Facebook engineers say that it's time for QLC flash to solve the problem of slower hard disk drives in data centers.

Intel’s latest NAND SSD products include the Intel SSD D7-P5500 ... on track to begin production on 144-layer quad-layer cell (QLC) 3D NAND technology by the end of the year, which Intel ...

AI development has become the key growth driver for NAND flash storage applications, leading to a significant surge in ...

The new KIOXIA LC9 Series NVMe 122.88 TB SSD is built for the AI era, and stacked with cutting edge tech like PCIe Gen5, NVMe ...

This is why QLC (and TLC) SSDs use a pseudo-SLC (pSLC) cache, which allocates part of the SSD’s Flash to be only ... existing issues even worse. Perhaps Intel and Micron will come out of left ...

Also, at the investor day event SanDisk was showing its high-performance TLC data center SSDs and announced a new QLC capacity data center SSD with storage capacities up to 128TB, see below ...

Kioxia announced the development of its high-capacity 122.88 TB enterprise SSD for AI applications, utilizing its 2 Tb QLC die.

Built with the latest 2Tb die QLC NAND, the 128TB SSD features enterprise and data center-optimized firmware, ensuring reliability and endurance in demanding environments. The SSD design delivers ...

StorOne's new AFAn array combines its software-defined storage technology with Intel servers and both Optane and QLC flash storage technologies to offer better performance than other all-flash ...

Now, let's talk about the more basic relevant question: How do SSDs work in the first place, and how do they compare with newer technologies, like Intel's non-volatile storage technology, Optane ...