3hh 10116 Aaaa Tczza 01 7360 Isam Product Information r4_3_x

Alcatel-Lucent 7360 INTELLIGENT SERVICES ACCESS MANAGER FX | RELEASE 4.3 PRODUCT INFORMATION

3HH-10116-AAAA-TCZZA Edition 01 Released

Alcatel-Lucent Proprietary This document contains proprietary information of Alcatel-Lucent and is not to be disclosed or used except in accordance with applicable agreements. Copyright 2011 © Alcatel-Lucent. All rights reserved.

Alcatel-Lucent assumes no responsibility for the accuracy of the information presented, which is subject to change without notice. Alcatel, Lucent and the Alcatel-Lucent logo are registered trademarks of Alcatel-Lucent. All other trademarks are the property of their respective owners. Copyright 2011 Alcatel-Lucent. All rights reserved. Disclaimers

Alcatel-Lucent products are intended for commercial uses. Without the appropriate network design engineering, they must not be sold, licensed or otherwise distributed for use in any hazardous environments requiring fail-safe performance, such as in the operation of nuclear facilities, aircraft navigation or communication systems, air traffic control, direct life-support machines, or weapons systems, in which the failure of products could lead directly to death, personal injury, or severe physical or environmental damage. The customer hereby agrees that the use, sale, license or other distribution of the products for any such application without the prior written consent of Alcatel-Lucent, shall be at the customer's sole risk. The customer hereby agrees to defend and hold Alcatel-Lucent harmless from any claims for loss, cost, damage, expense or liability that may arise out of or in connection with the use, sale, license or other distribution of the products in such applications. This document may contain information regarding the use and installation of non-Alcatel-Lucent products. Please note that this information is provided as a courtesy to assist you. While Alcatel-Lucent tries to ensure that this information accurately reflects information provided by the supplier, please refer to the materials provided with any non-Alcatel-Lucent product and contact the supplier for confirmation. Alcatel-Lucent assumes no responsibility or liability for incorrect or incomplete information provided about non-Alcatel-Lucent products. However, this does not constitute a representation or warranty. The warranties provided for Alcatel-Lucent products, if any, are set forth in contractual documentation entered into by Alcatel-Lucent and its customers. This document was originally written in English. If there is any conflict or inconsistency between the English version and any other version of a document, the English version shall prevail.

When printed by Alcatel-Lucent, this document is printed on recycled paper.

Preface

This preface provides general information about the documentation set for the 7360 Intelligent Services Access Manager FX (7360 ISAM FX).

Scope This documentation set provides information about safety, features and functionality, ordering, hardware installation and maintenance, CLI and TL1 commands, and software upgrade and migration procedures.

Audience This documentation set is intended for planners, administrators, operators, and maintenance personnel involved in installing, upgrading, or maintaining the 7360 ISAM FX.

Prerequisite knowledge The reader must be familiar with general telecommunications principles.

Safety information For ETSI safety information, see the 7360 ISAM FX Safety Manual.

Alcatel-Lucent 7360 ISAM FX R4.3 July 2011 3HH-10116-AAAA-TCZZA Edition 01 Released Product Information

iii

Preface

The following are examples of how special information is presented in this document. Danger — Danger indicates that the described activity or situation

may result in serious personal injury or death; for example, high voltage or electric shock hazards. Warning — Warning indicates that the described activity or situation

may, or will, cause equipment damage or serious performance problems. Caution — Caution indicates that the described activity or situation may, or will, cause service interruption.

Note — A note provides information that is, or may be, of special

interest.

Document conventions The following conventions are used in this documentation set.

Acronyms See the glossary included with the System Description for FD 100/320Gbps NT and FX NT for the expansion of acronyms used in this documentation set.

Release notes Be sure to refer to the release notes (such as the Customer Release Notes or Emergency Fix Release Note) issued for software loads of the 7360 ISAM before you install or use the 7360 ISAM FX . The release notes provide important information about the software load.

iv

July 2011 Alcatel-Lucent 7360 ISAM FX R4.3 Product Information Edition 01 Released 3HH-10116-AAAA-TCZZA

Preface

Documents Table 1 lists the documents that make up the 7360 ISAM FX Release 4.3 documentation set. Table 1 7360 ISAM FX Release 4.3 documentation set Title

Description

Part number

CD containing all the documents in the 7360 ISAM FX documentation set (1)

3HH-10103-AAAA

Product Information

Provides general system information for the 7360 ISAM FX

3HH-10116-AAAA-TCZZA

System Description for FD 100/320Gbps NT and FX NT

Provides conceptual information for:

3HH-09811-BAAA-TQZZA

•

Documentation CD 7360 ISAM FX CD General documentation

• Safety Manual

the 7302 ISAM and the 7330 ISAM FTTN equipped with the 100Gpbs or the 320Gbps NT the 7360 ISAM FX equipped with an FX NT

Provides general safety guidelines when handling, installing, or operating the 7360 ISAM FX equipment


Describes the hardware installation for the 7360 ISAM FX equipment

3HH-10127-AAAA-RJZZA

Describes the TL1 commands and messages for:

3HH-09857-BAAA-TCZZA

Hardware documentation FX Hardware Installation Guide TL1 documentation TL1 Commands and Messages for FD 100/320Gbps NT and FX NT

• •

Operations and Maintenance Using TL1 for FD 100/320Gbps NT and FX NT


Provides task-oriented procedures using TL1 for operating and maintaining:

• •

3HH-09858-BAAA-TQZZA


CLI documentation CLI Commands for FD 100/320Gbps NT and FX NT

Describes the CLI commands for:

• •

Operations and Maintenance Using CLI for FD 100/320Gbps NT and FX NT

Provides task-oriented procedures using CLI for operating and maintaining:

• •

3HH-08079-DDAA-TCZZA

the 7302 ISAM and the 7330 ISAM FTTN equipped with the 100Gpbs or the 320Gbps NT the 7360 ISAM FX equipped with an FX NT 3HH-10104-BAAA-TQZZA


IHub System Basics, Management and OAM Guide for FD 100/320Gbps NT and FX NT

Describes the IHub system basics, system management and OAM (Operations and Maintenance)

3HH-10106-AAAA-TQZZA

IHub Interface Guide for FD 100/320Gbps NT and FX NT

Describes the IHub system interfaces


(1 of 2)


v

Preface

Title

Description

Part number

IHub QoS Guide for FD 100/320Gbps NT and FX NT

Describes the IHub Quality of Service


IHub Router Configuration and Protocols Guide for FD 100/320Gbps NT and FX NT

Describes the IHub router configuration and router protocols


IHub Services Guide for FD 100/320Gbps NT and FX NT

Describes the IHub services


IHub MPLS Guide for FD 100/320Gbps NT and FX NT

Describes the IHub MPLS services


Software Installation Guide

Describes the software management of the 7302 ISAM, the 7330 ISAM FTTN, the 7356 ISAM FTTB and the 7360 ISAM FX equipment

3HH-07196-AAAA-RJZZA

Software Upgrade and Migration Application Procedures

Provides instructions for using the automated tools for upgrading and migrating the software for the 7302 ISAM, the 7330 ISAM FTTN, the 7356 ISAM FTTB and the 7360 ISAM FX


Software documentation(1)

(2 of 2) Note (1)

vi

Software documentation is not included on the 7360 ISAM documentation CD


Contents

Preface

iii

Scope ............................................................................................... iii Audience ............................................................................................... iii Prerequisite knowledge ............................................................................... iii Safety information ..................................................................................... iii Document conventions ................................................................................ iv Release notes........................................................................................... iv Documents ............................................................................................... v

1—

System Overview 1.1 1.2 1.3 1.4 1.5 1.6 1.7

2—

Subracks 2.1 2.2 2.3 2.4 2.5

3—

2-1

Introduction .............................................................................. 2-2 General ................................................................................... 2-2 7360 ISAM FX Subracks ................................................................. 2-2 Supported Plug-in Units ................................................................ 2-6 Dummy Front Panels .................................................................... 2-7

Physical Rack Equipment 3.1 3.2

1-1

Introduction .............................................................................. 1-2 System Architecture .................................................................... 1-6 Network Management ................................................................. 1-17 Equipment Management .............................................................. 1-18 Board Capabilities and Dimensioning ............................................... 1-19 NT Redundancy Support............................................................... 1-25 CLEI Codes............................................................................... 1-26

3-1

General ................................................................................... 3-2 Universal Rack ........................................................................... 3-2


vii

Contents

3.3 3.4 3.5

4—

Rack Configurations 4.1 4.2

5—

5-1

Introduction .............................................................................. 5-2 SFP Optical Modules .................................................................... 5-2

Board Mnemonics A.1

4-1

General ................................................................................... 4-2 Rack Configurations..................................................................... 4-2

SFP Optical Modules 5.1 5.2

A.

