Transmode TP10G-TC_B_A4.cdr - CB Networks

10Gb/s Networking
CB Networks - Tel: 33 (0)1 72 74 16 25 - E-Mail: sales@cbnetworks.fr
10G Tuneable Transponder
The ability to tune a Transponder into any wavelength channel is an important factor to address spare part management
and cost for optical networks. Networks with fixed optics will require at least one extra Transponder unit for every used
wavelength channel as a spare part. A Transponder with tuneable laser can be used as a spare part for all wavelength
channels and will reduce the cost for spare parts dramatically.
The Transmode TP10GCLX/TC Transponder has equal functionality and performance as the existing TP10GCLX/zzzzz unit
that has a fixed line interface. This is indicated via the product code that is identical apart from the suffix "TC" that
stands for "Tuneable C-band". The TP10GCLX/TC Transponder can thus be used as a spare part for any
TP10GCLX/zzzzz unit. When inserted into a slot previously used by a TP10GCLX/zzzzz unit, the Transponder will
automatically inherit all the previous configuration data and automatically tune into the correct wavelength channel.
A new level of optical networking can also be achieved when combining the TP10GCLX/TC Transponder with the
Transmode �ROADM. Since both units are tuneable it is therefore possible to remotely create a dynamic add/drop node
for any wavelength channel.
The TP10GCLX/TC Transponder supports 10GbE-WAN/STM-64/OC-192 and 10GbE LAN traffic formats with the
following functions and features:
- Client signal is mapped into a G.709 digital wrapper.
10GbE WAN
10GbE LAN
STM-64/OC-192
- Embedded management channels enables easy access to remote NE’s without need for local DCN access or
separate OSC channel.
- Boosted transmission distance via line coding (FEC) that detects and corrects bit errors (Forward Error
Correction).
- XFP Transceiver on client interface to enable different interfacing alternatives towards client equipment.
- Tuneable line interface covering the whole C-band ITU grid at 50GHz and 100GHz spacing.
- PM extraction on both client and line interface every 15min/24h that is presented according to G.826 in the
node and network manager.
- Near-end client and far-end line loop-back for fault-finding and to ease installation and commissioning.
The TM-series 10G Transponder can be combined with other DWDM units on a fibre-pair with optical Mux/DeMux’es
(MDU’s). This is the optimum configuration for point-to-point networks where optical amplifiers, intermediate line
amplifiers and Dispersion Compensation Units (DCU’s) are used to extend the distance.
Up to 80 DWDM channels are currently supported for distances up to 600km in point-to-point or bus/ring network
configurations.
1
TP10GCLX
TC
�
G.709
FEC
Emb mgmt ch
Tunable Laser
Data Sheet
TM-Series
TM-3000/-301/-101/-102
The TP10GCLX/TC
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
TM-101/-102
TM-301
TM-3000
Double Dual GbE
Transponder
Quad MultiRate
Transponder
8-port SDH/SONET
MuxPonder
4xSTM-16/STM-64
MuxPonder

Protection
Technical Data
Parameter Value Comment
Power consumption
Timing
Performance monitoring
Embedded management channels
Misc
OCU
Equipm protection
Module type
Signal types
Connector type
Input fiber type
Interface type
Output
wavelength (nm)
Output power
Receiver sensitivity @ 10 -12
Overload
Link budget
excl. Network Margin and
excl. Dispersion Penalty
Network Margin (recomm)
Dispersion Penalty
CB Networks - Tel: 33 (0)1 72 74 16 25 - E-Mail: sales@cbnetworks.fr
TP10GCLX
TC
�
TP10GCLX
TC
�
25W Fully equipped
Through-timing in both directions Full 3R
- PM on client and line interfaces collected every 15min/24h and presented according to G.826.
- Optical parameters: Laser output power, Laser bias, Received optical power
Yes
Two TP10G units can be connected to provide equipment protection.
A passive optical coupler/combiner is placed between the Transponders and the
client equipment as shown in the figure.
One Transponder is set to “active” and the other in “stand-by” mode. Only the
active Transponder has its client laser turned on. Upon a failure on the active
path, the active Transponder will turn off its client laser and a HW-connected
signal will activate the stand-by Transponder. This switch is done within 20ms.
G.709 wrapper on line interface with Forward Error Correction (FEC)
Near-end loop-back on client interface. Far-end loopback on line interface
Client XFP
10Gbe LAN (10.3125Gb/s)
10GbE WAN (9.95328Gb/s)
STM-64/OC-192 (9.95328Gb/s)
LC
SM
STM-64 I-64.1 (~2km)
OC-192 SR-1 (~2km)
10GBASE-LR/LW (~10km)
1260 - 1360
-6dBm min
-1dBm max
-14dBm
0dBm
8dB
2dB
-
Optical Interfaces
80km discrete DWDM
G.709 wrapper with FEC
STM-64/OC-192 and 10GbE WAN = 10.709Gb/s
10GbE LAN = 11.0957Gb/S
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.
12 avenue des prés
78059 St Quentin en Yvelines
Transmode Systems AB
web: www.transmode.com
BOX 42114 Tel: 33 (0)1 72 74 email: 16 25 info@transmode.com
SE-126 14 Stockholm Fax: 33 (0)1 30 telephone: 44 11 95 +46 (0)8 527 675 50
http://www.cbnetworks.fr Sweden E-mail: sales@cbnetworks.fr
MU
SM
Long reach ~80km
Tuneable: 192.10, 192.20, 192.30 ..... 195.90 THz
(C-band @ 100GHz spacing)
Fiber-apir config: 192.10, 192.15, 192.20 ....... 195.10 THz
in C-band @ 50GHz spacing
+3dBm min
+6dBm max
-26dBm
-5dBm
11 - 29dB
2dB
1dB at 800 - 1200 ps/nm
2dB at 1200 - 1400ps/nm
The TM-series
Platform entails
both CWDM and
Mentis DWDM Platform solutions
in single-fibre
or fibre-pair
configurations.
All in the same
card cage, one the
same fibre and
under the same
node and network
management
system.
6-port Ethernet
Demarcation Unit
9xGbE/10G
Muxponder
10G Tunable Transponder
Double 10GbE
DWDM Transponder
�ROADM
Embedded
Node Manager (ENM)
Transmode
Network Manager (TNM)
DS-TP10G-TC
Rev B Mar 2008