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Experimental Comparison of Average-Power Constrained and Peak-Power Constrained 64QAM under Optimal Clipping in 400Gbps Unamplified Coherent Links

Wing-Chau Ng, Chuandong Li

TL;DR

An end-to-end link budget optimization over clipping in 400Gbps unamplified links is experimentally demonstrated, showing that the clipped MB distribution outperforms the peak-power constrained 64QAM by 1dB link budget.

Abstract

We experimentally demonstrated an end-to-end link budget optimization over clipping in 400Gbps unamplified links, showing that the clipped MB distribution outperforms the peak-power constrained 64QAM by 1dB link budget.

Experimental Comparison of Average-Power Constrained and Peak-Power Constrained 64QAM under Optimal Clipping in 400Gbps Unamplified Coherent Links

TL;DR

An end-to-end link budget optimization over clipping in 400Gbps unamplified links is experimentally demonstrated, showing that the clipped MB distribution outperforms the peak-power constrained 64QAM by 1dB link budget.

Abstract

We experimentally demonstrated an end-to-end link budget optimization over clipping in 400Gbps unamplified links, showing that the clipped MB distribution outperforms the peak-power constrained 64QAM by 1dB link budget.
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