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OCZ delivers some astonishing performance numbers with its latest generation 2.5: SSD

It seem as though each day is better than the next when it comes to new product announcements here at CES -- especially when it comes to the hot field of SSDs. Everyone is in a game of one-upmanship, with Micron announcing its 415/260 (read/write) RealSSD C400 on Tuesday and Corsair announcing its 480/320 Performance 3 Series yesterday.

Now it's OCZ's turn to blow everyone out the water with its new Vertex 3 Pro. The Vertex 3 Pro is based on SandForce's SF-2582 SATA III/6Gbps compliant controller, and delivers read speeds of a whopping 550MB/sec and write speeds of an almost equally blazing 525MB/sec.

When paired with a SATA III controller, the real world numbers are equally impressive. Anand Shimpi of AnandTech was able to record a maximum of 492MB/sec sequential read and 518MB/sec sequential write using a prototype drive.

"Performance may even increase by the time OCZ actually ships the drive," said Shimpi. "Furthermore, this is the performance of a single drive with a single controller - there’s no funny on-board RAID going on, we’re just talking about the performance of a single drive."

The Vertex 3 Pro SSDs will be available in capacities ranging from 64GB to 512GB. We'll get your some up close and personal pictures of the SSDs (and hopefully a word on pricing) later today.



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RE: Incompressable data - 260MB/s
By B3an on 1/6/2011 11:49:15 PM , Rating: 2
It dont matter if it's compressible or not. These new Sandforce drives do really well either way. Anand also tested incompressible data and it still reached 4930MB/s read - faster than any other SSD to date.


By Shadowmaster625 on 1/7/2011 8:51:49 AM , Rating: 1
A lot of disk activity in windows consists of opening a file, simply changing a few bytes, then closing a file. In those cases, you may be transferring 10MB / sec across your SATA bus, but in actuality the Sandforce controller might only be internally writing a few bytes. And since its an SSD the bytes dont have to be sequential in any way shape or form. So you could change a few bytes in hundreds of files and store all those changes in one NAND page. The result is phenomenal performance even if the files contain a lot of totally random data! I been saying for years that's how SSD's should work and I think Sandforce is just scratching the surface of what a good flash controller can really do.


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