RAID虚拟化阵列用例

A. Brinkmann, Kay Salzwedel, Mario Vodisek
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引用次数: 3

摘要

独立磁盘的冗余阵列,也称为RAID阵列,在过去的二十年中得到了广泛的普及。目前,服务器市场上使用的大多数磁盘都是基于RAID技术。1988年引入RAID技术的主要原因是,与连接大量廉价磁盘并将它们作为阵列使用相比,大型磁盘系统已经变得非常缓慢和昂贵。时代似乎在重复。今天,大规模的RAID阵列已经变得非常庞大和昂贵。用一组更小、更便宜的jbod阵列或中等级别的RAID阵列来取代它们似乎是有意义的。在本文中,我们将展示将这些系统与最先进的虚拟化技术相结合,可以产生比企业存储系统更快、更便宜的系统,同时也同样易于管理和可靠。因此,我们将概述存储管理的最重要特性,并比较它们在企业级存储系统以及当前和未来虚拟化环境中的实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A case for virtualized arrays of RAID
Redundant arrays of independent disks, also called RAID arrays, have gained a wide popularity in the last twenty years. Most of the disks used in the server market are currently based on RAID technology. The primary reason for introducing RAID technology in 1988 has been the fact that large disk systems have become much slower and more expensive than the connection of a large number of inexpensive disks and the use of them as an array.The times seem to repeat themselves. Today, large scale RAID arrays have become incredible big and expensive. It seems that it makes sense to replace them by a collection of smaller and inexpensive arrays of JBODs or mid-ranged RAID arrays. In this paper we will show that combining these systems with state-of-the-art virtualization technology can lead to a system that is faster and less expensive than an enterprise storage system, while being as easy to manage and as reliable. Therefore we will outline the most important features of storage management and compare there realization in enterprise class storage systems and in current and future virtualization environments.
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