Abstract

Low latency requirements are driving the data center business into the metro area, the so-called Edge Cloud. We investigate the new networking requirements and how they can be served by our Optical Ethernet framework. We elaborate why the Edge Cloud requires true packet switching in the metro network, instead of today’s dominating packet transport in static channels. And we report prototyping results, where we verify to which extent our Optical Ethernet framework provides true packet switching, how it scales to reasonable node counts, and how to satisfy persisting needs for dedicated lossless and jitter-free point-to-point connections in the scope of the same architecture.

© 2018 Optical Society of America

OPTUNS: Optical intra-data center network architecture and prototype testbed for a 5G edge cloud [Invited]

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Scheduling with Machine-Learning-Based Flow Detection for Packet-Switched Optical Data Center Networks

Lin Wang, Xinbo Wang, Massimo Tornatore, Kwang Joon Kim, Sun Me Kim, Dae-Ub Kim, Kyeong-Eun Han, and Biswanath Mukherjee
J. Opt. Commun. Netw. 10(4) 365-375 (2018)

Software-Defined Optical Burst Switching for HPC and Cloud Computing Data Centers

Muhammad Imran, Martin Collier, Pascal Landais, and Kostas Katrinis
J. Opt. Commun. Netw. 8(8) 610-620 (2016)