Understanding NAND’s Intrinsic Characteristics Critical Role in Solid State Drive (SSD) Design

William E. Akin
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引用次数: 2

Abstract

The use of NAND flash-based SSDs in enterprises has grown at a ~33% compound annual growth rate [1] worldwide for the past three years. The majority of the growth comes from enterprise data center applications where the trend is to leverage the cost benefits of using MLC and TLC NAND flash memory by focusing on the use model behavior to optimize performance and life characteristics. In the data center, requirements for these MLC/TLC SSDs demand high sequential performance and reliability, moderate IOPS, and low power consumption along with maintaining 3 to 5 years of useful life. These challenges are tackled by tightening the links between the SSD's operation, host operating environment, and intrinsic NAND memory behavior and by exploiting increasingly sophisticated controllers, firmware, and flash memory error management techniques.
理解NAND的内在特性在固态硬盘(SSD)设计中的关键作用
在过去的三年里,全球企业中基于NAND闪存的ssd的使用以33%的复合年增长率增长。大部分增长来自企业数据中心应用,其趋势是通过关注使用模型行为来优化性能和寿命特征,从而利用使用MLC和TLC NAND闪存的成本优势。在数据中心,对这些MLC/TLC ssd的要求是高顺序性能和可靠性、中等IOPS和低功耗,并保持3到5年的使用寿命。通过加强SSD操作、主机操作环境和内在NAND存储器行为之间的联系,以及利用日益复杂的控制器、固件和闪存错误管理技术,可以解决这些挑战。
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