3JK11949AAAAWBZZA1-rus.pptx

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1·1All Rights Reserved © Alcatel-Lucent 2009

Module 1System General Description

3JK11949AAAAWBZZA1 Issue 1.0

Section 1Product Overview

1626 LM (Light Manager) R 5.0BOperation and Maintenance

TOP18039D0SGDENI1.0 Issue 1.0

All Rights Reserved © Alcatel-Lucent 2009

1626 LM (Light Manager) R 5.0B · Operation and MaintenanceProduct Overview · System General Description

1 · 1 · 3

Цели раздела

По завершении изучения данного раздела вы сможете:

Описать основные характеристики оборудования Alcatel-Lucent 1626 LM R5.0B



1 · 1 · 7

1 General points



1 · 1 · 8

1 General points

1.1 Alcatel-Lucent WDM portfolio

Access

Metro

Core

Агр

ега

ци

я и

тр

ан

спор

т

1830 PSS-1 GBE

8 at 10 GCWDM

1830 PSS-3244 at 10 G

C&DWDMTR-OADMROADM

1626 LM96 at 10 G 80 at 40 G

DWDMTR-OADMROADM

Полное семействоWDM Простота

Быстрота установки

Лёгкость модернизации

Уменьшение ТО

Оптимизация ресурсов

Лучший-в-своём-классе



1 · 1 · 9

RegionalRegional National &Pan-Continental

Up to 200 km32 channels

Up to 600 km48 channels

Up to 1500 km96 channels at 10Gb/s

or 80 channels at 40Gb/s

Unified Management

Traffic Aggregation Transport

1626 Light Manager является многоцелевой системой WDM, поддерживающей разные виды сетей.

1 General points

1.2 Континентальные применения



1 · 1 · 10

1 General points

1.3 Модернизация существующих сетей

1626 LM обеспечивает Модернизацию без прерывания трафика, повторное

использование существующего терминального оборудования и репитеров

Лёгкость модернизации каналов DWDM, построенных на стороннем оборудовании

ExistingLine TerminalExisting Line RepeaterNew accessto traffic

Equipmentupgrade

Просто добавляетс

я полка расширения

на тех сторонах,

где требуется

ввод-вывод трафика



1 · 1 · 11

1 General points

1.4 Безрепитерные подводные сети

Оборудование 1626 Light Manager является решением, когда Сложно проложить сеть по суше из-за ландшафта Оператор испытывает сложности с финансированием

Вдоль побережья

Соединение материк -

остров

Соединение остров-остров

Оптимизированные возможности для передачи на

большие расстояния



1 · 1 · 12

1 General points

1.5 Рамановские усилители

Стандартные EDFA для участков со стандартными потерями Возможность использования рамановских усилителей на

некоторых участках с большими потерями

Передняя панель RMPM

Участки с высокими потерями

Line Terminal

Line Repeater

Accessto traffic

Raman pump

High loss span



1 · 1 · 13

WDM предлагает самую низкую

стоимость передачи одного

бита

Чисто оптическая обработка трафика, ограниченная электрической регенерацией и обработкой (OEO) только на конечных точках

Интегрированные интерфейсы для любого вида трафика

Но… не гибкая, требует внимательного планирования, управления вручную

Гибкость сети

Автоматизированное управление

Transforming WDM into a manageable transport networking layer for simplified operations, accelerated time-to-service and controlled TCO

Перемаршрутизация на конечных точках при помощи NOC

Гибкое повторное использование длин волн

Поддержка 40G для увеличения пропускной способности, одновременно с поддержкой существующих скоростей (2.5G, 10G)

Multi-degree – узлы для ячеистых топологий Не требуется планирование, лёгкое переконфигурирование из центра управления без физического вмешательства

Быстрое прописывание сервисов «из конца в конец»

Расширенные функции OAM и возможности восстановления

+

+

1 General points

1.6 Towards Zero-Touch Transparent Photonic Networking



1 · 1 · 14

Wavelength routing at intermediate nodes

Degree-2 ROADM

(WB) Increased

connectivity (mesh)

Colorless ports

Directionless ports (Multicasting)

Wavelength routing e2e

Centralized automated intelligence

Path set-up, monitoring, QoS

E2E Photonic

Management

Full Operations

Simple, NOC based, path set-up

NOC based automated commissioning, supervision and operations

Full Flexibility

Ultimate simplification of design, planning, operations and inventory

No need to go to sites

Easier design

Still need to go to sites for the add/drop

Still need to go to sites for the add/drop

WSS TR-OADM Architecture

Traditional ROADM Architecture

1 General points

1.7 Technology Enablers for “Zero-Touch Photonics”

ONDP & SPLMunique

unique

standard

Multi-degree ROADM (WSS)

Multi-degree TR-OADM

(WSS)

1626 LM transforms WDM into a true Transport Layer



1 · 1 · 15

1 General points 1.8 Enabling “Zero Touch Photonics” transformation: the Multi-Degree Node

Многосупенчатый узел – узел, позволяющий коммутацию между несколькими направлениями Ступень узла равна числу направлений

Примеры многоступенчатых узлов:

В многосупенчатом узле коммутация выполняется на оптическом уровне, без преобразований

В многоступенчатом узле коммутация может выполняться “вручную” (cabling) или удалённо(R/TR-OADM)

