ma364_d2

Technical Documentation

Product family

Product name

Document

Tellabs ® 6300 Managed Transport System Tellabs ® 6325 Edge Node

Configuration and Ordering Guide MA364 / Revision D2

Copyright © 2005-2008 Tellabs. All rights reserved.

Tellabs ® 63 6 325 Edge Node

Legal Notices

Legal Notices Copyright Statement

This Tellabs manual is owned by Tellabs or its licensors and protected by U.S. and international copyright laws, conventions, and treaties. Your right to use this manual is subject to limitations and restrictions imposed by applicable licenses and copyright laws. Unauthorized reproduction, modification, distri bution, display or other use of this manual may result in criminal and civil penalties.

Trademark Notice

The following trademarks and service marks are owned by Tellabs Operations, Inc., or its affiliates in the United States and/or other countries: AUDIO PLUS®, CABLESPAN®, CEC-128™, DYNAMIC SIGNAL TRANSFER™, DXX®, DXX logo®, EC DUO®, ENHANCED AUDIO PLUS®, EXPRESS/PATH®, FOCUS™, MARTIS ®, MARTISDXX®, MARTIS logo®, MARTISDXX logo®, METROVANTAGE®, METROWATCH™, NETREACH®, NETWISE®, SCULPTURED SOUND™, TELLABS®, TELLABS and T sym bol®, T symbol, TELLABS PROPARTNER™, TEL/MAP™, TEL/MOR®, THE WORLD COMMUNICATES THROUGH TELLABS™, TITAN ®, VERITY™, YOUR NETWORKING PARTNER®. Any other company or product names may be trademarks of their respective companies.

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MA364  Rev. D2


Legal Notices

Legal Notices Copyright Statement

This Tellabs manual is owned by Tellabs or its licensors and protected by U.S. and international copyright laws, conventions, and treaties. Your right to use this manual is subject to limitations and restrictions imposed by applicable licenses and copyright laws. Unauthorized reproduction, modification, distri bution, display or other use of this manual may result in criminal and civil penalties.

Trademark Notice

The following trademarks and service marks are owned by Tellabs Operations, Inc., or its affiliates in the United States and/or other countries: AUDIO PLUS®, CABLESPAN®, CEC-128™, DYNAMIC SIGNAL TRANSFER™, DXX®, DXX logo®, EC DUO®, ENHANCED AUDIO PLUS®, EXPRESS/PATH®, FOCUS™, MARTIS ®, MARTISDXX®, MARTIS logo®, MARTISDXX logo®, METROVANTAGE®, METROWATCH™, NETREACH®, NETWISE®, SCULPTURED SOUND™, TELLABS®, TELLABS and T sym bol®, T symbol, TELLABS PROPARTNER™, TEL/MAP™, TEL/MOR®, THE WORLD COMMUNICATES THROUGH TELLABS™, TITAN ®, VERITY™, YOUR NETWORKING PARTNER®. Any other company or product names may be trademarks of their respective companies.

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MA364  Rev. D2

Tellabs ® 63 6325 Edge Node

Environmental Notices

Environmental Notices Instructions for use, maintenance and management of residual product

The equipment covered in this manual has been designed to fulfil the environmental demands of market and society. There are no apparent hazards during use and on-site maintenance of the equipment. We recommend that repair of defective equipment takes place at Tellabs premises, and it is likewise recommended to dispose of the equipment by use of certified local waste contractors that can assure environmental safe handling and disposal of the equipment. Arrangement for disposal of equipment can also be made through Tellabs.

Waste handling in member states of the European Union

The equipment covered in this manual must be disposed of in accordance with "Directive 2002/96/EC of the European Parliament and of the council of 27 January 2003 on waste electrical and electronic equipment (WEEE)". Disposal must follow national legislation for "IT and telecommunications equipment" in accordance with the WEEE directive. • Do not dispose dispose of of waste electric electrical al and electron electronic ic equipment equipment with with unsorted unsorted municipal and household waste • Col Collec lectt the the equip equipmen mentt separ separate ately ly • Return the equipment equipment through through the the collection collection system system agreed agreed with Tellabs. Tellabs. Correct handling of the disposed equipment contributes to reuse, recycling and other form of recovery to protect the environment.

Label

The equipment is marked with the figure shown below, to indicate that the equipment must be collected separately. In case of very small products, the figure may only be on the packaging or in this manual. The Tellabs name and the production date will also be labelled on the product.

Further information

For further information about separation and handling the disposed equipment to ensure correct reuse or recycling, please look at www.tellabs.com.

MA364 • Rev. D2

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Tellabs ® 6325 Edge Node

Revision Information

Revision Information Revision history

This guide has changed as follows: Rev.

Date

Description of Changes

A1

Nov. 11, 2005

First version of the guide

A2

Feb. 28, 2006

Compared to revision A1: • 120/75 ohm balun items for PIM1 module added. The balun provides 75 ohm E1 interface. • The name of the DC power supply module, DC/DC converter, changed to PS-DC. • Ethernet cables added. • Minor changes have been performed.

B1

July 14, 2006

Compared to revision A2: • SPIMX module with 21 x 2 Mbit/s interfaces added. • EMAP and ETEX10S modules added. • PS-DC module CM3561 (75 W) replaced by CM3561-A (85 W). • Balun panel kit BNC added. • Minor changes have been performed.

B2

March 13, 2007

Compared to revision B1: • Tellabs 6325 node - Dedicated units added. • Pre-configured Tellabs 6325 node basic units added. • Minor changes have been performed.

C1

Oct. 25, 2007

Compared to revision B2: • The following SDH/PDH modules added: SPIMXm, SPIMX16m and PIM3P. • The following WDM modules added: OM-C, OM-D, OAD1-C, OAD1-D, TR4 and MP4. • Various transceivers of type Ethernet, WDM, bi-directional and Fibre Channel added. • Minor changes have been performed.

C2

Dec. 12, 2007

Compared to revision C1: • Cable WK-503Y-zz.z-11 replaced by WK-503Yzz.z-12. • Minor changes have been performed.

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MA364 • Rev. D2


Rev.

D1

Date

May 14, 2008


Description of Changes

Compared to revision C2: • SIMX4 module replaced by SIMX4m module. • SIMX16 module replaced by SIMX16m module. • Transceiver TR-0028-xxx removed. In SDH DWDM applications transceiver TR-0018-xxx should be used. • Minor changes have been performed.

D2

Nov. 14, 2008

Compared to revision D1: • Balun WK-508B-01.0-01 removed. • Cable WK-504Y-zz.z-01 replaced by WK-504Yzz.z-10. • Cable WK-502X-03.0-01 replaced by WK-502Y03.0-01. • Transceivers TR-0024-xxx removed. • Minor changes have been performed.

MA364 • Rev. D2

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MA364 • Rev. D2


Contents

Legal Notices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Environmental Notices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Revision Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Preface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 1

Configuration Guide for Tellabs 6325 Node . . . . . . . . . . . . . . . . . . 11 1.1 1.2 1.3 1.4 1.5

1.6

1.7 1.8

1.9

2

Tellabs 6325 Node Items . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 Configuring a Tellabs 6325 Node . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 Configuring a Tellabs 6325 Node by Selecting a Dedicated Unit . . . . . 14 Configuring a Tellabs 6325 Node by Selecting a Basic Unit . . . . . . . . 15 Configuring a Tellabs 6325 Node by Selecting Subrack and Modules 17 1.5.1 Selecting the Subrack and Support Modules for the Tellabs 6325 Node 18 1.5.2 Selecting the Traffic Modules for the Tellabs 6325 Node - SDH Configurations 20 1.5.3 Selecting the Traffic Modules for the Tellabs 6325 Node - WDM Stand-alone Configurations 29 1.5.4 WDM Link Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37 Selecting the Transceivers for the Traffic Modules and Dedicated Units . 40 1.6.1 Selecting the Transceivers for the SDH Interfaces . . . . . . . . . 40 1.6.2 Selecting the Transceivers for the Ethernet Interfaces . . . . . . 44 1.6.3 Selecting the Transceivers for Bi-directional SDH/Ethernet Interfaces 47 1.6.4 Selecting the Transceivers for the Fibre Channel Interfaces . 48 Using Optical Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49 Selecting the Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49 1.8.1 Selecting the Traffic Interface Cables . . . . . . . . . . . . . . . . . . . 50 1.8.2 Selecting the Synchronization and Alarm Cables . . . . . . . . . . 52 1.8.3 Selecting the Management Cables . . . . . . . . . . . . . . . . . . . . . 52 1.8.4 Selecting the Power Cables . . . . . . . . . . . . . . . . . . . . . . . . . . 53 1.8.5 Selecting the EOW Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . 53 Selecting the Embedded Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Ordering Information for Tellabs 6325 Node . . . . . . . . . . . . . . . . . 55 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8

Dedicated Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 Basic Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56 Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 Transceivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Subrack Items . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 Balun Items . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69 Embedded Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71

Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

MA364 • Rev. D2

73

7


8

Contents

MA364 • Rev. D2


Preface

Preface Purpose

The purpose of this guide is to: • Describe how to configure the Tellabs 6325 node. • Provide a list of ordering numbers for the Tellabs 6325 node.

Prerequisite for using this guide

This guide assumes that information from the network planning process is available.

Product version

This guide describes Tellabs 6325 node, feature pack 1.3.

Structure of the configuration and ordering guide

The guide is structured as follows: • ‘1 Configuration Guide for Tellabs 6325 Node’ on page 11 describes procedures to configure Tellabs 6325 node. • ‘2 Ordering Information for Tellabs 6325 Node’ on page 55 provides a list of ordering numbers for Tellabs 6325 node.

Tellabs 6325 node configurator tool

This guide is meant as a supplement to the Tellabs 6325 node configurator tool and vice versa.

