an5516-06 optical line terminal...

AN5516-06

Optical Line Terminal Equipment

Hardware Description

Version: A

Code: MN000000814

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May 2011

I

Preface

Related Documentation

Document Description

AN5516-06 Optical Line

Terminal Equipment

Documentation Guide

Introduces the retrieval method, contents, releasing,

reading approach, and suggestion feedback method for

the complete manual set for the AN5516-06.


Terminal Equipment Product

Description

Introduces the AN5516-06's network location, functional

features, hardware structure, FTTx application model,

equipment configuration, network management system

and technical specifications. It is the foundation of the

complete manual set. The other manuals extend and

enrich the concepts introduced in the Product Description.


Terminal Equipment Feature

Description

Introduces the key features supported by the AN5516-06,

including GPON / EPON access, GPON / EPON terminal

management, VLAN, broadcast, voice and safety; and

introduces these functions in details in terms of definition,

characteristic, specification, principle description,

references and so on.


Terminal Equipment Hardware

Description

Introduces the appearance, structure, functions, technical

specifications, and usage method for the AN5516-06’s

cabinet, PDP, subrack, cards, cables and wires, facilitating

users’ mastery of the hardware features of the equipment.


Terminal Equipment Installation

Guide

Introduces the overall installation and verifying procedure

from unpacking inspection to power-on examination after

the equipment is delivered on site, and provides reference

information (e.g. safety principles and wiring scheme of a

variety of interfaces) to guide users to install the

equipment.

II

Document Description


Terminal Equipment EPON

Configuration Guide

Introduces the method for configuring the EPON services

supported by the equipment via ANM2000 Network

Management System, such as basic configuration, voice

service configuration, data service configuration, multicast

service configuration, and software upgrading

configuration, to guide users on start-up for various

services and software upgrading.


Terminal Equipment GUI

Reference

Introduces the shortcut menu for every card of the

AN5516-06 inside ANM2000 Network Management

System, including the function, parameter explanation,

precautions and configuration example of every command

in the shortcut menu of each card, to help users master

the operation of the AN5516-06 inside ANM2000.


Terminal Equipment Component

Replacement

Introduces the operation procedures of replacing the

AN5516-06’s components, including preparations,

precautions, early operations, operation process and

subsequent operations, so as to guide users with the

completion of component replacement on the hardware.


Terminal Equipment Routine

Maintenance

Introduces routine maintenance operations of the

AN5516-06, including remote maintenance and on-site

maintenance.


Terminal Alarm and Event

Reference

Introduces the AN5516-06’s alarm information and event

reference, including alarm / event names, alarm / event

levels, possible reasons, effects on the system, and

processing procedure.


Terminal Equipment

Troubleshooting Guide

Introduces the fault processing principles and methods of

fault diagnosis and locating for the AN5516-06. Also

discusses the typical fault cases of various services. If the

trouble is too complicated to process, users can refer to

ZyXEL for technical support according to the

instructions in this document.


Terminal Equipment Quick

Installation Guide

Introduces the AN5516-06 installation and cable

connection and layout using diagrams to guide a quick

installation for users.

III

Version

Version Description

A Initial version.

Intended Readers

This manual is intended for the following readers:

Planning and designing engineers

Commissioning engineers

Operation and maintenance engineers

To utilize this manual, these prerequisite skills are necessary:

Electrical safety knowledge

Related mechanical engineering knowledge

IV

Conventions

Terminology Conventions

Terminology Convention

AN5516-06 AN5516-06 Optical Line Terminal Equipment

ANM2000 ZyXEL FiberHome e-Fim ANM2000 Broadband Access

Network Management System

EC4B 4×EPON-C Interface Card (type B)

EC8B 8×EPON-C Interface Card (type B)

GC4B 4×GPON-B Interface Card (type B)

GC8B 8×GPON-C Interface Card (type B)

C155A 1×STM-1 Optical Interface Card (CES Mode)

CE1B 32×E1 Optical Interface Card (CES mode) (type B)

PUBA Public Card (type A)

HSWA Core Switch Card (EPON) (card number: 2.115.334)

HU1A 4×GE +1×10GE Optical Interface Uplink Card

HU2A 2×GE +2×10GE Optical Interface Uplink Card

GU6F 6×GE Optical Interface Uplink Card

CIO Common Interface Card

PWR Power Supply Card

FAN Fan Control Card

Symbol Conventions

Symbol Convention Description

Note Important features or operation guide.

Caution Possible injury to persons or systems, or cause traffic

interruption or loss.

Warning May cause severe bodily injuries.

Contents

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

Related Documentation ...................................................................... I

Version ....................................................................................... III

Intended Readers ............................................................................ III

Conventions ..................................................................................... IV

1 Cabinet ......................................................................................................... 1-1

1.1 Appearance .................................................................................... 1-2

1.2 Size and Weight ............................................................................. 1-5

1.3 Structure ........................................................................................ 1-6

1.4 Typical Layout .............................................................................. 1-12

1.5 Ventilation Principle ...................................................................... 1-14

2 PDP .............................................................................................................. 2-1

2.1 Function ......................................................................................... 2-2

2.2 Structure ........................................................................................ 2-3

2.3 Power Connector ........................................................................... 2-5

2.3.1 Main and Branch Power Supply Connector Posts ........... 2-5

2.3.2 Automatic Circuit Breaker ................................................ 2-6

2.4 Alarm Terminal ............................................................................... 2-7

2.5 Lightning Protection Module ........................................................... 2-7

2.6 Specifications ................................................................................. 2-8

3 Subrack ........................................................................................................ 3-1

3.1 Structure ........................................................................................ 3-2

3.2 Size and Weight ............................................................................. 3-2

3.3 Subrack Configuration ................................................................... 3-3

3.4 Fan Unit ......................................................................................... 3-4

3.4.1 Function ........................................................................... 3-4

3.4.2 Appearance ..................................................................... 3-4

3.4.3 Specifications ................................................................... 3-5

4 Card ............................................................................................................. 4-1

4.1 Appearance and Structure ............................................................. 4-2

4.2 Card Configuration Table ............................................................... 4-7

4.3 HSWA Card .................................................................................... 4-8

4.4 EC4B Card ................................................................................... 4-12

4.5 EC8B Card ................................................................................... 4-16

4.6 GC4B Card .................................................................................. 4-20

4.7 GC8B Card .................................................................................. 4-24

4.8 HU1A Card ................................................................................... 4-28

4.9 HU2A Card ................................................................................... 4-30

4.10 GU6F Card ................................................................................... 4-32

4.11 CE1B Card ................................................................................... 4-34

4.12 C155A Card ................................................................................. 4-37

4.13 PUBA Card ................................................................................... 4-40

4.14 CIO Card ...................................................................................... 4-42

4.15 PWR Card .................................................................................... 4-44

5 Cable and Connector ................................................................................... 5-1

5.1 Power Cable .................................................................................. 5-2

5.1.1 Cabinet Power Cable ....................................................... 5-2

5.1.2 Subrack Power Cable ...................................................... 5-4

5.2 Protection Earth Ground Cable ...................................................... 5-6

5.2.1 Subrack Protection Earth Ground Cable .......................... 5-6

5.2.2 Cabinet Protection Earth Ground Cable .......................... 5-7

5.3 Alarm Cable ................................................................................... 5-8

5.3.1 Alarm Cable for the Head of Row Cabinet ....................... 5-8

5.3.2 Subrack Alarm Cable ....................................................... 5-9

5.4 Fiber Jumper ................................................................................ 5-10

5.5 Coaxial E1 Cable ......................................................................... 5-12

5.6 Coaxial Clock Cable ..................................................................... 5-15

5.7 Network Cable ............................................................................. 5-16

5.8 Serial Port Cable .......................................................................... 5-19

5.9 Dry Contact Cable ........................................................................ 5-21

Appendix A Abbreviation ................................................................................... A-1

Figures

Figure 1-1 An illustration of the 19-inch cabinet .............................................. 1-2

Figure 1-2 An illustration of the 21-inch cabinet .............................................. 1-3

Figure 1-3 An illustration of the 21-inch antidust cabinet ................................. 1-4

Figure 1-4 The 19-inch cabinet ....................................................................... 1-6

Figure 1-5 The 21-inch cabinet ....................................................................... 1-8

Figure 1-6 The 21-inch antidust cabinet ........................................................ 1-10

Figure 1-7 Typical layoutof the 19-inch cabinet ............................................. 1-12

Figure 1-8 Typical layout of the 21-inch cabinet ............................................ 1-13

Figure 1-9 An illustration of ventilation principle for a 19-inch cabinet ........... 1-15

Figure 1-10 An illustration of ventilation principle for a 21-inch cabinet ........... 1-16

