FEATURESCompliant with the 300 PIN Multi-Source Agreement (MSA)Designed for up to 12km links2.2 x 3.0 x 0.53 inch form factorOperating temperature -5 C to 70 CMulti-rate product applications support SONET, Ethernet, and FEC data rates622/644/669 by 16 electrical SERDESInternal microprocessor controlled2C functionalityLow power dissipation (4.5 Watts typical)PIN receiver sensitivity -18.0dBm @ BER = 10-12Optical Internetworking Forum (OIF) compliantSelectable TX and RX reference clock rates ( 16 or 64)Custom packaging availableOVERVIEWFinisar has developed a line of 10Gb/s Short Reach (SR) transponders that incorporate all features required by the 300 PIN Multi-Source Agreement (MSA) and serial Optical Internetworking Forum (OIF) specification. This line of transponders from Finisar operate at 1310nm and are designed for links up to 12 kilometers.These products include the optical transmitter and receiver, laser bias and control circuitry as well as the electrical Mux/DeMux shown in Fig specification. This line of transponders from Finisar operate at 1310nm and are designed for links up to 12 kilometers.These products include the optical transmitter and receiver, laser bias and control circuitry as well as the electrical Mux/DeMux shown in Figure 1. control for applications ranging from 9.953Gb/s (SONET) to 11.3Gb/s (10GE with FEC). The transmitter and receiver reference clock rates are selectable for divide by 16 or 64. The optical receiver is based on a high sensitivity PIN with typical sensitivity of -18.0dBm at a bit error rate (BER) 10-12.The optical transmitter employs Finisar's proprietary and patented design, which provides its users with the highest performance levels at the lowest cost.10GB/S OPTICAL TR1310nm Short ReachPBModuleParameterMin TypMaxUnitsReceiverSensitivity {BER = 10-12}-18-15dBmMaximum Overload {BER = 10-12}-1-0dBmRX Spectral Range12901600nmOptical Return Loss27dBJitter Tolerance and TransferGR 253 CompliantTransmitterOutput Power-4-2-1dBmExti FEATURESCompliant with the 300 PIN Multi-
Relevant Keywords:
TR1310nm, RevE1310nm, 15TRAAV1MPL
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