Abbreviations used in this guide

3R ADM CMCC CT CTE CWDM DC/DC DWDM E1 EMAP EOW ETEX FE FP GbE Km Mbit/s MP MS-SPRing NE nm NM OAD OM PDH PIM ps PS-DC SDXC SETS SFP

MA364 • Rev. D2

Transponder performing Re-amplification, Re-shaping and Re-timing of the incoming signal Add/Drop Multiplexer Central Management and Communications Controller Craft Terminal Channel Terminating Equipment Coarse Wavelength Division Multiplexing DC/DC converter Dense Wavelength Division Multiplexing Electrical interface at 2 Mbit/s Ethernet MAPper Engineering Order Wire Ethernet Tributary EXtension Fast Ethernet Feature Pack Gigabit Ethernet Kilometer Megabit per second Muxponder module Multiplex Section Shared Protection Ring Network Element nanometer, (1*E-9 meter) Network Management Optical Add/Drop module Optical Multiplexer/Demultiplexer module Plesiochronous Digital Hierarchy PDH Interface Module picoseconds Power Supply - DC (DC/DC converter) Synchronous Digital Cross-Connect Synchronous Equipment Timing Source Small Formfactor Pluggable (Transceiver)

9


SIMXm SNC/I SNC/N SPIMX SPIMXm STM STP SW TR TRIB VC-4 VC-12 WDM XC References to Tellabs documents

10

Preface

SDH Interfaces, Cross-connection and SETS Module with non-intrusive PDH monitoring Inherently monitored Sub-Network Connection protection Non-intrusively monitored Sub-Network Connection protection SDH and PDH Interfaces and Cross-connection Module SDH and PDH Interfaces, Cross-connection and SETS Module with non-intrusive PDH monitoring Synchronous Transport Module Shielded twisted pair Software Transponder module Tributary Virtual Container of 4'th order Virtual Container of 1’st order Wavelength Division Multiplexing Cross-connect (function)

[1] 63xx_an010-1, Tellabs® 63xx Nodes, Using external Optical Amplifier at STM-16, Application Note.

MA364 • Rev. D2


1

1 Configuration Guide for Tellabs 6325 Node

Configuration Guide for Tellabs 6325 Node This describes how you configure a Tellabs 6325 node.

Overview

• ‘1.1 Tellabs 6325 Node Items’ on page 11 • ‘1.2 Configuring a Tellabs 6325 Node’ on page 13 • ‘1.3 Configuring a Tellabs 6325 Node by Selecting a Dedicated Unit’ on page 14 • ‘1.4 Configuring a Tellabs 6325 Node by Selecting a Basic Unit’ on page 15 • ‘1.5 Configuring a Tellabs 6325 Node by Selecting Subrack and Modules’ on page 17 • ‘1.6 Selecting the Transceivers for the Traffic Modules and Dedicated Units’ on page 40 • ‘1.7 Using Optical Amplifiers’ on page 49 • ‘1.8 Selecting the Cables’ on page 49 • ‘1.9 Selecting the Embedded Software’ on page 53

1.1

Tellabs 6325 Node Items

Available items

These items are available for the Tellabs 6325 node. Item

Dedicated Units

Description

Three non-modular variants that are complete nodes for which only transceivers have to be added. The three variants have the following interfaces: • Variant 1: 4 x STM-1/STM-4 (with SFP) and 63 x 2 Mbit/s 120 ohm • Variant 2: 4 x STM-1/STM-4 (with SFP) and 21 x 2 Mbit/s 120 ohm • Variant 3: 4 x STM-1/STM-4 (with SFP), 21 x 2 Mbit/s 120 ohm, 2 x FE (RJ-45) and 2 x FE (RJ-45 or with SFP)

MA364 • Rev. D2

Basic Unit

Pre-configured Tellabs 6325 node comprising a subrack and a number of modules.

SC2

One rack unit (1RU) high subrack for the Tellabs 6325 node. Four slots for traffic modules. Various modules can be installed in the subrack creating various configurations.

CMCC

Central management and communications controller module

PS-DC

DC Power supply module (DC/DC converter)

AC/DC

External AC/DC adapter

11



Item

FAN

Description

Cooling module with the following interfaces: • synchronization input and output • alarm

SIMX4m

SDH interface module, cross-connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the following transport interfaces: • 4 x STM-1/STM-4 (with SFP)

SIMX16m

SDH interface module, cross-connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the following transport interfaces: • 1 x STM-16 (with SFP) • 4 x STM-1/STM-4 (with SFP)

SPIMX

SDH and PDH interface module, cross-connect and NE synchronization (SETS) functions, with the following transport interfaces: • 2 x STM-1/STM-4 (with SFP) • 4 x 2 Mbit/s 120 ohm

SPIMXm

SDH and PDH interface module, cross-connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the following transport interfaces: • 2 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm

SPIMX16m

SDH and PDH interface module, cross-connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the following transport interfaces: • 1 x STM-1/STM-4/STM-16 (with SFP) • 1 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm

PIM1

PDH interface module with the following transport interfaces: • 21 x 2 Mbit/s 120 ohm

PIM3P

PDH interface module with the following transport interfaces: • 6 x 34/45 Mbit/s 75 ohm

12

MA364 • Rev. D2



Item

Description

ETEX10S

Ethernet switching and mapping module with 5 Gbit/s Ethernet switch. The module provides the following transport interfaces: • 4 x GbE (with SFP) • 2 x FE (with SFP) • 4 x FE (RJ-45)

EMAP

Ethernet mapping module with the following transport interfaces: • 2 x FE (RJ-45) • 2 x FE (RJ-45 or with SFP)

1.2

OM-C

8 channel CWDM multiplexer and demultiplexer module.

OM-D

8 channel DWDM multiplexer and demultiplexer module.

OAD1-C

1 channel CWDM optical add/drop multiplexer module.

OAD1-D

1 channel DWDM optical add/drop multiplexer module.

TR4

4 channel WDM transponder/repeater module.

MP4

4 channel WDM muxponder/transponder/repeater module with NE synchronization (SETS) function.

Transceivers

Pluggable transceivers (SFP) are used to provide the desired optical or electrical interfaces.

Baluns

120/75 ohm baluns provide 2 Mbit/s 75 ohm interfaces.

Configuring a Tellabs 6325 Node

To configure the Tellabs 6325 node

There are three ways to configure the Tellabs 6325 node. They are as follows: If

MA364 • Rev. D2

then

you require a fixed configuration covered by one of the three dedicated units and do not need the possi bility to expand or change your Tellabs 6325 node

Go to ‘1.3 Configuring a Tellabs 6325 Node by Selecting a Dedicated Unit’ on page 14.

you require a configuration covered by one of the pre-configured basic units and the possibility to expand or change your Tellabs 6325 node

Go to ‘1.4 Configuring a Tellabs 6325 Node by Selecting a Basic Unit’ on page 15.

13



If

then

you want to configure the Tellabs Go to ‘1.5 Configuring a Tellabs 6325 6325 node by selecting available sub- Node by Selecting Subrack and rack and modules Modules’ on page 17.

1.3

Configuring a Tellabs 6325 Node by Selecting a Dedicated Unit

To configure a Tellabs 6325 node with a dedicated unit

This procedure describes how to configure a Tellabs 6325 node with one of the dedicated units of the Tellabs 6325 node. Step

Action

1

Select the dedicated unit that fits your required application. The units are listed in ‘Item numbers of the dedicated units’ on page 14.

2

Select transceivers as described in ‘1.6 Selecting the Transceivers for the Traffic Modules and Dedicated Units’ on page 40.

3

If required, select optical amplifier as described in ‘1.7 Using Optical Amplifiers’ on page 49.

4

Select the cables as described in ‘1.8 Selecting the Cables’ on page 49. Note: Two DC power cables are included when you order the dedi-

cated unit (CU...). 5

Item numbers of the dedicated units

Select the embedded software as described in ‘1.9 Selecting the Em bedded Software’ on page 53.

Select from the following units. Description

Item number

Tellabs 6325 node - Dedicated Unit, two DC pow- CU3561-001 er cables included. The unit provides the following interfaces: • 4 x STM-1/STM-4 (with SFP) • 63 x 2 Mbit/s 120 ohm Tellabs 6325 node - Dedicated Unit, two DC pow- CU3561-002 er cables included. The unit provides the following interfaces: • 4 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm

14

MA364 • Rev. D2



Description

Item number

Tellabs 6325 node - Dedicated Unit, two DC pow- CU3561-003 er cables included. The unit provides the following interfaces: • 4 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm • 2 x FE (RJ-45) • 2 x FE (RJ-45 or with SFP)

1.4

Configuring a Tellabs 6325 Node by Selecting a Basic Unit

To configure a Tellabs 6325 node with a basic unit

This procedure describes how to configure a Tellabs 6325 node by selecting one of the pre-configured basic units. Step

Action

1

Select the basic unit that fits your required application. The units are listed in ‘Item numbers of the basic units’ on page 16.

2

If you want to add traffic modules to the basic unit then go to ‘Selecting additional modules’ on page 22.

3


4


5

Select the cables as described in ‘1.8 Selecting the Cables’ on page 49. Note: Two DC power cables are included when you order the basic

unit (CU...). 6

MA364 • Rev. D2


15


Item numbers of the basic units


Select from the following units. Description

SDXC, pre-configured Tellabs 6325 node, basic unit comprising the following items:

Item number

CU3560-001-A

• 1x SC2 subrack • 1x SIMX4m module providing 4 x STM1/STM-4 (with SFP), slot 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 3x Cover plate for traffic module slot • 2x DC Power Cable ADM1/ADM4, pre-configured Tellabs 6325 node, basic unit comprising the following items:

CU3560-003

• 1x SC2 subrack • 1x SPIMX module providing 4 x STM-1/STM4 (with SFP) and 4 x 2 Mbit/s 120 Ohm, slot 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 3x Cover plate for traffic module slot • 2x DC Power Cable ADM1/ADM4, pre-configured Tellabs 6325 node, basic unit comprising the following items:

CU3560-005-B

• 1x SC2 subrack • 1x SPIMXm module providing 4 x STM1/STM-4 (with SFP) and 21 x 2 Mbit/s 120 Ohm, slot 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 3x Cover plate for traffic module slot • 2x DC Power Cable

16

MA364 • Rev. D2



Description

Item number

ADM16, pre-configured Tellabs 6325 node, basic unit comprising the following items:

CU3560-006-A

• 1x SC2 subrack • 2x SIMX16m module each providing 1 x STM16 and 4 x STM-1/STM-4 (all with SFP), slot 2 and 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 2x Cover plate for traffic module slot • 2x DC Power Cable Pre-configured Tellabs 6325 node, without traffic modules, basic unit comprising the following items:

CU3560-007

• 1x SC2 subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 4x Cover plate for traffic module slot • 2x DC Power Cable

1.5

Configuring a Tellabs 6325 Node by Selecting Subrack and Modules

To configure a Tellabs 6325 node

This procedure describes how to configure a Tellabs 6325 node. Step

Action

1

Select the common items as described in ‘1.5.1 Selecting the Subrack and Support Modules for the Tellabs 6325 Node’ on page 18. These items are required in any configuration.

