
Supplier Claims 300TB Flash Drives Will Expire in 2026
Pure Storage, a provider of all-flash storage gadgets, expects the capability of its proprietary direct flash module (DFM) solid-state drives to extend sixfold to 300TB in a couple of years. The corporate expects advances in 3D NAND areal density pushed by the elevated variety of layers and different components to ship such a dramatic improve in capability. SSDs for shopper PCs are additionally anticipated to realize capability within the coming years, but it surely’s not that large of a deal.
“Our plan for the following few years is to take our aggressive place in onerous drive into a complete new space,” stated Alex McMullan, CTO of Pure Storage. Blocks and Files. “We ship 24TB and 48TB as we speak [DFM] drivers. you’ll be able to wait […] At our Speed up convention, we have now a variety of bulletins relating to bigger and bigger disk sizes, the place we outlined our purpose of getting 300TB disk capability by 2026 or earlier than.”
Pure Storage’s proprietary DirectFlash Module (DFM) drivers are used solely with the corporate’s FlashArray and FlashBlade storage techniques. DFMs are much like ruler kind issue SSDs and even use the usual U.2 NVMe connection, however they’re designed for particular machines solely. The modules use enterprise-class SSD controllers, albeit with totally customized firmware and 3D TLC or 3D QLC NAND reminiscence gadgets, although it is unclear whether or not the corporate is utilizing any proprietary packaging to extend the capability of its flash chips.
There are a number of methods to sixfold the capability of Pure’s DFM in three years, but it surely will not be straightforward. The obvious means is to make use of extra superior 3D NAND ICs. Whereas Pure makes use of 3D NAND gadgets with 112 to 160 layers lately, the variety of energetic layers will improve to 400 to 500 within the subsequent 5 years, Pure says that this may improve the capability of 3D NAND ICs.
“All manufacturing unit distributors have a plan and path to achieve 400-500 tiers within the subsequent 5 years,” McMullan stated. “And naturally the entire level, by itself, will assist us.”
3D NAND producers launch new generations of their gadgets roughly each two years (i.e. rising the variety of energetic layers). This yr producers are gearing as much as ramp up manufacturing of ~200-layer 3D NAND, so anticipate ~300-layer 3D NAND in 2025 and ~400-layer 3D NAND in 2027. To radically improve the capability of DFMs by 2026 or earlier than, Pure Storage has to depend on extra than simply an rising variety of energetic tiers.
Present DFMs can accommodate a restricted variety of 3D NAND packages. Subsequently, Pure Storage can both use packages that pack extra 3D NAND gadgets (requiring controllers that may work with such packages) or improve the variety of packages and undertake a bigger footprint for DFMs.
Maybe Pure Storage’s plans to extend the capability of its DFM drives sixfold in three years appear formidable (although we nonetheless like the concept the perfect flash drives include 300TB of area! In the meantime, 3D NAND flash and reminiscence packaging applied sciences are evolving quickly) and Pure’s DFM It would not shock us if, inside a couple of years, storage techniques primarily based on HAMR onerous drives exceed the storage density provided by storage techniques utilizing HAMR onerous drives.
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