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该论文提出了一种25Gb/s的突发模式接收器，用于快速可重构光网络，解决了现有光开关技术（如MEMS）重构时间慢（毫秒级）的问题，实现了纳秒级重构。
John Bulzacchelli, Abhijeet Ardey, Benjamin Parker, Michael Beakes, Chris Baks, Clint Schow, Mounir Meghelli IBM Research, Yorktown Heights, NY Rapidly reconfigurable optical networks that keep the data in the optical domain potentially offer significant advantages in latency, bandwidth and power dissipation. Existing optical switch technologies (e.g., MEMS-based) are limited to millisecond-scale reconfiguration times, severely reducing their application space. The emerging field of silicon photonics enables optical switches operating on a nanosecond scale [1]. However, full utilization of the speed of these switches requires nanosecond-scale burst-mode transceivers, similar to those used in passive optical networks [2]. In this work, we report a burst-mode receiver for optical links in a dynamically reconfigurable network. Through the introduction of interlocking search algorithms, a robust 25Gb/s burst-mode
Alexander Rylyakov, Jonathan Proesel, Sergey Rylov, Ben Lee,