Degree-2 Degree-3 Degree-6Degree-4 Degree-5



1 · 1 · 16

Ускорение подключения новых каналов

Оптимизация устойчивости сети

Единое управление на оптическом уровне для быстрого подключения сервисов

Подключение средствами NOC, а не через инженеров

Восстановление на оптическом уровне

Обнаружение и исправление ухудшения качества до наступления критического порога

Оптимизация затрат Лучшее использование ресурсов и уменьшение расходов

Уменьшение эксплуатационных расходов

Helping Service Providers to quickly deliver simplified, reliable, highly flexible, fully managed, bandwidth on demand at the lowest TCO

Упрощение планирования, наладки и остальных операций

Гибкость в планировании и модернизации сети

“Plug and Play” при пуске, проверке, и SLA

1 General points

1.9 “Zero Touch Photonics”: the targets



1 · 1 · 17

2 Main features



1 · 1 · 18

2 Main features

2.1 Alcatel-Lucent 1626 LM – up to Release 4

A leading platform for Multi-Reach and Long Haul WDM networks National & Pan-Continental networks

96 x 10G wavelengths (50GHz grid) with high performance amplifiers, high capacity fixed optical add-drop multiplexers (OADMs)

Regional networks 32 x 10G wavelengths (100GHz grid) with cost-optimized amplifiers,

capacity-optimized fixed OADMs (48 x 10G wavelengths supported mixing 50 & 100 GHz grid)

Tunable universal transponders pluggable XFP optics for 10GE LAN/WAN, SDH, G.709, tunable C-band line

Integrated SDH and GbE transparent aggregation 4x2.5 Gb/s concentrator (TRBC) 2xGbE for 2.5 Gb/s applications and 9xGbE for 10G applications

Optical Protection support: 1+1 O-SNCP with tributary protection Reconfigurable Optical Add-Drop Multiplexers (ROADM)

Improved network flexibility Easy upgrade from fixed OADM based on Wavelength Blocker (WB)

technologyRelease 5 sets now a new milestone in product’s support for Zero-Touch

Transparent Photonic Networking



1 · 1 · 19

2 Main features

2.1 Alcatel-Lucent 1626 LM – up to Release 4 [cont.]

Line optical fibre amplifiers with optimized regional amplifiers

B-OADM (Band – Optical Add and Drop Multiplexer)

Point-to-point and ring configurations

4x2.5 Gb/s concentrator (TRBC)

Enhanced FEC

Ethernet aggregation and transport

JO and OTU2 traces management

G709 10Gb/s transponder

Q3 management interface

Digital Performance Monitoring (SDH and Ethernet layer 1)

Optical supervisory channel

2Mb/s UDC via TRBD and TRBC

Auxiliary channels via OSC

Analog Performance Monitoring



1 · 1 · 20

2 Main features

2.2 Alcatel-Lucent 1626 LM – What’s New in Release 5.0x ?

Multi-degree node configurations Multi-degree TR-OADM (Tunable and

reconfigurable OADM) (degree-1 to 8) WSS (Wavelength Selective Switch) support at 50

GHz (WMAN3174) Multi-degree ROADM (degree-1 to 8)

WSS support at 50 GHz (WMAN3174) and 100 GHz (WMAN3374), no mix of 50 and 100 GHz grid

Degree-8 support for configurations without add/drop, Degree-7 with add/drop (on new HW version)

40G Wavelength TransportOptical Multiplex Section Protection

(OMSP) for LH and regional LT, fixed add/drop, multi-degree ROADM and TR-OADM

PMDC support23 dBm pump for LOFA11y0Ethernet L2 Performance MonitoringSPLM : Smart Photonic Layer Manager

WSS Functional Description



1 · 1 · 21

2 Main features

2.2 Alcatel-Lucent 1626 LM – What’s New in Release 5.0x ? [cont.]

40G G709 solution (50 GHz grid): TRBD4312 (PSBT) Fully tunable over the C band Up to 80x40 Gb/s supported in the C Band Three slots wide, supporting OSNCP protection

High performance 40G G709 solution (100 GHz grid): TRBD4412 (DPSK) and TRBC4412 (DPSK) Fully tunable over the C band Up to 40x40 Gb/s supported in the C Band Three slots wide, supporting OSNCP protection (only for TRBD4412) Dedicated CMDX1052 card Embedded TDCM, supporting PMDC to enhance performances with poor PMD

fibers

Improved performance 40G G709 solution (50 GHz grid): TRBD4612 (P-DPSK), TRBC4612 (P-DPSK) [better optical performances than the PSBT modulation] Fully tunable over the C band Up to 80x40 Gb/s supported in the C Band Three slots wide, supporting OSNCP protection (only for TRBD4612) Dedicated CMDX1012 card Embedded TDCM, supporting PMDC to enhance performances with poor PMD

