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Recent Advances in Board-Level Optical Interconnection

机译:底座光学互联的最新进展

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The potential of optical interconnection technology is discussed. Particular attention is paid to the introduction of "optical wiring" at the printed wiring board level ("last 1 meter area") to overcome conventional electrical copper-based bandwidth limitations. The R&D status of optoelectronics system integration in Japan is also briefly introduced, and is followed by a review of optical surface mount technology (O-SMT), one of the possible solutions in this field. The development of sophisticated technology enabling high efficiency and alignment-free coupling between optical wirings and optical devices is found to be key to the practical use of optical wiring. A novel interface using an “optical pin” and a “self-written waveguide” is shown to be very promising for the achievement of optical interconnection technology.
机译:讨论了光学互连技术的潜力。特别注意在印刷线板级(“最后1米区域”)的“光学布线”引入“光学布线”,以克服传统的基于电铜的带宽限制。还简要介绍了日本光电子系统集成的研发状态,随后是光学表面贴装技术(O-SMT)的审查,是该领域的可能解决方案之一。发现光学布线和光学装置之间实现高效率和对准耦合的复杂技术的开发是光学布线实际使用的关键。使用“光学销”和“自写波导”的新颖界面被示出为实现光学互连技术非常有前途。

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