2

If you require an SDH configuration then select the traffic modules as described in ‘1.5.2 Selecting the Traffic Modules for the Tellabs 6325 Node - SDH Configurations’ on page 20. SDH configurations are Tellabs 6325 nodes with cross-connect functions, SDH/PDH/Ethernet interfaces etc.

3

If you require a WDM stand-alone configuration then select the traffic modules as described in ‘1.5.3 Selecting the Traffic Modules for the Tellabs 6325 Node - WDM Stand-alone Configurations’ on page 29. WDM stand-alone configurations are Tellabs 6325 nodes with only WDM modules installed. These configurations are also referred to as Tellabs 6325 Wavelength Division Multiplexing nodes.

MA364 • Rev. D2

17


1.5.1


Step

Action

4


5


6

Select the cables as described in ‘1.8 Selecting the Cables’ on page 49.

7


Selecting the Subrack and Support Modules for the Tellabs 6325 Node

Slots in the SC2 subrack

The SC2 subrack is a front access subrack comprising 9 slots for modules.

Selecting common items

In any configuration you need a subrack and support modules. Select the following items. Description

Item number

SC2 subrack, one rack unit (1RU) high, four slots UC3560 for traffic modules. The following items are delivered with the subrack: • Adaptation brackets for 19 inch rack • Adaptation brackets for ETSI rack • Cover plate for slot 6 • Extraction tool kit (includes module reset tool) • M4 x 8 screw and washer to attach ground wire

18

FAN module

CM3565

CMCC, Central management and communications control module

CM3564

Power module(s)

See ‘Selecting power modules’ on page 19

MA364 • Rev. D2


Selecting power modules


Select the following power modules according to your requirement. If

you want single DC supply

then

select the following items: • CM3561-A (PS-DC) • NS-0295 (Cover plate for slot 8)

you want redundant DC supply

select the following items: • 2 x CM3561-A (PS-DC).

you want single AC supply

select the following items: • CM3561-A (PS-DC) • CM3569 (AC/DC adapter) • NS-0295 (Cover plate for slot 8)

you want redundant AC supply

select the following items: • 2 x CM3561-A (PS-DC) • 2 x CM3569 (AC/DC adapter)

you want one DC supply and one AC supply

select the following items: • 2 x CM3561-A (PS-DC) • 1 x CM3569 (AC/DC adapter)

Common items

MA364 • Rev. D2

The figure shows the common items required in any configuration.

19


1.5.2


Selecting the Traffic Modules for the Tellabs 6325 Node - SDH Configurations

To select the traffic modules

Selecting the module to perform the crossconnect and NE synchronization (SETS) functions

Follow this procedure to select the traffic modules for SDH configurations. The slots in the subrack are shown in ‘Slots in the SC2 subrack’ on page 18. Step

Action

1

Select the module to perform the cross-connect and NE synchronization (SETS) functions. The module is located in slot 3 of the subrack. Described in ‘Selecting the module to perform the cross-connect and NE synchronization (SETS) functions’ on page 20.

2

If your configuration requires protection of the cross-connect and NE synchronization (SETS) functions then select the module to perform the protection of the cross-connect and NE synchronization (SETS) functions. The module is located in slot 2 of the subrack. Described in ‘Selecting the module to perform the protection of the cross-connect and NE synchronization (SETS) functions’ on page 21.

3

Select additional traffic modules as described in ‘Selecting additional modules’ on page 22.

4

Find the item numbers of the traffic modules in ‘Item numbers of traffic modules’ on page 25.

5

Select the transceivers for the traffic modules as described in ‘1.6 Selecting the Transceivers for the Traffic Modules and Dedicated Units’ on page 40.

The module that performs the cross-connect and NE synchronization (SETS) functions is located in slot 3. Depending on which type of aggregate and tributary signals required in the network element different modules can be selected. Follow this procedure to select the module. Note: The module in slot 3 (and 2) performs the non-intrusive monitoring

function of all E1/P12s in the network element. If you require the nonintrusive monitoring function, then you must select a SIMX4m, SIMX16m, SPIMXm or SPIMX16m module for slot 3 (and 2). The monitoring function is not supported in the SPIMX module with four 2 Mbit/s (CM3563). If

your configuration requires the possibility for MS-SPRing protection at STM-16 level

20

and

-

then

select the SIMX16m module and add SFP transceivers

MA364 • Rev. D2



If

you want an STM-16 interface

and

up to four STM-1/ STM-4 interfaces


• one STM-1/STM-4 interface

select the SPIMX16m module and add SFP transceivers. See also ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24.

• up to 21 x 2 Mbit/s interfaces

you want up to four STM-1/STM-4 interfaces

select the SIMX4mmodule and add SFP transceivers

you want one or two up to four 2 Mbit/s inSTM-1/STM-4 interfac- terfaces es

select the SPIMX module and add SFP transceivers. See also ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24.

up to 21 x 2 Mbit/s interfaces

Selecting the module to perform the protection of the cross-connect and NE synchronization (SETS) functions

then

select the SPIMXm module and add SFP transceivers. See also ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24.

The module that performs the protection of the cross-connect and NE synchronization (SETS) functions is located in slot 2. Depending on which type of aggregate and tributary signals required in the network element different modules can be selected. Follow this procedure to select the module. Note: The module types in slot 2 and 3 do not necessarily have to be the same

as long as they both have the cross-connect and NE synchronization (SETS) functions. You may, for instance, have a SPIMX16m in slot 3 and a SIMX4m in slot 2. Note: The module in slot 3 (and 2) performs the non-intrusive monitoring

function on all E1/P12s in the network element. If you require the nonintrusive monitoring function, then you must select a SIMX4m, SIMX16m, SPIMXm or SPIMX16m module for slot 3 (and 2). The monitoring function is not supported in the SPIMX module with four 2 Mbit/s (CM3563). If

your configuration requires the possibility for MS-SPRing protection at STM-16 level

MA364 • Rev. D2

and

-

then


21



If

and

you want an STM-16 interface

up to four STM-1/ STM-4 interfaces


• one STM-1/STM-4 interface

select the SPIMX16m module and add SFP transceivers. See also ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24.

• up to 21 x 2 Mbit/s interfaces

you want up to four STM-1/STM-4 interfaces


you want one or two up to four 2 Mbit/s inSTM-1/STM-4 interfac- terfaces es

select the SPIMX module and add SFP transceivers. See also ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24.

up to 21 x 2 Mbit/s interfaces

Selecting additional modules

then

select the SPIMXm module and add SFP transceivers. See also ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24.

In addition to the interfaces present on the module you have selected performing the cross-connect and NE synchronization (SETS) functions (slot 3) and, if required, protection of the cross-connect and NE synchronization (SETS) functions (slot 2), modules can be installed in slot (2), 4 and 5 to extend the number of interfaces. When the module for slot 3 (and 2) has been selected, then calculate the number of additional interfaces your configuration requires. Then select the type and number of modules that fits your configuration. The type of modules to provide additional interfaces are as follows: Note: The cross-connect function in slot 3 (and 2) supports the STM-1/4 inter-

faces in slot 4 and 5 with a total capacity corresponding to 8 VC-4s (each slot). Using the SIMX4m module in slot 4 or 5 limits the total capacity of the four STM-1/4 interfaces to 8 VC-4s. Module

SIMX16m

Interfaces

• 1 x STM-16 (with SFP)

Slot

2

• 4 x STM-1/STM-4 (with SFP) SIMX4m

22

• 4 x STM-1/STM-4 (with SFP)

2, 4, 5

MA364 • Rev. D2


Module

SPIMX16m


Interfaces

• 1 x STM-1/STM-4/STM-16 (with SFP)

Slot

2

• 1 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm SPIMXm


2, 4, 5

• 21 x 2 Mbit/s 120 ohm SPIMX


2, 4, 5

• 4 x 2 Mbit/s 120 ohm PIM1

• 21 x 2 Mbit/s 120 ohm

2, 4, 5

PIM3P

• 6 x 34/45 Mbit/s 75 ohm

2, 4, 5

To enable equipment protection of the mapping function the two PIM3P modules have to be installed in slot 4 and 5. ETEX10S

• 4 x GbE (with SFP)

4+5

• 2 x FE (with SFP) • 4 x FE (RJ-45) EMAP

• 2 x FE (RJ-45)

2, 4, 5

• 2 x FE (RJ-45 or with SFP)

MA364 • Rev. D2

OM-C

8 channel CWDM multiplexer and de- 2, 4, 5 multiplexer module. The channel wavelengths are 1471, 1491, 1511, 1531, 1551, 1571, 1591 and 1611 nm

OM-D

8 channel DWDM multiplexer and demultiplexer module. The channel frequencies are 192.9, 193.0, 193.1, 193.2, 193.3, 193.4, 193.5 and 193.6 THz

OAD1-C

1 channel CWDM optical add/drop 2, 4, 5 multiplexer module. Select between the following add/drop channel wavelengths: 1471, 1491, 1511, 1531, 1551, 1571, 1591 and 1611 nm

OAD1-D

1 channel DWDM optical add/drop 2, 4, 5 multiplexer module. Select between the following add/drop channel frequencies: 192.9, 193.0, 193.1, 193.2, 193.3, 193.4, 193.5 and 193.6 THz

2, 4, 5

23


Module

TR4


Interfaces

4 channel WDM transponder/repeater module. A maximum of two TR4/MP4 modules can be installed in a subrack. If the configuration requires two modules then use one of the following slot com binations:

Slot

2, 4, 5

• 2 and 5 • 4 and 5 MP4

4 channel WDM muxponder/transpon- 2, 4, 5 der/repeater module. A maximum of two TR4/MP4 modules can be installed in a subrack. If the configuration requires two modules then use one of the following slot combinations: • 2 and 5 • 4 and 5

For systems with WDM modules see also ‘WDM configurations’ on page 29. For 2 Mbit/s 75 ohm interfaces see ‘Selecting external balun to provide 2 Mbit/s 75 ohm interface’ on page 24. For equipment protection reasons you may consider the possibility to split the SDH interfaces on separate modules. Note: Remember to order cover plates (item number NS-0292) for slots not

used by modules. Note: When you install SIMX and SPIMX modules it is recommended to start

with slot 2, then slot 4 and then slot 5. When you install PIM1 modules it is recommended to start with slot 5, then slot 4 and then slot 2. However if your configuration requires an ETEX10S module the PIM1 module can only be placed in slot 2. Selecting external balun to provide 2 Mbit/s 75 ohm interface

The 2 Mbit/s interfaces on the SPIMX and PIM1 modules are 120 ohm interfaces. If your configuration requires 75 ohm interfaces you must add the following items: • two external 120/75 ohm baluns per 2 Mbit/s interface. The balun has a BNC connector and has to be installed in a balun panel. The balun item number is WK-511B-KIT. • a balun panel kit BNC (item number NS-0299). Up to 42 baluns can be installed in the balun panel. • an open ended cable as used for the 120 ohm interface. See‘Electrical ca bles - 120 ohm’ on page 51. The balun WK-511B-KIT provides only one connection. So you need two WK511B-KIT for a 2 Mbit/s interface, one for input and one for output connections.