fibers



1 · 1 · 22

2.1 Used channels

2.3 Loading plan at 50GHz

On G652 fiber in extended C-band

BAND1

BAND4

BAND12

OSC

… BAND6

…BAND5

BAND11

195

.90

0

TH

z

15

10 n

m

ALC

191

.15

0

TH

zC

h11

.5

BAND10

15

30.3

3

nm 15

68.5

7

nm

191

.95

0

TH

zC

h19

.5

8 Ch

Submarine

Terrestrial

19

4.0

00

TH

z

Ch59

.0



1 · 1 · 23

2.1 Used Channels

2.4 Loading plan at 100GHz

On G652 fiber in C transmission band

19

6.0

00

TH

z

BAND9

15

29.5

3

nm

15

61.4

2

nm

19

2.0

00

TH

z

BAND1

BAND3

BAND7

BAND8

BAND10

BAND6

BAND4

BAND2

BAND5

OSC

15

10 n

m



1 · 1 · 25

3 Line structures



1 · 1 · 26

3 Line structures

3.1 Line configuration without A/D

Line Terminal

Line Terminal

Line Terminal

Line Terminal

Line Repeater



1 · 1 · 27

3 Line structures

3.2 Line configuration with A/D

WDM Terminal

WDM Terminal

ROADM / Band OADM / Small

OADM

WDM Terminal

WDM Terminal

Back to Back Terminal



1 · 1 · 28

3 Line structures

3.3 Ring configuration


Line Repeater

Band OADM




1 · 1 · 29

3 Line structures

3.4 Mesh Topology

TR-OADM

TR-OADMBack to

Back Terminal

ROADM

TR-OADMLine Terminal

ROADM



1 · 1 · 31

4 1626 LM NE type configurations



1 · 1 · 32


4.1 NE types

BtB

Regenerative Back to back terminal configuration Traffic distribution & collection point Regeneration for non added/dropped channels

LT

Double stage amplifier, maximum output power of +20dBm

Programmable or Automatic Gain Equalization No regeneration, just optical amplification

LR

Double stage amplifier Maximum output power of +20dBm Optical pass-through for non added/dropped channels

Multi lambda support Simple NE for point to point topologies

BOADM

Double stage amplifier Maximum output power of +17dBm Optical pass-through for non added/dropped channels

Small OADM



1 · 1 · 33


4.1 NE types [cont.]

Reconfigurable channels add/drop scheme Optical pass-through for non added/dropped channels Wavelength Blocker (WB) or Wavelength Selective Switch

(WSS) based architecture Degree-2 (WB) or Degree-1 to Degree-8 (WSS)

Multi-degree configuration (Degree-1 to Degree-8) Up to 72 channels added/dropped Wavelength Selective Switch (WSS) based architecture Connection point in a mesh network

ROADM

TR-OADM

Multidirectional add/drop configuration (Local OTS) Up to 64 channels added/dropped Single port configuration (up to 7 line fibers supported:

Degree-7) Dual port configuration to enable diverse route (up to 6 line

fibers supported: Degree-6)

DirectionlessTR-OADM



1 · 1 · 34

4 1626 LM NE type configurations4.2 R/TR-OADM system capacity table (total number of ch.: pass-through)

Configuration50GHz signals (10G,

40G PSBT, 40G P-DPSK)

100GHz signals (40G DPSK)

ROADM (WB) 88 for 10G (11x8), 72 for PSBT/P-DPSK (9x8) Not possible

ROADM (WSS) 93 for 10G (96-3), 77 for PSBT/P-DPSK (80-3) 38 (40-2)

TR-OADM 93 for 10G (96-3), 77 for PSBT/P-DPSK (80-3) 38 (40-2)

Directionless TR-OADM 93 for 10G (96-3), 77 for PSBT/P-DPSK (80-3) 38 (40-2)

40G transponders do not support B11-B12 Bands today, but this is achievable in future.



1 · 1 · 35

4 1626 LM NE type configurations4.3 R/TR-OADM system capacity table (total number of channels: add/drop)

Configuration50GHz signals (10G,

40G PSBT, 40G P-DPSK)

100GHz signals (40G DPSK)

ROADM (WB) 88 for 10G (11x8), 72 for PSBT/P-DPSK (9x8) Not possible

ROADM (WSS) 93 for 10G (96-3), 77 for PSBT/P-DPSK (80-3) 38 (40-2)

TR-OADM

80 (Degree-1) or 72 (from Degree-2) for 10G and 64 for 40G PSBT/P-

DPSK

38 (40-2)

Directionless TR-OADM 64 for 10G and 40G PSBT/P-DPSK 38 (40-2)

40G transponders do not support B11-B12 Bands today, but this is achievable in future.



1 · 1 · 36


4.4 Line Terminal (Long Haul application)

BM

DX

1000

To/from TRBD/TRBC

(up to 8)

CM

DX

1C

MD

X 2

CM

DX

12

To/from TRBD/TRBC

(up to 8)

To/from TRBD/TRBC

(up to 8)

