micron.com - 10/19/2009
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Boise, Idaho , Monday, October 19, 2009 – When designing solid-state storage for enterprise applications, standard SLC NAND has been the technology of choice because of its reliability and endurance. But customers are often challenged on how to cost-effectively reach their capacity ...
techspot.com - 10/19/2009
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techspot.com —
Micron has unveiled what it says is the
industry's highest endurance multi-level cell (MLC) and single-level cell...
(SLC) NAND flash memory. Micron is aiming its new 34nm flash technology at large companies that may be interested in doling out for a performance boost in I/O-intensive applications ...
(more)
Micron's enterprise MLC NAND boosts endurance by 600%
xbitlabs.com - 10/20/2009
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Micron Manufacturing Two New High-Performance NAND Flash Devices
Maximum PC —
... Micron’s new NAND chips are currently being tested with customers and controller manufacturers. Volume production of the chips is expected to begin early in 2010. ...
Micron's enterprise MLC NAND boosts endurance by 600%
TechSpot —
Micron has unveiled what it says is the industry's highest endurance multi-level cell (MLC) and single-level cell (SLC) NAND flash memory. Micron is aiming its new 34nm flash technology at large companies that may be interested in doling out for a performance boost in I/O-intensive applications without sacrificing the longevity of hard disk drives. The company says its 34nm fabrication has brought an improved write performance. The enterprise MLC products can withstand 30,000 write cycles, a six-fold increase over standard MLC NAND technology, and the enterprise SLC parts can ...
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Micron's new flash dies live longer —
The Register 10/19/2009
Increased write endurance Micron is sampling new flash dies that can write data many more times than other flash chips before they expire.… The power of collaboration within unified communications
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