Huawei second-hand

Huawei OptiX Metro 6100 for sale
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SSR2PD1B,03030ESK,SSR2PD1B,03030CRW,TN81AD1,03020GDL,TN81CD1,03020GDL,TN81CD1,
03020GBS,TN81D12,03020GBS,TN81D12,03020GBS,TN81D12,03020HML,TN81EFG2,3039204,
TN81EG16,03030HAP,TN71CXP,03030HAP,TN71CXP,03020GFM,TN71L12,03020GFM,TN71L12,
03020GFM,TN71L12,03030EKL,TN81MD1,03030EKL,TN81MD1,03030EKL,TN81MD1,03020GDP,
TN81MP1,03030HUT,TN81MQ1,03020FXB,TN81SCA,03020FXB,TN81SCA,03020FXB,TN81SCA,
03030EPQ,SSN3SL16A,unit,S-16.1,LC,3050799,STM-4,unit,SSR1SL4,S-4.1,LC
Huawei Metro 6100 for sale
40 Gbit/s OTU without service convergence
C9LU40S
40Gbit/s wavelength conversion board with AFEC function (Super WDM)
C9LUR40S
40G transmit-receive line regenerating wavelength conversion unit with AFEC function (SuperWDM)
40 Gbit/s OTU with service convergence
C9TMX40S
40G tributary multiplexing/demultiplexing wavelength conversion board with AFEC function (Super WDM)
10 Gbit/s OTU without service convergence
L2LWF C9LWF
STM-64 transmit-receive line wavelength conversion board (FEC)
C7LWF C8LWF CALWF
STM-64 transmit-receive line wavelength conversion board (AFEC)
C6LWFS C9LWFS
STM-64 transmit-receive line wavelength conversion board (FEC, Super WDM)
C7LWFS C8LWFS CALWFS
STM-64 transmit-receive line wavelength conversion board (AFEC, Super WDM)
L2LRF
STM-64 regenerating wavelength conversion board with FEC function
C6LRFS
STM-64 regenerating wavelength conversion board with FEC Function, Super WDM
C6LBE C8LBE CALBE
10GE LAN transmit-receive line wavelength conversion board
C6LBES C8LBES CALBES
10GE LAN transmit-receive line wavelength conversion board (Super WDM)
C6TMR C8TMR C9TMR
Line regenerating wavelength conversion board for 10G (AFEC)
C6TMRS C8TMRS C9TMRS
Line regenerating wavelength conversion board for 10G (AFEC, Super WDM)
OptiX Metro 6100 WDM Multi-Service Transmission
System
CBTMRS
Line regenerating wavelength conversion board for 10G (AFEC-2, Super WDM)
C8LBF C9LBF
10G universal transmit-receive line wavelength conversion board
C8LBFS C9LBFS
10G universal transmit-receive line wavelength conversion board (AFEC, Super WDM)
CBLBFS
10G universal transmit-receive line wavelength conversion board (AFEC-2, Super WDM)
10 Gbit/s OTU with service convergence
C8ETMX C9ETMX CAETMX
Enhanced 4 channels STM-16/OTU1 asynchronous MUX OTU-2 wavelength conversion board (AFEC)
C8ETMXS C9ETMXS CAETMXS
Enhanced 4 channels STM-16/OTU1 asynchronous MUX OTU-2 wavelength conversion board (AFEC, Super WDM)
CBETMXS
Enhanced 4 channels STM-16/OTU1 asynchronous MUX OTU-2 wavelength conversion board (AFEC-2, Super WDM)
C6TMX C7TMX C9TMX
4 channels STM-16 asynchronous MUX OTU-2 wavelength conversion board (AFEC)
C6TMXS C7TMXS C9TMXS
4 channels STM-16 asynchronous MUX OTU-2 wavelength conversion board (AFEC, Super WDM)
C8ELOG C9ELOG
Enhanced 8-port Gigabit Ethernet multiplexing wavelength conversion board (AFEC)
C8ELOGS C9ELOGS
Enhanced 8-port Gigabit Ethernet multiplexing wavelength conversion board (AFEC, Super WDM)
CBELOGS
Enhanced 8-port Gigabit Ethernet multiplexing wavelength conversion board (AFEC-2, Super WDM)
C6LOG C9LOG
8-port Gigabit Ethernet multiplex and optical wavelength conversion board (AFEC)
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Service Type
Board
Board Name
C6LOGS C9LOGS
8-port Gigabit Ethernet multiplex and optical wavelength conversion board (AFEC, Super WDM)
C8LOM
8-port multi-service multiplexing & optical wavelength conversion board (AFEC)
C8LOMS
8-port multi-service multiplexing & optical wavelength conversion board (AFEC, Super WDM)
5 Gbit/s OTU with service convergence
C6LQG C9LQG
4-port Gigabit Ethernet service convergence board (FEC)
C7L4G
Line wavelength conversion board with 4 x Gigabit Ethernet line capacity
OTU without service convergence at the rate of 2.5 Gbit/s or low
C6LWC1
STM-16 transmit-receive line wavelength conversion board
C8LWC1 C8LWC1D C9LWC1
STM-16/OTU1 transmit-receive line wavelength conversion board
C6TRC1 C8TRC1
OTU1 line regenerating wavelength conversion board
C8TRC2
OTU1 bidirectional line regenerating wavelength conversion board
C6LWM C8LWM
Multirate (STM16/4/1) wavelength conversion board
C6LWMR C8LWMR
Multirate (STM16/4/1) line regenerating wavelength conversion board