LOFA11y0_Unidir Booster

LOFA11y0_Unidir Preamplifier

OSC

OSC

LT

AL

CT

To/from WDM line

1 VOA 2

2 1VOA



1 · 1 · 37


4.5 Line Terminal (Regional application_Unidir)

OM

DX

8100_L1_X

To/from TRBD/TRBC

To/from TRBD/TRBC

To/from TRBD/TRBC

OSC

OSC

LT

LOFA11y1_Unidir Booster

LOFA11y1_Unidir Preamplifier

To/from OMDX8100_L2

To/from OMDX8100_S2 + OMDX8100_S1

EXTRA IN/OUT

EXP IN/OUT

To/from WDM line

Up to 8l Up to 16l

l1

2l

8l

1 VOA 2

2 1VOA



1 · 1 · 38


4.6 Line Terminal (Regional application_Bidir)

OM

DX

8100_L1_X

To/from TRBD/TRBC

To/from TRBD/TRBC

To/from TRBD/TRBC

OSC

OSC

LT

VOA

LOFA11y1_Bidir

To/from OMDX8100_L2

To/from OMDX8100_S2 + OMDX8100_S1

EXTRA IN/OUT

EXP IN/OUT

l1

2

1

2l

8l

To/from WDM line

Up to 8l Up to 16l



1 · 1 · 39


4.7 Line Repeater

LR

LOFA11y0_Unidir

LOFA11y0_Unidir

VOA

VOA

1

1

2

2

OSC

OSC

OSC

OSC

To/from WDM line

To/from WDM line



1 · 1 · 40


4.8 Degree-2 Line Repeater-PGE

LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

2 1VOA

OSC

OSC

LOFA11y0_Unidir

LOFA11y0_Unidir

1 VOA 2

2 1VOAWMAN1

WMAN11 VOA 2



1 · 1 · 41


4.9 Degree-2 Line Repeater-AGE

LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

1 VOA 2

2 1VOA

OSC

OSC

LOFA11y0_Unidir

LOFA11y0_Unidir

1 VOA 2

2 1VOA

OADC0104

ALCT

WMAN3

ALCT

WMAN3

OADC0104



1 · 1 · 42


4.10 Band-OADM

BOADM

BM

DX

1100

To/from TRBD/TRBC (up to 7)

BM

DX

1100

Band 1

Band 12

CM

DX

1

CM

DX

1

OSC

OSC

LOFA11y0_Unidir

LOFA11y0_Unidir

LOFA11y0_Unidir

LOFA11y0_Unidir

AL

CT

AL

CT

OSC

OSC

1 VOA 2 1 VOA 2

2 1VOA 2 1VOA



1 · 1 · 43


4.11 Small OADM

OM

DX

81000_L1_X

To/from TRBD/TRBC

OM

DX

8100_L1_X

Channel loop

OSC

OSC

LOFA11y1_Unidir

LOFA11y1_Unidir

LOFA11y1_Unidir

LOFA11y1_Unidir

OSC

OSC

Small OADM

Expansion loop

Extra loop

l1l1

8l

Up to 8l

Up to 16l

2 1VOA2 1VOA

1 VOA 2 1 VOA 2



1 · 1 · 44


4.12 ROADM (WB based)

ROADM

BM

DX

1x00

OA

DC

1102

WMAN1100

OA

DC

1102


CM

DX

1

CM

DX

1

WMAN1100

BM

DX

1x00

Band 1

CM

DX

12

CM

DX

12Band 12

LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

OSC

OSC

LOFA11y0_Unidir

LOFA11y0_Unidir

1 VOA 2

2 1VOA

1 VOA 2

2 1VOA



1 · 1 · 45


4.13 Degree-2 ROADM (WSS based)

R-OADM

WMAN3x74

LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

OSC

OSC

LOFA11y0_Unidir

LOFA11y0_Unidir

WMAN3x74

OCNC1230OADC0104

OADC0104OCNC1230

ALCT

ALCT

To/from TRBD / TRBC (up to 8)

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

OTS 1 OTS 2

2 1VOA2 1VOA

1 VOA 2 1 VOA 2

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

Express

ADD

BM

DX

1000

BM

DX

1000

CM

DX

1C

MD

X 1

2


Express

ADDL

OFA

1110

1V

OA

2

VO

A12

CM

DX

1C

MD

X 1

2



LO

FA1110



1 · 1 · 46


4.14 Degree-7 ROADM (WSS based)

LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

WMAN3x74

OCNC1280

OADC0104

ALCT


2 1VOA

1 VOA 2

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

BM

DX

1000

CM

DX

1C

MD

X 1

2


ADD

LO

FA1110

1V

OA

2

To 6

Directions

From 6

Directions

LO

FA1110

1V

OA

2

The LOFA1110 on DROP path is needed in association with OCNC1280 from Degree-5.

For Degree 8 express only, remove BMDX and transponders.



1 · 1 · 47


4.15 Degree-1 TR-OADM (WSS based)

TR-OADM

OADC1100 70%

1:2



TDMX1180

LO

FA1110

LO

FA1110

OADC1300

1:8

x8

1V

OA

2

1V

OA

2Rx side



OSC

LOFA11y0_UnidirOCNC1220

2 1VOA

30%

TDMX1180

TDMX1180



1 · 1 · 48


4.15 Degree-1 TR-OADM (WSS based) [cont.]

TR-OADM

LO

FA1110

LO

FA1110

WMAN3174

8:1 8:1

4:1 4:1 4:1 4:1

4:1 4:1


To/from TRBD/TRBC (up to 8) To/from TRBD/TRBC (up to 8)

Up to 4l Up to 4l

Up to 4l Up to 4l Up to 4l Up to 4l

Up to 32l Up to 32l

Up to 32l

Up to 32l

OADC1750 OADC1750

OADC1750

OADC1300 OADC1300

x8 x8

21

VO

A

21

VO

A

Tx side

4:1 4:1

Up to 4l


Up to 4l

LOFA11y0_Unidir

OSC

ALCT

2 1VOA

OADC0104

Express

ADD



1 · 1 · 49



TR-OADM

WMAN3174

LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

OSC

OSC

LOFA11y0_Unidir

LOFA11y0_Unidir

WMAN3174

OCNC1230OADC0104

OADC0104OCNC1230

ALCT

ALCT

D

D

M

M



Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

OTS 1 OTS 2

2 1VOA2 1VOA

1 VOA 2 1 VOA 2

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

Express

ADD



1 · 1 · 50



TR-OADM

D

OADC1100




TDMX1180

TDMX1180 TDMX1180

LO

FA1110

LO

FA1110

OADC1300

1:2

1:8

OCNC1230

x81

VO

A2

1V

OA

2

De-multiplexing

part

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s



1 · 1 · 51



TR-OADM

ML

OFA

1110

LO

FA1110

WMAN3174

8:1 8:1

4:1 4:1 4:1 4:1

4:1 4:1


To/from TRBD/TRBC (up to 8) To/from TRBD/TRBC (up to 8)

