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Proposal of optical L2 switch network to achieve dynamic bandwidth allocation based on 10G-EPON

Metro networks need to become more energy-saving and efficient to control traffic from access networks. We propose an optical layer-2 switch network based on WDM/TDM rings in order to achieve dynamic bandwidth allocation (DBA) and ADD/DROP with no buffer/header according to allocated timeslots. We conducted experiments using a prototype based on a 10G-EPON system. The experimental results indicate that the mechanism of DBA in the electrical element allocated at the edge of the proposed network was feasible.