面向企业数据库应用的闪存SSD技术进展

Sang-Won Lee, Bongki Moon, Chanik Park
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引用次数: 144

摘要

在过去的几十年里,处理器带宽、磁盘容量和磁盘访问速度之间的不平衡一直在扩大。根据Amdhal定律,一个给定的改进所带来的性能提升可能受到改进特性使用的数量的限制。这意味着如果没有I/O吞吐量的显著改善,OLTP系统的性能增强将受到严重限制。自几年前闪存SSD上市以来,我们一直在努力克服其较差的随机写入性能,并提供稳定和充足的I/O带宽。在本文中,我们介绍了三种不同的闪存固态硬盘模型最近由三星电子原型。然后,我们展示了闪存SSD技术是如何进步的,以扭转处理器和存储设备之间的性能差距日益扩大的趋势。我们还证明,就事务吞吐量、成本效益和能耗而言,即使是单个闪存驱动器也可以胜过具有8个企业级15k-RPM磁盘驱动器的0级RAID。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advances in flash memory SSD technology for enterprise database applications
The past few decades have witnessed a chronic and widening imbalance among processor bandwidth, disk capacity, and access speed of disk. According to Amdhal's law, the performance enhancement possible with a given improvement is limited by the amount that the improved feature is used. This implies that the performance enhancement of an OLTP system would be seriously limited without a considerable improvement in I/O throughput. Since the market debut of flash memory SSD a few years ago, we have made a continued effort to overcome its poor random write performance and to provide stable and sufficient I/O bandwidth. In this paper, we present three different flash memory SSD models prototyped recently by Samsung Electronics. We then show how the flash memory SSD technology has advanced to reverse the widening trend of performance gap between processors and storage devices. We also demonstrate that even a single flash memory drive can outperform a level-0 RAID with eight enterprise class 15k-RPM disk drives with respect to transaction throughput, cost effectiveness and energy consumption.
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