Side Plates ............................................................................... 3-5 Rack Doors ............................................................................... 3-6 Key Locks ................................................................................. 3-7

A-1

Board Mnemonics........................................................................ A-2

Index

viii


1—

System Overview

1.1 Introduction

1-2

1.2 System Architecture

1-6

1.3 Network Management 1.4 Equipment Management

1-17 1-18

1.5 Board Capabilities and Dimensioning 1.6 NT Redundancy Support 1.7 CLEI Codes

1-19

1-25

1-26


1-1

1 — System Overview

1.1

Introduction The 7360 ISAM FX is a frame based Multi Service Access Platform, offering high-density fiber connections for multimedia, high-speed internet access, voice and business services.

General Network Topology Figure 1-1 shows the basic network topology. Figure 1-1 General network topology IP Edge Router / BRAS Ethernet Switch xDSL

NSP IP backbone

ISAM

Ethernet

FE/GE

Voice

EMAN

DS1/E1

NSP IP backbone

FE/GE

Video

NSP IP backbone

ISAM ISAM shelf xDSL

xDSL LT

Ethernet Voice

Voice LT

NT

FE/GE/10GE

DS1/E1 ONT/ OMCI ONU GPON

Video

FE/GE/10GE

Eth LT

GPON LT

xDSL/Ethernet

Voice

ONT/ ONU

OAM EPON

EPON LT

ISAM OLT

Note — Possible user interface types are not limited to the types shown on the figure.

1-2



User Side At the user side, each 7360 ISAM FX shelf can terminate:

• Ethernet user interfaces • Passive Optical Network (PON) interfaces It is possible to connect subtending DSLAMs to the FE/GE/10GE links at the user side in:

• cascading mode: a chain of 1 subtending ISAM per ISAM; see Figure 1-2 • star mode: multiple subtending ISAMs per ISAM; see Figure 1-3 • ring mode (except when there is a ring behind a Hub-ISAM); see Figure 1-4. Figure 1-2 Cascading Topology

Cascading up to three levels ISAM ISAM

ISAM

k*FE/GE/10GE k*FE/GE/10GE

EMAN User interfaces

User interfaces

User interfaces

Figure 1-3 Star Topology ISAM

ISAM

k*FE/GE/10GE

EMAN User interfaces ISAM

User interfaces

k*FE/GE/10GE User interfaces


1-3

1 — System Overview Figure 1-4 Ring Topology ISAM User interfaces

k*FE/GE/10GE ISAM

ISAM User interfaces

EMAN

k*FE/GE/10GE

ISAM

User interfaces

User interfaces k*FE/GE/10GE

Network Side At the network side, the 7360 ISAM terminates FE, GE, or 10GE links. The following configurations are possible:

• Connected to one or more Ethernet Switches The Ethernet links can be connected to one or more Ethernet Switches. These Ethernet Switches forward the frames over the Ethernet based aggregation access network until they reach the IP Edge Router or BRAS of the corresponding Network Service Provider (NSP). At the IP Edge Router or BRAS, the frames enter the IP backbone of the NSP. • More than one FE/GE/10GE link (link aggregation) In case of more than one link, Ethernet link aggregation is used. • Directly connected to an IP Edge Router The 7360 ISAM FX can be connected directly to the IP Edge Router or BRAS. The Ethernet aggregation network is reduced to one or more parallel Ethernet links. • Can also be connected to a Multi-protocol Label Switching (MPLS) network.

1-4


1 — System Overview Figure 1-5 Network Connections IP Edge Router / BRAS Ethernet Switch ISAM User interfaces

NSP IP backbone

m x FE/GE/10GE

EMAN

FE/GE

NSP IP backbone

n x FE/GE/10GE

NSP IP backbone

ISAM User interfaces NSP IP backbone FE/GE

Note — A link is a term which is used to refer to the physical layer of an interface of the 7360 ISAM FX, for example, an Ethernet link.


1-5


1.2

System Architecture

Functional Decomposition The ISAM is built as a typical multiplexer which can be equipped with the following main boards:

• • • • •

a Network Termination (NT) board (optionally 1+1 redundant) a NT Input/Output board (optional) a set of Ethernet Line Termination (LT) boards implementing the user interfaces. Gigabit Passive Optical Network (GPON) LT boards Ethernet Passive Optical Network (EPON) LT boards Figure 1-6 ISAM Decomposition ISAM

NT

LT

…

NTIO

LT-applique

The ISAM’s management plane, control plane, and most of the data plane is realized on the NT board and on the LT boards. Figure 1-7 ISAM System Decomposition

NT

LT

iHub LT-Control

iHub control

Switch/Router

System control

Transport

IWF

Data plane Control plane

1-6



FX NT Board

The FX NT board consist of an IHub subsystem and a System Control subsystem.

• The IHub subsystem has enhanced L2 functionality (VPLS based) and L3 functionality (VPRN based) and consists of a 10-Gigabit-Ethernet switch/router device, and IHub control software (SW). • The System Control subsystem implements the management plane of the system (both the NT board and the LT boards) and part of the control plane (subscriber management in particular). The System Control consists of SW running on a powerful general purpose processor. It shares this processor with the IHub control SW (on a separate processor core). Line Termination (LT) Boards

Line Termination (LT) boards are built from an InterWorking Function (IWF), a Transport subsystem and an LT-Control subsystem.

• The transport subsystem terminates the physical layer of the subscriber interfaces. It varies with the type of access technology used (Ethernet,...). • The IWF processes the packets in the fast path. It is capable of handling frames at L2 (basically bridging) and L3 (basically IP forwarding), including sophisticated filtering and traffic management, all at the line rate of the transport medium. • The LT-Control subsystem takes care of the slow path control plane and internal Operations And Maintenance applications. GPON LT Boards

The GPON functionality of the ISAM extends the system boundaries via up to 128 Optical Network Terminations (ONTs) over a fiber plant that can reach 10s of kilometers out from the GPON LT boards located in an ISAM shelf. These GPON LT boards provide the physical interfaces from the ISAM shelf towards the Customer Premises Equipment, that is, the ONTs. EPON LT Boards

The EPON functionality of the ISAM extends the system boundaries via up to 64 Optical Network Terminations (ONTs) over a fiber plant that can reach 10s of kilometers out from the EPON LT boards located in an ISAM shelf. These EPON LT boards provide the physical interfaces from the ISAM shelf towards the Customer Premises Equipment, that is, the ONTs.

Physical Decomposition Figure 1-8 shows the general functional architecture of the ISAM, from the viewpoint of its forwarding capabilities.