C6LWX C8LWX
Arbitrary bit rate (16Mbit/s~2.5Gbit/s) wavelength conversion board
C6LWXR C8LWXR
Arbitrary bit rate line regenerating wavelength conversion board
2.5 Gbit/s OTU with service convergence
C6LQS C7LQS
4 x STM-1/4 multiplex wavelength conversion board
C6LDG C8LDG
2-port Gigabit Ethernet wavelength conversion board
C6FDG C8FDG
2-port Gigabit Ethernet wavelength conversion board with FEC
C6FCE
Fiber channel distance extension board
OptiX Metro 6100 WDM Multi-Service Transmission System
Product Description
4 Hardware Architecture
Service Type
Board
Board Name
C8LQM C9LQM
4-channel protocol-independent service convergence board
C9LQM2
Double 4-channel protocol-independent service convergence board or 8-channel protocol-independent service convergence board
L2AS8 C7AS8
8-channel any SDH convergence board
C6AP8
8-channel protocol-independent service convergence board
Other OTU
C7EGS8
8 x Gigabit Ethernet switching processing board
C8TBE
10 Gigabit Ethernet tributary board
WDM Technical Specificati on
C9LU40 S
AFECa
signals: OTU3
C9LUR40S
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
WDM Technical Specificati on
C9LUR 40S
signals:OT U3/ OTU3e
C9LUR40S
DWDM
a: The default working mode of the board is AFEC, which can be set or modified on the T2000. b: The decoding and encoding of the signals comply with ITU-T G.975.1.
c: The overhead processing of the signals comply with ITU-T G.709.
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Table 4-12 Major functions of 10 Gbit/s OTUs without service convergence
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
L2LWF C9LWF
l Wavelengt h
conversion ce
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Client-side optical signals:
1xSTM– 64/OC– 192/10G- WAN
l WDM- side optical
signals: OTU2
L2LRF/ C9TMR
DWDM
C7LWF C8LWF
l Wavelengt h
conversion cd
l Line code: NRZ/ODB
l Supports the tunable
wavelengt hs
l Supports AFEC
l Client-side optical signals:
1xSTM– 64/OC– 192/10G- WAN
l WDM- side optical
signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
CALWF
l Wavelengt h
conversion cd
WDM Technical Specificati on
C6LWF S
l Wavelengt h
conversion ce
l Line code: DRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Supports SuperWD
l Client-side optical signals:
1xSTM– 64/OC– 192/10G- WAN
l WDM- side optical
signals: OTU2
C6LRFS/ C9TMRS
DWDM
C9LWF S
l Wavelengt h
conversion ce
signals: OTU2
C9TMRS
DWDM
C7LWF S
C8LWF S
l Wavelengt h
C6TMRS/ C8TMRS
signals: OTU2
C9TMRS
DWDM
L2LRF
DWDM
C6LRFS
signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
CALBE
l Wavelengt h
conversion cd
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports AFECf
l Supports XFP
l Client-side optical signals:
1x10GE LAN
l WDM- side optical
signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
C6LBE S
C8LBE S
signals: OTU2
C9TMRS
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission
WDM Technical Specificati on
C6TMR
DWDM
C8TMR
l Bidirectio nal 3R reshaping, retiming and regeneration
l Line code: NRZ/ODB
l Supports the tunable
wavelengt hs
l Supports FEC
AFECb
l Regenerati ng rate:
10.71Gbit/ s or 11.1Gbit/s
l Client-side optical signals:
NA
l WDM- side optical
signals: OTU2
DWDM
C9TMR
WDM Technical Specificati on
C6TMR S
C8TMR S
l Bidirectio nal 3R
(reshaping, retiming and regeneratio n)
l Line code: DRZ
l Supports the tunable
wavelengt hs
l Supports AFECb
l Supports SuperWD
M
l Client-side optical signals:
NA
l WDM- side optical
signals: OTU2
–
DWDM
C9TMR S
CBTMR S
DWDM
C8LBF
l Wavelengt h
conversion cd
l Line code: NRZ/ODB
l Supports the tunable
wavelengt hs
l Supports FEC/
AFECa
l Client-side optical signals:
1x10GE LAN/ 10GE WAN/ STM–64/ OC–192/ OTU2
l WDM- side optical
signals: OTU2
C8TMR
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission
C9TMR
DWDM
C8LBFS
l Wavelengt h
conversion cd
l Line code: DRZ
l Supports the tunable
wavelengt hs
l Supports AFECa
l Supports SuperWD
M
l Client-side optical signals:
1x10GE LAN/ 10GE WAN/ STM–64/ OC–192/ OTU2
l WDM- side optical
signals: OTU2
C8TMRS
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
OTU2 OTU2v
C9TMRS
DWDM
CBLBF
OTU2 OTU2v
CBTMRS
DWDM
gCBTMRS supports the AFEC-2 encoding, C6TMRS, C8TMRS and C9TMRS support the AFEC encoding. The AFEC encoding and AFEC-2 encoding cannot be interconnected.
