将高性能锗光电二极管集成到CMOS兼容流中,以实现完整的单片硅光子解决方案

J. Ayala, Joshual Bell, K. Nummy, Fen Guan, Shuren Hu
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引用次数: 3

摘要

对数字信息的永不满足的需求导致了硅光子学在数字通信中的引入和越来越多的适应,以尽可能地取代速度慢得多的铜线。虽然目前大多数硅光子学解决方案都是使用混合(无CMOS器件)集成制造的,但越来越需要提供完全集成的解决方案(CMOS和光子学)来提高系统级性能并降低总体成本。在本文中,我们将描述用于开发并最终将高性能锗(Ge)光电二极管(PD)集成到90nm CMOS兼容工艺流程中的挑战和创新解决方案,以提供完整的单片硅光子解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating a high performance Germanium photodiode into a CMOS compatible flow for a full monolithic Silicon Photonics solution
The insatiable demand for digital information has led to the introduction and increasing adaptation of Silicon Photonics in digital communications to replace the much slower copper wires wherever possible. While most of today’s Silicon Photonics solutions are being manufactured using hybrid (no CMOS devices) integration, there is an increasing need to offer full integrated solutions (CMOS and Photonics) to improve system level performance and drive overall costs down. In this paper we’ll describe the challenges and innovative solutions used to develop and ultimately integrate a high performance Germanium (Ge) photodiode (PD) into a 90nm CMOS compatible process flow to provide a full monolithic Silicon Photonics solution.
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