用于微电子运算芯片光学互连的硅光子学

H. Wong
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引用次数: 0

摘要

近年来,片上互连技术面临着诸多挑战。随着硅集成光子学的显著进步,在过去的十年中,为未来的千兆级电路引入片上光学互连的可能性得到了热烈的探讨。片上光互连的成功开发将是集成电路下一次技术革命的主要举措之一。多年来,基于CMOS工艺制作光微波导的技术得到了发展,并提出了几种制作硅基光源的建议。本次演讲重点介绍了最近报道的基于传统CMOS工艺制造波导和发光器件的一些尝试。这些技术在未来千兆级CMOS技术的片上光互连中具有广阔的应用前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Silicon photonics for microelectronic op-chip optical interconnects
The on-chip interconnects technology has faced a number of challenges in recent years. With the significant advancement in silicon integrated photonics, possibility of introducing on-chip optical interconnects for future gigascale circuits has been explored intensely in the last decade. The successful development of on-chip optical interconnects will be one of the major moves for the next technology revolution for the integrated circuits. Over the years, technology for making optical micro-waveguides based on CMOS processes has been developed and there are several proposals for making Si-based light sources. This talk highlights some attempts reported recently for making waveguide and light emitting devices based on the conventional CMOS processes. These technologies look promising for the on-chip optical interconnects in future gigascale CMOS technology.
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