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A Survey of Optical and Electronic Delay Lines with a Case Study on Using Optical Delay Lines in 65 nm CMOS Optical Receivers

机译:光学和电子延迟线的调查,以在65 nm CMOS光接收器中使用光学延迟线为例

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This paper presents a survey of electronic delay lines and recent advances in silicon photonics-based optical delay lines targeting data and clock synchronization in the optical receiver. Important considerations such as delay range, delay resolution, tunability, and power consumption are discussed. Measurements of two optical receivers developed in CMOS 65 nm utilizing silicon photonic based delay lines are presented demonstrating the benefits of optical delays. Superior energy efficiency of 156 fJ/bit is achieved at 17 Gb/s.
机译:本文介绍了电子延迟线的概况,以及基于硅光子学的光学延迟线的最新进展,这些光学延迟线的目标是光接收器中的数据和时钟同步。讨论了诸如延迟范围,延迟分辨率,可调性和功耗等重要考虑因素。提出了使用基于硅光子的延迟线对在CMOS 65 nm中开发的两个光接收器进行的测量,从而证明了光延迟的好处。在17 Gb / s时可实现156 fJ / bit的卓越能效。

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