第16部分概述:先进的光学和有线技术:有线小组委员会

A. Emami-Neyestanak, A. Joy, F. O’Mahony
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引用次数: 0

摘要

电气和光学链路继续提供仅靠工艺技术进步无法克服的挑战。设计师的聪明才智是一个主要的贡献,这在本次会议的论文中得到了清楚的证明。第一篇是一篇特邀论文,回顾了用于网络系统和云计算的可扩展的、基于高密度标准的交换结构中的最先进的光互连。第二篇论文描述了直接调制激光器瞬态啁啾和绝热啁啾非线性色散的第一个电域解。随后的一篇论文描述了第一个具有快速开/关功能的光突发模式接收器,数据速率为56Gb/s,在常亮模式下的功率效率为2.2pJ/b。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Session 16 overview: Advanced optical and wireline techniques: Wireline subcommittee
Electrical and optical links continue to provide challenges that cannot be overcome by process technology advances alone. The ingenuity of the designer is a major contribution, and this is clearly demonstrated by the papers in this session. The first is an invited paper that reviews state-ofthe-art optical interconnects in scalable, high-density standards-based switching fabrics for networking systems and cloud computing. The second paper describes the first electrical domain solution to the non-linear dispersion for both transient and adiabatic chirp of directly modulated lasers. This is followed by a paper that describes the first optical burst-mode receiver with rapid power on/off functionality for a data-rate of 56Gb/s and a power efficiency of 2.2pJ/b in always-on mode.
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