Figure 2-1 The PDP structure.......................................................................... 2-3

Figure 2-2 The PDP panel ............................................................................... 2-4

Figure 2-3 The PDP front panel ....................................................................... 2-6

Figure 3-1 Subrack structure ........................................................................... 3-2

Figure 3-2 An illustration of subrack configuration .......................................... 3-3

Figure 3-3 The appearance of the fan unit ...................................................... 3-4

Figure 4-1 Appearance and structure of the EC4B card .................................. 4-3

Figure 4-2 Appearance and structure of the HU1A card .................................. 4-4

Figure 4-3 Appearance and structure of the PWR card ................................... 4-5

Figure 4-4 Appearance and structure of the CIO card ..................................... 4-6

Figure 4-5 The location of the key on the HSWA card ................................... 4-10

Figure 4-6 The location of the keys of the EC4B card ................................... 4-14

Figure 4-7 Location of the key of the EC8B card ........................................... 4-18

Figure 4-8 Location of the key of the GC4B card .......................................... 4-22

Figure 4-9 Location of the key of the GC8B card .......................................... 4-26

Figure 4-10 Location of the key of the CE1B card ........................................... 4-35

Figure 4-11 Location of the key of the C155A card ......................................... 4-38

Figure 4-12 Location of the key of the PUBA card .......................................... 4-41

Figure 5-1 The DC -48V power cable .............................................................. 5-2

Figure 5-2 The ground cable ........................................................................... 5-3

Figure 5-3 The protection earth ground cable ................................................. 5-3

Figure 5-4 The end of the cabinet power cable connected with the PDP ........ 5-3

Figure 5-5 The subrack power cable ............................................................... 5-4

Figure 5-6 The subrack protection earth ground cable .................................... 5-6

Figure 5-7 The cabinet protection earth ground cable ..................................... 5-7

Figure 5-8 The alarm cable for the head of row cabinet .................................. 5-8

Figure 5-9 The subrack alarm cable ................................................................ 5-9

Figure 5-10 The LC / PC optical fiber connector ............................................. 5-11

Figure 5-11 The SC / PC optical fiber connector ............................................. 5-11

Figure 5-12 The 75Ω E1 cable ........................................................................ 5-12

Figure 5-13 The DB-44P Plug ......................................................................... 5-13

Figure 5-14 The coaxial clock cable ................................................................ 5-15

Figure 5-15 The network cable ........................................................................ 5-16

Figure 5-16 The RJ-45 connector ................................................................... 5-17

Figure 5-17 The serial port cable .................................................................... 5-19

Figure 5-18 The dry contact cable ................................................................... 5-21

Tables

Table 1-1 The size and weight of the cabinets ............................................... 1-5

Table 1-2 Descriptions of alarm indicator LEDs on the top of the 19-inch cabinet

....................................................................................................... 1-7


....................................................................................................... 1-9

Table 1-4 Descriptions of alarm indicator LEDs on the 21-inch antidust cabinet

..................................................................................................... 1-11

Table 2-1 Introduction to external power input connectors ............................. 2-5

Table 2-2 Introduction to external power input connectors ............................. 2-5

Table 2-3 The PDP parameter specifications ................................................. 2-8

Table 3-1 The size and weight of the subrack ................................................ 3-2

Table 3-2 Fan unit parameter table ................................................................ 3-5

Table 4-1 Classification of the AN5516-06 Cards .......................................... 4-2

Table 4-2 The AN5516-06card configuration table ......................................... 4-7

Table 4-3 The HSWA card interfaces ............................................................. 4-9

Table 4-4 The HSWA card indicator LEDs ..................................................... 4-9

Table 4-5 The HSWA card key ..................................................................... 4-10

Table 4-6 The HSWA card technical specifications ...................................... 4-11

Table 4-7 The EC4B card interfaces ............................................................ 4-12

Table 4-8 The EC4B card indicator LEDs .................................................... 4-13

Table 4-9 The EC4B card keys .................................................................... 4-14

Table 4-10 The EC4B card technical specification ......................................... 4-15

Table 4-11 The EC8B card interfaces ............................................................ 4-16

Table 4-12 The EC8B card indicator LEDs .................................................... 4-17

Table 4-13 The EC8B card key ...................................................................... 4-17

Table 4-14 The EC8B card technical specification ......................................... 4-18

Table 4-15 The GC4B card interfaces ............................................................ 4-20

Table 4-16 The GC4B card indicator LEDs .................................................... 4-21

Table 4-17 The GC4B card key ..................................................................... 4-21

Table 4-18 The GC4B card technical specification ........................................ 4-22

Table 4-19 The GC8B card interfaces ............................................................ 4-24

Table 4-20 The GC8B card indicator LEDs .................................................... 4-25

Table 4-21 The GC8B card key ..................................................................... 4-25

Table 4-22 The GC8B card technical specification ........................................ 4-26

Table 4-23 The HU1A card interfaces ............................................................ 4-28

Table 4-24 The HU1A card indicator LEDs .................................................... 4-28

Table 4-25 The HU1A card technical specification ......................................... 4-29

Table 4-26 The HU2A card interfaces ............................................................ 4-30

Table 4-27 The HU2A card indicator LEDs .................................................... 4-30

Table 4-28 The HU2A card technical specification ......................................... 4-31

Table 4-29 The GU6F card interface.............................................................. 4-32

Table 4-30 The GU6F card indicator LEDs .................................................... 4-32

Table 4-31 TheGU6F card technical specification ......................................... 4-33

Table 4-32 The CE1B card interfaces ............................................................ 4-34

Table 4-33 The CE1B card indicator LEDs .................................................... 4-34

Table 4-34 The CE1B card key ...................................................................... 4-35

Table 4-35 The CE1B card technical specification ......................................... 4-35

Table 4-36 The C155A card interfaces ........................................................... 4-37

Table 4-37 The C155A card indicator LEDs ................................................... 4-37

Table 4-38 The C155A card key .................................................................... 4-38

Table 4-39 The C155A card technical specification ....................................... 4-39

Table 4-40 The PUBA card interfaces ............................................................ 4-40

Table 4-41 The PUBA card indicator LEDs .................................................... 4-40

Table 4-42 The PUBA card key ...................................................................... 4-40

Table 4-43 The PUBA card technical specification ........................................ 4-41

Table 4-44 The CIO card interfaces ............................................................... 4-42

Table 4-45 The CIO card indicator LEDs ....................................................... 4-42

Table 4-46 The CIO card technical specification ............................................ 4-43

Table 4-47 The PWR card interfaces ............................................................. 4-44

Table 4-48 The PWR card indicator LEDs ..................................................... 4-44

Table 4-49 The PWR card technical specification .......................................... 4-44

Table 5-1 Purposes of fiber jumpers ............................................................ 5-10

Table 5-2 The corresponding relationship between the card and the fiber

jumper .......................................................................................... 5-11

Table 5-3 Signal description associated with the E1 interface pin ............... 5-13

Table 5-4 The wiring scheme of the straight-through network cable ............ 5-17

Table 5-5 The wiring scheme of the cross-over network cable .................... 5-17

Table 5-6 Definition of the serial port cable pins .......................................... 5-20

Table 5-7 The wiring scheme of the dry contact cable ................................. 5-22

Version: A 1-1

1 Cabinet

This chapter introduces the AN5516-06 cabinet and includes the following

contents:

Appearance

Size and weight

Structure

Typical layout

Ventilation principle

AN5516-06 Optical Line Terminal Equipment Hardware Description

1-2 Version: A

1.1 Appearance

The AN5516-06 can be mounted in a 19-inch cabinet or a 21-inch cabinet.

Figure 1-1 illustrates the appearance of the 19-inch cabinet.

Figure 1-1 An illustration of the 19-inch cabinet

1 Cabinet

Version: A 1-3

Figure 1-2 illustrates the appearance of the 21-inch cabinet.

Figure 1-2 An illustration of the 21-inch cabinet


1-4 Version: A

Figure 1-3 illustrates the appearance of the 21-inch antidust cabinet.

Figure 1-3 An illustration of the 21-inch antidust cabinet

1 Cabinet

Version: A 1-5

1.2 Size and Weight

Table 1-1 provides the size and weight of each type of cabinet.

