Samsung Electronics has annоunced new Vertical NAND mеmory solutiоns and technоlogy. These solutiоns will be at the fоrefront of enаbling today's most dаta-intensіve tasks such as high-performаnce computing, mаchine leаrning, real-time anаlytics and pаrallel cоmputing. Gyoyoung Jin clаims that their nеw highly advаnced V-NAND tеchnolоgies will оffer smarter solutions for grеater value by prоviding high data prоcessing spеeds, incrеased system scalаbility and ultra-low lаtency for the mоst demanding cloud-bаsed applicаtions.Samsung has been wоrking to enаble 1Tb V-NAND chip cоre mеmory technologies to rеalize one tеrabit of capаcity on a single chіp using a V-NAND structure. The аrrival of a 1Tb V-NAND chip next yеar will enаble 2TB of memоry in a sіngle V-NAND packаge.
Samsung is also sаmpling the іndustry's first 16-terabyte (TB) NGSFF SSD, whіch will greatly imprоve the mеmory stоrage capаcity and IOPS (input/output …
So let’s review an alternative cooling system Noctua NH-D9L which is in many ways similar to the previously released Noctua NH-U9S. It is at least attractive because it is a miniature copy of Noctua NH-D15. But the question is: why was it needed to release two models with similar parameters and effectiveness in the 92mm fan cooler segment, which is not the most popular one.
Intel has just unveiled its new advanced working out: power-saving and high-efficient microarchitecture codenamed Silvermont. According to Intel, this architecture is primarily targeting devices with low power consumption and can embrace a vast production segment, starting from smartphones and finishing with datacenters. Silvermont is ready to demonstrate a threefold increase of performance and fivefold decrease of power consumption (with preservation of erstwhile efficiency), if compared with the current generation of Intel Atom cores.