24

MA364 • Rev. D2


Item numbers of traffic modules


Select from the following traffic modules. Description

Item number

SDH / PDH

SIMX16m, SDH interface module, cross-connect and NE synchronization (SETS) functions, nonintrusive PDH monitoring, with the interfaces:

CM3568-A

• 1 x STM-16 (with SFP) • 4 x STM-1/STM-4 (with SFP) SIMX4m, SDH interface module, cross-connect and NE synchronization (SETS) functions, nonintrusive PDH monitoring, with the interfaces:

CM3567-A

• 4 x STM-1/STM-4 (with SFP) SPIMX16m, SDH and PDH interface module, cross-connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the interfaces:

CM3575

• 1 x STM-1/STM-4/STM-16 (with SFP) • 1 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s (E1) 120 Ohm Note: 2 Mbit/s 75 ohm interfaces are available us-

ing external baluns. SPIMXm, SDH and PDH interface module, cross- CM3574-A connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the interfaces: • 2 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s (E1) 120 Ohm Note: 2 Mbit/s 75 ohm interfaces are available us-

ing external baluns. SPIMX, SDH and PDH interface module, crossconnect and NE synchronization (SETS) functions, with the interfaces:

CM3563

• 2 x STM-1/STM-4 (with SFP) • 4 x 2 Mbit/s (E1) 120 Ohm Note: 2 Mbit/s 75 ohm interfaces are available us-

ing external baluns. PIM3P, PDH interface module, with the interfaces:

CM3579

• 6 x 34/45 Mbit/s (E3/DS3) 75 Ohm

MA364 • Rev. D2

25



Description

Item number

PIM1, PDH interface module, with the interfaces: CM3566 • 21 x 2 Mbit/s (E1) 120 Ohm Note: 75 ohm interfaces are available using an ex-

ternal balun. Ethernet

ETEX10S, Ethernet switching and mapping mod- CM3572 ule, with the interfaces: • 4 x GbE (with SFP) • 2 x FE (with SFP) • 4 x FE (RJ-45) EMAP, Ethernet mapping module, with the inter- CM3571 faces: • 2 x FE (RJ-45) • 2 x FE (RJ-45 or with SFP) Optical multiplexer/demultiplexer

OM-C, 8 channel CWDM multiplexer and demul- CM3580C tiplexer module OM-D, 8 channel DWDM multiplexer and demultiplexer module

CM3580D

Optical add/drop multiplexer

26

OAD1-C, 1 channel CWDM optical add/drop multiplexer module, 1471 nm

CM3581C-471


CM3581C-491


CM3581C-511


CM3581C-531


CM3581C-551


CM3581C-571


CM3581C-591


CM3581C-611

OAD1-D, 1 channel DWDM optical add/drop multiplexer module, 192.90 THz

CM3581D-290

MA364 • Rev. D2



Description

Item number


CM3581D-300


CM3581D-310


CM3581D-320


CM3581D-330


CM3581D-340


CM3581D-350


CM3581D-360

Transponder/repeater/muxponder

TR4, 4 channel WDM transponder/repeater module

CM3582

Note: When using the TR4 or MP4 modules a

high frequency ferrite filter clamp on the power supply cables are necessary in order to comply with Class B of EN 55022 conducted emission requirements. The ferrite filter clamp needs to have an impedance of 700 ohm or better at 125 MHz (e.g the Kitigawa SPC-10 part may be used). To comply with Class A of EN 55022 the TR4/MP4 can be used without the ferrite filter clamp. MP4, 4 channel WDM muxponder/transponder/repeater module

CM3585


high frequency ferrite filter clamp on the power supply cables are necessary in order to comply with Class B of EN 55022 conducted emission requirements. The ferrite filter clamp needs to have an impedance of 700 ohm or better at 125 MHz (e.g the Kitigawa SPC-10 part may be used). To comply with Class A of EN 55022 the TR4/MP4 can be used without the ferrite filter clamp. Cover plate

Cover plate for traffic module position

MA364 • Rev. D2

NS-0292

27


Example - ADM16 with 8 STM-1/STM-4 interfaces and ETEX


The following example shows an ADM16 with 8 STM-1/STM-4 interfaces and with an Ethernet switching and mapping module.

Items included in the example are: Description

Item number

SC2 subrack

UC3560

FAN

CM3565

CMCC

CM3564

2 x PS-DC

CM3561-A

2 x SIMX16m

CM3568-A

ETEX10S

CM3572

Interconnecting Tellabs 6325 nodes to extend number of interfaces

It is possible to extend the configuration with another subrack if the number of required interfaces exceed the capacity in one subrack. By interconnecting two Tellabs 6325 nodes, through the cross-connect modules in slot 3, you dou ble the number of available slots for traffic modules. In the management system the two nodes will be seen as two separate network elements.

Example - ADM4 with 126 x 2 Mbit/s interfaces

The following example shows an ADM4 with 126 x 2 Mbit/s interfaces. It is realized by interconnecting two Tellabs 6325 nodes through STM-1 connections. This example shows two SIMX4m modules interconnected. This makes it possible to have six PIM1 modules with a total of 126 x 2 Mbit/s interfaces.

28

MA364 • Rev. D2


1.5.3


Selecting the Traffic Modules for the Tellabs 6325 Node - WDM Standalone Configurations

To select the traffic modules

Follow this procedure to select the traffic modules for WDM stand-alone configurations. These configurations are also referred to as Tellabs 6325 Wavelength Division Multiplexing nodes. The slots in the subrack are shown in ‘Slots in the SC2 subrack’ on page 18. Step 1

Action

Select the required WDM configuration as described in ‘WDM configurations’ on page 29. See also ‘1.5.4 WDM Link Design’ on page 37.

WDM configurations

2

Select the traffic modules as described in ‘Selecting the WDM modules’ on page 34.

3

Find the item numbers of the traffic modules in ‘Item numbers of traffic modules’ on page 35.

4

Select the transceivers for the traffic modules as described in ‘1.6 Selecting the Transceivers for the Traffic Modules and Dedicated Units’ on page 40.

The following WDM configurations are possible with the Tellabs 6325 node. If

then

you require select the OM-C module. an 8-channel CWDM multiplexer and demultiplexer

MA364 • Rev. D2

29


If


then

you require select the OM-D module. an 8-channel DWDM multiplexer and demultiplexer

you require a select the OM-C and OM-D modules. 15-channel combined CWDM and DWDM multiplexer and demultiplexer

30

MA364 • Rev. D2


If

MA364 • Rev. D2


then

you require a 1-channel CWDM add/drop multiplexer

select the OAD1-C module.

you require a 1-channel DWDM add/drop multiplexer

select the OAD1-D module.

you require a 4-channel transponder/ repeater

select the TR4 module and add SFP transceivers. See also ‘Using the MP4/TR4 module’ on page 33.

31


32


If

then

you require a 4-channel muxponder/ transponder/ repeater

select the MP4 module and add SFP transceivers. The MP4 module can operate in the following three configurations controlled by the management software. See also ‘Using the MP4/TR4 module’ on page 33.

MA364 • Rev. D2


Using the MP4/TR4 module


The MP4 module can be used either as a Transponder/Repeater, similar to a TR4 module, or as a Muxponder.

The Muxponder is able to multiplex/demultiplex signals on certain ports. A description of the signals and ports is shown in the table below. The module is capable of dual multiplexing/demultiplexing (4 signals to 2 signals). The functionality (TR/MUX-1/MUX-2) of the MP4 module is set using the element manager software. Possible signals

Port connections

TRP/REP (MP4 and TR4 modules)

STM-4/OC-12, STM-16/OC-48, 1000BASE-X, FC-100, FC-200, FC400

1–2 3–4 5–6 7–8

MUX-1 (MP4 module)

Client: 1000BASE-X, FC-100 Line: 1 x STM-16

1 – 2, 3 5–6 7–8

MUX-2 (MP4 module)

Client: 1000BASE-X, FC-100 Line: 2 x STM-16

MA364 • Rev. D2

1 – 2, 3 5 – 4, 6 7–8

33


Selecting the WDM modules


Select the type and number of modules that fits your configuration. The type of modules are as follows: Note: If you require the NE synchronization (SETS) function in the subrack

then an MP4 module must be installed in slot 3. Module

Interfaces

Slot

OM-C

8 channel CWDM multiplexer and demul- 2, 3, 4, 5 tiplexer module. The channel wavelengths are 1471, 1491, 1511, 1531, 1551, 1571, 1591 and 1611 nm

OM-D

8 channel DWDM multiplexer and demultiplexer module. The channel frequencies are 192.9, 193.0, 193.1, 193.2, 193.3, 193.4, 193.5 and 193.6 THz

OAD1-C

1 channel CWDM optical add/drop multi- 2, 3, 4, 5 plexer module. Select between the following add/drop channel wavelengths: 1471, 1491, 1511, 1531, 1551, 1571, 1591 and 1611 nm

OAD1-D

1 channel DWDM optical add/d d/drop multi- 2, 3, 4, 5 plexer module. Select between the following add/drop channel frequencies: 192.9, 193.0, 193.1, 193.2, 193.3, 193.4, 193.5 and 193.6 THz

T R4

4 channel WDM transponder/repeater 2, 3, 4, 5 module. A maximum of two TR4/MP4 modules can be installed in a subrack. If the configuration requires two modules then use one of the following slot combinations:

2, 3, 4, 5

• 2 and 3 • 2 and 5 • 3 and 4 • 4 and 5 MP4

4 channel WDM muxponder/transpon2, 3, 4, 5 der/repeater module with NE synchronization (SETS) function. A maximum of two TR4/MP4 modules can be installed in a subrack. If the configuration requires two modules then use one of the following f ollowing slot combinations: • 2 and 3 • 2 and 5 • 3 and 4 • 4 and 5 Note: The MP4 module must be installed in

slot 3 to support the NE synchronization (SETS) function.