1-7

1 — System Overview Figure 1-8 High-level ISAM Architecture Network links | Subtending links | User links

E M A N

Ethernet

IHub router

2

-

n

IWF

EPS

LT control

IHub control

NTIO

Transport

CPE

GPON

ONT

EPON

ONT

LT

System control

NT

An ISAM shelf consists out of the following board types:

• NT board • LT boards NT Board

Provisions are made to equip two NT boards in the shelf. These NT boards can act as an active / stand-by pair for all functions. The following NT boards are supported in FX equipment:

• FANT-F (480 Gbps NT board): This NT board with integrated IHub subsystem provides the following links on the front panel:

• One electrical RJ45 interface: This port supports 10/100/1000Base-T

• Four 10GE SFPplus port: These ports can work both in 1 GE mode (with standard SFP optics) and in 10 GE mode (with SFPplus optics). LT Boards

The LT boards consists of a IWF, the transport termination and the LT control. The LT boards, also known as Line Interface Modules (LIMs), use a different interworking function between the user side and the Ethernet network side, depending on the board type. Table 1-1 shows the supported LT boards with their physical interface types, density (that is, number of lines per board) and Interworking function (IWF) capability. Table 1-1 Supported LT Boards LT Board

Physical Interfaces

Overlay

Density

NT Interface

IWF

NELT-B

Ethernet

-

36

10 GE

L3

(2)

(1 of 2)

1-8



LT Board

Physical Interfaces

Overlay

Density

NT Interface

IWF

NGLT-A

GPON

-

8

10 GE

L3

FPLT-A

EPON

-

8

10 GE

L2(1)

(2)(3)

(2 of 2) Notes (1) L2: IWF function capability on Layer 2. For an overview of the IWF capabilities, refer to section 1.5 (2) L3: IWF function capability on Layer 2 and Layer 3. For an overview of the IWF capabilities, refer to section 1.5 (3) Not all L3 features are supported in these ports, see Table 1-13

GFC Board

The General Facilities Card (GFC) provides connections for external power, circuit breakers for system protection, visual indications for power availability and collection and cascading of external alarms. Note — These boards are only used on the FX-8 and FX-4 subracks.

NTIO Board

The NTIO board plays the role of an applique to either the single NT board, or to both NT boards, depending on the NT redundancy configuration. It allows to decouple NT equipment protection from up-link protection in case of a redundant NT pair. In case the active NT fails, traffic on the NTIO external links will be switched automatically to and from the stand-by NT. Table 1-2 shows the supported NT I/O boards. Table 1-2 NT I/O Boards Board

Interfaces

FNIO-B

Eight additional external Ethernet interfaces:

•

eight optical 100/1000Base-FX

Eight additional external Ethernet interfaces:

• •

four optical 100/1000Base-FX four combo uplink ports, which can be configured to optical uplink ports (SFP ports, 100Base-FX, 1000Base-FX) or electrical uplink ports ( RJ45, 10/100/1000BASE-T)


1-9


Port mapping

The tables below list the port mapping for 7360 ISAM FX, that is, the mapping between the logical port numbers as used in the ISAM and the physical port numbers as visible on the equipment itself (frontplate numbering).

• Table 1-3 lists the different mapped items. • Table 1-4 lists the port mapping for the FANT-F board in a 7360 ISAM FX-16 • • • • •

subrack. Table 1-5 lists the port mapping for the FANT-F board in a 7360 ISAM FX-16 in dual NT + NTIO subrack mode for FNIO-B. Table 1-6 lists the port mapping for the FANT-F board in a 7360 ISAM FX-8 subrack. Table 1-7 lists the port mapping for the FANT-F board in a 7360 ISAM FX-8 in dual NT + NTIO subrack mode for FNIO-B. Table 1-8 lists the port mapping for the FANT-F board in a 7360 ISAM FX-4 subrack. Table 1-9 lists the port mapping for the FANT-F board in a 7360 ISAM FX-4 in dual NT + NTIO subrack mode for FNIO-B. Table 1-3 Mapped Items Item

Description

Physical Port Number

The physical switch device port number.

Logical Port Number

The port number as denoted in the SNMP management interface

LT port number (index based)

For internal LT ports, the index of the LT in the main subrack that corresponds to this port (for local LTs only)

Faceplate port number

For external ports, the manner in which this port is identified at the faceplate of the board.

Port state / configurability

For NTIO ports, the manner in which this port can be configured:

• •

UP for uplinks/subtending/user links DOWN for internal LT links

and

• •

FIXED for fixed configuration (UP or DOWN) CONF for configurable configuration (UP or DOWN)

Table 1-4 FANT-F in 7360 ISAM FX-16 Physical Port Number

Logical Port Number

LT Slot Number (index based)

10

15

1

12

16

2

16

17

3

18

18

4

Faceplate Port Number

Interface

(1 of 2)

1-10




Logical Port Number



Interface

32

19

5

34

20

6

41

21

7

43

22

8

45

23

9

37

24

10

22

25

11

8

26

12

39

27

13

28

28

14

20

29

15

14

30

16

2

5

1 (NT-A)

RJ45

4

6

X1 (NT-A)

SFP+

5

7

X2 (NT-A)

SFP+

6

8

X3 (NT-A)

SFP+

7

9

X4 (NT-A)

SFP+

3

3

IEEE1588 (NT-A)

2

10

1 (NT-B)

RJ45

4

11

X1 (NT-B)

SFP+

5

12

X2 (NT-B)

SFP+

6

13

X3 (NT-B)

SFP+

7

14

X4 (NT-B)

SFP+

3

4

IEEE1588 (NT-B)

(2 of 2)

Table 1-5 FANT-F + FNIO-B in 7360 ISAM FX-16 Physical Port Number

Logical Port Number


10

15

1

12

16

2

16

17

3

18

18

4


Interface

FNIO-B Faceplate Port Number

Port State / Configurability

(1 of 2)


1-11



Logical Port Number



Interface

32

19

5

34

20

6

41

21

7

43

22

8

45

23

9

37

24

10

22

25

11

8

26

12

39

27

13

28

28

14

20

29

15

14

30

16

47

31

as on NTIO

48

32

51



SFP

1 (SFP)

UP, FIXED

as on NTIO

SFP

2 (SFP)

UP, FIXED

33

as on NTIO

SFP

3 (SFP)

UP, FIXED

52

34

as on NTIO

SFP

4 (SFP)

UP, FIXED

30

35

as on NTIO

SFP or RJ45

5 (Combo)

UP, FIXED

31

36

as on NTIO

SFP or RJ45

6 (Combo)

UP, FIXED

49

37

as on NTIO

SFP or RJ45

7 (Combo)

UP, FIXED

50

38

as on NTIO

SFP or RJ45

8 (Combo)

UP, FIXED

2

5

1 (NT-A)

RJ45

4

6

X1 (NT-A)

SFP+

5

7

X2 (NT-A)

SFP+

6

8

X3 (NT-A)

SFP+

7

9

X4 (NT-A)

SFP+

3

3

IEEE1588 (NT-A)

2

10

1 (NT-B)

RJ45

4

11

X1 (NT-B)

SFP+

5

12

X2 (NT-B)

SFP+

6

13

X3 (NT-B)

SFP+

7

14

X4 (NT-B)

SFP+

3

4

IEEE1588 (NT-B)

(2 of 2)

1-12


1 — System Overview Table 1-6 FANT-F in 7360 ISAM FX-8 Physical Port Number

Logical Port Number



Interface

59

15

1

47

16

2

28

17

3

8

18

4

51

19

5

36

20

6

24

21

7

16

22

8

2

5

1 (NT-A)

RJ45

4

6

X1 (NT-A)

SFP+

5

7

X2 (NT-A)

SFP+

6

8

X3 (NT-A)

SFP+

7

9

X4 (NT-A)

SFP+

3

3

IEEE1588 (NT-A)

2

10

1 (NT-B)

RJ45

4

11

X1 (NT-B)

SFP+

5

12

X2 (NT-B)

SFP+

6

13

X3 (NT-B)

SFP+

7

14

X4 (NT-B)

SFP+

3

4

IEEE1588 (NT-B)


Logical Port Number


59

15

1

47

16

2

28

17

3

8

18

4

51

19

5

36

20

6


Interface



(1 of 2)


1-13



Logical Port Number



Interface

24

21

7

16

22

8

63

23

as on NTIO

64

24

14



SFP

1 (SFP)

UP, FIXED

as on NTIO

SFP

2 (SFP)

UP, FIXED

25

as on NTIO

SFP

3 (SFP)

UP, FIXED

15

26

as on NTIO

SFP

4 (SFP)

UP, FIXED

40

27

as on NTIO

SFP or RJ45

5 (Combo)

UP, FIXED

41

28

as on NTIO

SFP or RJ45

6 (Combo)

UP, FIXED

12

29

as on NTIO

SFP or RJ45

7 (Combo)

UP, FIXED

13

30

as on NTIO

SFP or RJ45

8 (Combo)

UP, FIXED

2

5

1 (NT-A)

RJ45

4

6

X1 (NT-A)

SFP+

5

7

X2 (NT-A)

SFP+

6

8

X3 (NT-A)

SFP+

7

9

X4 (NT-A)

