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100 Gigabit-per-second: Ultra-high transmission bitrate for next generation optical transport networks

机译:每秒100 Gigabit:下一代光传输网络的超高传输比特率

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摘要

Modern telecommunication networks have to provide enormous data transport capacity in order to enable the dramatic annual internet traffic growth rates. As an illustration, today some internet exchange nodes partly exhibit annual peak traffic growth rates of more than 200% due to strongly emerging data and broadband video services. This explosion of internet data and video traffic can Only be assured by the implementation of the most advanced optical metro and core transport network technologies. It is likely that next generation telecommunication transport networks will be based on 100 Gigabit/s Ethernet (100 GbE) interconnections. Here we will report on the technical challenges and achievements associated with the development of ultra-high speed components and systems for serial 100 Gbit/s optical transmission. To cite this article: G. Veith el al., C. R. Physique 9 (2008).
机译:现代电信网络必须提供巨大的数据传输能力,才能实现惊人的年度互联网流量增长率。举例说明,由于强大的数据和宽带视频服务的兴起,如今某些互联网交换节点部分呈现出超过200%的年度峰值流量增长率。只有采用最先进的光学城域网和核心传输网络技术,才能保证互联网数据和视频流量的爆炸式增长。下一代电信传输网络很有可能将基于100 Gb / s以太网(100 GbE)互连。在这里,我们将报告与用于串行100 Gbit / s光传输的超高速组件和系统的开发相关的技术挑战和成就。引用本文:G. Veith等人,C。R. Physique 9(2008)。

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