Intel’s Optane memory offers speeds that are almost as fast as what you’d expect from RAM. But unlike DRAM, Optane is non-volatile, which means that you won’t lose any data if you turn off your computer.

Earlier this month Intel launched the first Optane solid state drive. But that 375GB SSD is designed for enterprise use, and it has an enterprise-level price of $1520.

Now the company is getting ready to launch something a bit more accessible: solid state drives meant for use in consumer PCs, with prices starting at just $44. But you don’t get a lot of storage space for that price.

Starting April 24th, you’ll be able to buy a 16GB module for $44 or a 32GB module for $77.

Both are M.2 PCIe 3.0 drives that use the 3D Xpoint technology Intel developed together with Micron. And both offer read and write speeds that far surpass what you’d typically expect from NAND flash, although the 32GB drive is faster than the 16GB module.

Odds are that most computer users will want more than 32GB of storage, but throw these SSDs into a system that already has a large hard drive and you get some of the best of both worlds: plenty of speedy storage for currently running applications, and plenty of storage for media, documents, and other files.

Intel doesn’t officially support installing Windows to an Optane drive yet. Instead the idea is to use these drives as cache storage. Intel Rapid Storage Technology will let your computer treat a hard drive and Optane drive as if they were a single drive… but use the faster drive for data caching purposes, which should speed up a lot of operations.

While you could also use an Optane SSD to boost performance of a NAND flash SSD, the difference won’t be as noticeable as when used with a hard drive, since SSDs already tend to be faster than HDDs.

Although performance will likely vary depending on a variety of conditions, Intel says its Optane memory could:

  • Cut the time it takes to boot a PC in half
  • Increase storage performance as much as 14x
  • Launch applications faster (for instance, Outlook is said to load up to 5.8x faster)
  • Find files on your PC up to 4x faster

Eventually as Optane prices come down, we might eventually see computers with larger Optane disks that can be used as both storage and memory. But we’re not there just yet.

Hoping to speed up an old PC with a new Optane drive? Then you’ll probably need to buy a new motherboard and processor to go with it.

In order to be Optane-ready, a computer needs an Intel Kaby Lake chip, windows 10 64-bit software, an M.2 2280 slot with two or four PCIe data lanes, and a BIOS that supports the Rapid Storage Technology 15.5 drive. Intel has a list of compatible boards.

Computers that come with Optane memory pre-installed should begin shipping this summer.

Intel says the first Optane modules are designed for desktops, but notebook-friendly versions should be “available at a later date.”

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6 replies on “Intel’s speedy Optane storage coming to consumer PCs next month (in small, affordable doses)”

  1. If users will buy SSDs, coders will not optimize read functions in their’s programs at all. I sure they will not. Why? Everyone who worried just should buy SSD. Or even NVM-SSD, to be sure. And do you know what it will look like, running those apps on casual PC? It looks like inifinity pain, when you’re running metro UI application with weather forecast and wait about 3-5 seconds, while it loads from old rusty 5400 RPM notebook’s drive…

  2. Not sure I would pay a premium for this SSD. I am much more interested in UFS 2.0 memory cards.

  3. This stuff only supports PCIe 2x while their flash based NVMe drives do 4x and are faster. And if it were really NVMe standard compliant they wouldn’t be limiting it to a couple of new Intel chipsets. And look at the UBER rate! One in 10^15 bits read results in a read failure? For a OS drive that is going to get hammered? I hope that is a typo. Pass. Maybe in a few years.

    1. The endurance stats and bit-error rates seem very similar to Intel’s high-end 6000p SSDs.

      Main difference on paper is that the Optane should give much better Read IOPS for realistic consumer/workstation workloads (rather than unrealistic 32 queue-depth workloads). Absolute bandwidth is not what Optane is about, again its the same ball park as a good NVMe SSD.

  4. Use this as your OS and program drive and put all your files on a good SSD. Boy do I wish I needed to build a system.

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