Research data supporting "Simplified Transceivers for Short-Reach Coherent-Lite Systems"

The dataset provides the data computed for the invited tutorial paper "Simplified Transceivers for Short-Reach Coherent-Lite Systems". The power breakdown numbers for 400ZR and 800LR modules are computed from the paper K. Sozos, et al., “Recurrent neural networks and recurrent optical spectrum slicers as equalizers in high symbol rate optical transmission systems”, Journal of Lightwave Technology, vol. 41, no. 15, pp. 5037–5050, 2023. The Power Budget numbers for a PON system with the bit error rate threshold is taken at pre-FEC error rate of 10^-2.  The data was obtained by analyzing the oscilloscope traces using the digital signal processing algorithms with Matlab.

本数据集为受邀教程论文《面向短距离轻相干系统的简化收发机》（Simplified Transceivers for Short-Reach Coherent-Lite Systems）提供经计算得到的相关数据。其中400ZR与800LR光模块的功率分解数值，源自K. Sozos等人发表于《光波技术期刊》（Journal of Lightwave Technology）2023年第41卷第15期、页码跨度为5037至5050的论文《循环神经网络与循环光谱切片器作为高符号率光传输系统均衡器》。针对误码率阈值设定为前向纠错（Forward Error Correction, FEC）前误码率10^-2的无源光网络（Passive Optical Network, PON）系统，其功率预算数值均基于该误码率条件计算得到。本数据集所收录的数据，系通过采用Matlab实现的数字信号处理（Digital Signal Processing, DSP）算法分析示波器采集的波形轨迹所得。