h: CBLBFS supports the AFEC-2 encoding, C8LBFS and C9LBFS support the AFEC encoding. The AFEC encoding and AFEC-2 encoding cannot be interconnected.
OptiX Metro 6100 WDM Multi-Service Transmission
C8ETMX C9ETMX
CAETM X
optical signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
C8ETMX S
C9ETMX S
CAETM XS
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFEC
l Supports SuperWDM
l Client- side
optical signals: 4xSTM– 16/ OC-48/ OTU1
l WDM- side
optical signals: OTU2
C6TMRS/ C8TMRS/ C9TMRS
DWDM
CBETM XS
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFECc
l Supports SuperWDM
l Client- side
optical signals: 4xSTM– 16/ OTU1
l WDM- side
optical signals: OTU2
CBTMRS
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-/ WDM- Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6TMX C7TMX C8TMX C9TMX
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: NRZ/ODB
l Supports the tunable
wavelength s
l Supports AFEC
l Client- side
optical signals: 4xSTM- 16/ OC-48
l WDM- side
optical signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
C6TMXS C7TMXS C8TMXS C9TMXS
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFEC
l Supports SuperWDM
l Client- side
optical signals: 4xSTM- 16/ OC-48
l WDM- side
optical signals: OTU2
C6TMRS/ C8TMRS/ C9TMRS
DWDM
C8ELOG C9ELOG
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: NRZ/ODB
l Supports the tunable
wavelength s
l Supports AFEC
l Supports GE service
cross- connection
l Client- side
optical signals: 8xGE/ FC100/ FC200
l WDM- side
optical signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM- Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C8ELOG S
C9ELOG S
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFEC
l Supports SuperWDM
l Supports GE service
cross- connection
l Client- side
optical signals: 8xGE/ FC100/ FC200
l WDM- side
optical signals: OTU2
C6TMRS/ C8TMRS/ C9TMRS
DWDM
CBELOG S
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFECd
l Supports SuperWDM
l Client- side
optical signals: 8xGE/ FC100/ FC200
l WDM- side
optical signals: OTU2
CBTMRS
DWDM
C6LOG C9LOG
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: NRZ
l Supports the tunable
wavelength s
l Supports AFEC
l Supports GE service
cross- connection
l Client- side
optical signals: 8xGE/ FC100/ FC200
l WDM- side
optical signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-/ WDM- Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6LOGS C9LOGS
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFEC
l Supports SuperWDM
l Supports GE service
cross- connection
l Client- side
optical signals: 8xGE/ FC100/ FC200
l WDM- side
optical signals: OTU2
C6TMRS/ C8TMRS/ C9TMRS
DWDM
C8LOM
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: NRZ/ODB
l Supports the tunable
wavelength s
l Supports AFEC
l Supports FC service
distance extension
l Supports GE service
cross- connection
l Client- side
optical signals: 8xGE/ FC100/ FC200/ FC400/ FICON/ FICON Express
l WDM- side
optical signals: OTU2
C6TMR/ C8TMR/ C9TMR
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM- Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C8LOMS
l Service convergen
ce
l Wavelengt h
conversion ab
l Line code: DRZ
l Supports the tunable
wavelength s
l Supports AFEC
l Supports SuperWDM
l Supports FC service
distance extension
l Supports GE service
cross- connection
l Client- side
optical signals: 8xGE/ FC100/ FC200/ FC400/ FICON/ FICON Express
l WDM- side
optical signals: OTU2
C6TMRS/ C8TMRS/ C9TMRS
DWDM
a: The overhead processing of the signals comply with ITU-T G.709.
b: The decoding and encoding of the signals comply with ITU-T G.975.1.
c: CBETMXS supports the AFEC-2 encoding, C8ETMXS, C9ETMXS and CAETMXS support the AFEC encoding. The AFEC encoding and AFEC-2 encoding cannot be interconnected.
d: CBELOGS supports the AFEC-2 encoding, C8ELOGS and C9ELOGS support the AFEC encoding. The AFEC encoding and AFEC-2 encoding cannot be interconnected.
