Publication | Closed Access
Dynamic and Flexible Photonic Node Architecture with Shared Universal Transceivers Supporting Hitless Defragmentation
29
Citations
3
References
2012
Year
Unknown Venue
Cross-layer OptimizationEngineeringComputer ArchitectureUniversal TransceiversHybrid NetworkProgrammable PhotonicsOptical ComputingInternet Of ThingsPhotonic Integrated CircuitAdvanced NetworkingOptical NetworkingFree-space Optical NetworkPhotonicsComputer EngineeringHigh-speed NetworkingDynamic Traffic ConditionNetwork Interface ArchitectureEdge ComputingModulation-flexible Universal TransceiversOptoelectronics
A dynamic and flexible network node architecture using modulation-flexible universal transceivers is proposed for beyond 100G transport and in-service network optimization. By sharing universal transceivers through a crossconnect switch, 20% reduction of universal transceivers is realized under dynamic traffic condition.
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