Intel is shipping its first products based on 3D XPoint, a technology it has been developing for more than ten years to bridge the gap between conventional memory, which holds data for immediate use, and longer-term storage. The company reports that 3D XPoint is 1,000 times faster than NAND flash often used in storage drives, but only 1 percent the speed of DRAM (dynamic random-access memory) temporary memory. Intel says it can speed up tasks in fraud detection, retail recommendations and autonomous vehicles. Continue reading Intel Debuts Memory Products Based on 3D XPoint Technology

The National Science Foundation just announced grants to build the $30 million Stampede 2 supercomputer which, outfitted with 18 petaflops, will offer twice the power of the Stampede, which debuted in March 2013. Its processing capacity puts it on a par with Cray’s Titan and IBM’s Sequoia (though not as powerful as China’s Tianhe-2). The supercomputer will be available to any researcher with a need for immense processing power, for such applications as atomic and atmospheric simulations. Continue reading National Science Foundation Funds Stampede Supercomputer

Several high-profile technology companies, most notably Hewlett-Packard, have been hard at work trying to reinvent the hard drive. But it looks like Intel will be first to market with its new Optane drives. Although a current prototype of Intel’s Optane drives only functions seven times the speed of a top-end flash disk drive, it could be much faster by the time it is released in 2016. And the potential is great: Optane drives are said to operate as much as 1,000 times faster than today’s memory technology. Continue reading Intel to Bring Superfast Optane Hard Drives to Market in 2016

Intel and Micron Technology announced that they have developed a new memory chip technology that will increase performance up to 1,000 times faster than today’s technology. If proven true, the new chip technology, named 3D XPoint, could offer tremendous new capabilities for computers, smartphones and other electronics. 3D XPoint is not as fast as DRAM (dynamic random access memory), but stores 10 times more data and also, similar to current NAND flash memory, retains data even after devices are powered off. Continue reading New Intel, Micron Chips Said to Offer Big Performance Gains