Up to 4l Up to 4l

Up to 4l Up to 4l Up to 4l Up to 4l

Up to 32l Up to 32l

Up to 32l Up to 32l

OADC1750 OADC1750

OADC1750

OADC1300 OADC1300

x8 x8

21

VO

A

21

VO

AMultiplexing

part

ADD



1 · 1 · 52


4.17 Degree-3 TR-OADM (Y Node_WSS based))OCNC 1230

D

M

LOFA11y0

OSC

OCNC 1230

D

LOFA11y0

WMAN3174

OADC 0104

ALCT

LOFA11y0

OSC

OS

CO

CN

C

1230

D M

LO

FA11y0

OA

DC

0104

AL

CT

LO

FA11y0 O

SC

WM

AN

3174

TR-OADM

OTS 1 OTS 3

OTS 2

1 2VOA 1 2VOA

OSC

2 VOA 1

12

VO

A

2V

OA

1

M

OADC 0104

WMAN3174

ALCT

LOFA11y0OSC

2 VOA 1



To/fro

m T

RB

D/T

RB

C

(up

to 72)

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

ADD

ADD

ADD

Express

Express

Express



1 · 1 · 53



LOFA11y0_Unidir

LOFA11y0_Unidir

OSC

OSC

WMAN3174

OCNC1280

OADC0104

ALCT

D

M


2 1VOA

1 VOA 2

Up to 96l at 10Gb/s

Up to 80l at 40Gb/s

LO

FA1110

1V

OA

2

To 6

Directions

From 6

Directions

The LOFA1110 on DROP path is needed in association with OCNC1280 from Degree-5.

For Degree 8 express only, remove TDMX and transponders.



1 · 1 · 54


4.19 Degree-2 TR-OADM + 2 Multidirectional Add/Drop

Directionless TR-OADM

LOFA11y0

OSC

OTS 1

1 2VOA

OADC 0104

WMAN3174

ALCT

LOFA11y0OSC

2 VOA 1Express

LOFA11y0

OSC

OTS 2

1 2VOA

OADC 0104

WMAN3174

ALCT

LOFA11y0OSC

2 VOA 1Express

DEMUX part(DROP side)

MUX part(ADD side)


MUX part(ADD side)

OCNC 1280

OCNC 1280

Connectivity Block

Connectivity Block

Up to 64l

Up to 64l



1 · 1 · 55


4.19 Degree-2 TR-OADM + 2 Multidirectional Add/Drop [cont.]

Up to 4l

Up to 4l

OADC1750

x8

To/from TRBD/TRBC

(up to 8)4:1

4:1

To/from TRBD/TRBC

(up to 8)4:1

4:1

Up to 32l

OADC1300

Up to 4l

Up to 4l

8:1

8:1

x8

LOFA1110

2 VOA 1

Up to 32l

OADC 0104

WMAN3174

ALCT

2 VOA 1

LOFA1110

OCNC 1280

8:1

WMAN3174

OADC 0104

LOFA11y0

1 2VOA

ALCTTDMX1180

To/from TRBD/TRBC

(up to 8)

x8

Up to 64l

Up to 64l

LOFA1110

2 VOA 1


MUX part(ADD side)


MUX part(ADD side)



1 · 1 · 56


4.20 Back-to-Back Terminal

BM

DX

1000


BM

DX

1000

Band 1

Band 12

CM

DX

12

CM

DX

12

TRBD TRBD

BtBCM

DX

1

CM

DX

1

OSC

OSC

LOFA11yz_Unidir

LOFA11yz_Unidir

OSC

OSC

LOFA11yz_Unidir

LOFA11yz_Unidir

AL

CT

AL

CT

1 VOA 2 1 VOA 2

2 1VOA 2 1VOA



1 · 1 · 57

5 Existing infrastructure upgrade



1 · 1 · 58

5.1 1686 WM upgrade

5.1.1 1626 LM Transponders directly connected

New NE

OM

DX

16

1626 LM - TRBD

1626 LM - TRBD

16

1

EX

P

ATT.1

ATT.2

1626 LM -TRBD

OM

DX

16

16

1

1686 WM - 10Gb/s 1686 WMTerminal

: legacy 1686 WM boards

: new 1626 LM boards



1 · 1 · 59

5.1 1686 WM upgrade

5.1.1 1626 LM Transponders directly connected [cont.]

