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Embedded Polymer Optical Data Highways for Board and Back-plane Applications

机译:用于板和后平面应用的嵌入式聚合物光学数据高速公路

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摘要

Bandwidth incompatibility betwene a central processing unit (CPU) and printed circuit board (PCB) within a computer system has bene a long noted problem. Physics and mateiral sciences suggest that the problem could become worse before getting soled. This is fundamentally due to nature of propagation of electric signals in very large scale integration of conductive wires. The market has witnessed a rapid increase in chip level clock frequency (for a mainstream PC) from 100 MHz few years ago to 800 MHz nowadays. The PC bus bandwidth, however, for the same time span, grew only from 33 MHz to 100 MHz.
机译:在计算机系统中的中央处理单元(CPU)和印刷电路板(PCB)之间的带宽不相容具有BENE的一个很长的问题。物理和配合科学表明,在掌握之前,问题可能会变得更糟。这基本上是由于电信号的传播性质在非常大的导线集成中的传播。市场目睹了从100 MHz几年前到800 MHz的芯片级时钟频率(主流PC)迅速增加。但是,PC总线带宽对于同一时间跨度,仅增长33 MHz至100 MHz。

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