Interface SDN network with Optical network to enhance the capability of current optical network capability to achieve high data rate support to fulfilled 5G and Internet of things (IoT) backbone capacity requirement. We use the proposed SDON design architecture based on Software defined networking and do the performance analysis so that proposed work can provide the backbone for current 5G and IoT network to support high data rate support. A comparative analysis of results obtained in two different designs one consisting of the DWDM system and the other consists of programmable optical switches (ROADM) merged in the packet switched domain of SDN. This paper proves how SDN leads to significant improvement in the performance of the existing optical or any other Ethernet network. The flexibility of the SDON network is send the packets to the particular destination address is transmitted while the other value is either dropped or sent to the SDN controller for rerouting through a new path where flow entry is fed to the switch later.

中文翻译：

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软件定义的光网络（SDON）：建议的体系结构和比较分析

将SDN网络与光网络接口以增强当前光网络功能的能力，以实现高数据速率支持，从而满足5G和物联网（IoT）骨干网容量需求。我们使用基于软件定义网络的建议SDON设计架构，并进行性能分析，以便建议的工作可以为当前5G和IoT网络提供主干，以支持高数据速率支持。对两种不同设计中获得的结果进行比较分析，一种设计由DWDM系统组成，另一种由在SDN分组交换域中合并的可编程光开关（ROADM）组成。本文证明了SDN如何显着改善现有光纤或任何其他以太网的性能。