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Table 4-14 Major functions of 5 Gbit/s OTUs with service convergence
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6LQG C9LQG
l Service convergen
ce
l Wavelengt h
conversion
l Line code: NRZ
l Supports the
tunable waveleng ths
l Supports FEC
l Supports GE
service cross- connectio n
l Client- side
optical signals: 4xGE
l WDM- side
optical signals: 5Gbit/s line signal
DWDM
C7L4G
l Service convergen
ce
l Wavelengt h
conversion
l Line code: NRZ
l Supports the
tunable waveleng ths
l Supports FEC
l Supports GE
service conversio n
l Supports GE
service cross- connectio n
l Supports Ethernet
L2 switching
l Client- side
optical signals: up to 8xGE
l WDM- side
optical signals: 5Gbit/s line signal
DWDM
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
l WDM- side
optical signals: OTU1
C6TRC1/ C8TRC1/ C8TRC2/ C9LQM/ C9LQM2
DWDM CWDM
C8LWC 1
C8LWC 1D
C9LWC 1
l C8LWC1 is the single
fed and single receiving board
l C8LWC1 D is dual
fed and selective receiving board
l Wavelengt h
conversion a
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Client- side
optical signals: 1xSTM– 16/ OC-48/ OTU1
l WDM- side
optical signals: OTU1
C6TRC1/ C8TRC1/ C8TRC2/ C9LQM/ C9LQM2
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6TRC1 C8TRC1
l Unidirectio nal 3R
(reshaping, retiming and regeneratio n)
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Client- side
optical signals: NA
l WDM- side
optical signals: OTU1
DWDM CWDM
C8TRC2
l Bidirection al 3R
(reshaping, retiming and regeneratio n)
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Client- side
optical signals: NA
l WDM- side
optical signals: OTU1
DWDM CWDM
C6LWM C8LWM
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Wavelengt h
conversion
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: 1xSTM– 1/OC–3, STM–4/ OC–12, STM–16/ OC–48
l WDM- side
optical signals: the same as the accessed client- side optical signals
C6LWMR/ C8LWMR
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6LWM R
C8LWM R
l Bidirection al 3R
(reshaping, retiming and regeneratio n)
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: NA
l WDM- side
optical signals: 155.5Mbi t/s, 622.2Mbi t/s, 2.5Gbit/s
DWDM CWDM
C6LWX
optical signals: 1x34Mbit /s to 2.7Gbit/s
l WDM- side
optical signals: the same as the accessed client- side optical signals
C6LWXR
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C8LWX
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Wavelengt h
conversion
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: 1x16Mbit /s to 2.5Gbit/s
l WDM- side
optical signals: the same as the accessed client- side optical signals
C8LWXR
DWDM CWDM
C6LWX R
l Bidirection al 3R
(reshaping, retiming and regeneratio n)
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: NA
l WDM- side
optical signals: 34Mbit/s to 2.7Gbit/s
DWDM CWDM
C8LWX R
l Bidirection al 3R
(reshaping, retiming and regeneratio n)
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: NA
l WDM- side
optical signals: 34Mbit/s to 2.7Gbit/s
–
DWDM CWDM
a: The overhead processing of the signals comply with ITU-T G.709.
