Toshiba has announced NAND flash memory devices said to offer the highest densities ever. The new 128GB and 64GB devices use chips built on 32 nanometer process technology, integrate controllers for standard interfaces, and target smartphones, tablet PCs, and digital video cameras, the company says....
It’s no surprise that as the processors for our Android devices get faster, other areas such as the device’s memory get faster as well. That’s why Sandisk has been working behind the scenes on its flash memory technology and recently announced it has begun customer sampling of flash memory products based on its 1Ynm process technology.
Samsung has started mass producing 128GB flash memory chips that feature the highest density in the industry, and are made with a 10nm process. Such high-capacity flash memory chips already exist in the marketplace, and the South Korean company is looking to not only bring smaller flash memory chips to mobile devices, but also replace traditional hard drives.
Samsung announced what it claims is the industry's first production of & 20 nm-class& NAND flash chips for use in SD cards and other storage devices. The 32 gigabit MLC (multi-level cell) chips will form the basis of SD cards to be offered in sizes ranging from 4GB to 64GB later this year, the company says....
Panasonic, Samsung, Sandisk, Sony, and Toshiba announced they'll collaborate on a content-protection scheme targeting SD cards and other flash memory devices. The & Next Generation Secure Memory Initiative& will involve PKI (public key infrastructure) and will be robust enough to protect HD video content, according to the companies....
Toshiba plans to begin large-scale production of a new, 2.5-inch hybrid disk drive and NAND flash memory combined in a single unit suitable for ultrabooks, notebooks and PCs, company officials said.
The idea, to fuse the speed and responsiveness of solid state technology with the capacity and cost-effectiveness of hard disk drives (HDD), so far hasn’t gained much traction among notebook makers, bu
Intel shows off its 20-nanometer NAND flash memory in the new SSD 335. While the SSD 335 uses the smallest and most efficient MLC NAND flash memory on the market today, it is functionally identical to its predecessor.
Intel shows off its 20-nanometer NAND flash memory in the new SSD 335. While the SSD 335 uses the smallest and most efficient MLC NAND flash memory on the market today, it is functionally identical to its predecessor.
Intel shows off its 20-nanometer NAND flash memory in the new SSD 335.
Bigger is always better— and Samsung is looking to apply that mantra to the next generation of memory devices in future smartphones. Considering 32GB devices is starting to become a bit too tight when holding all of our games, music and photos– Samsung believes its time to develop new and enhanced memory chips with a higher capacity.
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