Design of a Self-Routing Frequency Division Multiple Access (SR-FDMA) Network Using an Optical Ring Filter with or without Gain as a Router
Journal
Journal of Lightwave Technology
Journal Volume
13
Journal Issue
11
Pages
2168-2182
Date Issued
1995
Author(s)
Abstract
Self-routing frequency division multiple access (SR-FDMA) network with ASK coherent detection and dual ring topology is proposed. The router, which employs the optical ring filter, is used as a means for selecting the desired channel carrier and at the same time as a bypass of the other channel carriers. The channel capacity and the carrier-to-noise ratio are investigated with the consideration of cross talk and power budget penalty. We find that there exists an optimum coupling coefficient of the transceiver coupler and a trade-off in selecting channel number and data rate. The results show that the router with gain can suppress the cross talk, compensate the power budget penalty, and largely increase the channel number. Therefore, with this router, a self-routing, high-density FDMA network is feasible.
Type
journal article