SFP+

3

3

IEEE1588 (NT-A)

2

10

1 (NT-B)

RJ45

4

11

X1 (NT-B)

SFP+

5

12

X2 (NT-B)

SFP+

6

13

X3 (NT-B)

SFP+

7

14

X4 (NT-B)

SFP+

3

4

IEEE1588 (NT-B)

(2 of 2)

Table 1-8 FANT-F in 7360 ISAM FX-4 Physical Port Number

Logical Port Number



Interface

27

15

1

23

16

2

12

17

3

8

18

4

2

5

1 (NT-A)

RJ45

4

6

X1 (NT-A)

SFP+

(1 of 2)

1-14




Logical Port Number

5



Interface

7

X2 (NT-A)

SFP+

6

8

X3 (NT-A)

SFP+

7

9

X4 (NT-A)

SFP+

3

3

IEEE1588 (NT-A)

2

10

1 (NT-B)

RJ45

4

11

X1 (NT-B)

SFP+

5

12

X2 (NT-B)

SFP+

6

13

X3 (NT-B)

SFP+

7

14

X4 (NT-B)

SFP+

3

4

IEEE1588 (NT-B)

(2 of 2)


Logical Port Number



Interface

27

15

1

23

16

2

12

17

3

8

18

4

31

19

as on NTIO

32

20

35



SFP

1 (SFP)

UP, FIXED

as on NTIO

SFP

2 (SFP)

UP, FIXED

21

as on NTIO

SFP

3 (SFP)

UP, FIXED

36

22

as on NTIO

SFP

4 (SFP)

UP, FIXED

20

23

as on NTIO

SFP or RJ45

5 (Combo)

UP, FIXED

21

24

as on NTIO

SFP or RJ45

6 (Combo)

UP, FIXED

33

25

as on NTIO

SFP or RJ45

7 (Combo)

UP, FIXED

34

26

as on NTIO

SFP or RJ45

8 (Combo)

UP, FIXED

2

5

1 (NT-A)

RJ45

4

6

X1 (NT-A)

SFP+

5

7

X2 (NT-A)

SFP+

6

8

X3 (NT-A)

SFP+

7

9

X4 (NT-A)

SFP+

3

3

IEEE1588 (NT-A)

(1 of 2)


1-15



Logical Port Number

2



Interface

10

1 (NT-B)

RJ45

4

11

X1 (NT-B)

SFP+

5

12

X2 (NT-B)

SFP+

6

13

X3 (NT-B)

SFP+

7

14

X4 (NT-B)

SFP+

3

4

IEEE1588 (NT-B)



(2 of 2)

IHub The IHub provides L2 bridging (based on VPLS) and IP routing (based on VPRN). It has at least 28 ports with a various specialization: A number of ports are used to make a connection at 1 Gbps or at 2.5 Gbps or at 10 Gbps to an LT local in the shelf (one IHub link per LT). The actual connection speed depends on the LT capabilities; see Table 1-1. The FE/GE ports, which are not used for connecting LT boards (local or remote), and the 10GE ports, are available as network interfaces, as interfaces to subtended DSLAM systems, or for connecting directly to users. These links serve network links, subtending links, or user links respectively. Use of these ports is possible either through:

• Link interfaces which are physically located on an NTIO board, connected via bi-directional point-to-point high-speed tracks on the back-panel to both NT boards. These interfaces can also be used as electrical FE, electrical GE or optical GE, optical 10GE interfaces, for uplink, subtending or user links (depending on the NTIO board capabilities and software support). The NTIO board contains an NT equipment protection switch per external link interface. So link protection and NT equipment protection can be performed independently from each other for links terminated on the NTIO. • Link interfaces that are physically located on the NT board itself, as electrical FE interfaces, electrical GE interfaces, optical GE interfaces, and optical 10 GE interfaces, for uplink, subtending or user links.

1-16



1.3

Network Management Figure 1-9 shows how the 7360 ISAM FX can be managed in a network. Figure 1-9 7360 ISAM FX Network Management Remote CT CLI (via Telnet) TL1 (via UDP-login)

EMS

CT

ISAM

RS232

LIM IACM

EMAN

LIM xHub LIM Network Ports Management Flow to cascaded ISAM

The remote Craft Terminal (CT) uses TL1 commands or Command Line Interface (CLI) commands. TL1 is used for pre-provisioning of the NT board. CLI is used to manage both the xHub subsystem and the IACM. Figure 1-10 shows the management topology for the 7360 ISAM FX. Figure 1-10 7360 ISAM FX Management Topology EMS (e.g. AMS 5520)

SNMPv2 or SNMPv3

SNMP agent

TL1 Gateway

UDP

TL1 Terminal

SSH

Telnet

TL1 agent

TL1 CT

CLI Terminal

RS232

SSH

CLI agent

Telnet

CLI CT

Debug Terminal

RS232

UDP

Debug agent

ISAM

The NT Controller and the xHub subsystem each contain a separate SNMP agent. These can be managed via an Element Management Station (EMS), such as the Alcatel-Lucent 5520 AMS. It is also possible to use local TL1 or CLI craft terminal on the NT board to manage the LTs. Alcatel-Lucent 7360 ISAM FX R4.3 July 2011 3HH-10116-AAAA-TCZZA Edition 01 Released Product Information

1-17


An integrated CLI approach is implemented on the NT board using an CLI agent. This agent implements CLI commands for the NT Controller / LIMs and the xHub subsystem. However, there is no semantic integration. Table 1-10 shows an overview of the involved managers. Table 1-10 Manager Overview Type

Description

EMS

Element Management System (EMS) based on SNMP. The Alcatel-Lucent WorkStation (5520 AMS) is commonly used.

CT

Craft Terminal using TL1 commands or Command Line Interface (CLI) commands.

Note 1 — External OAM VLAN:

The IHub subsystem supports in-band management. This happens through a dedicated VLAN, which must be configured (if different than 4093) on both the IHub subsystem as on the NT. Note 2 — VLAN 4094 and VLAN range 4088 and 4092 are reserved

for internal use.

1.4

Equipment Management The NE equipment practice type does not have to be explicitly planned by the operator, but is auto-planned by the NT at startup, depending on the detected type. At the same time, the NT will autoplan the maximum number of racks supported by this equipment practice. The following ISAM type is defined:

• LNWW: Large New Equipment Practise Worldwide market (6 racks, 4 subracks per rack) Subracks are automatically planned upon detection. The operator can control the administrative state of a subrack (lock/unlock). The NE manages different types of boards. A complete overview of all supported board types in each type of subrack is given in the chapter “Subracks”. Board planning is supported for all types of boards, including the appliques. For LSMs, the operator can control the administrative state (lock/unlock).

Central Office Equipment management Central Office equipment only supports configurations consisting of a single rack/subrack.

ONT Management For more information on the ONT management, see the System Description for FD 100/320Gbps NT and FX NT document.

1-18



1.5

Board Capabilities and Dimensioning This section provides an overview of:

• • • • • • •

dimensioning information for the NT boards; see Table 1-11 SyncE support on NT boards and NTIO boards; see Table 1-12 the IWF capabilities of the LT boards per forwarding type; see Table 1-13 Ethernet frame size; see Table 1-14 dimensioning information of the LT boards per forwarding type; see Table 1-15 GPON-specific dimensioning; see Table 1-16 EPON-specific dimensioning; see Table 1-17

NT Board Dimensioning Table 1-11 shows the dimensioning for the different NT board and their variants. Table 1-11 NT Board Dimensioning Description

FANT-F AC

Throughput

480 Gbps

Maximum number of MAC addresses (FDB)(1)

128 k

Maximum number of IP interfaces

512

ARP table size

16 k

Maximum number of IP routes: FIB

16 k

RIB

16 k

Maximum number of L2 filters

512(2)

Maximum number of L3 filters

512

Maximum number of VLAN Maximum number of cross-connect L2 frame size (in bytes) External interfaces

4k 4k 480 Gbps 1 x El. GE 4 x 1/10 GE

BITS in/out ports

1/1

SyncE input/output

4/4

Note (1) (2)

A number of MAC addresses are always used by the system for internal purposes. The same resource is shared for L2 filters and L3 filters. So, the maximum cannot be obtained for both at the same time.


