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OWC's Mercury Accelsior PCIe SSD is Mac bootable, strictly neutral
If you've ever tried to jam a regular SSD into your Mac, then you'll know that many off-the-shelf drives feel like they're tailored and tested for, ahem, someone else. Not so with OWC's Mercury Accelsior, which claims to be the only Mac bootable and Mac supported PCIe SSD on the market. Regardless of which platform you use it with, however, the dual-SandForce card promises some neat tricks with its 24nm Toshiba Toggle NAND. Sequential read and write speeds are around 50 percent higher than what you'd get from a regular SATA III drive, with the cheapest 120GB model ($360) offering 758MB/s reads and 743MB/s writes. Random performance is notched up too, with around 100K IOPS in both directions. The 960GB version costs a coldly precise $2,096, but still -- a potential side order for when the Mac Pro line finally gets another refresh?
SandForce demos 24nm flash from Toshiba, cheaper SSDs on the horizon
SandForce, the company behind the companies that make some of the best SSDs on the market, is at it again -- this time demoing 24nm NAND flash from Toshiba at the Flash Memory Summit in Santa Clara, CA. An SF-2000 processor was matched with the new shrunk-down storage, a 6Gb/sec SATA connection, and jammed inside a 2.5-inch enclosure to deliver 500MB/sec read and write speeds. It's not the fastest we've seen, but the big news here isn't the data rates -- it's the potential for cheaper SSDs. The smaller manufacturing process means Toshiba will be able to squeeze more storage out of the same wafer of silicon and, hopefully, shrink those still somewhat bloated prices. Check out the full PR after the break.
Toshiba sends 24nm NAND flash memory chips into mass production
Let's take a moment to congratulate Toshiba on a fine feat of engineering. It was only last year that the company started shipping 32nm NAND flash memory, and yet today its factories are starting to churn out 24nm chips. Unsurprisingly, this comes with the boast of offering "the world's highest" density and capacity per single chip, an honor going to the 2 bits-per-cell 64Gb parts. That newfangled Toggle DDR transfer-acceleratin' technology is also supported, naturally, leaving us only to wonder who'll be picking up the earliest deliveries of these minuscule data stores.