Table 1-1 The size and weight of the cabinets

Cabinet Type Size (H×W×D) Hardware Number Weight (Empty Cabinet)

19-inch cabinet

1600mm×600mm×600mm 4.102.596 94kg

2000mm×600mm×600mm 4.102.597 109kg

2200mm×600mm×600mm 4.102.598 117kg

2600mm×600mm×600mm 4.102.599 134kg

21-inch cabinet

1600mm×600mm×300mm 4.102.589 51kg

2000mm×600mm×300mm 4.102.590 61kg

2200mm×600mm×300mm 4.102.591 71kg

2600mm×600mm×300mm 4.102.592 76kg

21-inch antidust cabinet

1600mm×600mm×300mm 404000068 58 kg

2000mm×600mm×300mm 404000069 69 kg

2200mm×600mm×300mm 404000070 74 kg

2600mm×600mm×300mm 404000071 85 kg


1-6 Version: A

1.3 Structure

The structure and components of the 19-inch cabinet are illustrated in Figure 1-4.

(1) Mounting hole for the top-connection bent angle bracket (2) Wiring hole (top)

(3) Ventilation hole area (top) (4) LED (top)

(5) ESD protection earth ground fastener (6) Mounting hole on the vertical mounting flange

(7) Wiring hole(bottom) (8) Front door

(9) Side door (10) Latch (on the side door)

Figure 1-4 The 19-inch cabinet

1 Cabinet

Version: A 1-7

Three alarm indicator LEDs are installed on the top of the cabinet. Table 1-2

describes the meaning and status of each alarm LED.


Color Meaning Status Description

Red Emergency ON An emergency alarm in equipment

OFF No emergency alarm in equipment

Yellow Non-emergency ON A non-emergency alarm in a card

OFF No non-emergency alarm in equipment

Green Normal

The structure and components of the 21-inch cabinet are illustrated in Figure 1-5.


1-8 Version: A

(1) Wiring hole (top) (2) LED (top)

(3) ESD protection earth ground fastener (4) Rear door

(5) Wiring channel (6) Wiring hole (bottom)

(7) Mounting hole on the vertical mounting flange (8) Front door

(9) Mounting hole for the top-connection bent angle bracket (10) Ventilation hole (top)

Figure 1-5 The 21-inch cabinet

1 Cabinet

Version: A 1-9









Green Normal

The structure and components of the 21-inch antidust cabinet are illustrated in

Figure 1-6.


1-10 Version: A

(1) Wiring hole (top) (2) LED (top)

(3) Wiring channel (4) Rear door

(5) ESD protection earth ground fastener (6) Mounting hole on the vertical mounting flange

(7) Wiring hole (bottom) (8) Front door

(9) Mounting hole for the top-connection bent angle bracket (10) Ventilation hole (top)

Figure 1-6 The 21-inch antidust cabinet

1 Cabinet

Version: A 1-11



Table 1-4 Descriptions of alarm indicator LEDs on the 21-inch antidust cabinet






Green Normal


1-12 Version: A

1.4 Typical Layout

Cabinets of different specifications can house different number of AN5516-06

subracks. A cabinet can hold up to two subracks.

Figure 1-7 Typical layout of the 19-inch cabinet

1 Cabinet

Version: A 1-13

Door lintel

Door lintel

Door lintel

Door lintel Door lintel

Door lintel

Door lintel

Door lintel

PDP (100)

AN5516-06 subrack (300)

Empty (≥100)

Empty (≥100)

AN5516-06 subrack (300)

Empty (≥100)

PDP (100)

AN5516-06 subrack (300)

Empty (≥100)

Empty (≥100)

AN5516-06 subrack (300)

Empty (≥100)

PDP (100)

AN5516-06 subrack (300)

Empty (≥100)

Empty (≥100)

AN5516-06 subrack (300)

Empty (≥100)

PDP (100)

AN5516-06 subrack (300)

Empty (≥100)

Empty (≥100)

Figure 1-8 Typical layout of the 21-inch cabinet


1-14 Version: A

1.5 Ventilation Principle

The principle of ventilation inside the cabinet is illustrated in Figure 1-9 and Figure

1-10. A flow of air is forced by the air guide unit at the lower part of the subrack into

the cabinet. After being blown by the fan unit on the left of the subrack, the cooling

air passes rightward through the subracks and is exhausted from the top of the

cabinet.

1 Cabinet

Version: A 1-15

Figure 1-9 An illustration of ventilation principle for a 19-inch cabinet


1-16 Version: A

Figure 1-10 An illustration of ventilation principle for a 21-inch cabinet

Version: A 2-1

2 PDP

This chapter introduces the AN5516-06 PDP and includes the following contents:

Function

Structure

Power connector

Alarm terminal

Lightning-protection module

Specifications


2-2 Version: A

2.1 Function

The PDP used by the AN5516-06 is PDP296B. It inducts two channels of -48V

power (active and standby) from the external (e.g. the power cabinet) and provides

three sets of redundant branch power rails (six branch power rails totally) for three

subracks. Meanwhile, the PDP performs functions such as lightning protection and

alarm signal processing.

2 PDP

Version: A 2-3

2.2 Structure

The structure of the PDP296B is illustrated in Figure 2-1 and Figure 2-2.

Note:

After being installed with different mounting ears, the PDP296B can be mounted in a 19-inch cabinet or a 21-inch cabinet.

Figure 2-1 The PDP structure

Connectors, switches and other components are provided on the panel of the PDP,

as shown in Figure 2-2.


2-4 Version: A

Figure 2-2 The PDP panel

JP1 is the jumper pin for selecting the working status indicator LED of the PDP. It

can be set in the following two ways:

Short pin1 and pin2 of JP1, the green LED on the top of the cabinet will

indicate the working status of the PDP.

Short pin2 and pin3 of JP1, the green LED on the top of the cabinet will be

controlled by the CALL signal.

Note:

Pin2 and pin3 of JP1 are shorted by default before delivery of the PDP296B.

2 PDP

Version: A 2-5

2.3 Power Connector

2.3.1 Main and Branch Power Supply Connector Posts

Table 2-1 introduces the external power input connectors.

Table 2-1 Introduction to external power input connectors

Connector Introduction

-48V _A, -48V _B Active and standby -48V external power input connector. The

-48V _A and -48V _B connectors back up each other.

0V _A, 0V _B Active and standby 0V external power input connector. The 0V

_A and 0V _B connectors back up each other.

PE

Protection earth ground connector. It connects to the protection

earth ground bus of the equipment room on one end, and

connects to the protection earth ground point on the top of the

cabinet on the other end.

Table 2-2 introduces the branch power rail output connectors.

Table 2-2 Introduction to branch power input connectors

Connector Introduction

-48V_A_1 to -48V_A_3 Branch power automatic circuit breakers / -48V branch power

output connectors, corresponding to -48V_A (active).

-48V_B_1 to -48V_B_3 Branch power automatic circuit breakers / -48V branch power

output connectors, corresponding to -48V_B (standby).

0V_A_1 to 0V_A_3 (XS1)0V branch power output connectors, corresponding to 0V_A

(active).

0V_B_1 to 0V_B_3 (XS2)0V branch power output connectors, corresponding to 0V_B

(standby).


2-6 Version: A

2.3.2 Automatic Circuit Breaker

The branch power automatic circuit breaker (ACB) is located on the front panel of

the PDP, as shown in Figure 2-3.

Figure 2-3 The PDP front panel

2 PDP

Version: A 2-7

2.4 Alarm Terminal

Subrack alarm aggregation terminal

The three RJ45 sockets AlmIn1 to Almln3 on the PDP are subrack alarm

aggregation terminals.

Alarm output terminal (connected to the head of row cabinet)

The alarm output terminal (connected to the head of row cabinet) XP1 is a

three-conductor D-type socket.

Alarm output terminal (connected to the alarm LED on the cabinet top)

The alarm output terminal (connected to the alarm LED on the cabinet top)

XS4 is a six-conductor D-type socket.

2.5 Lightning Protection Module

The hardware number of the power lightning protection module is WKE3.578.403.

The standard DB-25 plug is used to connect with the lightning protection module

socket (XS3) on the PDP. The lightning protection module can withstand the surge

of 2KV (1.2/50us-8/20us combination wave) under the common mode, and

withstand the surge of 1kV under the differential mode, so as to guarantee the

normal work of the equipment.


2-8 Version: A

2.6 Specifications

Table 2-3 shows the relevant specifications of the PDP.

Table 2-3 The PDP specifications

Item Parameter

Input

features

Range of input voltage -38V to -60V

Input mode Inducts two channels of power (active and standby).

Maximum input current The maximum current of a single channel of power is 96A.

Output

features

Range of output

voltage -38V to -60V

Output power rails Outputs six branch power rails.

Output current The maximum current of a branch power rail is 32A.

Functions

Protection against

reverse polarity

connection

The PDP will not be damaged when polarities of the external power

supply are reversely connected.

Alarm signal

processing

Receives signals of alarm reported by the corresponding equipment;

provides acoustic alarm according to the alarm signals, illuminates the

indicator LED on the cabinet top, and outputs alarm signals to the

upper-layer device (e.g. the head of row cabinet).