1-19


SyncE Support Table 1-12 indicates the port applicability of the Synchronous Ethernet NTR functionality for clock extraction (in) and generation (out). Table 1-12 Faceplate port applicability for Synchronous Ethernet Board

Port

SyncE In Support

SyncE Out Support

FANT-F

X1

1GE and 10GE

1GE and 10GE

X2

1GE and 10GE

1GE and 10GE

X3

1GE and 10GE

1GE and 10GE

X4

1GE and 10GE

1GE and 10GE

1

-

1GE

2

-

1GE

3

-

1GE

4

-

1GE

5

-

1GE

6

-

1GE

7

-

1GE

8

-

1GE

FNIO-B

1-20



IWF Capabilities Table 1-13 provides an overview of the IWF capabilities of the LT boards. Refer to Table 1-1 for an overview of the supported LT boards. Table 1-13 IWF Capabilities Feature

L3

L3 GPON

L3 EPON

NELT-B UNI

NNI

ATM AAL5 encapsulation type LLC/SNAP bridged (IPoE and PPPoE)

Y

-

-

-

-

LLC/SNAP routed (IPoA)

Y

-

-

-

-

LLC/NLPid (PPPoA)

Y

-

-

-

-

VC Mux Bridged (IPoE and PPPoE)

Y

-

-

-

-

VC Mux Routed (IPoA)

Y

-

-

-

-

VC Mux PPPoA (PPPoA)

Y

-

-

-

-

Autodetect IP (between LLC/SNAP bridged and routed)

Y

-

-

-

-

Autodetect PPP (between LLC/SNAP bridged, VC Mux Bridged and LLC-NLPID, VC Mux PPPoA)

Y

-

-

-

-

Autodetect IP+PPP

Y

-

-

-

-

Autodetect PPPoA (between LLC-NLPID and VC Mux PPPoA)

Y

-

-

-

-

Reception of untagged packets

Y

Y

-

Y

Y

Reception of combination of untagged and priority tagged packets

Y

Y

-

Y

Y

Reception of single tagged packets

Y

Y

Y

Y

Y

Reception of combination of untagged, priority tagged, single tagged packets

Y

Y

-

Y

Y

Port Based Default VLAN for untagged / priority tagged (if applicable) packets

Y

Y

-

Y

Y

Port and Protocol Based default VLAN for untagged / priority tagged packets of the IpoE Protocols

Y

Y

-

Y

Y

Port and Protocol Based default VLAN for untagged / priority tagged packets of the PPPoE Protocols

Y

Y

-

Y

Y

Priority Bit Remarking and Mapping table for tagged / priority tagged packets

Y

Y

Y

Y

Y

RB mode: Protocol Filter (set of Ethertypes) for upstream traffic in VLANs in (PPPoE and IpoE)

Y

Y

Y

Y

Y

RB mode Ethernet packet types: Ethernet II Encap on Ethernet

Y

Y

Y

Y

Y

Encapsulation autodetect

Bridged Encapsulation Ethernet Packet formats

Packet processing

L2 Forwarding

(1 of 2)


1-21


Feature

L3

L3 GPON

L3 EPON

NELT-B UNI

NNI

RB mode Ethernet packet types: LLC/SNAP on Ethernet

Y

Y

Y

Y

Y

CC Mode: transparently pass all encapsulations (e.g. PPPoE and IpoE)

Y

Y

Y

Y

Y

CC Mode: Protocol Filter

Y

Y

-

Y

-

CC Mode: IPoA to IPoE CC

Y

-

-

-

-

VLAN stacking (S-VLAN CC and S-VLAN / C-VLAN CC)

Y

Y

Y

Y

Y

VLAN stacking (S-VLAN / C-VLAN Residential Bridge)

-

-

Y

-

Y

QoS-aware CC

Y

-

-

-

-

ARP: enabling/disabling broadcast

Y

Y

Y

Y

-

802.1X authentication

Y

Y

-

Y

-

DHCP option 82 insertion

Y

Y

Y

Y

-

PPPoE relay tag

Y

Y

Y

Y

-

PPPoA-PPPoE relay

Y

-

-

-

-

Multicast services

Y

Y

Y

Y

-

IPoE

Y

Y

-

Y

-

IPoA

Y

Y

-

Y

-

VLAN termination (at network side), forwarding at Layer 3

Y

Y

-

Y

Y

Y

-

-

Y

-

Y

-

L2 Forwarding user access protocols

L3 Forwarding

L3 Forwarding user access protocols 802.1X authentication ARP proxy user side for IPoE

Y

Y

Y(1)

DHCP relay

Y

-

-

Y

-

Y

Y

Y

Y

Y

Y(2)

Y

-

Y

Y

Y

Y

Y

Y

-

QoS CAC profile Association of QOS profiles to ports Association of QOS profiles to port-VLAN associations (2 of 2) Note (1) (2)

ARP relay only Support policing on bridge port on L2

Ethernet Frame Size Table 1-14 indicates the supported Ethernet frame size for the different line boards..

1-22


1 — System Overview Table 1-14 Ethernet Frame Size for different LT boards LT Board

Encapsulation

Frame Size (bytes)

P2P Eth

NELT-B UNI (with FCS)

1976

NELT-B NNI (with FCS)

2048

OLT

NGLT-A (with FCS)

2000

OLT

FPLT-A (with FCS)

2000

Dimensioning of the LT Boards Table 1-15 provides dimensioning information of the LT boards. Refer to Table 1-1 for an overview of the supported LT boards. Table 1-15 Dimensioning Information Feature

L3

L3 GPON

L3 EPON

NELT-B UNI

NNI

General Maximum number of PONs

-

8

8

-

-

Maximum number of UNIs

-

4096

4096

-

-

Maximum number of FE ports per board

-

-

-

36

36

Maximum number of GE ports per board

-

-

-

36

36

Maximum number of UNI port type (FE) per board

-

-

-

36

-

Maximum number of UNI port type (GE) per board

-

-

-

36

-

Maximum number of NNI port type (FE) per board

-

-

-

-

36

Maximum number of NNI port type (GE) per board

-

-

-

-

36

Maximum number of CC VLAN

768

11520

7680

4608

4608

Maximum number of RB VLAN

768

1296

1296

1296

1296

Maximum number of VLAN per PVC

16

8

768

-

-

Maximum number of port-VLAN associations per LT

384

11520

11776

-

-

Maximum number of VLAN port per UNI (FE/GE)

-

-

-

8

-

Maximum number of VLAN port per NNI (FE/GE)

-

-

-

-

256

Maximum number of VLAN port per board (UNI)

-

-

-

144

-

Maximum number of VLAN port per board (NNI)

-

-

-

-

4608

64

64

8192

-

-

Maximum number of MAC addresses per UNI

-

-

-

64

-

Maximum number of MAC addresses per NNI

-

-

-

-

3072

1024

16 K(2)

16 K

2304

32768

Maximum number of MAC addresses per VLAN port

Maximum number of MAC addresses per board (including static) (1 of 2)


1-23


Feature

L3

L3 GPON

L3 EPON

384

8K

Average number of IPv4 subnets or addresses per board (=Average IP anti-spoofing entries, full/32 IP address or subnet, per board

-

Maximum number of IPv4 hosts per board

NELT-B UNI

NNI

7680

-

-

-

-

288

0

-

-

-

288

0

Maximum number of IPv6 subnets or addresses per UNI

-

-

-

16

0

Maximum number of IPv6 subnets or addresses per VLAN port

-

-

-

4

0

Maximum number of IPv6 host addresses per board

-

-

-

288

0

128

NA

NA

-

-

Maximum number of simultaneous multicast channels per board

1024

1024

1024

1024

1024

Maximum number of multicast groups per user

100

100

100

100

1024

Maximum number of multicast VLANs

128

128

64

-

-

Maximum number of 802.1x sessions per PON

-

288

-

-

-

Maximum number of 802.1x sessions per UNI

-

-

-

1

-

Maximum number of 802.1x sessions per board

-

2304

-

36

-

Maximum number of user IP addresses per board (including static)

Maximum number of VRFs per board Multicast Dimensioning

802.1x

(2 of 2) Notes (1) Due to thermal restrictions (2) A few MAC addresses are used by the system for internal purposes.

