Intel IDF 2016 Shenzhen Intel Optane SSD

<p>Jan 20, 2017 04:15 PM &nbsp;Russ presents...</p>

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this is from Intel IDF: 16 &nbsp;&nbsp;first section: &nbsp;. talking about existing 3d NAND multilayer</p>

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starts with <b>3D NAND:.</b>...&nbsp;</p>

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floating gate memory tech: &nbsp;traps electrons; &nbsp;a cube of mem cells</p>

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4B pillars: &nbsp;each pillar has 32 layers... &nbsp;3 bits of info at each memory cell &nbsp;(intersection)</p>

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384B bits of info on one die...</p>

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in the future stack more vertical layers, or more levels in each cell or closer together;</p>

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breakthru in cost and capacity; &nbsp;by 2017 &nbsp;</p>

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terabyte of info &nbsp;in a chip that is 1.5 mm thick chip for a notebook</p>

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<b>SSD &nbsp;up to 15 Tbytes </b>&nbsp;and &nbsp;a petabye in one server in a 19 inch rack!!! in one unit.</p>

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new &nbsp;non-vol tech....#D XPOINT &nbsp;</p>

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1000X faster than NAND; &nbsp;1000X more durable than NAND and 10X density of DRAM;</p>

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3d &nbsp;but no transistors (unlike NAND); &nbsp;byte accessible;

cross point... &nbsp;&nbsp;vary voltage.... &nbsp;eliminate xsistors;

1000S &nbsp;faster than NAND... for system &nbsp;memory;

pattern recog; &nbsp;deep learn &nbsp;or genome seq; &nbsp;</p>

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Ian comes &nbsp;out &nbsp;to greet Russ;</p>

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contrasts NAND &nbsp;to &nbsp;thunderbolt 3; &nbsp;NAND SSD vs &nbsp;Optane &nbsp;3d xpoint...</p>

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25 gigabytes; &nbsp;&nbsp;one minute &nbsp;vs &nbsp;&nbsp;15 seconds &nbsp;for copy of data.; &nbsp;4X as fast...</p>

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