34

MA364 • Rev. D2



Note: Remember to order cover plates (item number NS-0292) for slots not

used by modules. Item numbers of traffic modules

Select from the following traffic modules. Description

Item number

Optical multiplexer/demultiplexer multiplexer/demultiplexer


CM3580D


MA364 • Rev. D2


CM3581C-471


CM3581C-491


CM3581C-511


CM3581C-531


CM3581C-551


CM3581C-571


CM3581C-591


CM3581C-611


CM3581D-290


CM3581D-300


CM3581D-310


CM3581D-320


CM3581D-330


CM3581D-340


CM3581D-350

35



Description


Item number

CM3581D-360



CM3582


high frequency ferrite filter clamp on the power supply cables are necessary in order to comply with Class B of EN 55022 conducted emission requirements. The ferrite filter clamp needs to have an impedance of 700 ohm or better at 125 MHz (e.g the Kitigawa SPC-10 part may be used). To comply with Class A of EN 55022 the TR4/MP4 can be used without the ferrite filter clamp. MP4, 4 channel WDM muxponder/transponCM3585 der/repeater module, NE synchronization (SETS) function. Note: When using the TR4 or MP4 modules a


Cover plate for traffic module position

36

NS-0292

MA364 • Rev. D2


1.5.4


WDM Link Design

Introduction

When selecting the equipment for a WDM system it is recommended also to have a power budget for the link. The following shows power budgets for different configurations. • ‘Point to Point configuration’ on page 37 • ‘Optical Add/Drop configuration with OAD module’ on page 38 • ‘Optical Add/Drop back-to-back configuration with OM modules’ on page 39

Point to Point configuration

Make a power budget for a point-to-point link with either STM-16 CWDM or STM-16 DWDM as shown in the following tables.

Power budget for a point-to-point link with STM-16 CWDM. Parameter

Value

Unit

Tx launch power (Minimum)

0.0

dBm

Receive sensitivity

-28.0

dBm

Insertion loss OM-C (Mux/Demux modules)

4.0

dB

Path penalty

2.0

dB

Span attenuation (connectors, ODF, splices etc. and margin included)

22.0

dB

Power budget for a point-to-point link with STM-16 DWDM Parameter

MA364 • Rev. D2

Value

Unit


0.0

dBm

Receive sensitivity

-28.0

dBm

Paired insertion loss OM-D (Mux/Demux modules) (Maximum)

6.0

dB

Path penalty

2.0

dB


20.0

dB

37


Optical Add/Drop configuration with OAD module


Make a power budget for an optical Add/Drop link (with OAD module) with either STM-16 CWDM or STM-16 DWDM as shown in the following tables.

Power budget for an optical Add/Drop link (with OAD module) with STM16 CWDM. Parameter

Value

Unit


0.0

dBm

Receive sensitivity

-28.0

dBm


4.0

dB

Insertion loss OAD1-C (Add/Drop module), pass-through channels

2.0

dB

Path penalty

2.0

dB


20.0

dB

Power budget for an optical Add/Drop link (with OAD module) with STM16 DWDM Parameter

38

Value

Unit


0.0

dBm

Receive sensitivity

-28.0

dBm


6.0

dB

Insertion loss OAD1-D (Add/Drop module), pass-through channels

3.0

dB

Path penalty

2.0

dB


17.0

dB

MA364 • Rev. D2


Optical Add/Drop backto-back configuration with OM modules


Make a power budget for an optical Add/Drop back-to-back link with either STM-16 CWDM or STM-16 DWDM as shown in the following tables.

Power budget for an optical Add/Drop back-to-back link with STM-16 CWDM. Parameter

Value

Unit


0.0

dBm

Receive sensitivity

-28.0

dBm


4.0

dB

Insertion loss OM-C (Mux/Demux modules), pass-through channels

4.0

dB

Path penalty

2.0

dB


18.0

dB

Power budget for an optical Add/Drop back-to-back link with STM-16 DWDM Parameter

MA364 • Rev. D2

Value

Unit


0.0

dBm

Receive sensitivity

-28.0

dBm


6.0

dB

Paired insertion loss OM-D (Mux/Demux modules), pass-through channels

6.0

dB

Path penalty

2.0

dB


14.0

dB

39


1.6


Selecting the Transceivers for the Traffic Modules and Dedicated Units Select the transceivers for the traffic modules and dedicated units as described in:

Overview

• ‘1.6.1 Selecting the Transceivers for the SDH Interfaces’ on page 40 • ‘1.6.2 Selecting the Transceivers for the Ethernet Interfaces’ on page 44 • ‘1.6.3 Selecting the Transceivers for Bi-directional SDH/Ethernet Interfaces’ on page 47 • ‘1.6.4 Selecting the Transceivers for the Fibre Channel Interfaces’ on page 48

1.6.1

Selecting the Transceivers for the SDH Interfaces

Selecting transceivers for the SIMX and SPIMX modules and the Dedicated Units

The dispersion characteristics and attenuation for each specific interface is determined by an application code of the transceivers. Note: If your configuration requires an optical amplifier, then go to ‘1.7 Using

Optical Amplifiers’ on page 49. If the interface type is

electrical STM-1

then

select the electrical STM-1 SFP with 1.0/2.3 coaxial connectors. Note: About size of electrical STM-1 SFPs: The

two connectors together, on the cables for the electrical STM-1 interface, are a little wider than the transceiver. Due to this it will not be possible to install two electrical STM-1 transceivers in the cages next to one another on the Dedicated Units. It might (depending on the connector type) also be difficult to replace a transceiver in neighbor position to an electrical STM-1 transceiver, without disconnecting the electrical cables on the neighbor position. This is the case only with the Dedicated Units. On the SIMX4m, SIMX16m and SPIMX modules the space between the cages makes it possible to install electrical STM-1 transceivers in all STM-1/4 cages.

40

optical STM-1

go to ‘Selecting transceivers for optical STM-1 interface’ on page 41

STM-4

go to ‘Selecting transceivers for STM-4 interface’ on page 41

STM-16

go to ‘Selecting transceivers for STM-16 interface’ on page 41

MA364 • Rev. D2


Selecting transceivers for optical STM-1 interface

The type of transceivers that you select for the optical STM-1 interface, is determined by the transmission wavelength and the attenuation of the fibre connection to the neighboring NE. The attenuation parameter is found by making a power budget for the system. if transmission wavelength is

Selecting transceivers for STM-4 interface

then

attenuation is 0-12 dB

select the application code S-1.1

1310 nm (long haul interface)


select the application code L-1.1




1550 nm (very long haul interface)


select the application code V-1.2

The type of transceivers that you select for the STM-4 interface, is determined by the transmission wavelength and the attenuation characteristics of the fibre connection to the neighboring NE. The attenuation parameters is found by making a power budget for the system. and If point S-R specification

then

1310 nm (short haul interface)









The type of transceivers that you select for STM-16 interface, is determined by the transmission wavelength, attenuation and the dispersion characteristics of the fibre connection to the neighboring NE. The attenuation and dispersion parameters are found by making a power budget for the system. if transmission wavelength is

MA364 • Rev. D2

and If point S-R specification


if transmission wavelength is

Selecting transceivers for STM-16 interface



then








attenuation is 10-24 dB select the application and dispersion is <1600 code L-16.2 ps/nm

wavelength specific (CWDM)

attenuation is 12-24 dB select STM-16 CWDM and dispersion is <1600 ps/nm

41



if transmission wavelength is

wavelength specific (DWDM)

Item numbers of transceivers


then

attenuation is 10-26 dB select STM-16 DWDM and dispersion is <2400 ps/nm

Select from the following transceivers. Description

Item number

SDH

SDH transceiver, SFP, 1.0/2.3 coaxial connectors, 75 ohm. For the applications:

TR-0021

• STM-1 electrical SDH/Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0001

• S-1.1 • FE SDH/Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0002

• L-1.1 • FE SDH/Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0003

• L-1.2 • FE SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0019-551

• V-1.2 SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0004

• S-4.1 SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0005

• L-4.1 SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0006


TR-0007

• S-16.1

42

MA364 • Rev. D2



Description

SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

Item number

TR-0008


TR-0009

• L-16.2 Bi-directional SDH

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-D LC connectors, single mode fiber. For the applications: • S-1.2 • 100BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-U LC connectors, single mode fiber. For the applications: • S-1.1 • 100BASE-BX-U TR-0026-D SDH/Ethernet transceiver, Bi-directional, SFP, LC connectors, single mode fiber. For the applications: • S-4.2 • 1000BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-U LC connectors, single mode fiber. For the applications: • S-4.1 • 1000BASE-BX-U SDH WDM

SDH/Ethernet CWDM transceivers, multirate, available wavelengths are 1471 nm - 1611 nm with 20 nm spacing, 1600 ps/nm, SFP, LC connectors, single mode fiber. For the applications:

TR-0020-xxx

• STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm.

MA364 • Rev. D2

43



Description

Item number

SDH/Ethernet DWDM transceivers, multirate, TR-0018-xxx available frequencies are 192.10 THz - 196.00 THz with 100 GHz spacing, 2400 ps/nm, SFP, LC connectors, single mode fiber. For the applications: • STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific frequency e.g. 210 in the frequency 192.10 THz.