ISAM OLT Service and System Capacity Service and system capacity

Table 1-16 provides specific dimensioning information of the GPON LT boards. Table 1-16 GPON-specific Dimensioning Information

1-24

Feature

L3 GPON

Maximum number of ONT per PON

128

Maximum number of UNIs per PON

512

Maximum number of TCONTs per PON

1024

Maximum number of GEM ports per PON

2048



ISAM OLT performance and distance

The ISAM OLT provides performance and distance capacity of 2.488 Gb/s downstream and 1.244 Gb/s upstream, within a 40 km span, for all NGLT boards. The optical link budget is defined by both loss and bandwidth characteristics. The loss characteristic is determined by the difference between the optical transmitter and optical receiver for each direction, and is typically 28 dB. The bandwidth characteristic is determined by the maximum link distance parameter of each OLT and ONT transmitter specification, and is limited by the smaller of the upstream and downstream values. ISAM OLT connection capacities

The ISAM OLT can accommodate a maximum of 16 NGLT boards. Each NGLT board provides eight ports.

EPON Service and System Capacity Table 1-17 provides specific dimensioning information of the EPON LT boards. Table 1-17 EPON-specific Dimensioning Information

1.6

Feature

L3 EPON

Maximum number of ONT per PON

64

Maximum number of ONT per EPON LT board

512

Maximum number of ONTs per system

8192

Maximum number of LLIDs per ONT

1

Maximum number of UNIs per PON

512

Maximum number of UNIs per LT board

4096

Maximum number of UNIs per system

26214

NT Redundancy Support Four levels of redundancy can be identified:

• • • •

Link redundancy Equipment redundancy Subscriber Line redundancy Application redundancy

NT redundancy will implement the Link Redundancy and Equipment Redundancy in a decoupled architecture. This results in the following redundancy cases:

• Only link protection: single NT, active-standby or load-sharing uplinks. • Combined NT and link protection, no NTIO: dual active/standby NT, with direct uplink or link set. Alcatel-Lucent 7360 ISAM FX R4.3 July 2011 3HH-10116-AAAA-TCZZA Edition 01 Released Product Information

1-25


• Decoupled NT and link protection, single NTIO: dual active/standby NT, NTIO board with link switches. • NT protection, passive link protection, no NTIO: single, active-standby or load sharing uplinks. • Subtending system protection. Table 1-18 shows which hardware modules are ready for NT redundancy support. Table 1-18 NT Redundancy Support Ready Hardware Modules Type

Module

Subrack

FX-16 FX-8 FX-4

NT boards

FANT-F

NTIO boards

FNIO-B

LT boards

FPLT-A NELT-B NGLT-A

1.7

CLEI Codes Table 1-19 lists the boards and fan units for which CLEI codes are available. Caution — The CLEI code changes whenever an item change (that is, an adaptation to a board) occurs.

The latest status of these CLEI codes is always available on the following website: https://codecenter.commonlanguage.com/applogin.asp?app=clei_inq uiry An account is required before the CLEI database can be accessed. Table 1-19 CLEI codes Mnemonic

Variant

CLEI code

CPR

Bar code

AFAN-H

3EC 37533 NB

VAUCAE2KAA

070LXX

154967

FANT-F

3FE 53701 AC

VAUKAKG6AA

072BWS

179981

FNIO-B

3FE 54057 AA

VAI2AHNNAA

072CUP

181294

NELT-B

3FE 62543 AA

VAUCAJ36AA

072AEY

177909

NGLT-A

3FE 64279 AA

VAI2AFHDAA

070YVT

175498

(1 of 2)

1-26



Mnemonic

Variant

CLEI code

CPR

Bar code

NFXS-E

3FE 64936 AA

VAM9F10DRA

214460

462367

NGFC-E

3FE 64985 AA

VAUCAJ76AA

072AXH

178685

NFXS-F

3FE 64991 AA

VAMVV10KRA

214392

462173

NGFC-F

3FE 64993 AA

VAUCAJ66AA

072ARH

178373

AFAN-X

3FE 64994 AA

VAUCAJ56AA

072ARC

178361

AFAN-E

3FE 65060 AA

VAUCAJ86AA

072AXJ

178692

NFXS-D

3FE 65209 AA

VAM9G10DRA

214458

462357

(2 of 2)


1-27


1-28


2—

Subracks

2.1 Introduction 2.2 General

2-2

2-2

2.3 7360 ISAM FX Subracks 2.4 Supported Plug-in Units 2.5 Dummy Front Panels

2-2 2-6 2-7


2-1

2 — Subracks

2.1

Introduction This chapter describes the different 7360 ISAM FX subracks supported for the European Telecommunication Standard Institute (ETSI) market.

2.2

General The modular organization of the ISAM system allows a wide range of physical size and traffic capacity options. The basic building blocks of the ISAM system are the subracks or shelves(*). (*): Both names are used for the same item. The ISAM R 4.x is a one-subrack system. Daisy-chaining multiple subracks via extender boards is not supported. Multiple collocated subracks can be cascaded via the standard Fast Ethernet (FE)/Gigabit Ethernet (GE)/10Gigabit Ethernet (10GE) subtending links. In such a configuration, each subrack operates and is managed as a separate system.

2.3

7360 ISAM FX Subracks

Subrack Types Table 2-1 lists the 7360 ISAM FX subracks supported in this release. Table 2-1 7360 ISAM FX Subracks Item

7360 ISAM FX Subracks FX-16

FX-8

FX-4

3FE 65209 AA

3FE64936 AA

3FE-64991 AA

NFXS-D

NFXS-E

NFXS-F

Width

529

482.5

482.5

Height

622.5

355

222

Depth

max. 280

278.3

278.3

ETSI racks

Y

Y(1)

Y(1)

19” racks

N

Y

Y

Code Mnemonic Dimensions (in mm)

Can be mounted in:

Notes (1) Adapter brackets must be used

• Figure 2-1 shows the 7360 ISAM FX-16 subrack • Figure 2-2 shows the 7360 ISAM FX-8 subrack • Figure 2-3 shows the 7360 ISAM FX-4 subrack

2-2


2 — Subracks Figure 2-1 7360 ISAM FX-16 Subrack

Figure 2-2 7360 ISAM FX-8 Subrack

Figure 2-3 7360 ISAM FX-4 Subrack


2-3

2 — Subracks

Subrack Configurations Table 2-2 lists the possible subrack configurations. Table 2-2 Subrack Configurations Configuration

7360 FX-16

7360 FX-8

7360 FX-4

16

8

4

Maximum number of LT boards

The following figures show the general layout and the slot numbering for the different 7360 ISAM FX subracks:

• for a 7360 ISAM FX-16 subrack in LT mode; see Figure 2-4 • for a 7360 ISAM FX-8 subrack; see Figure 2-5 • for a 7360 ISAM FX-4 subrack; see Figure 2-6

LT 16

LT 15

LT 14

LT 13

LT 12

LT 11

LT 9

LT 10

NT B

NT A

NTIO

LT 8

LT 7

LT 6

LT 5

LT 4

LT 3

LT 2

LT 1

Figure 2-4 7360 ISAM FX-16 subrack

CBs, LEDs and switches Fan unit Connectors

2-4


2 — Subracks Figure 2-5 7360 ISAM FX-8 subrack LT 8 LT 7 LT 6 LT 5 LT 4 LT 3 LT 2

FAN

LT 1 NT B NT I/O NT A NGFC-E

Figure 2-6 7360 ISAM FX-4 subrack LT 4 LT 3 LT 2 LT 1 NT B

FAN

NT I/O NT A NGFC-F

NT Redundancy The protection scheme for NT redundancy is 1+1 (active/active) in the data plane, and 1:1 (active/standby) in the control and management plane.

Fan Unit One fan unit provides forced air cooling in the subrack. The fan unit is a field replaceable unit in the subrack fan area, it plugs directly into the backplane. The fan unit can be equipped with a dust filter.


