Join us at the MAST Center labs to see what NAND can really do

They're running XP x64 Edition, for those interested..

It'd be nicer to have a comparison about some of those numbers (sorry I don't know what an I-OPS is) but I do know what 800 megabyte write speeds mean!

I think it'd be a bit weird to plug in any sort of storage device in to a PCI-E slot so I would imagine that some new high(er) bandwidth bus other than SATA or USB is most likely in the works.

jabcreations, A high end harddrive will do around 250 IOPS (Input Output Operations per Second) This card does 200,000 IOPS. That is 80,000% faster. Do you now get why the guy can't stop smilling.

*cough* enzyte natural male enhancement *cough*

Okay both these guys are so creepy...

To be fair let's consider which skills they have concentrated on improving...not acting obviously but the end result will be us with much faster hardware in the next few years. :-)

This video felt sketchy. Get out of the guy's grill.

Dean, what you should do is contact AMD and try to sell this technology to them. That way they can integrate a 16 channel SSD controller into their CPUs and motherboard manufacturers can place a DIMM slot on their motherboards. Then we can just buy a 8GB or 16GB SSD DIMM for $50 and get the same kind of performance. They're going to do it eventually, so you may as well make Micron some money from licensing fees. Imagine if every computer had a 16GB SSD with those kinds of IOPs, for cheap!

SSD chubby lol :D

SSD will overtake magnetic for density pretty soon. Having bulk magnetic atm only makes sense because SSD is in its (relative) infancy