130.6-Tb/s Self-homodyne Coherent Transmission over Weakly-Coupled FMF for Data Center Applications

Gang Qiao,Yu Yang,Zhaopeng Xu,Mingqing Zuo,Chengbin Long,Jiarui Zhang,Shangcheng Wang, Lulu Liu,Qi Wu,Junpeng Liang,Lei Shen,Jie Luo,Honglin Ji,Zhixue He,Yongqi He,Zhangyuan Chen,Weisheng Hu,Juhao Li

2024 Optical Fiber Communications Conference and Exhibition (OFC)（2024）

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Abstract

We experimentally demonstrate high-capacity MDM self-homodyne coherent transmission over 30-km weakly-coupled 10-mode fiber with specially designed multiple-ring-core profile, achieving a total throughput of 130.6 Tb/s with 9 information-bearing modes carrying 16-λ 120-GBaud PCS 64-QAM signals.

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Key words

Data Center,Few-mode Fiber,Weakly-coupled Few-mode Fiber,Spatial Module,Digital Signal Processing,Optical Amplifier,Forward Error Correction,Digital Oscilloscope,Optical Coupling,Arbitrary Waveform Generator,Wavelength Division Multiplexing,Optical Delay,Optical Carrier,Mechanical Reliability,Optical Interconnects,Baud Rate

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