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Directionless multi-core fibre links using programmable architecture on demand optical nodes

Author(s)
Muhammad Irfan Anis High-Performance Research Group, FEST, Iqra University Defence View, Karachi, Pakistan
Abstract
The main engine for allowing elastic optical networks is SDM transmission technology. In this context, the design of an SDM-based network with applicability to datacenter networks has become very difficult since it must overcome the capacity restriction of a fiber connection. In this work, we show the first SDM multidimensional and directionless switching that provisions the transmission of legacy lower bitrate and future highspeed super-channels in traditional single-core and two 7-core multi-core fibers using programmable Architecture on-demand optical nodes. The results indicate that all channels performed flawlessly, with a maximum power penalty of 2.5 dB.
Publication Details
Page(s) 359-363
DOI DOI not available
Published Journal: Science International, Volume: 34, Issue: 4, Year: 2022

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Keywords
Architecture on Demand, Elastic optical network, Datacentre, multi-core fiber, Space Division Multiplexing
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