Slashdot Mirror


Intel Intros 310 Series Mini SSDs

crookedvulture writes "Intel has added a couple of tiny 310 Series solid-state drives to its storage lineup. Measuring just 51 x 30 x 5.8mm, the mini-SATA SSDs are about a tenth the size of a standard notebook hard drive. Impressively, their performance ratings track with full-sized SSDs. Intel is pushing the 310 Series as a solution for dual-drive notebooks that combine solid-state and mechanical storage to give users the best of both worlds. Next-gen notebooks just got a little more interesting."

9 of 122 comments (clear)

  1. Drat by DurendalMac · · Score: 4, Interesting

    I was excited as these appear to be Mini PCIe cards, but then I was disappoint as it looks like it's a SATA connector that shares the form factor. It's not entirely clear, though.

    1. Re:Drat by Rockoon · · Score: 5, Insightful

      SATA 1.0 (1.5 Gb/s) can't keep up with any modern SSD

      SATA 2.0 (3.0 Gb/s) is currently keeping the industry down.

      SATA 3.0 (6.0 Gb/s) isnt widely adopted yet, but even when its finally popular enough that too will just keep the industry down.

      SATA-IO should be ashamed of itself for implementing 3.0 with such bullshit specs given the obvious reality of the situation.

      Thats why many people want PCIe to become a standard interface for SSD's. That wont happen until low cost/capacity SSD's use it.

      --
      "His name was James Damore."
    2. Re:Drat by fuzzyfuzzyfungus · · Score: 4, Insightful

      Worse, it's both. Mechanically identical to a mini PCIe connector; but electrically/logically identical to SATA. Won't work if plugged into a PCIe bus, because it isn't a PCIe device; but won't plug in to virtually any SATA connector; because it has the form factor of a mini PCIe card.

  2. Perfomance vs size by BradleyUffner · · Score: 4, Interesting

    Why is it impressive that a smaller solid state drive performs as well as a standard size one? What does the size have to do with anything relating to these performance benchmarks?

    1. Re:Perfomance vs size by fuzzyfuzzyfungus · · Score: 4, Interesting

      It isn't wildly impressive, since many of the larger SSDs are either smaller boards padded out with aluminum or plastic to meet 2.5inch size standards, or 2.5 inch boards taking advantage of relatively lax density requirements to save on board layers and fabrication expenses; but it is the case that most high-performing SSDs are doing somewhat RAID-esque stuff across their multiple flash chips. Thus, unless the design is severely gimped by either incompetence or cost constraints, larger device=space for more chips=more opportunity for spreading operations across multiple flash chips=higher overall apparent speed. For a very small device to hit high speeds, the maker is either doing some clever packaging, to get a competitive number of dice in that space, or implementing a nice controller that can compensate for not having substantial parallelism to play with, or using comparatively pricey flash that is high on the speed and density curves, rather than just doubling up on whatever is available at mainstream price points and taking advantage of the available board space.

      Given Intel's formidable fab expertise and capital resources, it would not surprise me if two and three are at play here...

    2. Re:Perfomance vs size by Rockoon · · Score: 4, Interesting

      Why is it impressive that a smaller solid state drive performs as well as a standard size one? What does the size have to do with anything relating to these performance benchmarks?

      The speed of SSD's is linearly correlated with the number of flash chips they contain, because the flash chips are operated in parallel (think RAID0, only its implicit in the design)

      Smaller would usually mean less flash chips, so less parallelism.

      --
      "His name was James Damore."
  3. Re:Windows by jonbtn · · Score: 5, Interesting

    Perhaps you don't know that Windows (Vista confirmed, 7 should too) can map a seperate drive to a folder instead of a drive letter, if you tell it to. It is rather easy to do. You can even setup multiple paths for a single drive if you want.

  4. Re:Performance by fuzzyfuzzyfungus · · Score: 4, Insightful

    If mounted upright, these guys would be just a little too tall for a 1U; but a 2U could fit several hundred... With the economies of scale enjoyed by something designed to be shoved into consumer laptops, a shelf or two of these little puppies could, with the right controller, make fibre channel stuff that costs a factor of ten or two as much wet itself...

  5. Re:Windows by GNUALMAFUERTE · · Score: 4, Insightful

    Sorry to repost this, but I accidentally posted it as AC, and nobody is going to see it at -1.

    I can't believe it either ... but there is a whole industry dedicated to dealing with windows. But it's the way our world works, sadly.

    We create artificial scarcity, force people to use an inferior and limited technology, that has ridiculous drawbacks, and requires a tremendous workforce around it just to keep it functional. And we keep people using it even when there are cheaper, infinitely better, more reliable and future-proof technologies. The reason is simple: Through artificial scarcity, we keep the money flowing in a certain direction, we keep control in the same hands, and we create hugely profitable but completely pointless industries.

    Think about it, we could be running 100% on clean, future-proof, secure and cheap nuclear energy. Instead, we rely on oil. The infrastructure that oil demands is huge, the drawbacks are incredible, we are polluting the environment, drilling the oceans to get some more black juice out of the earth at a huge risk.

    We could also have moved all of our communications to ip-based networks, cutting down costs, and removing the need for so many different networks. We could have a single infrastructure that would provide us with high-bandwidth, low-latency internet everywhere, and put everything from phone calls to TV through that network. Instead, we are running different networks for each purpose, and within each purpose different networks for each provider. If we re-purposed all cellphone towers from all providers to give us just internet access, we could have 100% coverage everywhere in the world. Instead, we have huge overlapping (areas serviced by several providers), and huge areas with no coverage at all.

    We could also be using just Free Software. It's open, transparent, reliable, cheap, and ethical. Instead, most people use windows. That means triplicating new hardware purchases, cutting 70% on hardware's lifespan, spending incredible resources in pointless activities like antivirus production/sale/deployment, and an IT structure several times bigger than required, not to mention all the lost time and profit due to preventable downtime.

    But it's the way the economy works. It's the way the usual people keep getting richer, while keeping the majority of the world in line, quite and productive.

    It's absolutely sad, but it's not just something that happens only in software, and it's certainly no accident.

    --
    WTF am I doing replying to an AC at 5 A.M on a Friday night?