Intel and Micron Partnership Soon To Launch 10TB SSD For Enterprise Market (hothardware.com)

MojoKid writes: Intel and Micron have been tag-teaming various storage and memory technologies and word on the web is that the fruits of that partnership is a 10-terebyte SSD that's right around the corner. The largest SSD in Intel's stable at the moment is 4TB, which itself is pretty large. However, both Micron and Intel are of the opinion that typical planar NAND flash memory has gone about as far as it can go, and that 3D stacked Flash memory is the future. They've also developed a "floating gate cell" design - a first for 3D stacked memory - resulting in 256Gb multi-level cell (MLC) and 384Gb triple-level cell (TLC) die that fit inside of a standard package. The two companies are targeting gumstick-sized SSDs reaching 3.5TB and regular 2.5-inch SSDs hitting (and even surpassing) 10TB. Apparently that's about to become a reality.

Comments

Re:Is this based on 3D Xpoint?

[Areyoukiddingme]

The new Intel/Micron "flash successor" that's supposed to be faster and more durable?

It's not. Both from this announcement and from the original announcement covered here on Slashdot just under a year ago, we see that it's MLC and TLC nand flash. Multilayer (a.k.a. 3D! Now with more Ds!) rather than single layer, but otherwise still bog standard nand flash. Evidently it took a while to get the yields up. Looks like they intend to crater the price per gigabyte of flash-based storage while simultaneously offering up XPoint as the (higher priced) upgrade. And it sounds like Samsung anticipated them doing exactly that, and is working to unload their single layer inventory as fast as they can.

Re:Hard Drives are dying

[Jeremi]

Well one reason to keep hard drives around is because their capacity can be measured in terabytes, instead of SSD's which are apparently measured in terabytes.

The Terebyte is a common unit of measurement for Imperial bytes.

Imperial bytes are similar to standard bytes, except that they were invented before the widespread adoption of Arabic numbers, so instead of storing the bits as 0's and 1's, they store them as I's and II's.