10-port SDH/SONET GFP MuxPonder - CB Networks · points of the SDH network. The GFP MuxPonder can...
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The GFP MuxPonder can be mounted stand-alone in the TM-101/-102 chassis or in the larger TM-301 or TM-3000 chassis where it can be combined with other CWDM or DWDM Traffic Units. See separate Data Sheets for more information about these products Data Sheet TM-Series TM-3000/-301/-101/-102 Double Dual GbE Transponder Quad MultiRate Transponder 8-port SDH/SONET MuxPonder TM-101/-102 TM-301 TM-3000 4xSTM-16/STM-64 MuxPonder SDH/SONET GFP Multiplexing 10-port SDH/SONET GFP MuxPonder The 10-port SDH GFP MuxPonder is yet another effective way to utilize the wavelength channels within the TM-series. It performs mapping of up to 10 client signals into an STM-16 line signal according to the GFP-standard. The unit supports both Transparent (GFP-T) as well as Framed GFP (GFP-F) mapping according to G.7041 and performs virtual (VCAT) and contiguous (CCAT) concatenation as defined in ITU-T G.707, G.783 and ANSI T1.105 In Transparent mode (GFP-T) all supported traffic signals are transported transparently and protocol independent. The Framed mode (GFP-F) enables bandwidth and channel rate limiting for GbE-signals via IEEE 802.3z Ethernet MAC functionality. Both modes can be mixed within the same unit. The unit supports the following traffic types: - GbE (MM, SM and 1000Base-T) - 1G Fibre channel (1G FC) - 2G Fibre channel (2G FC) - ESCON - DVB-ASI (Digital Video Broadcast - Asynchronous Serial Interface) The client interfaces are equipped with pluggable transceivers (SFP’s) to provide best match to the client equipment. The line interface can be equipped with either CWDM or DWDM SFP’s to meet needed distance and capacity needs. In the GFP-F mode the GbE-signals shall be allocated a max bandwidth and optionally a rate limit within that max bandwidth. The bandwidth allocation is done into VC-3 or VC-4 payloads. In the VC-3 alternative the max bandwidth is set in number of VC-3 frames (with payload of 48,3Mb/s). The max number of available VC-3 frames is 48. A GbE-signal in GFP-F mode requires minimum 21 VC-3 frames to be transported without any rate limiting. Optionally, a GbE-signal can be further rate limited within the allocated VC-3/VC-4 capacity. The minimum channel rate is 10Mb/s. The rate can then be set in steps of 1Mb/s up to the full capacity, as defined by the max bandwidth setting. 1 2 10 wdm Transceiver Client Transceivers PM and utilization measurements Performance data is collected from both client and line interfaces every 15min and 24hours and regardless of client signal type, presented according to the G.874/826 standard (ES, SES, BBE, UAS). The utilization of the GbE-channels can also be monitored as a PM-parameter to detect need for capacity upgrades before the max bandwidth limit is reached. Optical parameters from both client and line interfaces can be monitored to detect degradations of e.g fiber network due to bad connectors, new splices etc. The GFP MuxPonder also provides embedded management channels for management access without need for separate OSC (Optical Supervisory Channels) or external DCN network. GXP10/2500-SFP CB Networks - Tel: 33 (0)1 72 74 16 25 - E-Mail: [email protected]
Transcript of 10-port SDH/SONET GFP MuxPonder - CB Networks · points of the SDH network. The GFP MuxPonder can...
The GFP MuxPondercan be mountedstand-alone in
the TM-101/-102 chassis or in the larger TM-301
or TM-3000 chassis where it can be combined with other CWDM
or DWDM TrafficUnits.
See separate Data Sheets for
more information about these
products
Data SheetTM-Series
TM-3000/-301/-101/-102
Double Dual GbETransponder
Quad MultiRateTransponder
8-port SDH/SONETMuxPonder
TM-101/-102
TM-301
TM-3000
4xSTM-16/STM-64MuxPonder
SDH/SONET GFP Multiplexing
10-port SDH/SONET GFP MuxPonderThe 10-port SDH GFP MuxPonder is yet another effective way to utilize the wavelength channels within the TM-series. It performs mapping of up to 10 client signals into an STM-16 line signal according to the GFP-standard.