1.6.2

Selecting the Transceivers for the Ethernet Interfaces

Transceivers for Ethernet interfaces


Item number

Fast Ethernet

Ethernet transceiver, SFP, RJ-45 connector, shielded twisted pair. For the applications:

TR-0027

• 10/100BASE-T Ethernet transceiver, SFP, LC connectors, multi mode fiber. For the applications:

TR-0010

• 100BASE-FX Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0022

• 100BASE-LX10 SDH/Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0001


TR-0002


TR-0003

• L-1.2 • FE

44

MA364 • Rev. D2



Description

Item number

Gigabit Ethernet


TR-0013

• 1000BASE-T Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0011 nectors, multi mode fiber. For the applications: • 1000BASE-SX • FC-100/200 Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0012 nectors, multi/single mode fiber. For the applications: • 1000BASE-LX10 • FC-100 Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0023

• 1000BASE-ZX Ethernet/Fibre Channel transceiver, multirate, 850 nm, SFP, LC connectors, multi mode fiber. For the applications:

TR-0029

• 1000BASE-SX • FC-100/200/400 Bi-directional Ethernet

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-D LC connectors, single mode fiber. For the applications: • S-1.2 • 100BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-U LC connectors, single mode fiber. For the applications: • S-1.1 • 100BASE-BX-U SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-D LC connectors, single mode fiber. For the applications: • S-4.2 • 1000BASE-BX-D

MA364 • Rev. D2

45



Description

Item number

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-U LC connectors, single mode fiber. For the applications: • S-4.1 • 1000BASE-BX-U Ethernet WDM


TR-0020-xxx

• STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm. Ethernet/Fibre Channel CWDM transceivers, TR-0031-xxx multirate, available wavelengths are 1471 nm 1611 nm with 20 nm spacing, SFP, LC connectors, single mode fiber. For the applications: • GbE • FC-100/200/400 The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm. SDH/Ethernet DWDM transceivers, multirate, TR-0018-xxx available frequencies are 192.10 THz - 196.00 THz with 100 GHz spacing, 2400 ps/nm, SFP, LC connectors, single mode fiber. For the applications: • STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific frequency e.g. 210 in the frequency 192.10 THz. Ethernet/Fibre Channel DWDM transceivers, multirate, available frequencies are 192.90 THz 193.60 THz with 100 GHz spacing, SFP, LC connectors, single mode fiber. For the applications:

TR-0032-xxx

• GbE • FC-100/200/400 The xxx in the item number represents the last three digits of the specific frequency e.g. 290 in the frequency 192.90 THz.

46

MA364 • Rev. D2


1.6.3


Selecting the Transceivers for Bi-directional SDH/Ethernet Interfaces

Selecting the bidirectional transceivers

If you want to send traffic in both directions using only one fiber then select the bi-directional transceivers. Select a set of transceivers (-D/-U). The Dtransceiver transmitting at 1550nm is used in one end of the fiber and the Utransceiver transmitting at 1310nm is used at the other end of the fiber. The attenuation range for the STM-1 transceivers is 0-13 dB and the attenuation range for the STM-4 transceivers is 0-10 dB.

Transceivers for STM-1 / 100BASE-BX bidirectional interfaces

Select the following transceivers. Description

Item number

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-D LC connectors, single mode fiber. For the applications: • S-1.2 • 100BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-U LC connectors, single mode fiber. For the applications: • S-1.1 • 100BASE-BX-U Transceivers for STM-4 / 1000BASE-BX bidirectional interfaces

Select the following transceivers. Description

Item number

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-D LC connectors, single mode fiber. For the applications: • S-4.2 • 1000BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-U LC connectors, single mode fiber. For the applications: • S-4.1 • 1000BASE-BX-U

MA364 • Rev. D2

47


1.6.4


Selecting the Transceivers for the Fibre Channel Interfaces

Transceivers for Fibre Channel interfaces


Item number

Fibre Channel

Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0011 nectors, multi mode fiber. For the applications: • 1000BASE-SX • FC-100/200 Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0012 nectors, multi/single mode fiber. For the applications: • 1000BASE-LX10 • FC-100 Ethernet/Fibre Channel transceiver, multirate, 850 nm, SFP, LC connectors, multi mode fiber. For the applications:

TR-0029

• 1000BASE-SX • FC-100/200/400 Fibre Channel transceiver, multirate, 1310 nm, TR-0030 SFP, LC connectors, single mode fiber. For the applications: • FC-100/200/400 Fibre Channel WDM

Ethernet/Fibre Channel CWDM transceivers, TR-0031-xxx multirate, available wavelengths are 1471 nm 1611 nm with 20 nm spacing, SFP, LC connectors, single mode fiber. For the applications: • GbE • FC-100/200/400 The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm. Ethernet/Fibre Channel DWDM transceivers, multirate, available frequencies are 192.90 THz 193.60 THz with 100 GHz spacing, SFP, LC connectors, single mode fiber. For the applications:

TR-0032-xxx


48

MA364 • Rev. D2


1.7


Using Optical Amplifiers

Introduction

For a standard G.957 L-16.2 interface the distance between two nodes are limited to 80 km over a standard G.652 fiber. To reach longer distances, it is necessary to add a re-generator in the middle of the span, boost the output level and/or improve the sensitivity of the receiver. Using an external Optical Amplifier it is possible to increase the distance between two Tellabs 63xx nodes up to approx. 180 km depending on actual loss and dispersion of the link. Using optical amplifiers to increase the distance between Tellabs 63xx Nodes is described in an application note [1].

1.8

Selecting the Cables

Type of cables available

The following type of cables are used for a Tellabs 6325 node. Cables

MA364 • Rev. D2

Used for

Traffic interface cables

Connection of traffic interfaces. See ‘1.8.1 Selecting the Traffic Interface Cables’ on page 50.

Synchronization and alarm cables

2 MHz input or output synchronization signals and alarm signals. See ‘1.8.2 Selecting the Synchronization and Alarm Cables’ on page 52.

Management cables

Connection of network management, element manager and craft terminal. See ‘1.8.3 Selecting the Management Cables’ on page 52.

Power cables

Power connection to the PS-DC module. See ‘1.8.4 Selecting the Power Cables’ on page 53.

EOW cables

EOW connection to the EOW system. See ‘1.8.5 Selecting the EOW Cables’ on page 53.

49


1.8.1


Selecting the Traffic Interface Cables

Overview

Select the cables to be used for the modules/units. Module/Unit

Dedicated Unit

SIMX

Interface

STM-4, optical STM-1 and optical Fast Ethernet

See ‘Optical cables’ on page 50

electrical STM-1

See ‘Electrical cables 75 ohm’ on page 52

2 Mbit/s 120 ohm


electrical Fast Ethernet

Use standard Ethernet cables. See ‘Ethernet interface cables’ on page 52

STM-16, STM-4 and op- See ‘Optical cables’ on tical STM-1 page 50 electrical STM-1

SPIMX

50


STM-16, STM-4 and op- See ‘Optical cables’ on tical STM-1 page 50 electrical STM-1


2 Mbit/s 120 ohm


PIM3P

34/45 Mbit/s


PIM1

2 Mbit/s 120 ohm


ETEX10S, EMAP

optical


electrical

Use standard Ethernet cables. See ‘Ethernet interface cables’ on page 52

optical


OM-C, OM-D, OAD1C, OAD1-D, TR4, MP4 Optical cables

Cables

For optical interfaces, select between the following cables.

MA364 • Rev. D2



Note: Optical transceivers use an LC connector for the optical interface. Description

Item number

Optical single mode fiber cables, two fibers in one cable

2xLC to 2xLC single mode fiber cable, 0.3 m

W-OF203/00.3

2xLC to 2xLC single mode fiber cable, 5 m

W-OF203/05.0


W-OF203/10.0


W-OF203/20.0

2xLC to 2xFC/PC single mode fiber cable, 5 m

W-OF204/05.0


W-OF204/10.0


W-OF204/20.0

2xLC to 2xSC single mode fiber cable, 5 m

W-OF205/05.0


W-OF205/10.0


W-OF205/20.0

Optical multi mode fiber cables, two fibers in one cable

Electrical cables 120 ohm

2xLC to 2xLC multi mode fiber cable, 5 m

W-OF207/05.0


W-OF207/10.0


W-OF207/20.0

For SPIMX and PIM1 modules and Dedicated Units with 2 Mbit/s 120 ohm interfaces, select between the following cables. Description

Item number

Cables for SPIMX module with 4 x 2 Mbit/s

RJ-45 to open ended cable, 120 ohm, 5 m

WK-504Y-05.0-10


WK-504Y-10.0-10


WK-504Y-20.0-10

Cables for PIM1, SPIMX modules with 21 x 2 Mbit/s and Dedicated Units

MA364 • Rev. D2

MDR to open ended cable, 120 ohm, 5 m

WK-503Y-05.0-12


WK-503Y-10.0-12


WK-503Y-20.0-12

51


Electrical cables 75 ohm


For electrical STM-1 interfaces and 34/45 Mbit/s 75 ohm interfaces select between the following cables. Note: For easier removal of the coaxial cables, an extraction tool (item number

TOOL-H030) can be used. Description

1.8.2

Item number

1.0/2.3 to 1.0/2.3 coaxial cable, 5 m

WK-482B-05.0-01


WK-482B-10.0-01


WK-482B-20.0-01

1.0/2.3 to BNC coaxial cable, 5 m

WK-483B-05.0-01


WK-483B-10.0-01


WK-483B-20.0-01


WK-484B-05.0-01


WK-484B-10.0-01


WK-484B-20.0-01

1.0/2.3 to open end coaxial cable, 20 m

WK-497B-20.0-01

Selecting the Synchronization and Alarm Cables

Synchronization and AUX alarm interface cable

If you require a 2 MHz external synchronization input signal or synchronization output signal, then select the following cable. This cable also connect to four AUX alarms. Note: The plug type on the module is 9 pol D-Sub. Description

9 pole D-sub to open ended, 120 ohm, 3 m

1.8.3

Item number

WK-502Y-03.0-01

Selecting the Management Cables

Ethernet interface cables

Use standard STP Ethernet interface cables (RJ-45).

Craft terminal interface cable

If your network element requires connection to a craft terminal, then select the following cable. You require one cable per craft terminal. Description

Craft terminal interface cable, RJ-45 to 9 pole Dsub, 3 m

52

Item number

WK-480X-03.0-01

MA364 • Rev. D2


1.8.4


Selecting the Power Cables Select the following power cable. You require one power cable per PS-DC module. In case you want to use protected power you need two PS-DC modules and thereby also two power cables.

