- Mar 17, 2011
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Is this a case of the pot calling the kettle black here?
http://blog.macsales.com/9438-not-all-ssd%E2%80%99s-are-created-equal-the-story-continues/comment-page-2#comment-36246
They appear to be open enough on a blog, but then where is the notation of using 25nm nand located on product specs or packaging for these drives?
http://eshop.macsales.com/item/Other World Computing/SSDMX115/
1. Reduced capacity?
2. 25nm nand being stealthily implemented?
3. Lower performance?
4. Differing nand between the same drives or "model and such"?
5. Is some of this simply a case of OCZ beating them to the punch with 25nm nand implementation with the need to avoid drawing attention to their own migration to the smaller process?
Seems rather fishy smelling with some loosely translated/vague terminology being used. What do you guys think?
http://blog.macsales.com/9438-not-all-ssd%E2%80%99s-are-created-equal-the-story-continues/comment-page-2#comment-36246
They appear to be open enough on a blog, but then where is the notation of using 25nm nand located on product specs or packaging for these drives?
http://eshop.macsales.com/item/Other World Computing/SSDMX115/
1. Reduced capacity?
I’m posting here because I was looking for some explanation why suddenly your 120GB Mercury Extreme Pro SSD model (OWCSSDMX120) seems to have been quietly replaced with a 115GB model (OWCSSDMX120,) with the only spec change being 7% over-provisioning bumped up to 11% – explaining the 5GB drop in capacity.
2. 25nm nand being stealthily implemented?
Currently only our 115GB and 480GB Pro models utilize 25nm flash
3. Lower performance?
... which seems to imply the same thing OCZ has stated many times which is that when using easliy compressed data the drive will meet advertised specs. However, when using incompressible data the speeds may have "some differences"?The sustained peak sustained data performance of our 25nm based solutions is absolutely in line with the prior 34nm based options. There are some differences up and down depending on type of testing, but overall – the performance remains exceptional.
4. Differing nand between the same drives or "model and such"?
we build with Micron, Toshiba, intel, Samsung, and Hynix depending on model and such.
5. Is some of this simply a case of OCZ beating them to the punch with 25nm nand implementation with the need to avoid drawing attention to their own migration to the smaller process?
OWC could have been shipping 25nm based product weeks before we did…but the firmware supporting this was still in testing and we were still testing built options for this use.
Seems rather fishy smelling with some loosely translated/vague terminology being used. What do you guys think?
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