The unit supports both Transparent (GFP-T) as well as Framed GFP (GFP-F) mapping according to G.7041 and performs virtual (VCAT) and contiguous (CCAT) concatenation as defined in ITU-T G.707, G.783 and ANSI T1.105
In Transparent mode (GFP-T) all supported traffic signals are transported transparently and protocol independent. The Framed mode (GFP-F) enables bandwidth and channel rate limiting for GbE-signals via IEEE 802.3z Ethernet MAC functionality. Both modes can be mixed within the same unit.
The unit supports the following traffic types:- GbE (MM, SM and 1000Base-T) - 1G Fibre channel (1G FC)- 2G Fibre channel (2G FC)- ESCON- DVB-ASI (Digital Video Broadcast - Asynchronous Serial Interface)
The client interfaces are equipped with pluggable transceivers (SFP’s) to provide best match to the client equipment. The line interface can be equipped with either CWDM or DWDM SFP’s to meet needed distance and capacity needs.
In the GFP-F mode the GbE-signals shall be allocated a max bandwidth and optionally a rate limit within that max bandwidth. The bandwidth allocation is done into VC-3 or VC-4 payloads.In the VC-3 alternative the max bandwidth is set in number of VC-3 frames (with payload of 48,3Mb/s). The max number of available VC-3 frames is 48. A GbE-signal in GFP-F mode requires minimum 21 VC-3 frames to be transported without any rate limiting. Optionally, a GbE-signal can be further rate limited within the allocated VC-3/VC-4 capacity. The minimum channel rate is 10Mb/s. The rate can then be set in steps of 1Mb/s up to the full capacity, as defined by the max bandwidth setting.
12
10
wdmTransceiver
ClientTransceivers
PM and utilization measurementsPerformance data is collected from both client and line interfaces every 15min and 24hours and regardless of client signal type, presented according to the G.874/826 standard (ES, SES, BBE, UAS).
The utilization of the GbE-channels can also be monitored as a PM-parameter to detect need for capacity upgrades before the max bandwidth limit is reached.
Optical parameters from both client and line interfaces can be monitored to detect degradations of e.g fiber network due to bad connectors, new splices etc.
The GFP MuxPonder also provides embedded management channels for management access without need for separate OSC (Optical Supervisory Channels) or external DCN network.
GXP10/2
500-S
FP
CB Networks - Tel: 33 (0)1 72 74 16 25 - E-Mail: [email protected]
The specifications and information within this document are subject to change without further notice. All statements, information and recommendations are believed to be accurate but are presented without warranty of any kind. NOTE! The above transceivers are a subset of all available transceiver types. Contact Transmode for more details.
[email protected]+46 (0)8 527 675 50
web:email:
telephone:
Transmode Systems AB
SE-126 14 StockholmSweden
BOX 42114
Mentis Platform
The TM-series Platform entails both CWDM and DWDM solutions
in single-fibre or fibre-pair
configurations. All in the same
card cage, one thesame fibre andunder the same
node and network management
system.
9xGbE/10GMuxponder
mROADM
6-port Ethernet Demarcation Unit
EmbeddedNode Manager (ENM)
TransmodeNetwork Manager (TNM)
Double 10GbE DWDM Transponder
10G Tunable Transponder
Technical Data
Point-to-Point applications
wdmTransceiver
wdmTransceiver
ClientTransceivers
ClientTransceivers
MD
U C
4ch
MD
U C
4ch
Single-fiber
The GFP MuxPonder unit is an effective way to utilize the wavelengths more efficiently in e.g. point-to-point C/DWDM wavelength networks. Alternatively, the GFP MuxPonder can be used to tunnel traffic through an existing SDH network. A legacy SDH network can then carry e.g. GbE and Fibre Channel traffic by having the GFP MuxPonder at entry and exit points of the SDH network.
