Tbit

With the development of OTDM and DWDM technologies, the optical communication system is evolving towards the Tbit/ s class.

实用化的光通信系统在光时分复用（OTDM）和DWDM技术的推动下，其容量正有条不紊的向Tbit/s级发展。

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The optical switch based on QD-SOAs have been proved to be potential in ultra-fast ( 100Gbit/ s or even Tbit/ s) optical commutation system.

证明了基于QD-SOA的MZI型光开关具有应用于100Gbit/s乃至Tbit/s的超高速光通信系统中的可能。

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The research appears in the journal Nature Photonics. [ David Hillerkuss, "26 Tbit s − 1 Line-Rate Super-Channel Transmission Utilizing All-Optical Fast Fourier Transform Processing"]

该技术发表在了《自然•光子学》杂志上[David Hillerkuss，“26Tbit s−1Line-Rate Super-Channel Transmission Utilizing All-Optical Fast Fourier Transform Processing”]。

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First this paper introduces the configuration, experimental results and key technologies of the 10 Tbit/ s, ultra-DWDM systems of the largest capacity in the world. Finally, the paper reviews key technologies of the two 10Tbit/ s Ultra-DWDM systems.

本文首先介绍了当今世界上最大容量的10Tbit／s的超密集波分复用系统的配置、试验结果和关键技术，最后对10Tbit／s超密集波分复用系统的技术核心作了综述。

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Recent progress of Tbit/ s optical transmission Systems

Tbit/s超大容量光纤通信系统的研究进展

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Multi-wavelength light source that generated by the concatenated modulator is a promising coherent light source technology in the future Tbit/ s optical communication.

表明级联调制器产生的多波长光源在未来的Tbit/s光通信中是一项很有前景相干光源技术。

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This paper aims at the design and implementation of BGP/ MPLS VPN in Tbit Router, while Multicast supporting Algorithms is researched.

本文深入研究了T比特路由器中BGP/MPLS VPN技术的设计、实现问题以及组播支持算法。

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