SSD pricing has come down tremendously since Intel’s X25-M hit the scene in 2008. Back then we were talking about 80GB for around $600, while today Micron and Samsung will sell you a 1TB SSD for the same price. Moore’s Law drove this scaling in capacity. Smaller transistors paved the way for higher density NAND in the same die area, and increasing volumes helped to keep the fabs full. Although scaling transistor size helped address the cost-per-bit problem, it created a new one: decreasing endurance and performance. Just looking at what’s happened to IMFT NAND over the past few generations gives us an idea of what we’re dealing with: Micron NAND Evolution ...

Samsung’s 3D Vertical NAND Set to Improve NAND Densities

Ars Technica has posted information on Samsung’s new 3D Vertical NAND technology, and it promises to boost densities for SSDs and other similar devices dramatically. Samsung announced last night...

33 by Jarred Walton on 8/6/2013

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