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Table 4-16 Major functions of 2.5 Gbit/s OTUs with service convergence
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6LQS C7LQS
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion b
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: 4xSTM-1 /STM-4
l WDM- side
optical signals: STM-16
C6LWMR/ C8LWMR
DWDM CWDM
C6LDG C8LDG
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion b
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: 2xGE
l WDM- side
optical signals: STM-16
C6LWMR/ C8LWMR
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C6FDG C8FDG
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion a
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Client- side
optical signals: 2xGE
l WDM- side
optical signals: OTU1
C6TRC1/ C8TRC1/ C8TRC2/ C9LQM/ C9LQM2
DWDM CWDM
C6FCE
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion b
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FC service
distance extension
l Client- side
optical signals: 2xFC100 or 1xFC200
l WDM- side
optical signals: STM-16
C6LWMR/ C8LWMR
DWDM CWDM
Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C8LQM C9LQM
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion a
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l C9LQM provides
the regeneratio n function
C8LQM
l Client- side
optical signals: up to 4x125Mb it/s to 2.50Gbit/ s (the maximu m bandwidt h is less than 2.5 Gbit/s)
l WDM- side
optical signals: OTU1
C9LQM
l Client- side
optical signals: up to 4x125Mb it/s to 2.67Gbit/ s (the maximu m bandwidt h is less than 2.67 Gbit/s)
l WDM- side
optical signals: OTU1
C6TRC1/ C8TRC1/ C8TRC2/ C9LQM/ C9LQM2
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C9LQM 2
2LQM mode
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion a
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Provides the
regeneratio n function
l Client- side
optical signals: up to 4x125Mb it/s to 2.67Gbit/ s (the maximu m bandwidt h is less than 2.67 Gbit/s)
l WDM- side
optical signals: 2xOTU1
C6TRC1/ C8TRC1/ C8TRC2/ C9LQM/ C9LQM2
DWDM CWDM
AP8 mode
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion a
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Supports FEC
l Provides the
regeneratio n function
l Client- side
optical signals: up to 8x100Mb it/s to 2.5Gbit/s (the maximu m bandwidt h is less than 2.5 Gbit/s)
l WDM- side
optical signals: 1xOTU1
C6TRC1/ C8TRC1/ C8TRC2/ C9LQM/ C9LQM2
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
L2AS8 C7AS8
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion b
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: 2xSTM– 1/OC–3 or 4xSTM– 4/OC–12
l WDM- side
optical signals: STM-16
C6LWMR/ C8LWMR
DWDM CWDM
C6AP8
l Provides the single
fed and single receiving boards as well as the dual fed and selective receiving boards
l Service convergen
ce
l Wavelengt h
conversion b
l Line code: NRZ
l Supports the tunable
wavelengt hs
l Client- side
optical signals: 8x200Mb it/s to 2.12Gbit/ s (the maximu m bandwidt h is less than 2.5 Gbit/s)
l WDM- side
optical signals: STM-16
C6LWMR/ C8LWMR
DWDM CWDM
a: The overhead processing of the signals comply with ITU-T G.709. b: The overhead processing of the signals comply with ITU-T G.783.
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Table 4-17 Major functions of other OTUs
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C7EGS8
l Provides extended
access interfaces for eight GE service
l Supports GE service conversion
l Supports GE service
cross- connection
l Supports Ethernet
L2 switching
l Client- side
optical signals: up to 8xGE
l WDM- side
optical signals: NA
C8TBE
l provides extended
access interfaces for four GE service
l Chooses ten
channels of signals from the 48xGE services at most that are cross- connected to it and converges the chosen signals to 1x10GE signals
l Supports GE service conversion
l Supports GE service
cross- connection
l Client- side
optical signals: up to 4xGE
l WDM- side
optical signals: NA
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
C7LAM
l Service convergen
ce
l Wavelengt h
conversion
l Line code: NRZ
l Converges eight FE
services into one FE service and supports the communic ation between the OptiX OSN 900A and the OptiX Metro 6100 .
l Converges eight FE
services into one GE service.
l Converges seven FE
services into one GE service and provides the dual- fed and selective receiving protection at GE ports.
l Accesses a maximum
of four services at any rate from 16 Mbit/s to 2.5 Gbit/s and provides
l Client- side
optical signals: up to 8×16 Mbit/s to 2.5 Gbit/s (the maximu m bandwidt h is less than 2.5 Gbit/s)
l WDM- side
optical signals: 2.5Gbit/s line signal
DWDM CWDM
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
one OSC channel.
l Accesses a maximum
of three services at any rate from 16 Mbit/s to 2.5 Gbit/s and provides three dedicated OSC channels.
l Accesses a maximum
of two services at any rate from 16 Mbit/s to 2.5 Gbit/s, realizes the dual-fed and selective receiving protection of two WDM-side services and provides two dedicated OSC channels.
l Accesses a maximum
of four GE services and provides one OSC or
X Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board Name
Function
Feature
Client-/ WDM-Side Optical Signal
Regenerati ng Board
WDM Technical Specificati on
ESC channel.
l Accesses a maximum
of three GE services and provides three dedicated OSC or ESC channels.
l accesses a maximum of two GE
services, realize the dual-fed and selective receiving protection of two WDM-side services and two dedicated OSC or ESC channels.
l Regenerate s two
bidirection al services at any rate from 16 Mbit/s to 2.5 Gbit/s and provides two OSC channels.
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
4.4.2 Optical Multiplexer and Demultiplexer Board
The optical multiplexer and demultiplexer board can multiplex or demultiplex optical signals of different wavelengths.
Figure 4-7 shows the position of the two units in the system.
The optical multiplexer and demultiplexer boards are included in Table 4-18.