Differential mode

protection

Withstands a surge current of 8/20Us/2kA between -48V and 0V,

respectively five times for the positive and negative directions. After the

surge current testing, the PDP will operate normally.

Common mode

protection

Withstands a surge current of 8/20Us/2kA between -48V and PE and

between 0V and PE, respectively five times for the positive and negative

directions. After the surge current testing, the PDP will operate normally.

Alarm-reporting

function of the lightning

protection module

When the lightning protection module fails to work, the PDP will output

the lightning protection failure alarm signals to the equipment, and the

equipment will then report the alarm to the network management system.

Environment

Working temperature -10 to 55

Storage temperature -40 to 70

Relative humidity ≤95%

Atmospheric pressure 70 KPa to 106KPa

Version: A 3-1

3 Subrack

This chapter introduces the AN5516-06 subrack, and includes the following

sections:

Structure

Size and weight

Subrack configuration

Fan unit


3-2 Version: A

3.1 Structure

The hardware number of the subrack is 3.061.098. The structure and names of

various components of the subrack are illustrated in Figure 3-1.

Figure 3-1 Subrack structure

3.2 Size and Weight

Table 3-1 shows the size and weight of the subrack.

Table 3-1 The size and weight of the subrack

Item Parameter

Size (Height×Width×Depth) 265.9mm×530mm×230.5mm

Weight (a subrack with only the fans installed) 12kg

3 Subrack

Version: A 3-3

3.3 Subrack Configuration

The subrack configuration and slot distribution are illustrated in Figure 3-2.

Figure 3-2 An illustration of subrack configuration

The AN5516-06 subrack provides altogether 14 slots. Slot 21 is a vertical slot and

located on the upmost left side of the subrack. It is dedicated for the fan card. Other

horizontal slots are distributed like this: Slots 19 and 20 on the top of the subrack

are specially for the uplink card; Slots 11 to 16 in the middle are applicable for the

PON interface card, TDM interface card and public card; Slots 9 and 10 are for the

core switch card; Slots 24 and 25 on the bottom of the subrack are for the power

supply card; and Slot 26 is for the common interface card.


3-4 Version: A

3.4 Fan Unit

3.4.1 Function

Located on the left side of the subrack, the fan unit is used for forced air cooling.

The fan unit supports intelligent progressive speed control with 8 speed choices.

Depending on the ambient temperature, it changes the speed to adjust air flow and

properly cool the equipment.

3.4.2 Appearance

The hardware number of the fan unit is 2.200.357.

The AN5516-06 is provided with one fan unit, which can be installed and removed

independently. Figure 3-3 illustrates the appearance of the fan unit.

Figure 3-3 The appearance of the fan unit

3 Subrack

Version: A 3-5

3.4.3 Specifications

Table 3-2 provides the size, weight and power consumption of the fan unit.

Table 3-2 Fan unit parameter table

Item Parameter

Fan size (Width×Height×Depth) 58.3 mm×244.3 mm×224.3mm

Fan weight 1.84kg

Fan power consumption

The maximum power consumption is 64W. The

typical power consumption is 20W when the input

voltage is -48V and the current is 0.42A.

Version: A 4-1

4 Card

This chapter introduces the functions, interfaces, indicator LEDs, keys and

technical specifications of all cards used in the AN5516-06. It includes the following

sections:

Appearance and structure

Card configuration table

HSWA card

EC4B card

EC8B card

GC4B card

GC8B card

HU1A card

HU2A card

GU6Fcard

CE1B card

C155A card

PUBA card

CIO card

PWR card


4-2 Version: A

4.1 Appearance and Structure

The AN5516-06 cards can be classified into four categories as per the height of the

card panels.

Table 4-1 Classification of the AN5516-06 cards

Height of Card (mm) Example Card Refer to

366 EC4B Figure 4-1

182 HU1A Figure 4-2

113 PWR Figure 4-3

138 CIO Figure 4-4

4 Card

Version: A 4-3

Figure 4-1 Appearance and structure of the EC4B card


4-4 Version: A

Figure 4-2 Appearance and structure of the HU1A card

4 Card

Version: A 4-5

Figure 4-3 Appearance and structure of the PWR card


4-6 Version: A

Figure 4-4 Appearance and structure of the CIO card

Note:

The card number is indicated in a tag attached to the lower part of the PCB.

4 Card

Version: A 4-7

4.2 Card Configuration Table

Table 4-2 The AN5516-06 card configuration table

Type Slot Symbol Card Number Remarks

Core switch card 9, 10 HSWA 2.115.334

Performs the aggregation, switch and management

of traffic flow; processes Layer-2 protocols;

manages the troubleshooting, performance and

configuration of the equipment.

Provides a local Console management interface.

EPON interface

card 11 to 16

EC4B 2.119.318 Provides four EPON interfaces.

EC8B 2.119.354 Provides eight EPON interfaces.

GPON interface

card 11 to 16

GC4B 2.119.348 Provides four GPON interfaces.

GC8B 2.200.012 Provides eight GPON interfaces.

TDM interface

card 11 to 16

C155A 2.170.821 Provides two STM-1 uplink optical interfaces, and

achieves 1+1 protection.

CE1B 2.170.845 Provides 32 E1 uplink electrical interfaces.

Uplink card 19, 20

HU1A 2.170.846 Provides four GE uplink optical / electrical interfaces

and one 10GE uplink optical interface.

HU2A 2.170.854 Provides two GE uplink optical / electrical interfaces

and two 10GE uplink optical interfaces.

GU6F 2.170.855 Provides six GE uplink optical interfaces.

Public card 11 to 16 PUBA 2.167.177 Accesses the alarm signals from 14 dry contacts.

Fan card 21 FAN 2.200.357 Performs air cooling of the equipment and regulates

ambient temperature.

Power supply

card 24 to 25 PWR 2.200.354 Inducts one channel of -48V power.

Common

interface card 26 CIO 2.200.352

Provides the FE interface for the network

management system, the RS485 bus interface for

connection to external environment monitoring unit

and the interface for the alarm indicator LED on the

top of the cabinet. Meanwhile, the common interface

card performs the function of dry contact.


4-8 Version: A

4.3 HSWA Card

Main functions

Provides a RS-232 interface to connect a local CLI network management

system computer.

Supports multiple management VLANs and multiple management IPs.

Supports up to twelve GE uplink interfaces or four 10GE uplink interfaces.

Supports the uplink port mirroring and trunking and supports uplink

redundancy.

Supports PON interface protection.

Supports multicast signaling function. Four multicast modes are provided:

Proxy, Snooping, Proxy-Snooping and controllable multicast.

Supports broadcast packet, multicast packet and unknown packet suppression

and prevents generation of broadcast storms on the network.

Supports port-based and IEEE 802.1q-based VLAN.

Supports flexible Q-in-Q VLAN and VLAN translation.

Supports three voice protocols: MGCP, SIP and H.248.

Supports remote software upgrade of all cards.

Supports RSTP to avoid generation of loops in the network.

Supports CoS queues and processes user services on the basis of CoS.

Supports environmental monitoring information and alarm information

reporting of the AN5516-06 and the connected ONUs.

Supports ACL functions and has a strict security protection mechanism.

Supports DHCP Snooping and DHCP Option 82.

Supports traffic shaping.

Supports layer 2 switch function.

Supports layer 2-7 packet classification.

4 Card

Version: A 4-9

Interface description

Table 4-3 The HSWA card interfaces

Symbol Meaning Description

Console Local Management Serial

Interface

Used to connect t a CLI network

management computer.

FE Local Management Ethernet

Interface

Used to connect an out-of-band ANM2000

network management computer.

Indicator LED description

Table 4-4 The HSWA card indicator LEDs

Symbol Meaning Color Status Description

ACT Working status

LED Green

ON The card is working normally.

Blinking

slowly The card is initializing.

Blinking

quickly

The card is the standby unit and is

executing a configuration

command from the active card.

OFF The card has not been powered

up.

ALM Alarm indicator Red ON

The card is resetting or

experiencing an alarm.

OFF The card is working normally.

MS Active / standby

status LED Green

ON The card is active.

OFF The card is standby.

Caution:

By default, the core switch card inserted in the slot 10 is the standby unit. When the ACT indicator LED of a standby card is blinking slowly, do not remove the active card or execute the command of active-to-standby switching, which may cause loss of card configuration.


4-10 Version: A

Key description

Table 4-5 The HSWA card key


K1 Card reset key For resetting the card.

K1

The panel side The mounting side

Figure 4-5 The location of the key on the HSWA card

Caution:

The reset operation may result in interruption of all services carried by the AN5516-06. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.