2-5

2 — Subracks

2.4

Supported Plug-in Units Table 2-3 lists the supported plug-in units in the 7360 FX subracks for the current release. Table 2-3 Supported Units in 7360 FX Subracks Slot

Plug-in Unit

Description

NT A

FANT-F AC

480 Gbps NT board

NT B

FANT-F AC

480 Gbps NT board

NTIO

FNIO-B

NT I/O board with 8 supplementary uplinks

LT slot

NELT-B

36-line Ethernet (FE/GE) LT board

NGLT-A

GPON LT board with 8 GPON interfaces

FPLT-A

EPON LT board with 8 EPON interfaces

NGFC-E

General facilities and control board for FX-8 subrack

NGFC-F

General facilities and control board for FX-4 subrack

AFAN-H NB

Fan unit for FX-16 subrack

AFAN-E


AFAN-X


General facilities board

Fan area

Note — For detailed information about the plug-in units, refer to the relevant UDS. The used mnemonics are explained in Appendix “Board Mnemonics”.

2-6


2 — Subracks

2.5

Dummy Front Panels Dummy front panels must be mounted on any unused slot of a subrack for the following purposes:

• • • •

To ensure EMC compliance To ensure thermal compliance via a correct airflow in the subrack To ensure safety by avoiding direct contact with backplane connectors At slot deployment, the dummy front plate is replaced by the appropriate board and the cables are connected to the board.

For NT Board This panel (code 3FE 65651 AA) must be used when the second NT board is not installed. Figure 2-7 shows the dummy front panel for NT board. Figure 2-7 Dummy Front Panel for NT Board

For Optical Boards When optical cabling is already foreseen for not-installed optical LT boards (NGLT-A, FPLT-A), the optical cables must be fixed on dummy front panels (code 3FE 65005 AA). Figure 2-8 shows the dummy front panel.


2-7

2 — Subracks Figure 2-8 Dummy Front Panel for Optical LT boards

Dust cap

2-8


3—

Physical Rack Equipment

3.1 General

3-2

3.2 Universal Rack 3.3 Side Plates

3-5

3.4 Rack Doors

3-6

3.5 Key Locks

3-2

3-7


3-1

3 — Physical Rack Equipment

3.1

General The rack equipment can be delivered as a preassembled rack or in separate kits. This rack assembly is a universal rack cabinet, dimensions 2200 mm x 600 mm x 300 mm, which can be equipped with subracks, accompanying fan units and power and alarm cabling. Each rack configuration is ordered with a specific ordering code. Different parts can also be delivered separately or in kits, the assembly is done on site at the customer.

3.2

Universal Rack

Cabinet Types Table 3-1 shows the specifications of the universal rack. Table 3-1 Cabinet Type used for FX Equipment Type

Code

Height

Floorspace

Drawing

Universal

3FE 28688 AA

2200 mm

600 x 300 mm

Figure 3-1

Figure 3-1 Universal Rack

3-2



Transport Bracket

The transport bracket is mounted on the universal rack to protect the door from damage during transport. Figure 3-2 Transport Bracket

Transport bracket

On site the bracket must be removed.

Cabling Space As shown in Figure 3-1, the universal cabinet provides the space required for cabling. Position and dimensions of side holes are adapted for routing cables of all subracks in any configuration. If required, the bottom plate can be removed as shown in Figure 3-3, to free bottom holes that allow cable routing under raised floor.


3-3

3 — Physical Rack Equipment Figure 3-3 Top and inside Bottom View

Top view

Bottom view inside cabinet

Floor plate mounted

3-4

Floor plate removed (cable routing via bottom holes)



3.3

Side Plates Table 3-2 specifies the items which are required to equip a universal rack with side plates (left or right). Table 3-2 Side Plate Fixing Items Description

Quantity

Item No. on Figure 3-4

Side plate

2

1

Screw M4

20

2

Washer M4

20

3

The same kit is used for mounting a side plate on the left or on the right. Figure 3-4 shows the right side plate. Figure 3-4 Mounting Side Plate on Universal Rack

When mounting or dismounting the side plate, always remove the corner upright (item 4 in Figure 3-4) first. Each side plate is mounted with 5 screws and washers on the front and 5 screws and washers on the side.


3-5


3.4

Rack Doors One universal door is available (code 3FE 20207 JC). The door opens to the left and can be closed by means of two door latch locks. Figure 3-5 Universal Rack with Right Side Door

Refer to the 7360 ISAM FX Hardware Installation Manual for installation procedure.

3-6



3.5

Key Locks The door latch locks can be replaced on site by key locks. A key lock kit can be ordered separately (code 3FE 25800 AA). This kit contains two key locks, two keys and instructions to replace the standard latch locks by key locks. Figure 3-6 Key Lock Kit

Refer to the 7360 ISAM FX Hardware Installation Manual for installation procedure.


3-7


3-8


4—

Rack Configurations

4.1 General

4-2

4.2 Rack Configurations

4-2


4-1

4 — Rack Configurations

4.1

General This chapter describes the supported rack configurations for the 7360 ISAM FX-16 subrack. An rack contains:

• • • •

4.2

A rack cabinet: 2200 mm high. A door opening/closing on the left or the right side with a handle or a lock. One or two subrack(s) depending on the rack configuration. One fan unit per equipped subrack, for equipment cooling.

Rack Configurations Table 4-1 gives an overview of all the possible rack configurations with 7360 ISAM FX-16 subracks. These configurations are shown in Figure 4-1. Table 4-1 Rack Configurations with 7360 ISAM FX-16 subracks Code

3FE 65679 AA

Cabinet

3FE 28688 AA

SR 1 Fan1

SR 2

3FE 65680 AA

NFXS-D

NFXS-D

(3FE 65209 AA)

(3FE 65209 AA)

AFAN-H (with dust filter)

AFAN-H (with dust filter)

(3EC 37533 NB)

(3EC 37533 NB)

-

NFXS-D (3FE 65209 AA)

Fan 2

-

AFAN-H (with dust filter) (3EC 37533 NB)

4-2


4 — Rack Configurations Figure 4-1 Rack Configurations with 7360 ISAM FX-16 subracks

3FE 65679 AA


3FE 65680 AA

4-3

4 — Rack Configurations

4-4


5—

SFP Optical Modules

5.1 Introduction

5-2

5.2 SFP Optical Modules

5-2


5-1

5 — SFP Optical Modules

5.1

Introduction This section lists the Alcatel-Lucent-approved Small Form Pluggable (SFP) modules that are supported for each board type.

5.2

SFP Optical Modules Table 5-1 lists the Alcatel-Lucent-approved Small Form Pluggable (SFP) optical modules that are supported for each board type. Table 5-2 lists different characteristics of these SFP modules.

FPLT-A

NGLT-A

NELT-B

Description

FNIO-B

Code

FANT-F

Table 5-1 Supported SFP Modules per Board Type

Fast Ethernet SFP 3FE 25777 AA

FE-FX

Y

3FE 25778 AA

FE-LX10

Y

3FE 29194 AA

FE BX-10-D

Y

3FE 29194 BA

FE BX-10-D

Y

3FE 29195 AA

FE BX-10-U

Y

3FE 63343 AA

100Base-T

Y

Gigabit Ethernet SFP 3FE 25773 AA

GE-SX

3FE 25774 AA

GE-LX

3FE 25775 AA

GE-EX

Y

3FE 25776 AA

GE-ZX

Y

3FE 25771 AA

GE-YX CWDM (24 dB)

Y

Y

3FE 25771 AB 3FE 25771 AC 3FE 25771 AD 3FE 25771 AE 3FE 25771 AF 3FE 25771 AG 3FE 25771 AH (1 of 2)

5-2


FPLT-A

GE-VX CWDM (32 dB)

NGLT-A

3FE 25771 CA

NELT-B

Description

FNIO-B

Code

FANT-F


3FE 29549 CA 3FE 29550 CA 3FE 29551 CA 3FE 29552 CA 3FE 29553 CA 3FE 29554 CA 3FE 29555 CA 3FE 25772 AA

GE-BX10-U

Y

3FE 25772 AB

GE-BX10-D

Y

Y

Y

3FE 28784 AA

1000Base-T

Y

Y

Y

3FE 28785 AA

GE-BX40-U

Y

3FE 28785 AB

GE-BX40-D

Y

SFP+ 3FE 62600 AA

10GE-R

3FE 62600 CA

10GE-R

3FE 62600 DA

10GE-R

Y

3FE 62600 EA

10GE-R

Y

3FE 65608 AA

10GE-R

Y

3FE 63264 AA

10GE-R

Y

3FE 65831 AA

10GE-R

Y

3FE 65832 AA

10GE-R

Dual SFP 3FE 65106 AA

GE-BX10-D

Y

3FE 65107 AA

FE-BX10-D

Y

FE-BX10-D

Y

GE-BX-10-D

Y

3FE 66131

AA(1)

