signal flow bws 1600G huawei

Prithvi Information Solution Ltd.

OptiX BWS 1600G

Signal Flow

OptiX BWS 1600G

Signal Flow


Review

In DWDM system, there are several types of network elements


TX1

TX2

TXn

RX1

RX2

RXn

OM/OA

OD/OA

OA

OFC OFC

F1

S1

F2

S2

Fn

Sn

Rm1

Rm2

Rmn

MPI-S MPI-RR’ S’

SD1

SD2

SDn

R1

R2

R3

DWDM SYSTEM

OA = OPTICAL AMPLIFIEROD = OPTICAL DEMUXOM = OPTICAL MUX


Upon completion of this course, you will be able to:

Grasp the traffic signal flow in OptiX BWS 1600G DWDM system.

Grasp the signal flow of OSC in OptiX BWS 1600G DWDM system.


Chapter 1 Traffic Siganal FlowChapter 1 Traffic Siganal Flow

Chapter 2 Signal Flow of OSCChapter 2 Signal Flow of OSC



1.1 OTM Signal Flow and Typical 1.1 OTM Signal Flow and Typical Configuration Configuration

1.2 1.2 OLA Signal Flow And Typical OLA Signal Flow And Typical ConfigurationConfiguration

1.3 OADM Signal Flow And Typical 1.3 OADM Signal Flow And Typical ConfigurationConfiguration


OTM Signal Flow


Actual OTM Signal Flow


OPTIX BWS 1600G PRODUCTSITE: 40CHL DWDM TERMINAL

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ETH SWITCH/HUB

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NOTES :

D40 - AWG 40-CHANNEL DEMULTIPLEXING UNIT FIU03 - FIBER INTERFACE UNIT .

LBE/F-A - 10GE TRANSMIT-RECEIVE LINE WAVELENGTH CONVERSION

LOG-A - 8-PORT GIGABIT ETHERNET MULTIPLEX & OPTICAL WAVELENGTH CONVERSION

LWF - STM-64 TRANSMIT-RECEIVE LINE WAVELENGTH CONVERSION BOARD

M40 - AWG 40-CHANNEL MULTIPLEXING UNIT, OBU03 - C-BAND OPTICAL AMPLIFIER

OPU03 - C-BAND OPTICAL PRE-AMPLIFIER

SC1 - UNIDIRECTIONAL OPTICAL SUPERVISORY CHANNEL UNIT (1510NM).

SCC - SYSTEM CONTROL & COMMUNICATION BOARD.

TMX-A - 4 CHANNELS STM-16 ASYNCHRONISM MUX & WAVELENGTH CONVERSION).

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OTM Typical Configuration(10G)


SC2FIU

FIU

OAU

DCM

DCM

OLA Signal Flow

OAU


Actual OLA Signal Flow


IN OUT

OAU SC2

TM1 RM1

TM2 RM2

OAU

IN OUT

FIU

IN OUT

TC RC

TM RM

FIU

IN OUT

TC RC

TM RM

DCU

TDC RDC

DCU

TDC RDC

TO NEXT SITE FROM PREVIOUS SITE

TO NEXT SITE

Actual OLA Signal Flow


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ETH SWITCH/HUB

OLA Typical Configuration

OADMOTM OTM


OADM Signal Flow (10G)


OUT

IN OUTTM1 RM1

TM2 RM2IN OUT

IN

OUT

IN OUT IN OUT

IN

OADM HIGH CAPACITY (RACK 1)

OADM HIGH CAPACITY (RACK 2)

OAU

OBU

OBU

M40

M40

D40

D40

OAU

SC2

FIU

IN OUT

TC RC

TM RM

FIU

IN OUT

TC RC

TM RM

DCU

TDC RDC

DCU

TDC RDC

FROM PREVIOUS SITE

FROM PREVIOUS SITE

TO NEXT SITE

TO NEXT SITE

Prithvi Information Solution Ltd. OPTIX BWS 1600G PRODUCT

Typical Configuration of Higher Capacity OADM 10G

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DCM

NOTES :











IN OUT

TDC RDC

IN OUT IN OUTIN OUT

TDC RDC

OAU

OBU

FIU SC2 FIU OBU OAUIN OUT

TC RC

TM RM

IN OUT

TC RC

TM RM

TM1 RM1

TM2 RM2

OUT MO

IN MI

OUT MO

IN MI

OUT MO

IN MI

OUT MO

IN MI

OUT MO

IN MI

OUT MO

IN MI

OUT MO

IN MI

OUT MO

IN MI

DCU

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

MR 2A01 A02D01 D02

DCU

TO NEXT SITE

FROM PREVIOUS SITE

FROM PREVIOUS SITE

TO NEXT SITE

OADM LOW CAPACITY (RACK 1)


OPTIX BWS 1600G PRODUCT

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NOTES :










Typical Configuration of Lower Capacity OADM 10G


Chapter 1 Traffic Signal FlowChapter 1 Traffic Signal Flow

Chapter 2 Signal Flow of OSCChapter 2 Signal Flow of OSC


FIU

OTM

SCC

FIU

SCC

FIU

FIU

Rx

Rx

OLA

OA

OA

OTM

Tx

Rx

RxTx

Tx Tx

SCC

TrafficTraffic Traffic Traffic

Traffic

Traffic Traffic

OSC

OSC

SC1

OSCOSC

OSCOSC

OSC

OSC

Traffic

signal flow bws 1600G huawei

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