The growing demand of high speed data communication has made traditional electrical interconnection on board a bottleneck.
随着人们对高速数据传输要求的不断提高，传统的板间电互联遇到了瓶颈。
It is one of the important components of electronic products. For almost every electronic equipment, electrical interconnection between them must use printed circuit boards.
几乎每种电子设备，小到电子手表、计算机，大到计算机、通信设备、军用武器系统，只要存在电子元器件，它们之间的电气互连就要使用印制电路板。
The paper discusses the disadvantages of electrical interconnection and advantages of optical interconnection, and introduces the presently basic conditions of optical interconnection.
讨论了电互连方式的缺陷以及光互连方式的优点，介绍了当前光互连的基本情况。
Bearing 16-point and 32-point large-scale FFT parallel computing, the platform can demonstrate the transmission capacity of optical interconnection and electrical interconnection through experiments.
平台通过承载16点以及32点的大规模并行FFT计算，能够通过实验演示光互连与电互连的传输能力。
Bearing 16-point and 32-point large-scale FFT parallel computing, the platform can demonstrate the transmission capacity of optical interconnection and electrical interconnection through experiments.
平台通过承载16点以及32点的大规模并行FFT计算，能够通过实验演示光互连与电互连的传输能力。
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