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Erschienen in:
2018 | OriginalPaper | Buchkapitel
Transmissions and Network Management of Multiple 100 GB/s Based on Stacking Technology
verfasst von : Xin Huang, Kaixiong Zhou, Chaoxiang Shi, Jianxin Chang, Meng Gao
Erschienen in: Communications and Networking
Verlag: Springer International Publishing
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Abstract
We have previously proposed and implemented a small form factor and low cost 100G optical transmission system using inverse-multiplexing technology and MLD (Multiplex-Lane Distribution) mechanism [1]. Based on this 100G system, we will further implement a transmission and network management system for multiple 100G application via stacking technology. This technology can incrementally realize the standard 100G OTN or 100G Ethernet capacity expansion with a centralized network element management at one node. The stacking system contains both network management port stacking and optical wavelength stacking. Our test results show that we can stack at least four devices with stable performance, which means a maximum transmission capacity of 400G, but with one IP address or one NE (network element) network management. This technology has a significant advantage comparing with a large rack equipment in term of device cost and flexible 100G bandwidth addition, as well as simple management function.