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Advanced integration schemes for high-functionality/high-performance photonic integrated circuits

机译:高功能/高性能光子集成电路的高级集成方案

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The evolution of optical communication systems has facilitated the required bandwidth to meet the increasing data rate demands. However, as the peripheral technologies have progressed to meet the requirements of advanced systems, an abundance of viable solutions and products have emerged. The finite market for these products will inevitably force a paradigm shift upon the communications industry. Monolithic integration is a key technology that will facilitate this shift as it will provide solutions at low cost with reduced power dissipation and foot-print in the form of highly functional optical components based on photonic integrated circuits (PICs). In this manuscript, we discuss the advantages, potential applications, and challenges of photonic integration. After a brief overview of various integration techniques, we present our novel approaches to increase the performance of the individual components comprising highly functional PICs.
机译:光通信系统的演化已经促进了所需的带宽来满足增加的数据速率需求。然而,由于外围技术已经进展以满足先进系统的要求,因此已经出现了丰富的可行解决方案和产品。这些产品的有限市场不可避免地强迫通信行业的范式转变。单片集成是一个关键技术,将促进这种转变,因为它将以低成本提供解决方案,其基于光子集成电路(PICS)的高功能光学组件的形式降低功耗和脚印。在这份手稿中,我们讨论了光子集成的优势,潜在的应用和挑战。在简要概述各种集成技术之后,我们提出了我们的新方法来提高包括高功能图片的各个组件的性能。

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