New NE

16

26

LM

- T

RB

D

16

26

LM

- T

RB

D

1686 WM OADM4/8

1686 WM OFA

16

86

WM

- 1

0 G

b/s

1st stage 2nd stage

16

86

WM

- 1

0 G

b/s



1686 WMOADM



1 · 1 · 60

5.1 1686 WM upgrade

5.1.2 Upgrade up to 52 channels

New NE

OM

DX

16

1626 LM -TRBD CM

DX

CM

DX

1626 LM -TRBD

1626 LM -TRBD

1626 LM -TRBD

16

1

1

1

8

8B

MD

X

EX

P

ATT.1

100 Ghz

50 Ghz

ATT.2

Att.1: from 1686 WM installation

Att.2: chosen to have the same power/band at the EXP inputs



1686 WM -10 Gb/s

1686 WM -10 Gb/s



1 · 1 · 61

5.2 1640 WM upgrade

5.2.1 Upgrade based on 1640 WM TSC boards

New NE

8:1

8

12

:1

5:1

TCS401

ATT.1

Att.1: value to be chosen to equalize the channel powers



1640 WM -10 Gb/s

1640 WM -10 Gb/s

1626 LM -TRBD

CM

DX

CM

DX

1626 LM -TRBD

1626 LM -TRBD

1626 LM -TRBD

1

1

8

8

BM

DX



1 · 1 · 62

5.2 1640 WM upgrade

5.2.2 Upgrade based on 1640 WM MDX boards

New NE

MD

X 3

42

1640 WM - 10 Gb/s

1626 LM- TRBD

1626 LM -TRBD

40

1M

DX

44

1

100 Ghz

On Grid

100 Ghz

Off Grid

50 Ghz

1626 LM - TRBD

MD

X 3

43

40

1





1 · 1 · 63

5.3 1696 MS addition

5.3 1626 LM Transponders directly connected

WDM in

WDM out

OMDX8100_M_S1

8

1

8

1

MUX

DEMUX

1

MUX

DEMUX

OMDX8100_M_S2

8

1

8

8

1

8

1

MUX

DEMUX

OMDX8100_M_L2

OMDX8100_M_L1_XS

SB

LB

LB

SBDEMUX

MUX SPV

SPV

8

1

8

1

MCC / OCC10

MCC / OCC10

MCC / OCC10

MCC / OCC10

New NE

1626 LM- TRBD

1626 LM -TRBD

: legacy 1696 MS boards




1 · 1 · 65

6 Ethernet applications



1 · 1 · 66


6.1 Traffic concentration and mapping

VirtualConcatenation

VC-4-6/7v VC-4-6/7v

GFP-T#1 #2

Mapping

#1 GE or FC #2 GE or FC

Concentration in STM 16 or OC 48(Bridge & Switch)

User side *

2xGBE_FC board

SFPLine #1

SFPLine #2

Not used in 1626 LM

R5.0AFront side

Front side

ETHC1000 board

Ethernet layer 2 Switch & concentration

VLAN tagging#xx #yy

#1 GE #12 GE

Matrix

User side *

10GE WAN Line P#13

Line #1

10GE WAN XFP

P#13 Line #2

10GE WAN Line P#14

10GE WAN XFP

P#14

Front side Front side

Back planeaccess



1 · 1 · 67


6.2 Boards interconnections: examples

BMDX

CMDX

TRBD

TRBC

User#1

User#9

STM-64

10GbE WAN

User#1

User#2

1626LM R5.0B Master shelf

B&W

B&W

STM-16

User#1

User#2

l1

2l

l3

WDM

1626LM R5.0B Master shelf or Secondary

shelf

ETHC 1000

2xGBE_FC

2xGBE_FC



1 · 1 · 68


6.3 GbE and FC transport in Point to Point service

2xGBE_FC

ETHC1000

WDM Terminal with several GbE

ports

WDM Terminal with several GbE

portsDedicated

wavelength approach



1 · 1 · 69

7 1626 LM system layout



1 · 1 · 70


7.1 Optinex Rack layout

> Up to 16x10Gb/s or 4x40Gb/s

optical channels in one single

shelf

> Up to 48x10Gb/s or 12x40Gb/s

optical channels in one single

rack

> Up to 3 shelves can be hosted in

one rack

Fan

PWR

PWR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Fan

PWR

PWR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Fan

PWR

PWR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Fan

PWR

PWR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Fan

PWR

PWR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Fan

PWR

PWR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Air deflector

FANS

FANS

FANS

Fiber storage

Top Rack Unit

OPTINEX

Air deflector



1 · 1 · 71


7.2 1626LM Central Office Shelf

11



1 · 1 · 72


7.3 Line Terminal Master shelf – LH application - Example

FANS1000

31 32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IUC

MD

X10

10

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

B

MD

X10

00

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 20 23 24 25 26 27 28 29 30

HS

KU

O

SC

U10

10

5

A

LC

T10

10

6

L

OFA

11y0

7

LO

FA11

y0

25

US

IB

10



1 · 1 · 73


7.4 Line Terminal Secondary shelf – LH application - Example

FANS1000

31 32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IUC

MD

X10

10

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

19 20

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18T

RB

D11

y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

24 25 26 27 28 29 30

CM

DX

1010

1 2 23



1 · 1 · 74


7.5 Line Terminal Master shelf – Regional application - Example

FANS1000

31 32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IUO

MD

X81

00_L

1_X

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 20 23 24 25 26 27 28 29 30

HS

KU

O

SC

U10

10

5

L

OFA

11y1

7

LO

FA11

y1

25

US

IB

10



1 · 1 · 75


7.6 Line Terminal Secondary shelf – Regional application - Example

FANS1000

31 32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IUO

MD

X81

00_S

2

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

19 20

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18T

RB

D11

y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

24 25 26 27 28 29 30

OM

DX

8100

_L2

1 2 23



1 · 1 · 76


7.7 Line Repeater Master shelf - Example

FANS1000

31 32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 20 23 24 25 26 27 28 29 30

O

SC

U10

10

5

L

OFA

11y0

7

25

LO

FA11

y0

10



1 · 1 · 77


7.8 Line Repeater-PGE Master shelf - Example

Fan

32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

WM

AN

1100

1 2

12 13 14 15 16 17 18

19 20 23 26 27 30

O

SC

U10

10

L

OFA

11y0

(p

re-a

mp

)