The GFP MuxPonder can be configured as a stand-alone 1U-NE with embedded node manager (TM-ENM) with CLI and Graphical User Interface (GUI) using the TM-101/-102 chassis, or as a Traffic Unit within a TM-3000/-301 chassis managed by a Control Unit (CU).
Parameter Value Comment
Power consumption
Timing
Performance monitoring
Embedded management channels
Misc
35W Fully equipped
Internal oscillator or from line signal Full 3R
- PM on client and line interfaces presented according to G.826 (ES, SES, UAS) - Optical parameters: Laser output power, Laser bias, Received optical power- GbE Utilization (presented as % of max bandwitdh)
Yes
GFP-T and GPF-F mapping in VC-3 or VC-4 frames.Example of traffic combinations: 10x GbE (GFP-F), 10x ESCON (GFP-T), 2xGbE (GFP-F or GFP-T) or 2x FC (GFP-T) in any mix, 8x ESCON (GFP-T low latency), 8x DVB-ASI (GFP-T), 1x 2G FC (GFP-T)
Module type
Signal types
Bit rate
Connector typeInput fiber typeInterface typeOutput wavelength (nm)
Output power
Receiver sensitivity@ 10-12
OverloadLink budgetwithout Network MarginCan be used on (C) = Client side(L) = Line side
Non-wdm SFP’s (normally used on client interfaces)
“ESCON”“MultiRate SM”
Short Reach“MultiRate SM”
Intermediate Reach “GbE /FC SM” “1000Base-T”“GbE /FC MM”
ESCON
100Base-LXESCON
DVB Video1G FCGbE
STM-1/-4/-16OC-3/-12/-48
100Base-LXESCON
DVB Video1G FCGbE
STM-1/-4/-16OC-3/-12/-48
100Base-LXESCON
DVB Video1G FCGbE
100Base-SXESCON
DVB Video1G FC2G FCGbE
Electrical GbE
200Mb/s 100Mb/s - 2.5Gb/s 100Mb/s - 2.5Gb/s 100Mb/s - 1.25Gb/s 100Mb/s - 1.25Gb/s 1.25Gb/s
LC LC LC LC LC RJ45MM SM SM SM MM Electrical
~2km ~2km ~15km ~10km ~550m -
1260 - 1360 1260 - 1360 1260 - 1360 1260 - 1360 820 - 860 -
-20,5dBm min-15dBm max
-10dBm min-3dBm max
-5dBm min-0dBm max
-10dBm min-3dBm max
-9,5dBm min-3,5dBm max -
-30dBm -17dBm -17dBm -17dBm -14dBm -
-14dBm -3dBm 0dBm -3dBm 0dBm
0 - 9,5dB 0 - 7dB 0 - 12dB 0 - 7dB 0 - 4,5dB
(C) (L) (L) (C) (C) (C)
-
-
CWDM SFP Transceivers DWDM SFP TransceiversModule type
Bit rate
Connector typeInput fiber typeOutput wavelength (nm)
Output power
Rec sensitivity @ 10 excl. Network Margin-12
Link budget without Network Margin
Overload
100Mb/sto
2.488Gb/s
100Mb/sto
2.488Gb/s
100Mb/sto
2.488Gb/s
622Mb/sto
2.488Gb/s
“40km” “80km” “100km” “120km”
LCSM
LC LC LCSM SM SM
1271 - 1611nm (G.694.2) G.694.1 100GHz spaced C-band0dBm min
+5dBm max0dBm min
+5dBm max0dBm min
+5dBm max0dBm min
+4dBm max0dBm -9dBm -9dBm -9dBm
-20dBm -28dBm -30dBm -28dBm
5 - 20dB 14 - 28dB 14 - 30dB 13 - 28dBm
SDH
DS-GFP-10Rev D Mar 2008
1 12 2
10 10
GXP10/2
500-S
FP
GXP10/2
500-S
FP
12 avenue des prés78059 St Quentin en Yvelines
Tel: 33 (0)1 72 74 16 25Fax: 33 (0)1 30 44 11 95
http://www.cbnetworks.fr E-mail: [email protected]
CB Networks - Tel: 33 (0)1 72 74 16 25 - E-Mail: [email protected]
