VXLAN and EVPN for data center network transformation

T. Singh, Varun Jain, G. Babu
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引用次数: 2

Abstract

Data Center architectures are continually evolving to address the growing need to handle thousands of servers, Exabyte of storage, Tbps of traffic and multi-tenant environment. It has to be more flexible & scalable to cater to the need of Cloud services to provide Scalable compute, storage & network, Efficient resource utilization, Cost effectiveness, Reliable service and Security. The resources are interconnected through routers and switches that cater the multi-tenant virtual networking need within and across Data Center for which the WAN connectivity should be transparent in the Layer 2. At present the DC Interconnect (DCI) are through IP/MPLS Virtual Private Network (VPN) over which the L2 transparency is achieved majorly by the technologies like VPLS & EoMPLS. This paper focuses majorly on the latest evolving technology to extend VXLAN across DCs with EVPN control plane and concludes with its benefits like faster convergence, efficient, flexible & scalable DCI realized by the implementations of MP-BGP which optimizes unicast flooding, MAC Address purging & apply fine grain policy.
用于数据中心网络改造的VXLAN和EVPN
数据中心架构正在不断发展,以满足处理数千台服务器、Exabyte存储、Tbps流量和多租户环境的需求。它必须更加灵活和可扩展,以满足云服务的需求,提供可扩展的计算,存储和网络,高效的资源利用,成本效益,可靠的服务和安全性。资源通过路由器和交换机相互连接,这些路由器和交换机满足数据中心内部和跨数据中心的多租户虚拟网络需求,因此广域网连接在第2层中应该是透明的。目前,数据中心互连(DCI)是通过IP/MPLS虚拟专用网(VPN)实现的,其L2透明度主要通过VPLS和EoMPLS等技术实现。本文主要关注最新发展的技术,通过EVPN控制平面将VXLAN扩展到数据中心,并总结其优点,如更快的收敛,高效,灵活和可扩展的DCI,通过MP-BGP实现,优化单播洪水,MAC地址清除和应用细粒度策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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