L

OFA

11y0

(p

re-a

mp

)

5 6 4

24

L

OFA

11y0

(b

oo

ster

) 3

L

OFA

11y0

(b

oo

ster

)

107 9

WM

AN

1100

11

31

US

IB

8

25 28

55 9

29



1 · 1 · 78


7.9 Line Repeater-AGE Master shelf - Example

Fan

32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

WM

AN

3174

1 2

12 13 14 15 16 17 18

19 20 23 26 27 30

O

SC

U10

10

L

OFA

11y0

(p

re-a

mp

)

L

OFA

11y0

(p

re-a

mp

)

5 6 4

24

L

OFA

11y0

(b

oo

ster

) 3

L

OFA

11y0

(b

oo

ster

)

107

WM

AN

3174

11

31

8

28

A

LC

T10

10

9

A

LC

T10

10

5

OA

DC

01

04

25 29

OA

DC

01

04



1 · 1 · 79


7.10 BOADM Master shelf - Example

FANS1000

31 32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IUC

MD

X10

10

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

B

MD

X11

00

1 2

3 4 5 6 8 9 11 12 13 14 15 16 17 18

19 20 23 24 25 26 27 28 29 30

HS

KU

L

OFA

11y0

5

L

OFA

11y0

8

A

LC

T10

10

6

L

OFA

11y0

LO

FA11

y0

B

MD

X11

00

O

SC

U10

10

4 9 10 11

30

A

LC

T10

10

7



1 · 1 · 80


7.11 TRBD4312 Secondary shelf - Example

FANS1000 41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

23 24 25 26 27 28 29 30

O

SC

U10

10

5

L

OFA

11y0

7

LO

FA11

y0

9

34 38

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

CM

DX

1010

19

BO

FA (

op

tio

nal

)

BO

FA (

op

tio

nal

)

BO

FA (

op

tio

nal

)

BO

FA (

op

tio

nal

)

TR

BD

4312

TR

BD

4312

TR

BD

4312

TR

BD

4312

20



1 · 1 · 81


7.12 TRBD4412 Secondary shelf - Example

FANS1000 41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

23 24 25 26 27 28 29 30

O

SC

U10

10

5

L

OFA

11y0

7

LO

FA11

y0

9

34 38

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

CM

DX

1052

19

BO

FA (

op

tio

nal

)

BO

FA (

op

tio

nal

)

BO

FA (

op

tio

nal

)

BO

FA (

op

tio

nal

)

TR

BD

4412

TR

BD

4412

TR

BD

4412

TR

BD

4412

20



1 · 1 · 82


7.13 Mixed 40Gb/s & 10 Gb/s Transponder Secondary shelf - Example

FANS1000 41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

23 24 25 26 27 28 29 30

O

SC

U10

10

5

L

OFA

11y0

7

LO

FA11

y0

9

34 38

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

CM

DX

1010

19

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1 TR

BD

4312

TR

BD

4312

TR

BD

4312

TR

BD

4312

20



1 · 1 · 83


7.14 Degree-3 TR-OADM Rack - Example

N°48 TRBD

With TDMX& OADC1750

& LOFA

N°28 TRBD

With TDMX& OADC1750

& LOFA

N°38 TRBD

With TDMX& OADC1750

& LOFA

N°18 TRBD

With TDMX& OADC1750

& LOFA

N°28 TRBD

With TDMX

& OADC1750

& LOFAN°3

8 TRBDWith TDMX

& OADC1750

& LOFAN°4

8 TRBDWith TDMX

& OADC1750

& LOFA

N°28 TRBD

With TDMX

& OADC1750

& LOFAN°3

8 TRBDWith TDMX

& OADC1750

& LOFAN°4

8 TRBDWith TDMX

& OADC1750

& LOFA

N°18 TRBD

With TDMX&

OADC1750& LOFA

N°18 TRBD

With TDMX

& OADC1750

& LOFA

8 TRBDWith TDMX

& OADC1750

8 TRBDWith TDMX

& OADC1750

8 TRBDWith TDMX

& OADC1750

Line & WMANShelf OTS

3


2


1

TRU TRUTRU TRU TRUTRU

Air deflector Air deflectorAir deflectorAir deflectorAir deflectorAir deflector

Air deflector

Air input

Air deflector

Air input Air input

Air deflector Air deflectorAir deflector Air deflector

Air input Air inputAir input



1 · 1 · 84


7.15 TR-OADM Line Shelf for OTS 1 - Example

FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 37 38

LO

FA11

10

OA

DC

1300

LO

FA11

10

OA

DC

1300

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 2026 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

O

SC

U10

10

O

SC

U10

10

22 53 4

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23

US

IB

2425 25

25 25

US

IB

24 2425 25

25

OA

DC

01

04

25 25 2425 25

25

OA

DC

110

0

27 25 2425 25

25

OC

NC

12

30

29

11 12 13 14

WM

AN

3174

OT

S 1



1 · 1 · 85



FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 37 38

LO

FA11

10

OA

DC

1300

LO

FA11

10

OA

DC

1300

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 2026 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

22 53 4

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23 2425 25

25 25 24 2425 25

25

OA

DC

01

04

25 25 2425 25

25

OA

DC

110

0

27 25 2425 25

25

OC

NC

12

30

29

11 12 13 14

WM

AN

3174

OT

S 2



1 · 1 · 86



FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 37 38

LO

FA11

10

OA

DC

1300

LO

FA11

10

OA

DC

1300

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 2026 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