4 Card

Version: A 4-11

Technical specifications

Table 4-6 The HSWA card technical specifications

Item Specification

Network standards IEEE802.3, IEEE802.3u, IEEE 802.3z, IEEE802.3x, IEEE

802.1d, IEEE802.1p and IEEE 802.1q, etc.

Working modes supported 10/100/1000Mbit/s, 10Gbit/s (full duplex)

Switching mode Store-and-Forward

Capacity of the core switch

card 488Gbit/s

Backplane switch rate 960Gbit/s

Maximum packet forwarding

rate 14 881 000pps (10Gbps)

MAC address 32k

Buffer size 1Mbytes

Switching time ≤50ms

Power consumption ≤35W

Working temperature 0 to 45

Ambient temperature for

storage -30 to 60

Ambient humidity for storage 10% to 90%


4-12 Version: A

4.4 EC4B Card

Main function

Provides four EPON interfaces.

Supports multiple services including data, voice and IPTV.

Supports IGMP proxy / snooping multicast and controllable multicast.

Supports real-time DBA.

Provides flexible QoS and SLA.

Provides FEC.

Supports local and remote loopback tests.

Provides OAM.

Supports automatic discovery and detection of ONUs.

Supports pre-authorization and pre-configuration of ONUs.

Supports ONU configuration in a batch manner.

Provides automatic upgrade of ONU software for convenient ONU

maintenance and management.

Supports remote software upgrade of the card software.


Table 4-7 The EC4B card interfaces


1-4 EPON interfaces 1-4 Connected to a remote ONU using an ODN.

D Debugging interface Reserved for debugging.

4 Card

Version: A 4-13


Table 4-8 The EC4B card indicator LEDs


ACT Working

status LEDGreen


Blinking

slowly

The card is initializing or the software

is starting. The communication link

between the active card and the

standby card has not been established

yet.

Blinking

quickly

The card is executing a configuration

command or is establishing a

communication link between the active

card and the standby card.

OFF The card has not been powered on or

the software has not been started.

ALM Alarm

indicator Red

ON

The card is resetting, experiencing an

alarm or has failed to establish a




LNK1-4 Port status

LEDs Green

ON A remote ONU is connected and

authorized.

OFF No remote ONU is connected or

authorized.

MS1-4

Active /

Standby

status

LEDs

Green

ON The optical interface is active in a PON

protection group.

OFF

The optical interface is the standby

unit in a PON protection group; or not

configured with any PON protection

group.


4-14 Version: A

Key description

Table 4-9 The EC4B card keys


K1 Reset key of EPON

interfaces 1 & 2

For EPON1 system reset. May result in

interruption of the connected ONU services of

EPON interfaces 1 & 2.

K2 Reset key of EPON

interfaces 3 & 4

For EPON2 system reset. May result in

interruption of the connected ONU services of

EPON interfaces 3 & 4.

K3 Reset key of the card For card reset. May result in interruption of all

connected ONU services.

K1 K2 K3


Figure 4-6 The location of the keys of the EC4B card

Caution:

The reset operation may result in interruption of all ONU services carried by the EC4B card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.

4 Card

Version: A 4-15

Technical Specification

Table 4-10 The EC4B card technical specification

Item Specification

Network standard IEEE802.3, IEEE802.3ah, IEEE802.3u, IEEE 802.3z,

IEEE802.3x, IEEE 802.1d, IEEE802.1p, IEEE 802.1q, etc.

Working mode supported Full duplex / half duplex


Maximum package

forwarding rate Wire-speed forwarding

MAC address 16k

Buffer size 512Mbytes

Maximum split ratio 1:64

Maximum LLID 256

Bandwidth allocation

granularity 64kbit/s

Optical fiber connector SC / PC

Network cable

1000BASE-PX10: G.652 single-mode fiber, transmission

distance ≥10km

1000BASE-PX20: G.652 single-mode fiber, transmission

distance≥20km




storage -30 to 60

Ambient humidity for

storage 10% to 90%


4-16 Version: A

4.5 EC8B Card

Main function

Provides eight EPON interfaces.





Provides FEC.


Provides OAM.




Provides automatic upgrade of ONU software for convenient ONU

maintenance and management.



Table 4-11 The EC8B card interfaces


1-8 EPON interfaces 1-8 Connected to a remote ONU using an ODN.


4 Card

Version: A 4-17


Table 4-12 The EC8B card indicator LEDs


ACT Working

status LEDGreen


Blinking

slowly

The card is initializing or the software is

starting. The communication link

between the active card and the standby

card has not been established yet.

Blinking

quickly







ALM Alarm

indicator Red

ON






LNK1-8 Port status

LEDs Green


authorized.


authorized.

Key Description

Table 4-13 The EC8B card key


K3 Reset key of the

card

For card reset. May result in interruption of all connected

ONU services.


4-18 Version: A

K3 The panel side The mounting side

Figure 4-7 Location of the key of the EC8B card

Caution:

The reset operation may result in interruption of all ONU services carried by the EC8B card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.


Table 4-14 The EC8B card technical specification

Item Specification

Network standard IEEE802.3, IEEE802.3ah, IEEE802.3u, IEEE 802.3z, IEEE802.3x,

IEEE 802.1d, IEEE802.1p and IEEE 802.1q, etc.

Working mode

supported Full duplex / half duplex


Maximum packet

forwarding rate wire-speed forwarding

MAC address 32k


4 Card

Version: A 4-19

Item Specification


Maximum LLID 256


granularity 64kbit/s

Optical fiber

connector SC/PC

Network cable

1000BASE-PX10: G.652 single-mode fiber, transmission distance

≥10km

1000BASE-PX20: G.652 single-mode fiber, transmission distance

≥20km



Ambient temperature

for storage -30 to 60


storage 10% to 90%


4-20 Version: A

4.6 GC4B Card

Main function

Provides four GPON interfaces.





Provides FEC.


Provides OAM.






Table 4-15 The GC4B card interfaces


1-4 GPON interfaces 1-4 Connected to a remote ONU using an ODN.


4 Card

Version: A 4-21


Table 4-16 The GC4B card indicator LEDs


ACT Working

status LEDGreen


Blinking

slowly

The card is initializing or the software

is starting. The communication link


standby card has not been established

yet.

Blinking

quickly







ALM Alarm

indicator Red

ON






LNK1-4 Port status

LEDs Green


authorized.


authorized.

MS1-4

Active /

Standby

status

LEDs

Green

ON The optical interface is active in a PON

protection group.

OFF

The optical interface is the standby

unit in a PON protection group; or not

configured with any PON protection

group.

Key description

Table 4-17 The GC4B card key


K1 Reset key of the card For card reset. May result in interruption of all



4-22 Version: A

K1


Figure 4-8 Location of the key of the GC4B card

Caution:

The reset operation may result in interruption of all ONU services carried by the GC4B card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.


Table 4-18 The GC4B card technical specification

Item Specification

Network standard

IEEE802.3, IEEE802.3ah, IEEE802.3u, IEEE 802.3z,

IEEE802.3x, IEEE 802.1d, IEEE802.1p, IEEE 802.1q,

etc.

Working mode supported Full duplex / half duplex


Maximum packet forwarding rate 14881000bit/s (10GBASE-LR)

MAC address 32k



4 Card

Version: A 4-23

Item Specification

Maximum Alloc ID 1k/PON

Maximum Port ID 4k/PON

Bandwidth allocation granularity 64k

Optical fiber connector SC / PC

Network cable G.652 single-mode fiber

Power consumption ≤44w


Ambient temperature for storage -30 to 60



4-24 Version: A

4.7 GC8B Card

Main function

Provides eight GPON interfaces.





Provides FEC.


Provides OAM.






Table 4-19 The GC8B card interfaces


1-8 GPON interfaces 1-8 Connected to a remote ONU using an ODN.


4 Card

Version: A 4-25


Table 4-20 The GC8B card indicator LEDs


ACT Working

status LEDGreen


Blinking

slowly

The card is initializing or the

software is starting. The

communication link between the

active card and the standby card

has not been established yet.

Blinking

quickly

The card is executing a

configuration command or is

establishing a communication link


standby card.

OFF

The card has not been powered on

or the software has not been

started.

ALM Alarm

indicator Red

ON

The card is resetting, experiencing

an alarm or has failed to establish a

communication link between the

active card and the standby card.


LNK1-8 Port status

LEDs Green


authorized.


authorized.

Key description

Table 4-21 The GC8B card key


K1 Reset key of the cardFor card reset. May result in interruption of all



4-26 Version: A

K1


Figure 4-9 Location of the key of the GC8B card

Caution:

The reset operation may result in interruption of all ONU services carried by the GC8B card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.

