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OCZ Octane SSD benchmarked, new Indilinx controller holds its ground
Maybe it's just interference from our seasonal goggles, but isn't there something quite cheery about SSD reviews? In the case of OCZ's Octane drive, our good spirits derive from the sturdy performance of its freshly-conceived Indilinx Everest controller, which ought to keep big players like SandForce and Samsung on their toes. HotHardware just reviewed the $369 $879 512GB variant and found that it delivered fast boot-up times, strong read speeds and writes that were just shy of enthusiast-class drives. Follow the source link for the full and possibly festive benchmarks. Update: Sorry about the optimistic price error. Guess we got carried away with all the holiday discounts. As many of y'all spotted, it's the 256GB version that goes for $369. Update: We just added links to reviews from AnandTech and Storage Review, which both arrived at similarly positive conclusions.
BiTMICRO's next-gen SSD controller to deliver blazing speed and big storage in 2012
SSD controllers aren't the most glamorous chunks of silicon to be hawking, but you can make quite a name for yourself with them (just ask SandForce). BiTMICRO is betting that its next-gen platform will be something manufacturers will want in on. Targeted primarily at enterprise class devices, the as yet unnamed chips will be capable of performing 400,000 random write IOPS per second and support drives up to 5TB in size. By comparison, SandForce's SF-2000 tops out at 60,000 IOPS. Others will have time to catch up, though, BiTMICRO says the platform will be ready for "market testing" during the first half of 2012. Check out the PR after the break.
Engadget Primed: SSDs and you
Primed goes in-depth on the technobabble you hear on Engadget every day -- we dig deep into each topic's history and how it benefits our lives. You can follow the series here. Looking to suggest a piece of technology for us to break down? Drop us a line at primed *at* engadget *dawt* com. If you're a storage aficionado -- and who here isn't? -- you've probably heard a lot about SSDs, those friendly solid-state disks promising dramatically improved performance over their magnetically inclined brethren. No doubt you've heard about the advantages, thanks to NAND storage that makes them silent, shock resistant, energy efficient and lightning quick. Yet you've also heard the horror stories: drive slowdowns, controller failures and manufacturer recalls. And adding to all those anxiety-producing headlines, there's the price premium. While most magnetic drives average around a nickel or dime per gigabyte, even consumer-grade SSDs still run $1-2 per gigabyte, often for drastically smaller-capacity drives. Three years ago, Intel launched its X25-M and X18-M: the "M" stood for "mainstream," and the pair of drives were designed to reintroduce solid-state storage to a cost-conscious consumer market. (Perhaps more importantly, they were also meant to solidify Intel's standing in the nascent SSD realm, up to that point a chaotic, Wild West-style domain. But we'll get to that.) For most users magnetic drives still remain king, with solid states appealing primarily to a niche of enterprise IT professionals and modding enthusiasts. How did that happen -- and should it be different? After the break we'll look at how and why SSDs haven't (yet) conquered the storage world, and examine whether they're poised to do just that.
OCZ buys Indilinx, probably has designs on building its own SSD controllers
Indilinx, the company responsible for designing the Barefoot SSD controller, has today agreed to hand its future over to the capable lads and ladies of OCZ Technology in exchange for $32 million in common OCZ stock. The companies have announced a definitive agreement for the chipmaker's acquisition, which OCZ is performing in order to gobble up a set of 20 yummy patents and patent applications while also expanding its presence in embedded, hybrid storage and industrial markets. Indilinx will continue its current operations, including providing controllers and firmware to other OEMs, and OCZ too will continue to use others' wares, namedropping its long-term partner SandForce as among the outside companies that will be supplying it with SSD goodies. So it's business as usual unless and until this partnership spawns some lightning-fast combination of software and hardware that forces us to hear that cursed "exclusive" word again. Ah well, best of luck of luck to them.
Samsung and Seagate to jointly improve SSDs, give each other noogies behind the barn
Seagate and Samsung -- not exactly rivals in every facet, but certainly not buddy-buddy in the storage realm. These two have been attempting to one-up each other for as long as platters have been stacked within 3.5-inch HDD enclosures (and before, probably), but they're putting their differences aside today and announcing a tag-team arrangement meant to jointly develop controller technology for enterprise SSDs. Under the newfangled agreement, the two mega-corps will work hand-in-hand and cross-license related controller technologies for solid state drive devices, with a goal to increase reliability and endurance for use in business environments. Curiously enough, the companies didn't hand out any press imagery nor any specific details about what future devices would be emerging from the partnership; and yeah, we're also wondering which logo is going to end up splashed across the packaging. While this may all seem distanced from you and your laptop at the moment, it's surely just a matter of time before enterprise demands become consumer demands. Right, fellas?
Kingston's latest SSDNow V+ reviewed in 128GB flavor
Kingston's SSDNow V+ series is hitting the streets, and bit-tech.net has put it, and its new Toshiba controller, through the wringer. That new silicon offers TRIM support in Windows 7, intended to remove any lingering fears of performance degradation, and this drive has been graced with 128MB of internal cache to conquer random read and write performance. In general the review finds that the controller does its job and TRIM'd deletes don't have a major affect on performance, but there still was some degradation after 1TB worth of writes and deletes. Beyond that the included cache didn't seem to help random I/O performance, and in general the drive doesn't exactly dominate the benchmarks. So, if you've recently upgraded to something else and were feeling a bit of buyers' remorse, you're safe -- for now.
JMicron NAND flash controller could lead to significantly lower SSD prices
Truth be told, SSD prices have been declining at a noticeable tick since way back in 2007, but the reality is that the average consumer still can't afford one -- or, at least they aren't willing to pay the lofty premium for the decent increase in speed. If a bold claim from JMicron is to be believed, all that could change in the run-up to CES 2010. A new report has it that the aforesaid company will be demonstrating its new NAND flash controller next week at Computex, with the JMF612 aimed specifically at a "new generation of NAND flash chips built using smaller process geometries that will be entering the market soon." If all goes well, the cheap single-chip controller could lead to SSD prices falling by around 50 percent by Christmas, but after years of waiting for these things to really get priced for Joe Sixpack and his gaggle of siblings, we're still cautiously skeptical. Not that we wouldn't love to be proven wrong or anything.[Image courtesy of HotHardware]
Video: Micron's Washington PCIe prototype SSD card is wicked quick
Up until now, Fusion-io's ioDrive has pretty much put every other SSD-on-a-PCIe-card to shame in terms of sheer performance, but it just might be looking at its first formidable competitor in the Micron Washington. The prototype device was recently showcased on video (posted after the break), and while we're not told how capacious it is, it is understood to be using 64-bit SLC NAND chips. When placed in a Xeon-powered server, the unit is able to achieve 150,000 to 160,000 random write IOPS with a bandwidth of 800MB/sec per card. Micron is convinced that it can reach a bandwidth of 1GB/sec and 200,000 IOPS with this technology, though Fusion-io's CTO proclaims that users can achieve "over 6GB per second" when using eight of its ioDrives in conjunction. Of course, the aforementioned ioDrive is actually shipping, whereas this elusive Washington doodad won't see commercial light until at least 2010.[Via The Register, thanks Vik]
