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Linking with light [high-speed optical interconnects]

机译:与光链接[高速光学互连]

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摘要

Having proven their worth in long-distance communications, photons will soon take over inside the computer. So some researchers say that, within just a few years, many of the copper connections in computers will yield to high-speed optical interconnects, in which photons, rather than electrons, will pass signals from board to board, or chip to chip, or even from one part of a chip to another. The idea is simple in principle, and parallels telecommunications systems. An electrical signal from the processor would modulate a miniature laser beam, which would shine through the air or a waveguide to a photodetector, which would in turn pass the signal on to the electronics. Though at the moment it is more expensive to communicate with light than with electric current, the day is coming when only optical technologies will be able to keep up with the demands of ever-more-powerful microprocessors, just as they are now the only reasonable way to move the world's Internet traffic across the kilometers.
机译:在长距离通信中证明了其价值之后,光子很快就会接管计算机内部。因此,一些研究人员说,在短短几年内,计算机中的许多铜连接将转变为高速光学互连,其中光子而非电子将使信号从板到板或从芯片到芯片,或甚至从芯片的一部分到另一部分。这个想法原则上很简单,并且与电信系统并行。来自处理器的电信号将调制微型激光束,该微型激光束将通过空气或波导发光到光电探测器,然后将信号传递到电子设备。尽管目前与光进行通信比通过电流进行通信要昂贵得多,但是只有光学技术能够满足日益强大的微处理器的需求的日子已经到来,就像它们现在是唯一合理的跨数公里移动世界互联网流量的方法。

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