Technical specification

Table 4-22 The GC8B card technical specification

Item Specification

Network standard IEEE802.3, IEEE802.3ah, IEEE802.3u, IEEE 802.3z, IEEE802.3x,

IEEE 802.1d, IEEE802.1p, IEEE 802.1q, etc.

Working mode

supported Full duplex / half duplex


Maximum packet

forwarding rate 14881000bit/s (10GBASE-LR)

MAC address 32k


4 Card

Version: A 4-27

Item Specification


Maximum Alloc ID 1k/PON

Maximum Port ID 4k/PON


granularity 64k

Optical fiber

connector SC / PC

Network cable G.652 single-mode fiber



Ambient temperature

for storage -30 to 60


storage 10% to 90%


4-28 Version: A

4.8 HU1A Card

Main function

Provides four GE uplink optical / electrical interfaces and one 10GE uplink

optical interface. The four GE uplink optical interfaces support the replacement

of GE optical / electrical module; uplink optical interfaces 3 and 4 are

self-adaptive to the opposite-end equipment.

Each uplink interface can be used as an in-band network management

interface to connect a network management computer.

Each uplink interface can be used as a cascade interface allowing multiple

devices to be cascaded to the IP network via a single IP port.


Table 4-23 The HU1A card interfaces


XFP 10GE uplink optical

interface

Provides10GE uplink optical interface and is connected

with the IP network.

SFP GE uplink optical /

electrical interface

Provides GE uplink optical / electrical interface and is

connected with the IP network.


Table 4-24 The HU1A card indicator LEDs


ACT Working status

LED Green


Blinking


Blinking

quickly


configuration command.

OFF The card is not powered on.

ALM Alarm Indicator

LED Red

ON The card is resetting or



4 Card

Version: A 4-29


LNK1-5 Port status

LEDs Green

ON The port is linked up.

Blinking

quickly

The uplink port is transmitting

data to or receiving data from the

upper level equipment, for

example, switches.

OFF The port is not linked up.

WAN WAN / LAN

LED Green

ON The WAN mode of 10GE

interface.

OFF The LAN mode of 10GE

interface.


Table 4-25 The HU1A card technical specification

Item Specification

Network standard IEEE802.3, IEEE802.3z, IEEE802.3ae, etc.

Optical module interface

standard XENPAK/X2 3.0, XPAK MSA, XFP/XFI/SFP+, etc.

Working mode supported 1000Mbps, 10Gbps (full duplex)

Power consumption ≤6 W



storage -30 to 60



4-30 Version: A

4.9 HU2A Card

Main function

Provides two GE uplink optical / electrical interfaces (replace the optical /

electrical module to select the optical / electrical interface) and two 10GE

uplink optical interfaces.






Table 4-26 The HU2A card interfaces


XG 10GE uplink

optical interface

Provides 10GE uplink optical interface and is connected

with the IP network.

GE GE uplink optical /





Table 4-27 The HU2A card indicator LEDs


ACT Working

status LED Green


Blinking


Blinking

quickly




ALM Alarm

Indicator Red




4 Card

Version: A 4-31


LNK1-5 Port status

LEDs Green


Blinking

quickly

The uplink port is transmitting data

to or receiving data from the upper

level equipment, for example,

switches.


WAN WAN / LAN

LED Green

ON The WAN mode of 10GE interface.

OFF The LAN mode of 10GE interface.


Table 4-28 The HU2A card technical specification

Item Specification

Network standard IEEE802.3, IEEE802.3ae, etc.

Optical module interface

standard XENPAK/X2 3.0, XPAK MSA, XFP/XFI/SFP+, etc.

Working mode supported 1000Mbps, 10Gbps (full duplex)






4-32 Version: A

4.10 GU6F Card

Main function

Provides six GE uplink optical / electrical interfaces. Users can replace the

optical / electrical module to select the corresponding optical / electrical

interface. Of these interfaces, the optical interfaces 3 and 4 are auto negotiate

to rates 10/100/1000M.






Table 4-29 The GU6F card interface


GE GE uplink optical /





Table 4-30 The GU6F card indicator LEDs


ACT Working

status LED Green


Blinking


Blinking

quickly




ALM Alarm

Indicator Red




4 Card

Version: A 4-33


LNK1-6 Port status

LEDs Green


Blinking

quickly

The uplink port is transmitting data

to or receiving data from the upper

level equipment, for example,

switches.



Table 4-31 TheGU6F card technical specification

Item Specification

Network standard IEEE802.3, IEEE802.3z, etc.

Optical module interface standard XENPAK/X2 3.0, XPAK MSA, XFP/XFI/SFP+, etc.

Working mode supported 1000Mbps (full duplex)






4-34 Version: A

4.11 CE1B Card

Main function

Provides 32 E1 uplink interfaces.

Supports E1 circuit emulation.

Supports four clock acquisition modes: Clock extraction from the input E1 line,

external input reference clock, internal free running clock and clock received

from other clock cards. The clock acquisition modes can be selected

according to the network condition.


Table 4-32 The CE1B card interfaces


E1-E32 E1 interface Provides E1 interfaces and is connected with the

transmission network.

CLIK IN Clock input

interface For introduction of the external clock.

CLIK OUT Clock output

interface

Connects the clock input of cascade equipment to

synchronize the clock.


Table 4-33 The CE1B card indicator LEDs


ACT

Working

status

LED

Green


Blinking


Blinking

quickly


command.


ALM Alarm

indicator Red

ON The card is resetting or experiencing

an alarm.


4 Card

Version: A 4-35

Key description

Table 4-34 The CE1B card key


K1 Reset key of the cardFor card reset. May result in interruption of all hosted

services.

K1


Figure 4-10 Location of the key of the CE1B card

Caution:

The reset operation may result in interruption of all services carried by the CE1B card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.


Table 4-35 The CE1B card technical specification

Item Specification

Network standard IEEE802.3, PWE3, G.825

Working mode supported 75Ω unbalanced


4-36 Version: A

Item Specification

Delay Loopback delay <3ms

Bit error ratio Free of bit error in 24 hours.





4 Card

Version: A 4-37

4.12 C155A Card

Main function

Provides two STM-1 uplink optical interfaces and implements 1+1 protection.

Supports E1 circuit emulation.

Supports four clock acquisition modes: clock extraction from the input E1 line,

external input reference clock, internal free running clock and clock received

from other clock cards. The clock acquisition modes can be selected

according to the network condition.


Table 4-36 The C155A card interfaces


CLIK IN1 Clock input

interface The first external clock input

CLIK IN2 Clock input

interface The second external clock input

CLIK OUT Clock output

interface The external clock output

1-2 STM-1 uplink

optical interface

Provides two STM-1 optical interfaces and is

connected with the transmission network. If the two

interfaces are used at the same time, optical interface 1

will be active by default.


Table 4-37 The C155A card indicator LEDs


ACT Working

status LED Green


Blinking


Blinking

quickly





4-38 Version: A


ALM Alarm

indicator Red




LNK1-2 Port status

LEDs Green

ON The optical interface is linked up.

Blinking

quickly

The optical interface is transmitting

or receiving data.

OFF The optical interface is not linked

up.

MS1-2 Active/standb

y status LEDsGreen

ON The optical interface is active.

OFF The optical interface is the standby

unit.

Key description

Table 4-38 The C155A card key


K1 Reset key of the

card

For card reset. May result in interruption of all hosted

services.

K1


Figure 4-11 Location of the key of the C155A card

4 Card

Version: A 4-39

Caution:

The reset operation may result in interruption of all services carried by the C155A card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.


Table 4-39 The C155A card technical specification

Item Specification

Network standard IEEE802.3, PWE3, G.825

Working mode supported STM-1

Delay Loopback delay <3ms

Bit error ratio Free of bit error in 24 hours.






4-40 Version: A

4.13 PUBA Card

Main function

Provides interfaces for signals of 14 dry contacts.


Table 4-40 The PUBA card interfaces


DC1-DC14 Environmental

monitoring interface Used to connect dry contact signals.



Table 4-41 The PUBA card indicator LEDs


ACT Working

status LED Green


Blinking


Blinking

quickly




ALM Alarm

indicator Red




Key description

Table 4-42 The PUBA card key


K1 Reset key of the card For card reset.

4 Card

Version: A 4-41

K1


Figure 4-12 Location of the key of the PUBA card

Caution:

The reset operation may result in interruption of all services carried by the PUBA card. The reset operation is generally conducted in course of the card maintenance and upgrade. It is not recommended that the user directly issue a reset command using the reset key.


