Analysis of SSD Acoustic Noise Generation Mechanism depending on NAND operation

Yusuf Cinar, Junghoon Kim, Eunho Oh, Sun-Gu Lee, Changsik Kwon, Jonggyu Park
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Abstract

This paper investigates the acoustic noise generation mechanism of solid-state drives (SSD) by analyzing NAND operation and measures variation of voltage, vibration, and acoustic pressure depending on the NAND operation. NAND operation is measured with respect to number of overlapped banks during its operation. It is observed that frequency components of bank interleaving process during the NAND operation affect voltage, vibration, and acoustic pressure variation. It was shown that acoustic noise of SSDs greatly depends on NAND operation.
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基于NAND操作的SSD噪声产生机制分析
本文通过对固态硬盘NAND运行的分析,探讨了固态硬盘的噪声产生机理,并测量了NAND运行过程中电压、振动和声压的变化。NAND操作是根据其运行过程中重叠银行的数量来衡量的。观察到NAND运行过程中银行交错过程的频率分量影响电压、振动和声压的变化。结果表明,固态硬盘的噪声很大程度上取决于NAND操作。
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