Tunable CFP MSA Compliant DWDM 100Gb/s Transceiver P/N 6XXG06P-1600 Description Menara Networks Tunable CFP DWDM transceiver combines 4x28Gbps reduced bandwidth modulation format and 50GHz full C-band tunability into a CFP MSA compliant package. The tunable CFP is designed to interoperate with any Open DWDM line system that support 50GHz or 100GHz spaced wavelengths per the ITU-T C-band grid thus offering complete and cost effective DWDM transport for IP, MPLS, and Ethernet applications. Management Management of the Tunable CFP is provided via the CFP MSA MDIO interface, which supports digital diagnostic monitoring, alarms and loop backs to include wavelength tuning. Applications • IP/MPLS and Ethernet Switches and Routers • DWDM 100Gbps Muxponders and Transponders • Access, Metro and Regional Carrier Ethernet DWDM Networks Features • Compliant with CFP MSA • Quad full C-band 50GHz ITU-T transmitters • Quad PIN receivers • 8xLC fiber connections • 100GE CAUI or OTL-4.10 host interface • Fully transparent 100GE and OTU4 transport • Receiver Decision Threshold Control for improved OSNR range with MDIO control • Optical Duo Binary modulation and pre-coding for compatibility with ROADMs • 24W max power consumption • -5C to 70C operating temperature range
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Menara Networks Tunable CFP DWDM transceiver combines 4x28Gbps reduced bandwidth modulation format and 50GHz full C-band tunability into a CFP MSA compliant package. The tunable CFP is designed to interoperate with any Open DWDM line system that support 50GHz or 100GHz spaced wavelengths per the ITU-T C-band grid thus offering complete and cost effective DWDM transport for IP, MPLS, and Ethernet applications.
Management Management of the Tunable CFP is provided via the CFP MSA MDIO interface, which supports digital diagnostic monitoring, alarms and loop backs to include wavelength tuning. Applications
• IP/MPLS and Ethernet Switches and Routers • DWDM 100Gbps Muxponders and
Transponders • Access, Metro and Regional Carrier Ethernet
Transmitter Optical Specifications Parameter Symbol Min Typical Max Units
Host Native Nominal Bit Rate 10 x 10.3125 (CAUI)
4 x 27.9525 (OTU4)
Gbps
DWDM Line Interface Bit Rate 4 x 25.78125 (4 Lane 100GE)
4 x 27.9525 (OTU4) Gbps
OTN Interface Bit Rate Deviation +/- 20 ppm
CAUI Interface Bit Rate Deviation +/- 100 ppm
DWDM Wavelength Range λWDM 1528.38 - 1565.50 nm
Channel Spacing fSPACING 50 GHz
Laser Tuning Range fTUNE Full C-band
Wavelength Accuracy ΔλEOL -25 - +25 pm
Per Lane Output Power POUT 0 - +2 dBm
Output Power Flatness ΔPAVG 1 dB
Shutdown Optical Power POFF -35 dBm
Side Mode Suppression Ratio SMSR 35 dB
Spectral Width @ -20dB Δλ 0.35 nm
Jitter Generation per Lane
50kHz to 200MHz
JGEN 1.2 UIpp
Receiver Optical Specifications (G.709 and FEC Provided by Host)
Parameter Symbol Min Typical Max Units
Receive Wavelength Range λWDM 1527 - 1566 nm
Receiver Operating Range1,3,4
± 400 ps/nm Dispersion
PIN
-10
-
+1
dBm
UFEC OSNR Requirement1,3,4
±400 ps/nm Dispersion
-10dBm to +1dBm Input
OSNRMIN 20 - - dB/
0.1nm
GFEC OSNR Requirement2,3,4
±400 ps/nm Dispersion
-10dBm to +1dBm Input
OSNRMIN 24 - - dB/
0.1nm
1 PRBS 223-1, Pre FEC BER = 3E-3, Post FEC BER = <1E-12 2 PRBS 223-1, Pre FEC BER = 5E-5, Post FEC BER = <1E-12 3 Optical filter with 35GHz -1dB bandwidth 4 OSNR >30dB @ 0.1nm
General Specifications Parameter Symbol Min Typical Max Units
Operating Temperature TOPER -5 70 C
Storage Temperature TSTOR -40 85 C
Power Consumption PDIS 24 W
Power Requirements
Parameters Symbol Min Typ. Max Unit Absolute Maximum Power Supply Voltage
VCC
3.6
V
Operating Power Supply
Voltage VCC 3.2 3.3 3.4 V Current ICC - - 10 A
Low Power Mode Dissipation Plow 2 W Inrush Current Iinrush 100 mA/usec Turn-off Current Iturnoff -100 mA/usec
Power Supply Noise
Vrip
2%
3%
DC – 1MHz
1 – 10MHz 1 Current include operating and inrush conditions
Control Pin Timing
Parameter Symbol
Min. Max. Unit Notes & Conditions
Hardware MOD_LOPWR assert
t_MOD_LOPWR_assert
1
ms
Hardware MOD_LOPWR deassert
t_MOD_LOPWR_deassert
1
ms
Receiver Loss of Signal Assert Time t_loss_assert
100
µs
Receiver Loss of Signal De-Assert Time
t_loss_deassert
100
µs
Global Alarm Assert Delay Time
GLB_ALRMn_assert
150
ms
This is a logical "OR" of associated MDIO alarm & status registers.
Global Alarm De-Assert Delay Time
GLB_ALRMn_deassert
150
ms
This is a logical "OR" of associated MDIO alarm & status registers.