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Beyond 300Gbps Silicon Microring Modulator with AI Acceleration by Hu, Fangchen; Zhang, Yuguang; Zhang, Hongguang; Li, Zhongya; Xing, Sizhe; Shi, Jianyang; Zhang, Junwen; Xiao, Xi; Chi, Nan; He, Zhixue; Yu, Shaohua is a scholarly article available to read on EtoBox.

What is Beyond 300Gbps Silicon Microring Modulator with AI Acceleration about?

Silicon microring modulator (Si-MRM) has become one of the most promising compact modulators to meet the increasing capacity requirements of the next generation optical interconnection. The limited electro-optical (E-O) bandwidth, low modulation efficiency, and inherent modulation nonlinearity are the major factors that limit the Si-MRM modulation speed. To address these issues, we comprehensively optimize the Si-MRM from the device to the modulation and the signal processing. Large modulation bandwidth over 67GHz is achieved in our newly fabricated Si-MRM. Additionally, the laser wavelength and bias voltage of Si-MRM are optimized to significantly improve the modulation performance. Finally, we comprehensively study the theoretical model of modulation nonlinearity in Si-MRM, especially transient nonlinearity. A bidirectional gate recurrent unit (Bi-GRU) neural network with minor modification is applied to compensate for the nonlinear impairments. With all these efforts, we experimentally demonstrate a 302 Gbps Si-MRM-based O-band optical interconnection and achieve 300 Gbps transmission over a 1-km standard single-mode fiber using the discrete multitone modulation format with bit

Author

Hu, Fangchen; Zhang, Yuguang; Zhang, Hongguang; Li, Zhongya; Xing, Sizhe; Shi, Jianyang; Zhang, Junwen; Xiao, Xi; Chi, Nan; He, Zhixue; Yu, Shaohua

Published

2021

Language

EN