Computer storage has been stuck in an innovation rut over the last two decades. While consumer drives have improved immensely, the fundamentals they're based on haven't changed. Computers use DRAM for ...
3D Xpoint (pronounced "crosspoint") is designed in a 3D structure, like some of the cutting-edge 3D NAND we've discussed. Unlike NAND, however, 3D Xpoint doesn't use an electrical charge to store data ...
Micron on Wednesday announced that with "immediate effect," it is moving away from further developments into 3D XPoint technology, and allocating those resources instead to bringing CLX-enabled memory ...
Use left and right arrow keys to seek audio. Micron has announced that it will be ceasing development of its 3D XPoint technology, something it had co-developed with CPU giant Intel. The company has ...
The big picture: Micron Technology is washing its hands of 3D XPoint, the memory technology it announced alongside Intel back in 2015. The company has halted R&D and is putting its fab up for sale.
Intel plans to reinvent computer memory and storage with what it calls Intel Optane 3D XPoint (pronounced crosspoint) that includes a type of SSD that can also be used as RAM. It was presented at an ...
Intel won’t be the only company gearing up to sell super-fast SSDs based on the new 3D Xpoint storage and memory technology; other storage companies will also offer them with technology provided by ...
Back in 2015, Micron and Intel announced the development of a new type of memory. Dubbed 3D XPoint (Crosspoint), the new type of memory offered endurance levels NAND flash couldn't match and ...
Micron Technology MU has put its Utah factory up for sale as it quits from making 3D XPoint memory chips that it had developed in partnership with Intel Corporation INTC. The company expects to find a ...
What just happened? Micron back in March announced it had ceased production of 3D XPoint memory and was putting its Lehi, Utah-based fab up for sale. They've since found a buyer in Texas Instruments.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results