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Silicon Motion is an innovative technology company that
designs, develops, and markets high performance, low-power semiconductor
solutions for the multimedia consumer electronics market. We have three major
product lines: mobile storage, mobile communications, and multimedia SoCs. Our
mobile storage business is composed of microcontrollers used in NAND flash
memory storage products such as flash memory cards, USB flash drives, SSDs,
embedded flash applications, and card readers. Our mobile communications
business is composed of mobile TV tuners, CDMA RF ICs, and electronic toll
collection RF ICs. Our multimedia SoCs business is composed of products that
support MP3 players, PC cameras, and embedded graphics applications.
- editor's comments:- in June 2008
Silicon Motion
announced a new family of flash SSD controllers which enable oems to mix and
match MLC and SLC chips in the same drive.
The controller can analyze
the incoming files from the host and intelligently move frequently accessed data
to SLC NAND and non-frequently accessed data to MLC NAND. With this innovative
hybrid architecture, the SSD system cost is significantly reduced to a level
comparable to a pure MLC-based SSD, while endurance is significantly enhanced
and comparable to a pure SLC-based SSD.
see also:-
Are MLC SSDs Ever
Safe in Enterprise Apps?
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| Z's Laws - Predicting
Future Flash SSD Performance |
A few months ago a
reader asked me a very good question.
"Is there an industry
roadmap for future flash
SSD performance?"
That prompted other questions like...
- How fast are flash SSDs going to be in 2009?, 2010? or 2012?
- What are the technology factors which relate to flash SSD throughput and
IOPS?
- How close will flash SSDs get to
RAM SSD performance?
There wasn't a simple answer I could give at the time. Clues lay
scattered all across this web site
and in my many one on one discussions with readers about the market... |
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But I agreed there should be
a single place on the web where these answers could be found.
Forget
Moore's
Law. That gives you the wrong answer, and this article explains why. ...read the article | | |