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Russ Croman - EEWeb

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TECHNICAL ARTICLE<br />

NAND Evolution<br />

and the Future of<br />

Solid State Drives<br />

Eli Tiomkin<br />

Director Business Marketing<br />

In the quest for achieving greater data storage<br />

capacity, lower prices, and smaller footprints, SSD<br />

evolution may be mired by unexpected pitfalls of<br />

quality and reliability.<br />

Some technology luminaries have taken the position<br />

that the solid state drive (SSD) market will eclipse other<br />

electronic storage methods and eventually replace all<br />

types of storage with SSDs by the end of the decade. For<br />

such a forecast to be viable, the current state of the SSD<br />

market will have to undergo a hefty series of transitions<br />

and technological developments, many of which are still<br />

quite a few years out. In the meantime, leaving predictions<br />

to fend for themselves, SSDs are gaining greater<br />

acceptance in the storage market with their offering of<br />

high performance, relative low power, smaller footprints,<br />

wide range of capacities and the ability to withstand<br />

more physically-challenging installations, some notable<br />

advantages over traditional hard disk drives (HDDs).<br />

Much like traditional rotating HDD technology is changing<br />

and evolving to keep pace with the ever-increasing<br />

demands for computer storage, so is NAND Flash, the<br />

<strong>EEWeb</strong> | Electrical Engineering Community Visit www.eeweb.com 15<br />

TECHNICAL ARTICLE

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