The new architecture of FC storage network based on controller

Yifei Lu, Dongxu Han, Zhenwei Zhang
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Abstract

With the rapid development of Internet technology and the explosive growth of data, the storage system designed by tightly coupled hardware and software is limiting the development of storage technology severely, and unable to meet the fast changing needs in the mobile Internet and exploding big data era. Software Defined Storage (SDS) as a new storage system architecture is more suitable for the development of the next-generation data centers. This paper proposed a new Controller-based FC Storage Network (CSN) architecture using the idea of SDS technology. CSN decoupling control plane protocol of FC switch from data plane deployed control plane protocol and distributed functions in the controller. This paper described the design and implementation of this architecture and verifies the feasibility through the actual development environment. Finally, as a result of experiments, server can establish a connection with the storage more quickly in CSN, furthermore, CSN has a faster convergence, as well as more reliability and scalability.
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基于控制器的FC存储网络新架构
随着互联网技术的快速发展和数据的爆炸式增长,软硬件紧密耦合的存储系统设计严重限制了存储技术的发展,无法满足移动互联网和爆炸式大数据时代快速变化的需求。软件定义存储(SDS)作为一种新的存储系统架构,更适合下一代数据中心的发展。本文利用SDS技术的思想,提出了一种新的基于控制器的FC存储网络(CSN)体系结构。光纤交换机的CSN控制平面协议与数据平面解耦,在控制器中部署控制平面协议和分布式功能。本文阐述了该体系结构的设计与实现,并通过实际开发环境验证了该体系结构的可行性。最后,实验结果表明,在CSN中,服务器可以更快地与存储建立连接,并且CSN具有更快的收敛速度,以及更高的可靠性和可扩展性。
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