特别会议8B: SSD的嵌入式教程挑战

M. d'Abreu, Amitava Mazumdar
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引用次数: 0

摘要

Nand闪存是固态存储设备的首选NVM技术。本教程将介绍Flash非易失性存储器(NVM)。将详细讨论Nand Flash。为了完整,本教程将介绍Nor Flash以及Nand和Nor Flash的角色。本教程的第二部分将重点讨论与可靠性和耐久性相关的问题。尽管具有优势,但基于nand的存储系统并非没有挑战。在未来十年,Flash存储系统有望为用户提供更低的产品成本、更低功耗的读写性能以及更好的数据完整性的解决方案。存储需求的增长是惊人的,这导致采用更激进的技术来保持成本合理。这进一步导致使用更小的单元(几何形状约10nm),以及更多的比特/单元来提高存储密度,并降低成本。较新的物理存储介质需要更紧密的系统级交互,以使系统能够实现可靠的数据存储解决方案。最先进的纠错编码(ECC)解决方案以及先进的数字信号处理(DSP)技术将被部署,使未来的闪存介质对所有数据存储客户都是可靠的。此外,新的系统解决方案将提供基于nand的存储系统更长的耐用性和更好的数据保留。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Special session 8B: Embedded tutorial challenges in SSD
Nand Flash memory is the NVM technology of choice for solid storage devices. This tutorial will give an introduction to Flash Non Volatile Memory (NVM). Nand Flash will be discussed in detail. For completeness the tutorial will present Nor Flash as well as the roles for Nand and Nor Flash. The second part of the tutorial will be focused on issues related to reliability and endurance. Despite the advantages, NAND-based storage systems are not without challenges. For the next decade, Flash storage systems are expected to provide solutions with reduced product costs, further improved read/write performance at low power consumption, as well as better data integrity for the users. Growth in storage demand is phenomenal, which leads to the adoption of more aggressive technology to keep cost reasonable. This further leads to using smaller cells (∼10nm in geometry), as well as more bits/cell to improve storage density, as well as cost. Newer physical storage media requires closer system-level interaction to make the system feasible for reliable data storage solution. State-of-the-art error correcting coding (ECC) solution, as well as advanced digital signal processing (DSP) techniques, will be deployed to make future flash media reliable for all data storage customers. In addition, new system solutions will provide the NAND-based storage system longer endurance and better data retention.
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