That’s a bummer for corporate users, but the omission probably won’t bother typical consumers. However, support for the related IEEE and TCG Opal specifications is missing from the Arc 100’s feature list, which rules out compliance with Microsoft’s eDrive standard and third-party encryption management software. On the encryption front, the controller can scramble data in hardware using a 256-bit AES algorithm. The Arc 100 also uses the M10 chip, but the clock frequency has been dialed back 15% versus the implementation in the Vertex 460. A slower “M10” revision of the controller powered last year’s Vertex 450 and its successor, the Vertex 460. We first saw the Barefoot 3 in OCZ’s Vector SSD way back in 2012.
#Ocz ssd utility review serial#
The controller is fairly conventional otherwise, with eight parallel NAND channels and a 6Gbps Serial ATA host interface. That chip has dual cores one is an off-the-shelf ARM Cortex unit, while the other is an “Aragon” co-processor designed by OCZ. OCZ’s proprietary Barefoot 3 controller sits inside the Arc 100. More importantly, perhaps, there’s evidence that OCZ’s reliability track record has improved since the firm was purchased by Toshiba. It’s also eminently affordable, with the 240GB and 480GB flavors priced at just $0.50 per gig.ĭespite its budget focus, the Arc 100 is supposed to deliver especially strong performance with more demanding and sustained workloads. This drive, based on the Barefoot controller, uses the most recent “A19” revision of Toshiba’s 19-nm NAND. OCZ is making the most of that access with its new Arc 100 SSD. Toshiba is one of the biggest flash manufacturers in the world, and OCZ now has preferred access to the latest and greatest NAND-probably with family discount. All things considered, that’s probably the best thing that could have happened. The company filed for bankruptcy last year, and it was subsequently acquired by Toshiba.
Those discounts surely contributed to OCZ’s former financial difficulties. However, OCZ also played a role by aggressively discounting its SSDs, which fueled a price war that hasn’t fully subsided since. Shrinking flash fabrication technologies deserve the bulk of the credit for lowering the cost per gigabyte. The steady decline in SSD prices has been one of the most fascinating trends of the past few years.
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