Challenges for photonics in future systems

A. Levi
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Abstract

As the physical scaling of transistors comes to an end, new approaches are needed to ensure continued enhancement in system performance. Photonics is uniquely positioned to enable innovative distributed architectures of otherwise all electronic systems. Optical interconnects are, in principle, capable of solving the wiring and IO bottlenecks of CMOS circuitry. Incorporating the advantages of photonics with the integration capability of scaled CMOS electronics leads to a new microprocessor design-point in which an encapsulated processor is defined as a single CMOS chip with optical ports as the only means of external high-speed data communication.
未来系统中光子学的挑战
随着晶体管物理尺度的终结,需要新的方法来确保系统性能的持续增强。光子学具有独特的定位,可以实现其他所有电子系统的创新分布式架构。原则上,光互连能够解决CMOS电路的布线和IO瓶颈。将光子学的优势与CMOS电子学的集成能力相结合,导致了一种新的微处理器设计点,其中封装处理器被定义为单个CMOS芯片,其光端口作为外部高速数据通信的唯一手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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