SolidStateMemory

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  • Viking Modular's SATADIMM jacks an SSD into your memory slot

    by 
    Vlad Savov
    Vlad Savov
    08.27.2010

    Explaining the differences between DRAM and non-volatile storage is about to get that little bit harder, thanks to Viking Modular. The company's decided to "borrow" the DIMM form factor for its latest enterprise SSD offering, equipping it with a 240-pin array to draw power from your spare memory slots. Of course, you'll still need to hook up a SATA cable to get data flowing to this SSD -- at a very respectable 260MBps for both read and write -- but we must admit we're in love with the very idea of it. This new design offers another option for consolidating storage right onto the motherboard and should help case modders yearning for ever-slimmer enclosures. Alas, the SATADIMM is only available to enterprise and OEM clients for now, but we can't think of any reason why it won't test the consumer waters as well -- if not by Viking, maybe someone else? [Thanks, David]

  • Keio University and Toshiba ready tiny 1TB SSDs for 2012

    by 
    Vlad Savov
    Vlad Savov
    02.11.2010

    Japan's Keio University claims to have developed, in conjunction with Toshiba, the technology to shrink the size of SSDs by a spectacular 90 percent while also cutting energy consumption by 70 percent. If that's not enough mind-boggling numbers for you, the final product of this partnership is expected to yield 1TB drives with 2Gbps throughput. The details of this are still somewhat unclear, but we're told researchers stacked 128 NAND flash chips atop one another, with the breakthrough being in the way they communicate -- using short-range magnetic signals --- which results in less wiring complexity and reduced production costs. We'll take some convincing to believe they can really put these to practical use by 2012 as promised, but if they do make it to any sort of commercial launch, you can bet we'll be queuing up through the night to get one. Note: Nikkei source link requires a paid subscription to access.