Table 4-18 Board name and category of the multiplexer and demultiplexer board
Board
Board Name
C6M40 C9M40
40-channel multiplexing board
C6V40 C9V40
40-channel multiplexing board with VOA
C6D40 C9D40
40-channel demultiplexing board
C6FIU C7FIU C9FIU
Fiber interface unit
C6EFIU
External fiber interface unit
C6M40 C9M40
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board
Application
Function
C6V40 C9V40
l Applies in the C_EVEN band in DWDM system with 100G channel space.
l Multiplexes 40-channel optical signals coming from the OTU, or accesses equipment into the main path.
l Adjusts the optical power of each channel for power pre-equilibrium.
l Provides an in-service monitoring port “MON”, so that the optical performance of optical signals can be checked in service through the MCA board or an optical spectrum analyzer.
C6D40 C9D40
l Applies in the C_EVEN band in DWDM system with 100G channel space.
l Demultiplexes the main path optical signal into 40-channel optical signals.
l Provides an in-service monitoring port “MON”, so that the optical performance of optical signals can be checked in service through the MCA board or an optical spectrum analyzer.
C6FIU C7FIU C9FIU
l Applies in the C_EVEN band in DWDM system with 100G channel space.
l Only used in the subrack.
l Performs the multiplexing and demultiplexing of main path signals and supervisory channel signals. In the transmit direction, the FIU accesses optical supervisory signals. In the receive direction, the FIU extracts optical supervisory signals.
l Provides in-service monitoring of optical interfaces, monitoring the spectrum of the main path without bringing service interruption.
l C7FIU provides an in-service monitoring port “MON”, so that the optical performance of optical signals can be checked in service through the MCA board or an optical spectrum analyzer.
C6EFI U
l Applies in the C_EVEN band in DWDM system with 100G channel space.
l Only used in the OADM frame.
l Performs the multiplexing and demultiplexing of main path signals and supervisory channel signals. In the transmit direction, the EFIU accesses optical supervisory signals. In the receive direction, the EFIU extracts optical supervisory signals.
l Provides in-service monitoring of optical interfaces, monitoring the spectrum of the main path without bringing service interruption.
l Provides an in-service monitoring port “MON”, so that the optical performance of optical signals can be checked in service through the MCA board or an optical spectrum analyzer.
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
4.4.3 Optical Add/Drop Multiplexer Board
In the optical add/drop multiplexer board, single-wavelength optical signals are added to and dropped from the multiplexed signals and sent to an OTU.
Figure 4-7 shows the position of the OADM board in the system. The optical add/drop multiplexer boards are included in Table 4-20.
Table 4-20 Board name and category of the optical add/drop multiplexer board
Board
Board Name
C6DWC
Dynamic wavelength add/drop control board
C8WSD9 C9WSD9
9-port wavelength selective switching demultiplexing board
C8WSM9 C9WSM9
9-port wavelength selective switching multiplexing board
C8RMU9
9-port ROADM multiplexing board
C9WSMD4
4-port wavelength selective switching demultiplexing/ multiplexing board
CM6MR4
4-channel optical add/drop multiplexing board
C6MR2
2-channel optical add/drop multiplexing board
L2SBM2
Single fiber bidirectional 2-channel optical add/drop multiplexing configuration board
L2SBM1
Single fiber bidirectional 1-channel optical add/drop multiplexing configuration board
Table 4-21 briefs the application and functions of the above boards. For more details, refer to Hardware Description.
Table 4-21 Application and description of the optical add/drop multiplexer board
Board
Application
Functions
C6DWC
l The board mainly applies to ROADM. It provides a function of dynamic configurable.
l Only used in DWDM system.
l Only used in two-fiber bidirectional system.
l It is to realize the ROADM function.
l Blocks the dropped service in the pass-through direction.
l Multiplexes the added service with the pass-through services by a multiplexer. Then sends them to the WDM line for transmission.
4-46
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board
Application
Functions
C8WSD9 C9WSD9
l The board mainly applies to ROADM. It provides a function of dynamic configurable.
l Only used in DWDM system.
l Only used in two-fiber bidirectional system.
l Achieves the dynamically configurable multiplexing of any wavelength from any port.
l Cooperates with the WSM9, optical multiplexer and demultiplexer board or optical add/ drop multiplexer board, a node on the ring or chain network can receive any wavelengths at the local station through any interfaces to achieve the dynamic allocation of wavelengths.
C8WSM9 C9WSM9
l The board mainly applies to ROADM. It provides a function of dynamic configurable.
l Only used in DWDM system.
l Only used in two-fiber bidirectional system.
l Achieves the dynamically configurable multiplexing of any wavelength from any port.
l Cooperates with the WSD9, optical multiplexer and demultiplexer board or optical add/drop multiplexer board, a node on the ring or chain network can receive any wavelengths at the local station through any interfaces to achieve the dynamic allocation of wavelengths.
