首页> 外文会议>Optical transmission systems, subsystems, and technologies IX >4 × 1.15-Tb/s DP-QPSK Superchannel Transmission Over 10,181-km of EDFA Amplified Hybrid Large-Core/ Ultra Low-Loss Fiber Spans with 2-dB FEC Margin
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4 × 1.15-Tb/s DP-QPSK Superchannel Transmission Over 10,181-km of EDFA Amplified Hybrid Large-Core/ Ultra Low-Loss Fiber Spans with 2-dB FEC Margin

机译:超过10,181公里的EDFA放大混合大芯/超低损耗光纤跨距具有2dB FEC余量,可实现4×1.15-Tb / s DP-QPSK超级通道传输

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摘要

We report the first terabit/s superchannel transmission over a submarine distance > 10,000 km. Four 1.15-Tb/s superchannels, each consisting of 23 optical subcarriers at 12.5-GHz spacing are modulated with DP-QPSK at 12.5 Gbaud. The WDM signal is transmitted over 168×60.6-km spans of hybrid large-core/ultra low-loss fibers with inline amplification by low noise C-band EDFAs. The system achieved a Q-factor margin of 2 dB assuming the use of HD-FEC, and a spectral efficiency of 3.6 b/s/Hz is achieved.
机译:我们报告了在> 10,000 km的海底距离上的首次太比特/秒超信道传输。四个1.15-Tb / s超级信道(每个信道由12.5 GHz间隔的23个光学子载波组成)用12.5 Gbaud的DP-QPSK进行调制。 WDM信号在168×60.6 km跨度上传输,混合大芯/超低损耗光纤通过低噪声C波段EDFA在线放大。假设使用HD-FEC,系统的Q因子裕度为2 dB,频谱效率为3.6 b / s / Hz。

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