Intel Working on 144-Layer QLC NAND, PCIe 4.0 for Optane: Rumor


This space may perhaps also function affiliate commissions from the links on this internet page. Terms of enlighten.

Intel Optane

We haven’t heard valuable from Intel’s storage division no longer too long ago, nonetheless there are rumors that the corporate will construct several announcements within the no longer-too-distant future.

All of these rumors are from Reportedly, Intel is working on a brand new form of QLC NAND that can locate it stretch to 144 layers, up from 96 layers right this moment. Such parts wouldn’t be at probability of ship earlier than later 2021, nonetheless they’d be a major skill development over standard hardware. 3D die stacking has been riding the skill improvements in NAND for the past few years, and more than one manufacturers adore Samsung, Intel, WD, and Micron are all though-provoking to 100 layer designs.

Intel is additionally level-headed reportedly working on its PLC (penta-layer-cell) abilities for NAND, which stores five bits of files per cell, when put next with 1-bit for SLC, two bits for MLC, and three for TLC NAND. Every piece of extra storage skill has always required steep sacrifices by manner of drive performance and long-timeframe program-erase cycles. QLC NAND, shall we embrace, is in general suggested for “frosty” storage drives and projects with small write workloads, attributable to the small need of program/erase cycles available.

PLC NAND would require 32 label ranges to be kept in each and every cell. Intel, on the opposite hand, looks to ponder it has a path in the direction of commercializing the abilities, and an additional 1.25x amplify in files storage per cell would be welcome. Theoretically, the lower write cycles may perhaps also be compensated for with elevated pools of replace NAND on-drive, and TLC and QLC drives recurrently boost their performance by dedicating small amounts of the drive as SLC cache.

Fresh Optane Coming on PCIe 4.0

There’s no red meat up for PCIe 4.0 baked into Intel’s upcoming Comet Lake CPUs, nonetheless motherboard manufacturers are loudly signaling that their Comet Lake boards are all geared up for the characteristic. That implies we’re going to set a question to an Intel chip that does red meat up PCIe 4.0 to show veil up one day — and there’ll be Optane storage willing for the fashioned when it does.


Intel’s storage roadmap alongside with Xeon platforms. We’re within the second column.

Bringing Optane to PCIe 4.0 shouldn’t alternate the standing between it and a similar NAND in any dispute. Here’s what I imply: A PCIe 4.0 NAND SSD is quicker than a PCIe 3.0 NAND SSD, nonetheless it doesn’t robotically provide dramatically greater latency than a PCIe 3.0 SSD. A PCIe 4.0 NAND SSD helps the identical form of read/write operations as a PCIe 3.0 drive, and it has the identical strengths and weaknesses. Intel hasn’t given many vital aspects on what to set a question to from next-generation Optane, nonetheless we’re assuming that the storage medium will proceed to provide its historical strengths (very sturdy performance at low queue depths) and that Intel will proceed to space it as a DRAM different in obvious server installations.

I’m very titillating to imagine what Intel has in mind up to now as PLC storage, and I’d adore to imagine second-generation Optane construct a more major gap between itself and NAND. Optane, I ponder, have to be graded on fairly of a curve. It’s very hard for any company to ramp a tag-new storage product as a lot as compete with already-established solutions, which is why it took NAND goodbye to emerge as a viable competitor to exhausting drives. To-date, Optane has demonstrated some gracious capabilities to NAND in dispute enlighten-instances, nonetheless neither NAND nor Optane has upset DRAM’s space within the memory hierarchy. Intel needs to push Optane into RAM sockets going ahead, so the more DRAM-adore its overall performance, the greater.

Now Read:

This space may perhaps also function affiliate commissions from the links on this internet page. Terms of enlighten.

Leave a comment

Your email address will not be published.