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A compact 4 25-Gbps optical transceiver for short-reach communications using optical interconnects was developed. Its total power consumption is 2.2 W. A transmission experiment with the transceiver was successfully conducted at 25-Gbps data rate.
Activity in development of optical interconnection is growing in Japan. In this review recent Japanese activities are outlined from an opto-electronics package point of view. The most advantage in optical interconnection is in optical wiring such as an optical fiber or optical waveguide. The first motive for optical interconnection is realization of high throughput data transmission beyond speed of...
We developed a 10 Gbps x 12 channel pluggable optical transceiver. It consists of three photoelectric devices, an FR4 substrate with a microcontroller, a 12 x 2 multimode fiber with three optical connectors for the three photoelectric devices, an electrical connector, and a heat sink. This transceiver can be vertically plugged to the motherboard by using electrical connector. A vertical plug enables...
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