Table 4-43 The PUBA card technical specification

Item Specification

Network standard

IEEE802.3ah, IEEE802.3, IEEE802.3u, IEEE 802.3z,

IEEE802.3x, IEEE 802.1d, IEEE 802.1p, IEEE 802.1q,

etc.







4-42 Version: A

4.14 CIO Card

Main function

Provides the EMS interface for out-of-band network management system.

Provides the RS485 environment monitoring interface.

Provides the alarm monitoring interface (ALM interface).

Provides signal input interfaces for 14 dry contacts.


Table 4-44 The CIO card interfaces


EMS

Out-of-band

network

management

interface

Connects to the out-of-band network management

equipment.

ALM Alarm interface Outputs the alarm reported by the equipment to the PDP,

cabinet top or the head of row cabinet.

ESC

Environment

monitoring

interface

Connects to an external environment monitoring device,

and reports the result of environment monitoring to the

network management system.

DC1-DC14 Dry contact

interface Accesses the signals of the dry contacts.


Table 4-45 The CIO card indicator LEDs


ACT Working

status LEDGreen


Blinking



ALM Alarm

indicator Red

ON The card is resetting or experiencing

an alarm.


4 Card

Version: A 4-43


Table 4-46 The CIO card technical specification

Item Specification






4-44 Version: A

4.15 PWR Card

Main function

Performs the lightning protection and filtering function, and inducts -48V power.


Table 4-47 The PWR card interfaces


0V, -48V Power supply

interface

Inducts DC -48V power. The 0V interface corresponds to

the high potential of the DV power supply; while the -48V

interface corresponds to the low potential of the DC power

supply.


Table 4-48 The PWR card indicator LEDs


ACT Working

status LEDGreen

ON The output of the power supply card

is normal.

OFF The output of the power supply card

is abnormal.

ALM Alarm

indicator Red

ON The power supply card reports a

lightning protection failure alarm.

OFF No input of power supply or a failure

with the card.


Table 4-49 The PWR card technical specification

Item Specification

Power consumption Typical power consumption≤5 W; maximum power

consumption ≤10 W




Version: A 5-1

5 Cable and Connector

This chapter introduces various cables and connectors used by the AN5516-06. It

includes the following sections:

Power cable

Protection earth ground cable

Alarm cable

Fiber jumper

Coaxial E1 cable

Coaxial clock cable

Network cable

Serial-port cable

Dry contact cable


5-2 Version: A

5.1 Power Cable

5.1.1 Cabinet Power Cable

Purpose

The cabinet power cable is used to induct two channels of -48V power that serve

as hot standby to each other from the external, and provides dual-switched power

(-48V / 96A / 6 branch power rails) for the PDP of the equipment.

The AN5516-06 cabinet power cable is composed of three cables, each with a

unique color. The hardware number of the blue power cable, the black power cable

and the yellow-green power cable are 408000076, 408000075 and 408000041

respectively.

Appearance view

The blue power cable is a DC -48V power cable. Its appearance is shown in Figure

5-1.

Figure 5-1 The DC -48V power cable

The black power cable is used to connect the external power ground and the

working ground terminal on the PDP. Its appearance is shown in Figure 5-2.


Version: A 5-3

Figure 5-2 The ground cable

The yellow-green power cable is used to connect external protection earth ground

and the PE external power supply terminal on the PDP. Its appearance is shown in

Figure 5-3.

Figure 5-3 The protection earth ground cable

Figure 5-4 illustrates the connector of the cabinet power cable connected with the

PDP.

Figure 5-4 The end of the cabinet power cable connected with the PDP


5-4 Version: A

Specifications

Item Specification

Cable type Double-sheathed heat-resistant (withstanding a

temperature up to105 ) single-core soft cable

Color Blue, black, yellow-green

Maximum current 80A

Conductor cross-sectional area 16mm2

5.1.2 Subrack Power Cable

Purpose

The subrack power cable of the AN5516-06 is used to connect the PDP and the

subrack power supply card and provide both the active and standby power supplies

for the subracks. The hardware number is 408000061R1A. The subrack power

cables have already been connected in the cabinet before delivery.

Appearance view

The subrack power cable has two tube terminals (which are connected to the PDP)

and a D type two-conductor plug (which is connected to the subrack), as shown in

Figure 5-5.

Figure 5-5 The subrack power cable


Version: A 5-5

Specifications

Item Specification

Cable type Double-sheathed two-core soft cable

Color Sheath: grey white; wires: blue, black

Maximum current 25A

Conductor cross-sectional area 2×2.5mm2


5-6 Version: A

5.2 Protection Earth Ground Cable

5.2.1 Subrack Protection Earth Ground Cable

Purpose

The subrack protection earth ground cable is used to connect the subrack earth

ground pole with the vertical mounting flange of the cabinet to achieve protection

earth ground of the subrack. The hardware number of the subrack protection earth

ground cable is 3.696.084. The subrack protection earth ground cables have

already been connected in the cabinet before delivery.

Appearance view

The subrack protection earth ground cable consists of two pre-insulation ring

tongue crimped terminals and a yellow-green cable between them, as shown in

Figure 5-6.

Figure 5-6 The subrack protection earth ground cable

Specification

Item Specification

Cable type Single-sheathed heat-resistant (withstanding a

temperature up to 90 ) single -core soft cable

Color Yellow-green

Maximum current 32A

Conductor cross-sectional area 4mm2


Version: A 5-7

5.2.2 Cabinet Protection Earth Ground Cable

Purpose

The cabinet protection earth ground cable is used to connect the protection earth

ground of the PDP with the cabinet earth ground point. Its hardware number is

408000018R1A. The copper tube uninsulated terminal (which is connected to the

PDP) of the cabinet protection earth ground cable has already been connected to

the PE inside terminal of the PDP before delivery.

Appearance view

The cabinet protection earth ground cable consists of a M6 copper tube

uninsulated terminal (which is connected to the PDP), a M6 pre-insulated ring

tongue crimped terminal (which is connected to the cabinet) and a yellow-green

cable between them, as shown in Figure 5-7.

Figure 5-7 The cabinet protection earth ground cable

Specification

Item Specification

Cable type Single-sheathed heat-resistant (withstanding a

temperature up to 90 ) single -core soft cable

Color Yellow-green

Maximum current 40A

Conductor cross-sectional area 2×6mm2


5-8 Version: A

5.3 Alarm Cable

5.3.1 Alarm Cable for the Head of Row Cabinet

Purpose

The alarm cable for the head of row cabinet is used to connect the PDP and the

head of row cabinet and output the equipment alarm signal from the cabinet to the

head of row cabinet. Its hardware number is 3.695.135R1A.

Appearance view

The alarm cable for the head of row cabinet has a three-conductor D-type

connector on one end and three wires on the other end, as illustrated in Figure 5-8.

Figure 5-8 The alarm cable for the head of row cabinet

Specification

Item Specification

Cable type AVVR

Color Brown, black, blue

Maximum current 3A

Conductor cross-sectional area 3×0.5 mm2


Version: A 5-9

5.3.2 Subrack Alarm Cable

Purpose

The subrack alarm cable connects the CIO card of the subrack with the PDP, and

outputs the subrack alarm to the PDP. Its hardware number is 3.695.095R4A. The

subrack alarm cables have already been connected in the cabinet before delivery.

Appearance view

The subrack alarm cable is universal straight-through network cable, both ends of

which are RJ-45 connectors, as shown in Figure 5-9.

Figure 5-9 The subrack alarm cable

Specification

Item Specification

Cable type CAT-5 twisted pair

Connector (X1/X2) type RJ-45

Number of cores 8

Conductor diameter AWG 24

Breakdown voltage 2000V


5-10 Version: A

5.4 Fiber Jumper

Purpose

The fiber jumper is used to connect the optical interface of the card and the ODF.

The purpose of the fiber jumper varies depending on the interface type as shown in

Table 5-1.

Table 5-1 Purposes of fiber jumpers

Relevant Card Interface Purpose

HU1A/HU2A/GU6F SFP/XFP, GE/XG, GE Provides GE and 10 GE optical channels to

connect the IP network.

C155A STM-1 Provides STM-1 optical channel to connect

the transmission network.

EC4B 1-4 Used in the EPON downlink channel to

connect remote ONUs. EC8B 1-8

GC4B 1-4 Used in the EPON downlink channel to

connect remote ONUs. GC8B 1-8

Appearance view

The AN5516-06 uses the LC / PC and SC / PC fiber jumpers. Their connectors are

illustrated in Figure 5-10 and Figure 5-11 respectively.


Version: A 5-11

Figure 5-10 The LC / PC optical fiber connector

Figure 5-11 The SC / PC optical fiber connector

The corresponding relationship between the AN5516-06 cards and the fiber jumper

is shown in Table 5-2.