Power cable

Description

3 pole Molex mini-fit to open ended, 2.6 m

Item number

WK-500Z-02.6-01


high frequency ferrite filter clamp on the power supply cables are necessary in order to comply with Class B of EN 55022 conducted emission requirements. The ferrite filter clamp needs to have an impedance of 700 ohm or better at 125 MHz (e.g the Kitigawa SPC-10 part may be used). To comply with Class A of EN 55022 the TR4/MP4 can be used without the ferrite filter clamp.

1.8.5

Selecting the EOW Cables

EOW cables

If your system includes an EOW system, then select the following cable. Note: On the SPIMX modules with 21 x 2 Mbit/s the EOW system is connect-

ed with the 2 Mbit/s interface cable (WK-503Y-zz.z-12 - ref. ‘Electrical cables - 120 ohm’ on page 51). The open ended cable holds both the connections for the 2 Mbit/s interfaces and the EOW interface. Description

RJ-45 to 15 pole D-sub, 3 m

1.9

Item number

WK-501Y-03.0-01

Selecting the Embedded Software

Embedded software

You require an embedded software release which is delivered pre-installed on the CMCC module. For the Tellabs 6325 node - Dedicated Unit the software must be ordered separately. For upgrading of the embedded software in an existing system the CD-ROM with the software can be ordered. Description

6325 ESW, FP1.3, CD-ROM

MA364 • Rev. D2

Item number

SW6325-0013M200

53


54


MA364 • Rev. D2


2

2 Ordering Information for Tellabs 6325 Node

Ordering Information for Tellabs 6325 Node This gives the item numbers available for Tellabs 6325 node.

Overview

• ‘2.1 Dedicated Units’ on page 55 • ‘2.2 Basic Units’ on page 56 • ‘2.3 Modules’ on page 57 • ‘2.4 Transceivers’ on page 61 • ‘2.5 Subrack Items’ on page 68 • ‘2.6 Balun Items’ on page 68 • ‘2.7 Cables’ on page 69 • ‘2.8 Embedded Software’ on page 71

2.1

Dedicated Units

Dedicated units

The following Tellabs 6325 node - dedicated units are available. Description

Item number

Tellabs 6325 node - Dedicated Unit, two DC pow- CU3561-001 er cables included. The unit provides the following interfaces: • 4 x STM-1/STM-4 (with SFP) • 63 x 2 Mbit/s 120 ohm Tellabs 6325 node - Dedicated Unit, two DC pow- CU3561-002 er cables included. The unit provides the following interfaces: • 4 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm Tellabs 6325 node - Dedicated Unit, two DC pow- CU3561-003 er cables included. The unit provides the following interfaces: • 4 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s 120 ohm • 2 x FE (RJ-45) • 2 x FE (RJ-45 or with SFP)

MA364 • Rev. D2

55


2.2


Basic Units

Basic units

The following pre-configured Tellabs 6325 node basic units are available. Description

SDXC, pre-configured Tellabs 6325 node, basic unit comprising the following items:

Item number

CU3560-001-A

• 1x SC2 subrack • 1x SIMX4m module providing 4 x STM-1/ STM-4 (with SFP), slot 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 3x Cover plate for traffic module slot • 2x DC Power Cable ADM1/ADM4, pre-configured Tellabs 6325 node, basic unit comprising the following items:

CU3560-003

• 1x SC2 subrack • 1x SPIMX module providing 4 x STM-1/STM4 (with SFP) and 4 x 2 Mbit/s 120 Ohm, slot 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 3x Cover plate for traffic module slot • 2x DC Power Cable ADM1/ADM4, pre-configured Tellabs 6325 node, basic unit comprising the following items:

CU3560-005-B

• 1x SC2 subrack • 1x SPIMXm module providing 4 x STM-1/ STM-4 (with SFP) and 21 x 2 Mbit/s 120 Ohm, slot 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 3x Cover plate for traffic module slot • 2x DC Power Cable

56

MA364 • Rev. D2



Description

ADM16, pre-configured Tellabs 6325 node, basic unit comprising the following items:

Item number

CU3560-006-A

• 1x SC2 subrack • 2x SIMX16m module each providing 1 x STM16 and 4 x STM-1/STM-4 (all with SFP), slot 2 and 3 in the subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 2x Cover plate for traffic module slot • 2x DC Power Cable Pre-configured Tellabs 6325 node, without traffic modules, basic unit comprising the following items:

CU3560-007

• 1x SC2 subrack • 2x PS-DC module • 1x CMCC module • 1x Fan module • 4x Cover plate for traffic module slot • 2x DC Power Cable

2.3

Modules

SDH and PDH modules

The following SDH and PDH modules are available for the Tellabs 6325 node. Description

SIMX16m, SDH interface module, cross-connect and NE synchronization (SETS) functions, nonintrusive PDH monitoring, with the interfaces:

Item number

CM3568-A

• 1 x STM-16 (with SFP) • 4 x STM-1/STM-4 (with SFP) SIMX4m, SDH interface module, cross-connect and NE synchronization (SETS) functions, nonintrusive PDH monitoring, with the interfaces:

CM3567-A


MA364 • Rev. D2

57



Description

SPIMX16m, SDH and PDH interface module, cross-connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the interfaces:

Item number

CM3575

• 1 x STM-1/STM-4/STM-16 (with SFP) • 1 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s (E1) 120 Ohm Note: 2 Mbit/s 75 ohm interfaces are available us-

ing external baluns. SPIMXm, SDH and PDH interface module, cross- CM3574-A connect and NE synchronization (SETS) functions, non-intrusive PDH monitoring, with the interfaces: • 2 x STM-1/STM-4 (with SFP) • 21 x 2 Mbit/s (E1) 120 Ohm Note: 2 Mbit/s 75 ohm interfaces are available us-

ing external baluns. SPIMX, SDH and PDH interface module, crossconnect and NE synchronization (SETS) functions, with the interfaces:

CM3563

• 2 x STM-1/STM-4 (with SFP) • 4 x 2 Mbit/s (E1) 120 Ohm Note: 2 Mbit/s 75 ohm interfaces are available us-

ing external baluns. PIM3P, PDH interface module, with the interfaces:

CM3579

• 6 x 34/45 Mbit/s (E3/DS3) 75 Ohm PIM1, PDH interface module, with the interfaces: CM3566 • 21 x 2 Mbit/s (E1) 120 Ohm Note: 75 ohm interfaces are available using an ex-

ternal balun. Cover plate for traffic module position Ethernet modules

NS-0292

The following Ethernet modules are available for the Tellabs 6325 node. Description

Item number

ETEX10S, Ethernet switching and mapping mod- CM3572 ule, with the interfaces: • 4 x GbE (with SFP) • 2 x FE (with SFP) • 4 x FE (RJ-45)

58

MA364 • Rev. D2



Description

Item number

EMAP, Ethernet mapping module, with the inter- CM3571 faces: • 2 x FE (RJ-45) • 2 x FE (RJ-45 or with SFP) Cover plate for traffic module position WDM modules

NS-0292

The following WDM modules are available for the Tellabs 6325 node. Description

Item number

Optical multiplexer/demultiplexer


CM3580D


MA364 • Rev. D2


CM3581C-471


CM3581C-491


CM3581C-511


CM3581C-531


CM3581C-551


CM3581C-571


CM3581C-591


CM3581C-611


CM3581D-290


CM3581D-300


CM3581D-310


CM3581D-320

59



Description

Item number


CM3581D-330


CM3581D-340


CM3581D-350


CM3581D-360



CM3582


high frequency ferrite filter clamp on the power supply cables are necessary in order to comply with Class B of EN 55022 conducted emission requirements. The ferrite filter clamp needs to have an impedance of 700 ohm or better at 125 MHz (e.g the Kitigawa SPC-10 part may be used). To comply with Class A of EN 55022 the TR4/MP4 can be used without the ferrite filter clamp. MP4, 4 channel WDM muxponder/transponder/ CM3585 repeater module, NE synchronization (SETS) function. Note: When using the TR4 or MP4 modules a


Cover plate for traffic module position Support modules

The following support modules are available for the Tellabs 6325 node. Description

60

NS-0292

Item number

PS-DC module

CM3561-A

AC/DC adapter

CM3569

CMCC, Central management and communications control module

CM3564

FAN module

CM3565

MA364 • Rev. D2



Description

Cover plate for PS-DC module position

2.4

Item number

NS-0295

Transceivers

Transceivers for SDH interfaces

The following transceivers are available for the SDH interfaces of the Tellabs 6325 node. Description

Item number

SDH

SDH transceiver, SFP, 1.0/2.3 coaxial connectors, 75 ohm. For the applications:

TR-0021

• STM-1 electrical SDH/Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0001


TR-0002


TR-0003

• L-1.2 • FE SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0019-551

• V-1.2 SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0004

• S-4.1 SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0005


TR-0006


TR-0007

• S-16.1

MA364 • Rev. D2

61



Description

SDH transceiver, SFP, LC connectors, single mode fiber. For the applications:

Item number

TR-0008


TR-0009

• L-16.2 Bi-directional SDH

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-D LC connectors, single mode fiber. For the applications: • S-1.2 • 100BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-U LC connectors, single mode fiber. For the applications: • S-1.1 • 100BASE-BX-U TR-0026-D SDH/Ethernet transceiver, Bi-directional, SFP, LC connectors, single mode fiber. For the applications: • S-4.2 • 1000BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-U LC connectors, single mode fiber. For the applications: • S-4.1 • 1000BASE-BX-U SDH WDM


TR-0020-xxx

• STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm.

