The Intel X25-M is a great example. It can support 100GB of new data every day for 5 years at a bare minimum.
From there, it gets very hard to quantify, because few other manufacturers have the same definition of a write cycle. That's shown here in this article announcing that SanDisk "improved" write endurance on SSDs: http://icrontic.com/news/micron-alleges-boost-in-mlc-nand-endurance
Suffice it to say, any modern SSD running TRIM and an Indilinx or Intel drive controller is going to last a very long time under any regular usage scenario.
Very good to know. I'm holding off on my next build until the January timeframe - latest DX11 cards, and hopefully another round of price cuts on everything...I've been unsure as to using an SSD for my OS install, given the life cycle concerns. 5 years? I'm good.
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I'm still cautious about switching to a machine with an SSD. Can anybody quantify the "limited number" of writes that these chips can accept?
From there, it gets very hard to quantify, because few other manufacturers have the same definition of a write cycle. That's shown here in this article announcing that SanDisk "improved" write endurance on SSDs: http://icrontic.com/news/micron-alleges-boost-in-mlc-nand-endurance
Suffice it to say, any modern SSD running TRIM and an Indilinx or Intel drive controller is going to last a very long time under any regular usage scenario.