power Cards....................... 64 Power Extension Card.......... 89 POWER G Card ................... 67 POWER H Card ................... 64 PPC Power Card.................. 69 Reverse Analog Line Card

(RALC) .......................... 35 SHDSL Subscriber Line Card

(SDL) ............................ 48 Single Power Standard Shelf. 13 Slave Casing Uplink Interface

Card (SUPI).................... 83 Standard Power Shelf .......... 13 Sub-cards.......................... 32 Subscriber Cards ................ 33 Subscriber Extension Card ... 92 Test Subscriber Line Card

(TSLC)........................... 60 Uplink Cards ...................... 54 VDSL Subscriber Line Card

(VDL/ VDSL)................... 46 VOIP Processing Cards......... 29 VOP1 and VOP2.................. 33

Multiplex Service Gateway Hardware Manual - Donbass … Technical Documents... · ZXMSG 5200...

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Transcript of Multiplex Service Gateway Hardware Manual - Donbass … Technical Documents... · ZXMSG 5200...