62

MA364 • Rev. D2



Description

Item number

SDH/Ethernet DWDM transceivers, multirate, TR-0018-xxx available frequencies are 192.10 THz - 196.00 THz with 100 GHz spacing, 2400 ps/nm, SFP, LC connectors, single mode fiber. For the applications: • STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific frequency e.g. 210 in the frequency 192.10 THz. Transceivers for Ethernet interfaces

The following transceivers are available for the Ethernet interfaces of the Tellabs 6325 node. Description

Item number

Fast Ethernet


TR-0027

• 10/100BASE-T Ethernet transceiver, SFP, LC connectors, multi mode fiber. For the applications:

TR-0010

• 100BASE-FX Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0022

• 100BASE-LX10 SDH/Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0001


TR-0002


TR-0003

• L-1.2 • FE Gigabit Ethernet


TR-0013

• 1000BASE-T

MA364 • Rev. D2

63



Description

Item number

Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0011 nectors, multi mode fiber. For the applications: • 1000BASE-SX • FC-100/200 Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0012 nectors, multi/single mode fiber. For the applications: • 1000BASE-LX10 • FC-100 Ethernet transceiver, SFP, LC connectors, single mode fiber. For the applications:

TR-0023

• 1000BASE-ZX Ethernet/Fibre Channel transceiver, multirate, 850 nm, SFP, LC connectors, multi mode fiber. For the applications:

TR-0029

• 1000BASE-SX • FC-100/200/400 Bi-directional Ethernet

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-D LC connectors, single mode fiber. For the applications: • S-1.2 • 100BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-U LC connectors, single mode fiber. For the applications: • S-1.1 • 100BASE-BX-U SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-D LC connectors, single mode fiber. For the applications: • S-4.2 • 1000BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-U LC connectors, single mode fiber. For the applications: • S-4.1 • 1000BASE-BX-U

64

MA364 • Rev. D2



Description

Item number

Ethernet WDM


TR-0020-xxx

• STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm. Ethernet/Fibre Channel CWDM transceivers, TR-0031-xxx multirate, available wavelengths are 1471 nm 1611 nm with 20 nm spacing, SFP, LC connectors, single mode fiber. For the applications: • GbE • FC-100/200/400 The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm. SDH/Ethernet DWDM transceivers, multirate, TR-0018-xxx available frequencies are 192.10 THz - 196.00 THz with 100 GHz spacing, 2400 ps/nm, SFP, LC connectors, single mode fiber. For the applications: • STM-1/4/16 • FE/GbE The xxx in the item number represents the last three digits of the specific frequency e.g. 210 in the frequency 192.10 THz. Ethernet/Fibre Channel DWDM transceivers, multirate, available frequencies are 192.90 THz 193.60 THz with 100 GHz spacing, SFP, LC connectors, single mode fiber. For the applications:

TR-0032-xxx


MA364 • Rev. D2

65


Transceivers for bidirectional SDH/Ethernet interfaces


The following transceivers are available for the bi-directional SDH/Ethernet interfaces of the Tellabs 6325 node. Description

Item number

SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-D LC connectors, single mode fiber. For the applications: • S-1.2 • 100BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0025-U LC connectors, single mode fiber. For the applications: • S-1.1 • 100BASE-BX-U SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-D LC connectors, single mode fiber. For the applications: • S-4.2 • 1000BASE-BX-D SDH/Ethernet transceiver, Bi-directional, SFP, TR-0026-U LC connectors, single mode fiber. For the applications: • S-4.1 • 1000BASE-BX-U Transceivers for Fibre Channel interfaces

The following transceivers are available for the Fibre Channel interfaces of the Tellabs 6325 node. Description

Item number

Fibre Channel

Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0011 nectors, multi mode fiber. For the applications: • 1000BASE-SX • FC-100/200 Ethernet/Fibre Channel transceiver, SFP, LC con- TR-0012 nectors, multi/single mode fiber. For the applications: • 1000BASE-LX10 • FC-100

66

MA364 • Rev. D2



Description

Ethernet/Fibre Channel transceiver, multirate, 850 nm, SFP, LC connectors, multi mode fiber. For the applications:

Item number

TR-0029

• 1000BASE-SX • FC-100/200/400 Fibre Channel transceiver, multirate, 1310 nm, TR-0030 SFP, LC connectors, single mode fiber. For the applications: • FC-100/200/400 Fibre Channel WDM

Ethernet/Fibre Channel CWDM transceivers, TR-0031-xxx multirate, available wavelengths are 1471 nm 1611 nm with 20 nm spacing, SFP, LC connectors, single mode fiber. For the applications: • GbE • FC-100/200/400 The xxx in the item number represents the last three digits of the specific wavelength e.g. 471 in the wavelength 1471 nm. Ethernet/Fibre Channel DWDM transceivers, multirate, available frequencies are 192.90 THz 193.60 THz with 100 GHz spacing, SFP, LC connectors, single mode fiber. For the applications:

TR-0032-xxx


MA364 • Rev. D2

67


2.5


Subrack Items

Subrack items

The following subrack items are available for the Tellabs 6325 node. Description

Item number

SC2 subrack, one rack unit (1RU) high, four slots UC3560 for traffic modules. The following items are delivered with the subrack: • Adaptation brackets for 19 inch rack • Adaptation brackets for ETSI rack • Cover plate for slot 6 • Extraction tool kit (includes module reset tool) • M4 x 8 screw and washer to attach ground wire

2.6

Cover plate for empty slot 2-5 (position for traffic module)

NS-0292

Cover plate for empty slot 8 (position for PS-DC module)

NS-0295

Balun Items

Balun items

The following balun items are available for the Tellabs 6325 node. Description

120/75 ohm balun, 3 pole IDC (Krone) to BNC connector, for 2 Mbit/s interface on PIM1 and SPIMX modules. The balun provides only one connection. So you need two WK-511B-KIT for a 2 Mbit/s interface, one for input and one for output connections.

Item number

WK-511B-KIT

Balun panel kit BNC. Up to 42 baluns can be inNS-0299 stalled in the panel. The kit contains the following items: • Balun panel for 19 inch rack • Balun panel for ETSI rack • Metal strap for fastening the cable shield • Screws for installing panel in a rack

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MA364 • Rev. D2


2.7


Cables

Traffic interface cables

The following optical and electrical interface cables are available for the Tellabs 6325 node. Description

Item number

Optical single mode fiber cables, two fibers in one cable

2xLC to 2xLC single mode fiber cable, 0.3 m

W-OF203/00.3


W-OF203/05.0


W-OF203/10.0


W-OF203/20.0


W-OF204/05.0


W-OF204/10.0


W-OF204/20.0


W-OF205/05.0


W-OF205/10.0


W-OF205/20.0

Optical multi mode fiber cables, two fibers in one cable


W-OF207/05.0


W-OF207/10.0


W-OF207/20.0

Electrical cables

MA364 • Rev. D2


WK-482B-05.0-01


WK-482B-10.0-01


WK-482B-20.0-01


WK-483B-05.0-01


WK-483B-10.0-01


WK-483B-20.0-01


WK-484B-05.0-01


WK-484B-10.0-01


WK-484B-20.0-01

1.0/2.3 to open end coaxial cable, 20 m

WK-497B-20.0-01


WK-503Y-05.0-12


WK-503Y-10.0-12

69



Description

Extraction tool for 1.0/2.3 coaxial cables


WK-503Y-20.0-12


WK-504Y-05.0-10


WK-504Y-10.0-10


WK-504Y-20.0-10

The following extraction tool for disconnecting coaxial cables provided with 1.0/2.3 connectors, is available for the Tellabs 6325 node. Description

Extraction tool for coaxial cables (1.0/2.3) Synchronization and AUX alarm cable

9 pole D-sub to open ended, 120 ohm, 3 m

TOOL-H030

Item number

WK-502Y-03.0-01

The following management cable is available for the Tellabs 6325 node. For Ethernet interfaces, use standard STP Ethernet interface cables (RJ-45). Description

Craft terminal interface cable, RJ-45 to 9 pole Dsub, 3 m Power cable

Item number

The following synchronization and AUX alarm cable is available for the Tellabs 6325 node. Description

Management cable

Item number

Item number

WK-480X-03.0-01

The following power cable is available for the Tellabs 6325 node. Description

3 pole Molex mini-fit to open ended, 2.6 m

Item number

WK-500Z-02.6-01


high frequency ferrite filter clamp on the power supply cables are necessary in order to comply with Class B of EN 55022 conducted emission requirements. The ferrite filter clamp needs to have an impedance of 700 ohm or better at 125 MHz (e.g the Kitigawa SPC-10 part may be used). To comply with Class A of EN 55022 the TR4/MP4 can be used without the ferrite filter clamp. EOW cable

The following EOW cable is available for the Tellabs 6325 node. Note: On the SPIMX module with 21 x 2 Mbit/s the EOW system is connected

with the 2 Mbit/s interface cable (WK-503Y-zz.z-12 - ref. ‘Traffic inter-

70

MA364 • Rev. D2



face cables’ on page 69). The open ended cable holds both the connections for the 2 Mbit/s interfaces and the EOW interface. Cable description

RJ-45 to 15 pole D-sub, 3 m

2.8

Item number

WK-501Y-03.0-01

Embedded Software

Embedded software

The following embedded software is available for the Tellabs 6325 node. Description

6325 ESW, FP1.3, CD-ROM

MA364 • Rev. D2

Item number

SW6325-0013M200

71


72


MA364 • Rev. D2


Index

Index Numerics 6325 items 11

A Abbreviations 9 AC/DC adapter 11 Alarm cable item number 70

B Balun Item number 68 Selecting 24 Basic Units 11 Item numbers 56

C Cables Item numbers 69 selecting 49 selecting alarm 52 selecting EOW 53 selecting for SDH/PDH interfaces 50 selecting management 52 selecting power 53 selecting synchronization 52 type of 49 CMCC 11 Coaxial cable extraction tool 70 Configuration and Ordering Guide Prerequisite for using 9 Structure 9 Configuring a Tellabs 6325 Node 13 Basic Units 15 Dedicated Units 14 Subrack and Modules 17

D DC/DC 11 Dedicated Units 11 Item numbers 55 Selecting 14 Document structure 9

E EMAP 13 Embedded Software

MA364 • Rev. D2

Item number 71 selecting 53 ETEX10S 13 External balun Selecting 24 Extraction tool for coaxial cables 70

F FAN 12

I Interconnecting nodes 28 Items 11

M Management cable Item number 70 MP4 13

O OAD1-C 13 OAD1-D 13 OM-C 13 OM-D 13 Optical Amplifiers 49

P PIM1 12 PIM3P 12 Power cable Item number 70 Prerequisitefor using this guide 9 Product Release 9 Product version 9 PS-DC 11

S SC2 11 Selecting Cables 49 Embedded software 53 External balun 24 Support modules 18 Traffic modules 20 29 Transceivers 40 Transceivers for bi-directional interfaces 47 Transceivers for EMAP module and ,

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