End of Life for 25nm-based Intel SSDs Nears

TweakTown is reporting an upcoming discontinuation of Intel SSD families using the company's 25 nm MLC NAND flash memory. These include the 313 Series, 520 Series, 525 Series and the enterprise 710 Series. The latter line was replaced by the new DC S3x00 Series, and the Intel 525 Series and 313 Series are mSATA products for OS/storage and cache respectively.

X-bit Labs adds that the 320 Series also falls on the chopping block. The last product shipment timeframe for 25 nm products is December 15, 2013 to January 20, 2014, depending on the model. Customers will need to place orders between late September and mid-October to fall into that window.

Intel also reportedly warned that it may not be able to meet demand for previous-gen products, but will make commercially reasonable efforts to support last time order quantities. However due to supply limitations, Intel may be forced to fill orders using products with 20 nm NAND flash instead. There also many be situations where Intel is unable to support customer demand on either 25 nm or 20 nm product orders.

Intel's newer 335 Series 2.5-inch SSDs are based on 20 nm processing, and currently ships in 180 GB and 240 GB capacities – a 480 GB version has not been launched.

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  • csf60
    Ok so now SSDs are like processors? shrinking nanometers each gen?
  • 4745454b
    They use transistors like CPUs and RAM so yes. It's a bit like the increase in areal density that hdds get. This is what lets us go from 250GB per platter drives like we used a few years ago, to the "monster" 1TB per platter drives that we have now. Pack the bits tighter together, get more space on the drive. In the case of SSDs because there is no platter, this is done with smaller transistors.

    What I wonder is how much an issue this is. For desktop users it doesn't matter much. But losing the enterprise drive might be an issue for business's? That and does the size of the transistor really matter? For example, couldn't they just make a 710 series with the newer 20nm transistors? But keep everything else the same so businesses that need a direct drop in replacement could get one? Smaller sized transistors it might even get a voltage/power drop. I would think it wouldn't matter much if they need a new SSD then they could just buy a newer 20nm drive. But I don't buy enterprise type drives so I'm not sure of the requirements.
  • Stealthman80
    all memory is manufactured in the same way as a processor, so yes that's basically true. The thing for memory is, the smaller you go it gets cheaper to make, good news for us with the prices. Bad news is it gets slower and has less endurance....