GigaDevice’s GD5F1GM9 series addresses SPI NAND Flash’s inherently slow response times and vulnerability to bad block ...

One of the things that every student of digital electronics learns, is that every single logic function can be made from a combination of NAND gates. But nobody is foolhardy enough to give it a ...

So how did we get here, and is there life beyond QLC NAND Flash? Basic model of a floating-gate transistor. At the core of NAND Flash lies the concept of floating gates, as first pioneered in the ...

NAND Flash is named after the NAND (NOT-AND) logic gate, which is used in its basic architecture. The term "NAND" is derived from the way the memory cells are organized in a series-connected structure ...

Yangtze Memory Technologies Co. (YMTC) has quietly started to ship its 5th-Gen 3D NAND memory with 294 layers in total as ...

A notable challenge arising from the acquisition is the fundamental difference in NAND fabrication technology used by the two companies. Intel historically employed floating gate NAND flash ...

The NAND and NOR designations actually refer to the logic circuits on the chips (for more details, see flash memory and logic gate). Traditional flash memory has a single layer of cells ...

“The change from 2D to 3D integration introduces new metrology challenges, including very high-aspect ratio structures, wafer stress driven bow and vertical gate dimension control.” The big challenge ...

By integrating Solidigm into its operations, SK hynix gains access to advanced floating gate NAND flash technology – a hallmark of Intel's legacy – and an established position in the ...

For SK Hynix, this deal isn't just about scaleit's a play to dominate enterprise SSDs, despite inheriting two fundamentally different NAND architectures. Intel leaned on floating gate NAND ...