C8RMU9
l The board mainly applies to ROADM. It provides a function of dynamic configurable.
l Only used in DWDM system.
l Only used in two-fiber bidirectional system.
l Adds eight channels of signals.
l Its adding interfaces can cooperate with tunable OTU boards to realize full dynamic input of eight channels of signals.
C9WSM D4
l The board mainly applies to ROADM. It provides a function of dynamic configurable.
l Only used in DWDM system.
l Only used in two-fiber bidirectional system.
l Achieves services broadcasting function, and the dynamic and configurable multiplexing and demultiplexing of any wavelengths to any ports.
l A node on the ring or chain network can receive any wavelengths at the local station through any ports. It also can transmit any wavelength combination to any interface, so as to achieve the dynamic allocation of wavelengths.
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board
Application
Functions
CM6MR 4
l The board mainly applies to OADM or OTM.
l Only used in DWDM and CWDM system.
l Only used in two-fiber bidirectional system.
l Adds/drops and multiplexes four seriate wavelengths to/from the multiplexed signals.
C6MR2
l The board mainly applies to OADM or OTM.
l Only used in DWDM and CWDM system.
l Only used in two-fiber bidirectional system.
l Adds/drops and multiplexes any two wavelengths to/from the multiplexed signals.
L2SBM2
l The board mainly applies to OADM or OTM.
l Only used in CWDM system.
l Only used in single-fiber bidirectional.
l Adds/drops two wavelengths to/ from the multiplexed signals and multiplexes the other two wavelengths into the multiplexed signals.
l The added or dropped signals must be in the different wavelengths.
L2SBM1
l The board mainly applies to OADM or OTM.
l Only used in CWDM system.
l Only used in single-fiber bidirectional.
l Adds/drops one wavelength to/ from the multiplexed signals and multiplexes another wavelength into the multiplexed signals.
l The added or dropped signals must be in the different wavelengths.
4.4.4 Optical Amplifier Board
The optical amplifier board amplifies the power of the multiplexed signals to extend the transmission distance.
Figure 4-7 shows the position of the optical amplifier board in the system. The optical amplifier boards are included in Table 4-22.
Table 4-22 Board name and category of the optical amplifier board
Board
Board Name
C6OAU C9OAU
Dual stage WDM optical booster amplifier board
4-48
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board
Board Name
C6OBU C8OBU C9OBU
WDM optical booster amplifier board
C6OPU C8OPU C9OPU
WDM pre-amplifier board
C8RPC
Raman pump amplifier board for C-band
Table 4-23 briefs the application and functions of the above boards. For more details, refer to Hardware Description.
Table 4-23 Application and description of the optical amplifier board
Board
Application
Functions
C6OAU C9OAU
l Amplifies at most 40 channels (the channel spacing being 100 GHz) at the same time
l The C6OAU includes C6OAU01A,
C6OAU01B, C6OAU02A, C6OAU02B, C6OAU03A, C6OAU03B, C6OAU05A.
l The C9OAU includes C9OAU01, C9OAU02, C9OAU03, C9OAU05A.
l The OAU board can amplify the input optical signal, compensate for the fiber loss, and increase the receive-end sensitivity budget.
l C6OAU01A, C6OAU02A, C6OAU03A, C6OAU05A, C9OAU01, C9OAU02, C9OAU03, C9OAU05A support EVOA.
l C6OAU01B, C6OAU02B, C6OAU03B do not support EVOA.
l The OAU board uses the automatic gain control technique to realize the gain locking function.
C6OBU C8OBU C9OBU
l Amplifies at most 40 channels (the channel spacing being 100 GHz) at the same time.
l The C6OBU includes C6OBU01, C6OBU03, C6OBU05.
l The C8OBU includes C8OBU03.
l The C9OBU includes C9OBU03 and C9OBU05.
l The OBU board can amplify the optical signal power.
l The OBU board uses the automatic gain control technique to realize the gain locking function.
l The OBU dose not support EVOA.
l The C6OPU includes C6OPU01, C6OPU02, C6OPU03
l The C8OPU includes C8OPU02, C8OPU04
l The C9OPU includes C9OPU03
C8RPC
C6SCC C8SCC
System control & communication unit and EOW unit
C6PMU C8PMU
Board
Application
Functions
C6SCC C8SCC
C6PMU C8PMU
One OptiX Metro 6100 NE node may include multiple OptiX Metro 6100 subracks
L2SC1 C9SC1
Unidirectional optical supervisory channel board
L2SC2 C9SC2
Bidirectional optical supervisory channel board
L2TC1a
Unidirectional optical supervisory channel and timing transmission unit
L2TC2a
Bidirectional optical supervisory channel and timing transmission unit
C9ST1 b
Unidirectional optical supervisory channel and clock transmitting board
C9ST2 b
Bidirectional optical supervisory channel and clock transmitting board
a: The TC1 and TC2 are only applicable to the subrack of the OptiX Metro 6100 with versions of V100R005.
b: The ST1 and ST2 are applicable to the subracks of the OptiX Metro 6100 with versions of V100R006 or above.