Table 5-2 The corresponding relationship between the card and the fiber jumper

Card Interface Fiber Jumper

C155A STM-1 LC / PC

EC4B 1-4 SC / PC

EC8B 1-8 SC / PC

GC4B 1-4 SC / PC

GC8B 1-8 SC / PC

HU1A XFP/SFP LC / PC

HU2A XG/GE LC / PC

GU6F GE LC/PC


5-12 Version: A

5.5 Coaxial E1 Cable

Purpose

A coaxial E1 cable carries eight E1 signals. Each CE1B card has four E1 interfaces,

which supports the receiving and transmitting of 32 E1 signals. The coaxial E1

cable is mainly used to connect the E1 interfaces of the CE1B card and the MDF.

The coaxial E1 cable includes 75Ω and 120Ω coaxial cables with regard to

impedance. The AN5516-06 uses the 75Ω E1 cable, the hardware number of which

is 3.695.442R2A.

Appearance view

The end of the E1 cable connected with the CE1B card is DB-44P type plug, and

the end connected with the MDF is composed of bare wires. Figure 5-12 illustrates

the appearance of the E1 cable.

Figure 5-12 The 75Ω E1 cable

Terminal definition

Figure 5-13 illustrates the numbering of the 44-pin connector’s terminals; Table 5-3

lists the signal description associated with each pin.


Version: A 5-13

Figure 5-13 The DB-44P Plug

Table 5-3 Signal description associated with the E1 interface pin

E1

Signal

Pin

Number

Coaxial

Cable

Number

Cable

Property

E1

Signal

Pin

Number

Coaxial

Cable

Number

Cable

Property

R1

15

1

Conductor

(core) R5

7

9

Conductor

(core)

30 Shield

(ground) 22

Shield

(ground)

T1

14

2

Conductor

(core) T5

6

10

Conductor

(core)

29 Shield

(ground) 21

Shield

(ground)

R2

13

3

Conductor

(core) R6

5

11

Conductor

(core)

28 Shield

(ground) 20

Shield

(ground)

T2

12

4

Conductor

(core) T6

4

12

Conductor

(core)

27 Shield

(ground) 19

Shield

(ground)

R3

11

5

Conductor

(core) R7

3

13

Conductor

(core)

26 Shield

(ground) 18

Shield

(ground)

T3

10

6

Conductor

(core) T7

2

14

Conductor

(core)

25 Shield

(ground) 17

Shield

(ground)


5-14 Version: A

E1

Signal

Pin

Number

Coaxial

Cable

Number

Cable

Property

E1

Signal

Pin

Number

Coaxial

Cable

Number

Cable

Property

R4

9

7

Conductor

(core) R8

1

15

Conductor

(core)

24 Shield

(ground) 16

Shield

(ground)

T4

8

8

Conductor

(core) T8

31

16

Conductor

(core)

23 Shield

(ground) 32

Shield

(ground)

Note 1: The copper foil inside the plastic casing is connected to the metal shell of the plug.

Note 2: Ri indicates the i-th input, and Ti indicates the i-th output. The pins not listed in this

table are not used.

Specification

Item Specification

Cable type SYFZ-75-2-1×16

Connector type D-Sub, Type B, 44P plug

Characteristic impedance 75±3Ω

Cable diameter 11.2mm

Number of cores 16

Conductor diameter 2.15mm

DC resistance of the

conductor ≤350Ω/ km

Frequency attenuation

1MHz: ≤2.9 dB/100m

2MHz: ≤3.7dB/100m

10MHz: ≤9.5dB/100m

Capacitance 1KHz: ≤64 pF/m


Version: A 5-15

5.6 Coaxial Clock Cable

Purpose

The coaxial clock cable is used to connect the equipment clock interface and the

clock source or the clock in a lower layer. The hardware number of the 75Ω coaxial

clock cable is 3.695.187R1A.

Appearance view

The end of coaxial clock cable connected with the AN5516-06 is a SAA type

coaxial plug, and the end connected with the MDF is composed of bare wires, as

shown in Figure 5-14.

Figure 5-14 The coaxial clock cable

Specification

Item Specification

Cable type SYV-75-2-2

Connector type SAA type coaxial plug

Characteristic impedance 75Ω

Number of core 1


5-16 Version: A

5.7 Network Cable

Purpose

The network cable is used to connect devices such as the network management

computer and environment monitoring device. Its hardware number is

3.695.095R4A.

Appearance view

Both ends of the network cable are the RJ-45 connectors. The network cable is

illustrated in Figure 5-15.

Figure 5-15 The network cable

Terminal definition

The RJ-45 connector is illustrated in Figure 5-16.


Version: A 5-17

Figure 5-16 The RJ-45 connector

The wiring schemes of the straight-through network cable and the cross-over

network cable are shown in Table 5-4 and Table 5-5.

Table 5-4 The wiring scheme of the straight-through network cable

Pin of the Local End (X1) Wire Color Pin of the Opposite End (X2)

1 White-orange 1

2 Orange 2

3 White-green 3

4 Blue 4

5 White-blue 5

6 Green 6

7 White-brown 7

8 Brown 8

Table 5-5 The wiring scheme of the cross-over network cable

Pin of the Local End (X1) Wire Color Pin of the Opposite End (X2)

1 White-orange 3

2 Orange 6

3 White-green 1

4 Blue 4

5 White-blue 5

6 Green 2

7 White-brown 7

8 Brown 8


5-18 Version: A

Specification

Item Specification


Connector (X1/X2) type RJ-45

Number of cores 8


Breakdown voltage 2000V


Version: A 5-19

5.8 Serial Port Cable

Purpose

The serial port cable is used to connect the CONSOLE port of the core switch card

or the D port of every card with the serial port of local computer. It is used for the

aforesaid connection only when equipment commissioning is performed. The

hardware number of the serial port cable is 3.695.341R1A.

Appearance view

The end of serial port cable connected with the AN5516-06 is a RJ-45 connector

and the end connected with the network management computer is a DE-9

connector, as illustrated in Figure 5-17.

Figure 5-17 The serial port cable


5-20 Version: A

Terminal definition

The connection relationship of the corresponding pins is shown in Table 5-6.

Table 5-6 Definition of the serial port cable pins

Connected Signal DE-9 Connector Pin RJ45 Connector Pin

Tx 2 3

GND 5 4/5

Rx 3 6

Specification

Item Specification


Connector type DE-9SJS-X; RJ-45

Number of cores 8



Version: A 5-21

5.9 Dry Contact Cable

Purpose

The dry contact cable is used to connect the DC1 to DC14 interfaces of the

AN5516-06 with the external dry contact devices that monitor infrared detection,

smoke, electric supply, humidity, temperature, fan, vibration and access control.

The hardware number of the dry contact cable is 3.695.452R1A.

Appearance view

The end of the dry contact cable connected with the DC1 to DC14 interface is a

RJ-45 connector and the end connected with a dry contact device is composed of

bare wires, as illustrated in Figure 5-18.

Figure 5-18 The dry contact cable

Terminal definition

The terminal definition of the dry contact cable is shown in Table 5-7.


5-22 Version: A

Table 5-7 The wiring scheme of the dry contact cable

Terminal Illustration Pin Number Wire Color Opposite End

1 Orange Grounding

2 White-orange Dry contact device 1 level

output end

3 Green Dry contact device 2 level

output end

4 White-green Dry contact device 3 level

output end

5 Blue Dry contact device 4 level

output end

6 White-blue Dry contact device 5 level

output end

7 Brown Dry contact device 6 level

output end

8 White-brown Dry contact device 7 level

output end

Specification

Item Specification


Connector type RJ-45

Number of cores 8


Version: A A-1

Appendix A Abbreviation

ACL Access Control List

CATV Cable Antenna Television

CLI Command Line Interface

DHCP Dynamic Host Configuration Protocol

EPON Ethernet Passive Optical Network

GPON Gigabit-capable Passive Optical Network

IGMP Internet Group Management Protocol

IP Internet Protocol

LAN Local Area Network

MGC Media Gateway Controller

MGCP Media Gateway Control Protocol

NGN Next Generation Network

OAM Operation, Administration and Maintenance

ODN Optical Distribution Network

OLT Optical Line Termination

ONU Optical Network Unit

PDP Power Distribution Panel

POTS Plain Old Telephone Service

QoS Quality of Service

SFP Small Form-factor Pluggable Transceiver

SIP Session Initiation Protocol

SNMP Simple Network Management Protocol

TDM Time Division Multiplex

VLAN Virtual Local Area Network

VoIP Voice over Internet Protocol

an5516-06 optical line terminal...

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