22 53 4

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23 2425 25

25 25 24 2425 25

25

OA

DC

01

04

25 25 2425 25

25

OA

DC

110

0

27 25 2425 25

25

OC

NC

12

30

29

11 12 13 14

WM

AN

3174

OT

S 3



1 · 1 · 87


7.18 TR-OADM Transponder Shelf per OTS - Example (8 first channels)

FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 371 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 20

26 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

22 53 4

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23 24

25 25

25 25 24 24

25 25

25

OA

DC

01

04

25 25 24

25 25

25

OA

DC

110

0

27 25 24

25 25

25

OC

NC

12

30

29 11 12 13 14

TD

MX

1180

OA

DC

1750

2

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

4 5 6 7 8 9 10 3



1 · 1 · 88

7 1626 LM system layout7.19 TR-OADM Transponder Shelf per OTS - Example (From 9th to 72nd channel)

FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 371 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 20

26 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

22 53 4

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23 24

25 25

25 25 24 24

25 25

25

OA

DC

01

04

25 25 24

25 25

25

OA

DC

110

0

27 25 24

25 25

25

OC

NC

12

30

29 11 12 13 14

TD

MX

1180

OA

DC

1750

2

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

TR

BD

11y1

4 5 6 7 8 9 10 3

LO

FA11

10

19



1 · 1 · 89


7.20 Master shelf configuration for ROADM - Example

Fan

32 33 34 35 36 37 38

41

22 21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

WM

AN

1100

1 2

12 13 14 15 16 17 18

19 20 23 26 27 30

HS

KU

O

SC

U10

10

A

LC

T10

10

L

OFA

11y0

(p

re-a

mp

)

L

OFA

11y0

(p

re-a

mp

)

5 6

B

MD

X10

00

4

24

L

OFA

11y0

(b

oo

ster

) 3

L

OFA

11y0

(b

oo

ster

)

107

A

LC

T10

10

9

WM

AN

1100

11

31

US

IB

8

OA

DC

29

OA

DC

25

B

MD

X10

00

28



1 · 1 · 90


7.21 Degree-2 ROADM MASTER Line Shelf for OTS 1 - Example

FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 37 38

LO

FA11

10

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 2026 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

O

SC

U10

10

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23 2425 25

25 25 24 2425 25

25

OA

DC

01

04

25 25 2425 25

25 27 25 2425 25

25

OC

NC

12

30

29

11 12 13 14

WM

AN

3174

OT

S 1

B

MD

X10

00

22 53 4

24



1 · 1 · 91


7.22 Degree-2 ROADM SLAVE Line Shelf for OTS 2 - Example

FANS1000

31 32 33 34

21 40 39

ES

CT

2000

PS

UP

PS

UP

RA

IU

35 36 37 38

LO

FA11

10

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 2026 27 28 29 30

A

LC

T10

10

L

OFA

11y0

(B

oo

ster

)

LO

FA11

y0 (

Pre

-am

plif

ier)

7 9 10

41

2325 23 2425 25

25 25 24 2425 25

25

OA

DC

01

04

25 25 2425 25

25 27 25 2425 25

25

OC

NC

12

30

29

11 12 13 14

WM

AN

3174

OT

S 2

B

MD

X10

00

22 53 4

24



1 · 1 · 92


7.23 1626LM Компактная офисная полка

LOFA11YZ 2

3

4

ESCT2000 1

OSCU1010 6

PSUP 11

PSUP 12

HSKU1100 10

RAIU1100 9

7

FANS

13

8

495 mm

73 mm

200

mm

LOFA11YZ 5



1 · 1 · 93


7.24 Подсистема питания

-48V A Filter

DC/DC

DC/DC

Filtered -48V

A

DC/DC

Filter

Sharing

diodes

Filtered -48V

B

3.7V B

5.4V B

3.7V A 5.4V A

PSUP

PSUP

Main boards

Auxiliary

boards-40.5 to -57

V

DC input

Supplied from Top Rack Unit

-48V B

Duplicated supply for each

card

Back Panel Power supply distribution

Subrack

3V, 5V

3V, 5V



1 · 1 · 94

Answer the Questions

1 – What is the operating window of DWDM systems ?

2 – Which optical band is used by the 1626 LM ?

3 – What is the minimum spacing between 2 channels ?

4 – What is the function of the OSC ?

5 – How many CMDX units can be associated to one BMDX unit ?

6 – Which NE type configurations are available ?

7 – Which protections are available ?

8 – Which BMDX unit is needed for BOADM repeater

configuration ?

Time allowed:

15 minutes



1 · 1 · 96

Module Summary

1626 LM R 5.0B is a very flexible solution Terrestrial applications : Regional, LH, ULH 50GHz or 100GHz channel spacing Linear, ring and mesh network topologies Terminal, B-t-B, Repeater, B-OADM, Small OADM, ROADM and TR-

OADM configurations G.709 10Gb/s and 40Gb/s Transponders Ethernet aggregation and transport J0 and OTUk traces management

Upgrade of existing infrastructures 1640 WM, 1686 WM

Highly integrated Up to 48 transponders in one rack



1 · 1 · 97

Self-assessment on the Objectives

Please be reminded to fill in the formSelf-Assessment on the Objectivesfor this module

The form can be found in the first partof this course documentation



1 · 1 · 98

End of ModuleSystem General Description

Documents

3JK11949AAAAWBZZA1-rus.pptx