Table 4-28 briefs the application and functions of the above boards. For more details, refer to Hardware Description.
Table 4-28 Application and description of the optical supervisory channel and timing transmission board
Board
Application
Function
L2SC1 C9SC1
Applies to OTM
l Transmits and receives the optical supervisory signal in one transmission direction and processes the overheads.
l The carrier wavelength of the optical supervisory channel is 1510 nm.
L2SC2 C9SC2
Applies to OADM, OLA, REG
l Transmits and receives the optical supervisory signal in two transmission directions and processes the overheads.
l The carrier wavelength of the optical supervisory channel is 1510 nm.
4-52
OptiX Metro 6100 WDM Multi-Service Transmission
System
Product Description 4 Hardware Architecture
Board
Application
Function
L2TC1
Applies to OTM
C9ST1
Applies to OTM
l Transmits and receives a channel of optical supervisory signals, two channels of 2048 kbit/s or 2 MHz clock signals, and an FE service. The 10M/ 100M FE service is encapsulated into an E1 service for transmission over an E1 path.
l Provides signals of normal power and of large power. The ST1 of large power is used in a network where line attenuation is large.
l Supervisory information and clock signals are transmitted in 1510 nm.
C9ST2
Applies to OADM, OLA, REG
l Transmits and receives a channel of optical supervisory signals in each of the two directions, two channels of 2048 kbit/s or 2 MHz clock signals, and an FE service. The 10M/100M FE service is encapsulated into an E1 service for transmission over an E1 path.
l Provides signals of normal power and of large power. The ST2 of large power is used in a network where line attenuation is large.
l Supervisory information and clock signals are transmitted in 1510 nm.
4.4.7 Optical Protection Board
The optical protection board protects the networks with an system in self-healing mode. The optical protection boards are included in Table 4-29.
Table 4-29 Board name and category of the optical protection board
Board
Board Name
C8DCP
Double channel protection board
C6OLP C8OLP L2OLP
Optical line protection board
L2SCS
Sync optical channel separator board
L2OWSP
Optical wavelength shared protection board
C9CP40
40G optical channel protect board
4-54
Table 4-30 briefs the application and functions of the above boards. For more details, refer to Hardware Description.
OptiX Metro 6100 WDM Multi-Service Transmission System
Product Description
Table 4-30 Application and description of the optical protection board
4 Hardware Architecture
Board
Application
Functions
C8DCP
l C8DCP01 supports single-mode optical interface at 1310 nm and 1550 nm and provides the extended intra-board wavelength protection.
l C8DCP02 supports multi-mode optical interface at 850 nm and dose not provide the extended intra-board wavelength protection.
C6OLP C8OLP L2OLP
OptiX Metro 6100 WDM Multi-Service Transmission System 4 Hardware Architecture Product Description
Board
Application
Functions
L2SCS
l Applies to inter-board wavelength protection, located between the client equipment and the optical transponder board.
l Applies to client-side 1+1 wavelength protection, located between the client equipment and the optical transponder board.
l Applies to protection between tributary boards, located between the client equipment and the optical transponder board.
l Achieves dual-fed for optical signals.
l Helps to realize the inter-board 1+1 channel protection, the client-side 1 +1 optical channel protection and protection between tributary boards. Is able to automatically switch the traffic to the standby fiber when the signal quality in the active fiber degrades.
L2OWS P
l Applies to optical wavelength shared protection (OWSP)
l Located between the optical multiplexer and demultiplexer board and the optical transponder board.
l Protects the service with wavelength shared in ring network being configured with distributed service.
C9CP40
4.4.8 Spectrum Analyzer Board
Board
Board Name
L2MCA C7MCA
Multi-channel spectrum analyzer board
L2MCA C7MCA
L2MCA: in-service monitoring of eight optical channels.
C7MCA: in-service monitoring of four optical channels.
L2VOA C9VOA
L2VOA C9VOA
C9VA2
C6VA4 C9VA4
l Adjusts the optical power of the four channels of the optical signal.
l Always applies to the OADM and adjust the power of the add/drop channel optical signal, ensuring power equalization for the main path signal.
l The C6VA4 supports input optical power reporting, but the C9VA4 does not.
Adjusts the optical power of four optical channels according to the control command sent by the SCC.