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3.125 Gbps/channel 4-channel parallel optical transmitter and receiver module with MT-RJ receptacle
2001 / IEEE / 0-7803-7038-4
This item was taken from the IEEE Conference ' 3.125 Gbps/channel 4-channel parallel optical transmitter and receiver module with MT-RJ receptacle ' This paper describes a 3.125 Gbps 4-channel parallel optical transmitter and a receiver module with MT-RJ receptacle designed for a very short reach OC-192 interface between a DWDM transponder and a core router. The discussion is addressed on the following key features: (1) 4-channel 1310 nm FP-LDs with their anodes and cathodes separated channel-by-channel, (2) 4-channel passive optical alignment technology, (3) inter-channel crosstalk reduction technology in a Si optical bench, (4) low power consumption high speed LD driver and receiver LSIs. The applicability of newly developed 3.125 Gbps/ch 4-channel parallel optical transmitter and receiver module to very short reach application has also been demonstrated through a transmission experiment over a 500 m length of GI-50 MMF (graded-index multi mode fiber).
Fabry-perot Laser Diode
Passive Optical Alignment Technology
Si Optical Bench
Low-power High-speed Ld Driver Lsi
Very Short Reach Application
Graded-index Multi-mode Fiber
High Speed Optical Techniques
Wavelength Division Multiplexing
Multi-channel Parallel Optical Transmitter/receiver Module