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Roadmap for low-cost optical regeneration

机译:低成本光学再生路线图

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Future transparent networks require optical regeneration. The regeneration process of amplitude-modulated signals consists of three key stages: re-amplification, re-shaping, and re-timing. In this Paper we briefly review various optical clock recovery methods and propose a polarization insensitive low-cost scheme capable of resolving timing information simultaneously for multiple wavelength channels. We also discuss the prospects of low-cost volume production with integrated optics and especially with Si-photonics.
机译:未来的透明网络需要光再生。调幅信号的再生过程包括三个关键阶段:重新放大,重新整形和重新定时。在本文中,我们简要回顾了各种光时钟恢复方法,并提出了一种偏振不敏感的低成本方案,该方案能够同时解析多个波长信道的时序信息。我们还将讨论使用集成光学器件,尤其是使用Si-photonics进行低成本批量生产的前景。

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