Ultra-thin silicon-on-sapphire multi-channel optical interconnects
Long Beach, CA, USA（2002）
Abstract
Summary from only given. We designed and built a completely functional optical interconnects using silicon on sapphire (SOS) driver and receiver technology. Operation of high bandwidth and low-power consumption was demonstrated from this system. The second generation of 8 X 8 SOS driver and receiver are currently under testing and fabrication. Multi-gigabits bandwidth operation is expected from such a parallel array interconnects.
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Key words
driver circuits,integrated circuit technology,integrated circuit testing,optical interconnections,optical receivers,optical transmitters,parallel architectures,semiconductor laser arrays,silicon,silicon-on-insulator,si-al/sub 2/o/sub 3/,driver technology,fabrication,functional optical interconnects,high bandwidth,low-power consumption,multi-gigabits bandwidth operation,parallel array interconnects,receiver technology,second generation,testing,ultra-thin silicon-on-sapphire multi-channel optical interconnects,silicon on sapphire,optical waveguides,silicon on insulator
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