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I was able to look at the rebate form. It looks like one-per-household. If not for that, I would probably buy two and RAID them.
Good point. The older drives use NAND produced at a larger process size. The older NAND can take more write cycles and can hold onto data longer without power.3000 P/E cycle NAND on this drive. No thanks.
It's not even the process that's the issue in this case. Yes, the smaller lithography results in a less-resilient drive, but not all drives are created equal. Kingston's HyperX drive, for example, uses the same 5000 p/e NAND that the Intel 520 SSD uses.Good point. The older drives use NAND produced at a larger process size. The older NAND can take more write cycles and can hold onto data longer without power.
I'm not really seeing a good reason to get one of these new drives unless you only want to use it for non-critical data that doesn't need to be written super-often (maybe a dedicated SSD for Steam?). The speeds look impressive, but the downsides...
Edit: Some sources say that data on drives using 25 nm NAND will begin to degrade after 8 to 12 months without power... So during operating in a PC, the drive has to refresh old cells constantly, which means burning through even more write cycles to prevent your data from evaporating.
I'm not saying that it's a bad drive. A lot of drives, Crucial's M4 included, use 3000 P/E NAND. For a heavy user like myself, I would feel more comfortable with 5000 P/E NAND, all else being equal, which is why I bought a 240GB Kingston HyperX SSD instead.I thought the Force 3 GT's Opti Nand (25nm synchronous) was the better of its line up compared to the 'Force 3' Vanilla version? So its not a good SSD?
Guess the Red color is a marketing gimick..I bought one though this morning as thought it was a good price..
I'm not saying that it's a bad drive. A lot of drives, Crucial's M4 included, use 3000 P/E NAND. For a heavy user like myself, I would feel more comfortable with 5000 P/E NAND, all else being equal, which is why I bought a 240GB Kingston HyperX SSD instead.
I wasn't comparing the two drives, only saying that I ended up with the Kingston. You don't necessarily have to spend more money to get higher-rated NAND. The regular Force 3, for example, uses Micron NAND rated at 5000 P/E cycles. Yes, it's a slower drive, but it may prove to be more reliable in the long-term. All I'm saying is that there's more to an SSD than the controller and sync/async. For most people this is probably an excellent drive, but not for me with my heavy writes.Well for $364.99 after mail-in rebate, for the Kingston HyperX 240GB. I would expect a lot better, higher end ssd for that price. As you are looking at another $230 bucks in price. Thanks
I wasn't comparing the two drives, only saying that I ended up with the Kingston.
I think I'll be refusing delivery on my drive after reading these very educational posts. Tomshardware did a top ssd for the money review that was also very worthwhile reading. I think I'm going to save up for a 240gb Samsung or micron chronos ssd.
Thanks
I think I'll be refusing delivery on my drive after reading these very educational posts. Tomshardware did a top ssd for the money review that was also very worthwhile reading. I think I'm going to save up for a 240gb Samsung or micron chronos ssd.
Thanks
3000 P/E cycle NAND on this drive. No thanks.
I wasn't comparing the two drives, only saying that I ended up with the Kingston. You don't necessarily have to spend more money to get higher-rated NAND. The regular Force 3, for example, uses Micron NAND rated at 5000 P/E cycles. Yes, it's a slower drive, but it may prove to be more reliable in the long-term. All I'm saying is that there's more to an SSD than the controller and sync/async. For most people this is probably an excellent drive, but not for me with my heavy writes.
I think I'll be refusing delivery on my drive after reading these very educational posts. Tomshardware did a top ssd for the money review that was also very worthwhile reading. I think I'm going to save up for a 240gb Samsung or micron chronos ssd.
Thanks
Hows corsair and there rebates? I don't mind waiting, just as long as I get it. If someone can vouche that they DO give rebates unlike other companies who lie about it and never send you one or come up with a BS story, I'd like to be in on one of these too.
Hows corsair and there rebates? I don't mind waiting, just as long as I get it. If someone can vouche that they DO give rebates unlike other companies who lie about it and never send you one or come up with a BS story, I'd like to be in on one of these too.
3,000 P/E cycle means you can write 700tb in some case before you will see any problems. you are not going to write that much data.
you would have to trash your drive for months on end on purpose with a maxed out write channel to even come close to this happening.
STOP SPREADING MYTHS.
http://www.ssdaddict.com/ss/Endurance_participants_overview_1.PNG
those are some "3000 cycle" drives that are at 700tb of data written.
For some reason that link is broken but I've seen the thread you're referring to. Apples to apples, 3k P/E NAND will not last as long as 5k P/E NAND. Obviously there are other factors to consider including how the NAND is actually rated, but when looking at IMFT vs. IMFT I think it's a sure bet that on average the 5k NAND will last longer. Also, the sample size is too small in that thread to really draw any statistically meaningful conclusions from it.http://www.xtremesystems.org/forums/showthread.php?271063-SSD-Write-Endurance-25nm-Vs-34nm
there is an educational post. everyone here is just taking a good guess at what 3,000 cycles means. they have no idea and are way underestimating how long an ssd can last.
Hows corsair and there rebates? I don't mind waiting, just as long as I get it. If someone can vouche that they DO give rebates unlike other companies who lie about it and never send you one or come up with a BS story, I'd like to be in on one of these too.
For some reason that link is broken but I've seen the thread you're referring to. Apples to apples, 3k P/E NAND will not last as long as 5k P/E NAND. Obviously there are other factors to consider including how the NAND is actually rated, but when looking at IMFT vs. IMFT I think it's a sure bet that on average the 5k NAND will last longer. Also, the sample size is too small in that thread to really draw any statistically meaningful conclusions from it.