首页> 外文会议>Optical Fiber Communications Conference and Exhibition >Field trial demonstration of real-time optical superchannel transport up to 5.6Tb/s over 359km and 2Tb/s over a live 727km flexible grid link using 64GBaud software configurable transponders

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Field trial demonstration of real-time optical superchannel transport up to 5.6Tb/s over 359km and 2Tb/s over a live 727km flexible grid link using 64GBaud software configurable transponders

机译：使用64GBaud软件可配置的应答器在359km上以5.6Tb / s的速度实时传输和在727km柔性网格链路上以2Tb / s的速度进行实时光超信道传输的现场试验演示

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We report the first successful real-time superchannel trials up to 5.6Tb/s over 359km and 2Tb/s over a live 727km link using 64GBaud flexible-rate transponders, demonstrating long term error-free performance and fast capacity turn-up of ~2Tb/min.

机译：我们将第一个成功的实时超链接试验高达5.6TB / s超过359公里和2TB / s，使用64GBaud灵活性转发器，展示长期无错误性能和速率转向〜2TB的快速容量/分钟。

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《Optical Fiber Communications Conference and Exhibition》|2016年|1-3|共3页
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Y. R. Zhou; K. Smith; S. West; M. Johnston; J. Weatherhead; P. Weir; J. Hammond; A. Lord; J. Chen; W. Pan; C. Cao; R. Yang; N. Zhou; S. Wu;
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Adaptive optics; Phase shift keying; Optical fiber communication; Optical receivers; Optical fibers; Optical amplifiers;

机译：自适应光学;相移键控;光纤通信;光接收器;光纤;光放大器;

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1. Field Trial Demonstration of Real-Time Optical Superchannel Transport up to 5.6 Tb/s Over 359 km and 2 Tb/s Over a Live 727 km Flexible Grid Optical Link Using 64 GBaud Software Configurable Transponders [J] . Yu Rong Zhou, Kevin Smith, Simon West, Journal of Lightwave Technology . 2017,第3期

机译：使用64 GBaud软件可配置应答器在359 km上以5.6 Tb / s的速度实时传输和在727 km实况中的2 Tb / s的实时光超信道传输的现场试验演示
2. Demonstration of a Novel Technique for Non-Intrusive In-Band OSNR Derivation Using Flexible Rate Optical Transponders Over a Live 727 km Flexible Grid Optical Link [J] . Yu Rong Zhou, Kevin Smith, John Weatherhead, Journal of Lightwave Technology . 2017,第20期

机译：在实时727 km柔性网格光链路上使用灵活速率光转发器演示非侵入式带内OSNR推导的新技术
3. Field Demonstration of up to 3 Tb/s Real-Time Superchannel Transport Over 359 km Using a Fully Managed Flexible Grid Infrastructure With Net Spectral Efficiency of 5.97 b/s/Hz [J] . Zhou Yu Rong, Smith Kevin, Payne Roger, Lightwave Technology, Journal of . 2016,第2期

机译：使用完全托管的灵活网格基础设施以5.97 b / s / Hz的净频谱效率在359 km上进行高达3 Tb / s的实时超通道实时传输现场演示
4. Field trial demonstration of real-time optical superchannel transport up to 5.6Tb/s over 359km and 2Tb/s over a live 727km flexible grid link using 64GBaud software configurable transponders [C] . Y. R. Zhou, K. Smith, S. West, Optical Fiber Communications Conference and Exhibition . 2016

机译：现场试验示范实时光学超链路运输高达5.6TB / s超过359公里和2TB / s，使用64GBaud软件可配置的转发器使用6427km灵活的网格链接
5. Cost-optimized routing, modulation level, and spectrum assignment for flexible grid OFDM superchannel optical transport networks [D] . Leach, Jonathan Ryan. 2015

机译：成本优化的路由，调制级别和频谱分配，用于灵活的网格OFDM超通道光传输网络
6. Field Trial of a Flexible Real-Time Software-Defined GPU-Based Optical Receiver [O] . Sjoerd van der Heide, Ruben S. Luis, Benjamin J. Puttnam, 2021

机译：基于灵活的实时软件定义的基于GPU的光接收器的现场试验

Field trial demonstration of real-time optical superchannel transport up to 5.6Tb/s over 359km and 2Tb/s over a live 727km flexible grid link using 64GBaud software configurable transponders

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