WDM & Optical Transport
Datasheet
LambdaDriver
®
–10Gbps Transponder with FEC (TM-6DXFPF)
Forward Error Correction for distance extension
Features
10 Gbps OC192/STM-64 or GE data rates
Full 3R support
G.709 performance monitoring
Line and Diagnostics Loop-back tests
100GHz ITU-T grid (G.694.1) wavelengths for DWDM
Dispersion tolerance up to 200Km
Power monitoring
XFP digital diagnostics
Link Integrity notification (LIN)
Hot swappable
Applications
10 GE or SDH/SONET signal regeneration and optical
wavelength conversion
DWDM networks with end-to-end performance monitoring
TM-6DXFPF/xx
Distance extention of existing 10 Gbps DWDM networks
Overview
The TM-6DXFPF 10Gbps with Forward Error Correction (FEC)
transponders are single long slot modules usable in the LD1600,
LD1600L and LD400L LambdaDriver chassis, that convert the
“gray” wavelength of a 10 Gbps terminal equipment interface
to ITU-T grid DWDM wavelength enabling its transport via the
LambdaDriver
®
Optical Transport System (DWDM multiplexer,
OADM etc.).
The TM-6DXFPF modules support OC-192/STM-64 and 10 GE
protocols with 3R signal conditioning.
A key feature of the modules is the support of the G.709 FEC
standard protocol as well as Enhanced FEC (EFEC) protocol with
better error correction performance. The FEC/EFEC mode is user
selectable via management and set to EFEC by default.
The error-correction performance significantly extends the overall
distance reach of the link for very low BER performance.
For 10GE and OC192/STM-64 the G.709 digital wrapper
technology is used to transparently pass any type of payload.
Standard performance monitoring is supported for end-to-end
SONET/SDH terminated signals providing at each receive side the
relevant conditions and alarms as per ITU G.783, GR-474 standard
definitions. Statistics for current 15 minutes interval and up to 96
previous intervals can be viewed.
For 10GE traffic, performance parameters as defined by the
RFC 2819 (RMON), MIB2 and IfMib extensions are supported.
In addition, the extensive information provided by the G.709
monitoring allows for detailed performance analysis such as BER,
statistics, etc.
Line and Diagnostic Loop-back functionality is supported and
provides an essential tool for troubleshooting and maintenance
operations in a live network. The Diagnostic loop-back function
checks the integrity of the internal ports circuitry while the Line
loop-back is used to check the fiber connections integrity. The
Line Loop-back and the Diagnostic Loop-back are available for
Access (Client) ports.
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Not sure what solution best fits your needs? Visit www.mrv.com or e-mail us at sales@mrv.com
WDM & Optical Transport
The Link Integrity Notification (LIN) function allows the
terminal equipment to detect the link failure in the path
between the two terminal equipment units regardless of
the location of the failure. The link failure is propagated
throughout the network until it reaches the terminal
equipment, by disabling the transmission immediately upon
failure detection at the opposite port of the transponder. The
LIN function is turned off by the management interface (for
the case of SONET/SDH signals etc.).
The access (terminal equipment) interface is a XFP (10
Gbps Small Form Factor Pluggable) receptacle, while the
trunk (DWDM) port is an ITU-T grid integrated interface
that provides two configuration options, fixed or tunable
interface with MU connectors.
The transponders provide power monitoring of the trunk
(DWDM) port in addition to Digital Diagnostics provided by
the XFP of the access port.
The modules can be managed either through the
LambdaDriver
®
management module by local craft terminal
(CLI) or remotely by SNMP with MRV’s web-based NMS
MegaVision
®
or any other SNMP management platform.
Enviromental
Operating Temperature
Storage Temperature
Relative Humidity
Dimensions (W x H x D)
Weight
-5
0
C to +45
0
C
-10
0
C to +70
0
C
85% max, non-condensing
26.93 mm (1.06 in) x 263.4 mm (10.37 in) x 227 mm (8.956 in)
1.389 kg (3.62 lb)
Technical Specifications
WDM TX power (dBm)
Maximum receiver sensitivity (dBm)
Overload (dBm)
DWDM wavelengths range
Wavelengths Accuracy
Wavelengths Tuning
Time - cold start (sec)
Wavelengths Tuning
Time - warmed - up (sec)
TM-6DXFPF8/xx
TM-6DXFPF8T
TM-6DXFPF16T
Dispersion penalty at limit (db)
Power Consumption:
TM-6DXFPF8/xx
TM-6DXFPF8/T
TM-6DXFPF16T
Fixed wavelength
0-1
-29
-6
Any on ITU-T G694.1 100Ghz grid
Tunable wavelength
4 -7
-30
-8
1528 - 1561nm on ITU-T G694.1 50Ghz grid
+/-10pm
30
0.5
Chromatic Dispersion tolerance at 1525nm - 1570nm
1600 ps/nm
1600 ps/nm
3000 ps/nm
2
15 W
17 W
18.5 W
Description
XFP Access port, 10GE FEC DWDM ch #xx transponder up to 80 Km
distance without dispersion compensation
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TM-6DXFPF8T
XFP Access port, 10GE
½½
½½½½½½½½½½½½½
½½ ½½½½ ½½ ½½½ ½½½½½½½½½½½
½½½½½½ ½½½½½½ ½½
FEC DWDM tunable wave transponder up 80 Km
distance without dispersion compensation
½½½ ½½½½½ ½½½½½
½½½ ½½½½½ ½½½½½
wave
½½½ ½½½½½½½½½½½½½½½
TM-6DXFPF16T
½½½½
XFP Access port, 10GE FEC DWDM tunable
½½½½
transponder up 160 Km
½½½½½ ½½½½½½½½ ½½½
½½½ ½½½½½½ ½½½
½½½½½½½½½ ½½½½ ½½½½½½½½½½
distance without dispersion compensation
Order Info
Product
TM-6DXFPF8/xx
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MRV-LD-TM6DX
Rev.2
10 -08
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