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Optical Computing Architectures

机译:光学计算架构

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摘要

Optical interconnects area are promising to fulfill the needs for future connection intensive digital systems. Concepts such as co-integrating silicon CMOS technology with optoelectronic devices have led led to several approaches for the design of the optical backplanes with terabit/ second or higher throughput.rnOptical waveguide bus arrays are attractive for their low cross-talk, small propagation loss, parallel operation with high packing density, which may be limited by channel cross-coupling, power dissipation and cost. Polymers waveguides, fibre arrays, VCSELs and detector arrays are considered for such buses. Procedures for testing of parallel links need to be developed, including their BER measurements.
机译:光互连领域有望满足未来连接密集型数字系统的需求。诸如将硅CMOS技术与光电子设备集成在一起的概念导致了数种设计方法,这些方法可用于设计具有兆位/秒或更高吞吐量的光背板。光波导总线阵列因其低串扰,传播损耗小,具有高封装密度的并行操作,这可能会受到通道交叉耦合,功耗和成本的限制。对于这种总线,考虑使用聚合物波导,光纤阵列,VCSEL和检测器阵列。需要开发测试并行链路的程序,包括其BER测量。

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