GPON SFP 3FE 53441 AC

GPON SFP B+

Y

3FE 53441 BA

GPON SFP C+

Y

3FE 53441 CC with OTDR

GPON SFP B+ with OTDR

Y

EPON SFP 3FE 53606 AA

EPON PX20+

Y

3FE 66282 AA

EPON PX20+ OTDR

Y

(2 of 2) Notes (1) This is a dual-rate compact SFP


5-3

5 — SFP Optical Modules Table 5-2 Characteristics of Approved SFP Modules Code

Description

Wavelength (nm)

Operating Case Temp. Range (°C)

Optical Budget (dB)

Reach (km)

Fiber

Bidi /Uni

UDS(1)

DAAA

Fast Ethernet SFP 3FE 25777 AA

FE-FX

1310

-40..+85

12

0.550

MM

Uni

3FE 25778 AA

FE-LX10

1310

-40..+85

16

15

SM

Uni

3FE 29194 AA

FE BX-10-D

TX: 1550

-40..+85

14

10

SM

Bidi

-40..+85

14

10

SM

Bidi

-40..+85

14

10

SM

Bidi

NA

0..+70

NA

0.100

Cat5

NA

PAAA

CAAA

FAAA

RX: 1310 3FE 29194 BA

FE BX-10-D

TX: 1490 RX: 1310

3FE 29195 AA

FE BX-10-U

TX: 1310 RX: 1550

3FE 63343 AA

100Base-T

Gigabit Ethernet SFP 3FE 25773 AA

GE-SX

850

-40..+85

7

0.550

MM

Uni

3FE 25774 AA

GE-LX

1310

-40..+85

11

10

SM

Uni

3FE 25775 AA

GE-EX

1310

-40..+85

18

40

SM

Uni

3FE 25776 AA

GE-ZX

1550

-40..+85

24

80

SM

Uni

3FE 25771 AA

GE-YX

1471

-40..+85

22

62

SM

Uni

-5..+85

31

120

SM

Uni

3FE 25771 AB 3FE 25771 AC

CWDM (24 dB)

1491 1511

3FE 25771 AD

1531

3FE 25771 AE

1551

3FE 25771 AF

1571

3FE 25771 AG

1591

3FE 25771 AH

1611

3FE 25771 CA 3FE 29549 CA 3FE 29550 CA

GE-VX CWDM (32 dB)

AAAA

1471 1491 1511

3FE 29551 CA

1531

3FE 29552 CA

1551

3FE 29553 CA

1571

3FE 29554 CA

1591

3FE 29555 CA

1611

(1 of 2)

5-4



Code

Description

Wavelength (nm)

Operating Case Temp. Range (°C)

Optical Budget (dB)

Reach (km)

Fiber

Bidi /Uni

UDS(1)

3FE 25772 AA

GE-BX10-U

TX: 1310

-40..+85

9

10

SM

Bidi

GAAA

-40..+85

9

10

SM

Bidi

-40..+85

19

40

SM

Bidi

-40..+85

19

40

SM

Bidi

RX: 1490 3FE 25772 AB

GE-BX10-D

TX: 1490 RX: 1310

3FE 28785 AA

GE-BX40-U

TX: 1310 RX: 1550

3FE 28785 AB

GE-BX40-D

TX: 1550 RX: 1310

3FE 28784 AA

1000Base-T

NA

0..+85

NA

0.100

Cat5

NA

EAAA

3FE 62600 AA

10GE-R

1310

-40..+85

10

10

SM

Uni

MAAA

3FE 62600 CA

10GE-R

1310

-5..+85

10

10

SM

Uni

3FE 62600 DA

10GE-R

1310

0..+70

10

10

SM

Uni

3FE 62600 EA

10GE-R

1310

-40..+85

10

10

SM

Uni

3FE 65608 AA

10GE-R

850

0..+70

11

0.3

MM

Uni

3FE 63264 AA

10GE-R

850

-40..+85

11

0.3

MM

Uni

3FE 65831 AA

10GE-R

1550

-40..+85

15

40

SM

Uni

3FE 65832 AA

10GE-R

1550

-40..+85

24

80

SM

Uni

GE-BX10-D

TX: 1490

-40..+85

9

10

SM

Bidi

-40..+85

14

10

SM

Bidi

-40..+85

8 (FE)

10

SM

Bidi

SFP+

Dual SFP 3FE 65106 AA

RX: 1310 3FE 65107 AA

FE-BX10-D

TX: 1550 RX: 1310

3FE 66131 AA

FE-BX10-D

TX: 1490

GE-BX10-D

RX: 1310

Class B+, normal

TX: 1490

Class C+, normal

TX: 1490

Class B+, with OTDR

TX: 1490

EPON PX20+

TX: 1490

TAAA

9 (GE)

GPON SFP 3FE 53441 AC 3FE 53441 BA 3FE 53441 CC

-40..+85

28

30

SM

Bidi

-5..+70

32

60

SM

Bidi

-40..+85

28

30

SM

Bidi

-40..+85

32

20

SM

Bidi

-40..+85

32

20

SM

Bidi

RX: 1310 RX: 1310

RAAA

RX: 1310

EPON SFP 3FE 53606 AA

UAAA

RX: 1310 3FE 66282 AA

EPON PX20+ OTDR

TX: 1490 RX: 1310

(2 of 2)


5-5

5 — SFP Optical Modules Note (1)

5-6

For more detailed information on the different characteristics of the SFP module, refer to UDS 3HH 01046 xxxx TQZZA (where xxxx is the document variant indicated in this column).


A.

Board Mnemonics

A.1 Board Mnemonics

A-2


A-1

A. Board Mnemonics

A.1

Board Mnemonics Table A-1 gives the used board mnemonics with their description. Table A-1 Mnemonics

A-2

Mnemonic

Description

AFAN-H

Fan unit - version H

AFAN-E

FX-8 Fan unit - version E

AFAN-X

FX-4 Fan unit - version X

FANT-F

Combined NT Unit - version F

FNIO-B

FX FE/GE Network Termination I/O Applique - version B

FPLT-A

EPON Line Termination Board - version A

NELT-B

36-line Fast Ethernet/Gigabit Ethernet Line Termination Unit - version B

NFXS-D

FX-16 Shelf for ETSI/MII

NFXS-E


NFXS-F


NGFC-E

General Facilities Card - version E

NGFC-F

General Facilities Card - version F

NGLT-A

GPON Line Termination Board - version A


Index

Numbers

M

7360 FX rack configurations, 4-2 subrack configurations, 2-4 subrack types, 2-2 Supported plug-in units, 2-6

Management Network, 1-17

C CLEI codes, 1-26

D Dimensioning, 1-19 GPON, 1-24 Dummy front panels, 2-7

G GPON dimensioning, 1-24

N Network topology, 1-2 Network side, 1-4 User side, 1-3

P Plug-in units, 2-6

R Redundancy support 1+1 NT, 1-25

S

I

SFP modules, 5-2 System architecture, 1-6 IHub, 1-16

IWF capabilities, 1-19

T Technical specifications P-OLT connection capacity, 1-25


IN-1

Index U — Universal rack

U Universal rack, 3-2 Locks, 3-7 Rack door, 3-6 Side plates, 3-5 type, 3-2

IN-2


Customer documentation and product support

Customer documentation http://www.alcatel-lucent.com/myaccess Product manuals and documentation updates are available at alcatel-lucent.com. If you are a new user and require access to this service, please contact your Alcatel-Lucent sales representative.

Technical Support http://www.alcatel-lucent.com/support

Documentation feedback [email protected]

© 2011 Alcatel-Lucent. All rights reserved. 3HH-10116-AAAA-TCZZA Edition 01 Released

3hh 10116 Aaaa Tczza 01 7360 Isam Product Information r4_3_x

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