Peregrine:一个全二层容器计算机网络

T. Chiueh, Cheng-Chun Tu, Yu-Cheng Wang, Pai-Wei Wang, Kai-Wen Li, Yu-Ming Huang
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引用次数: 14

摘要

工研院容器计算机是一种模块化计算机,设计用于构建云规模的数据中心。传统的数据中心网络架构通常是基于第二层交换机和第三层路由器的组合,而工研院容器计算机的内部互连结构名为Peregrine,专门用于满足这些数据中心的可扩展性、快速故障转移和多租户需求。Peregrine是一个全二层网络,旨在支持多达一百万个二层端点,从任何单个网络链路/设备故障中提供快速恢复,并结合动态负载平衡路由,以充分利用所有物理网络链路。最后,Peregrine架构只能使用现成的商品以太网交换机来实现。本文描述了基于折叠Clos物理网络拓扑的全功能Peregrine原型的设计和实现,以及基于该原型的测量的性能评估研究的结果和分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Peregrine: An All-Layer-2 Container Computer Network
ITRI container computer is a modular computer designed to be a building block for constructing cloud-scale data centers. Rather than using a traditional data center network architecture, which is typically based on a combination of Layer 2 switches and Layer 3 routers, ITRI containercomputer's internal interconnection fabric, called Peregrine, is specially architected to meet the scalability, fast fail-over and multi-tenancy requirements of these data centers. Peregrine is an all-Layer 2 network that is designed to support up to one million Layer 2 end points, provide quick recovery from any single network link/device failure, and incorporate dynamic load-balancing routing to make the best of all physical network links. Finally, the Peregrine architecture is implementable using only off-the-shelf commodity Ethernet switches. This paper describes the design and implementation of a fully operational Peregrine prototype, which is built on a folded Clos physical network topology, and the results and analysis of a performance evaluation study based on measurements taken on this prototype.
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