OTN Training-Lv1-Fonst 3000 Equipment Introduction

FiberHome International Technologies

Introduction of FONST3000

www.fiberhomegroup.com

Introduce myself

• Hutchison from FiberHome• E-mail:[email protected]• MSN:[email protected]• Skype:hutchison-fh• Cel(Ecuador):9-5443896• Cel(China):0086-15827494730


Schedule

After the training, there will be a ten-question test for you. Mr.Luis will give the testing for you.

Note :A special training on OLP&RAU will be giving after RAU arrived.

Day Moring Afternoon

29 NOV Introduce the OTNequipment

Signal flowHow to config EMU(In the equipment room)

30 NOV How to use “devcfg”Config the OTN

Config the OTN in The Sever one by one

01 DEC How to use OTNM2000 Use OTNM2000 &EMS management the OTN project


Content

Request

Why we choose FONST3000?

Cards of FONST3000


Request


Content

Request


Cards of FONST3000


Choices

1.Router? How many router? How many 10GE port? How many fiber core? STM16/4/1? More requirement?


Choices

2.SDH/MSTP? How many node? How many 10G port? How many fiber core? 10GE/GE? More requirement?


Choices

3.OTN?


Structure

Cabinet/rack OTH subrack/shelf WDM subrack Card

Top-connection bent angle bracket

Fiber coiling unit

Fan unit

Card area

Fiber passage area

Card area

Anti-dust screen

Fiber passage area

Top-connection bent angle bracket

Fiber coiling unit

Fan unit

Card area

Fiber passage area

ACT

UA/NUA

8TDA

CLASS 1LASERPRODUCT

OUT1

IN1

OUT2

IN2

OUT3

IN3

OUT4

IN4

OUT5

IN5

OUT6

IN6

OUT7

IN7

OUT8

IN8


Appearance of the equipments

The OTH shelf

The WDM shelf


Appearance in Head End


Appearance in Punta Carnero


Content

Request


Cards of FONST3000


8TDGS

Main functions

• The 8TDGS card receives eight optical signals ( 2.5G/622M/155M/GE) from the client side, performs the O/E conversion, then converges the electrical signals into four STM-16 signals and sends them to the XCU card for cross-connect.

Summary: 8TDGS works together with LMS2E&XCU

ACT

UA/NUA

8TDGS

CLASS 1LASERPRODUCT

OUT1

IN1

OUT2

IN2

OUT3

IN3

OUT4

IN4

OUT5

IN5

OUT6

IN6

OUT7

IN7

OUT8

IN8


XCU

Main functions

Perform nonblocking 2.5G-based cross-connect between line interface cards and tributary interface cards.

Summary: XCU works together with 8TDGS &LMS2E

ACT

UA/NUA

CTRL

SW

XCU


LMS2E

Main functions

LMS2E card receives four STM-16 or OTU1 signals from the XCU card, converges the signals, performs the O/E conversion, and outputs one OTU2 signal with standard DWDM wavelength to the optical multiplexer card or the optical add / drop multiplexer card for WDM

Summary: LMS2E works together with 8TDGS & XCU

ACT

UA/NUA

LMS2E

CLASS 1LASERPRODUCT

TX

RX


OTU2S

Main functions

• The OTU2S card receives one STM-64 / 10GE optical signals from the client side, performs the O/E conversion and converts the signals into the OTU2 signal (10.7G) with standard DWDM wavelength, and outputs the converted signal via the WDM side optical interface to the optical multiplexer card or the optical add / drop multiplexer card for WDM.

Notes: our project has 2 OTU2S,and our project will transmit 2*10GE singnal from HEAD END to Punta Carnero

ACT

UA/NUA

OTU2S

CLASS 1LASERPRODUCT

OUT

IN

RX

TXWDM side

optical interfaces

Client side optical

interfaces


OMU

Main functions

• Multiplex 48 channels of wavelength-specific optical signals into 1 channel of multi-wavelength signal.

OMU48-E

ACT

UA/NUA

01

02

03

04

05

06

07

08

17

18

19

20

21

22

23

24

33

34

35

36

37

38

39

40

09

10

11

12

13

14

15

16

25

26

27

28

29

30

31

32

41

42

43

44

45

46

47

48

OUT

CLASS 1LASERPRODUCT

ACT

UA/NUA

Wavelength table


OA/PA

Main functions

• amplify the line signal’s optical power

Notes: The difference between the OA card and the PA card includes the EDFA modules they used and their applicable cases

ACT

UA/NUA

CUT

MON

OUT

IN

ACT

UA/NUA

CUT

MON

OUT

IN

PA

CLASS 1LASERPRODUCT

OA

CLASS 1LASERPRODUCT


ODU

Main functions

• Demultiplex 1 channel of multi-wavelength signal into 48 channels of wavelength-specific optical signals.

IN

ODU40-E

ACT

UA/NUA

01

02

03

04

05

06

07

08

17

18

19

20

21

22

23

24 IN

09

10

11

12

13

14

15

16

25

26

27

28

29

30

31

32

CLASS 1LASERPRODUCT

Wavelength table

33

34

35

36

37

38

39

40


EMU/FCU

EMU

ACT

UA/NUA

NET

SBUS

COM

TEST

ETH3

ETH4

RING OFF

RESETH

SEL11 23 4

5 6

7 8

9 1011 1213 1415 1617 1819 2021 2223 2425 2627 28

SEL2

DCCE DCCW

Main functions

• Process 2 DCC channels from the OSC card • Act as the agent of the network management system

perform configuration management, fault management, performance management, security management, and save the management data.

• Implement management extension • Monitor the temperature and the power supply voltage • Support 1+1 hot standby

Summary: EMU/FCU relate to network management(OTNM2000)


EMU/FCU

How to config EMU card?

12345678

ONk1

12345678

ONk2

12345678

ONk3

12345678

ONk4

12345678

ONk5

12345678

ONk6

Reserved Setting each byte of the IP address (the 1st bit of each switch is the most significant bit and the 8th

bit is the least significant bit)

Setting the OSPF PRI and the IP

address configuration mode


EMU/FCU

EMU card in HEAD END

12345678

ONk1

12345678

ONk2

12345678

ONk3

12345678

ONk4

12345678

ONk5

12345678

ONk6

Reserved Setting each byte of the IP address (the 1st bit of each switch is the most significant bit and the 8th

bit is the least significant bit)

Setting the OSPF PRI and the IP

address configuration mode


EMU/FCU

FCU card in HEAD END


OSC

Main functions

• Process overhead bytes in two directions • Provide two E1 channels in both the east and the west ,

for the transmission of client side E1 clock signals and E1 services.

Summary: OSC works together with OLP&OSAD, and deliver the information to EMU.

ACT

UA/NUA

OSC

CLASS 1LASERPRODUCT

W2M

E2M

WTX

WRX

ERX

ETX


Signal Flow

Thank you!

FiberHome Technologies

OTN Training-Lv1-Fonst 3000 Equipment Introduction

Documents

class1 laser

ospf reserved

optical multiplexer

standard dwdm

specific optical

act uanua

fan unit

fiber core