HP, SanDisk Join Forces, HP and SanDisk are acute new accumulator technology that could be 1,000 times faster than beam memory, admitting they’ll face some antagonism forth the way.
Details on the new technology are scarce, but the ambition is to actualize a “universal memory” that serves as both abiding accumulator and RAM, the Wall Street Journal reports. The ambition is to commercialize this technology some time amid 2018 and 2020.
Why this matters: Today’s computers action RAM and accumulator separately, because the above is abundant added big-ticket and purges its abstracts if the apparatus admiral down. Programs and files are stored on beam memory, but during use they’ll amount some abstracts into RAM for faster concise access. A individual blazon of anamnesis for both short- and abiding accumulator could addition a PC’s achievement dramatically.
Intel, Micron, and a accomplishment shift
HP and SanDisk aren’t the alone ones with eyes on next-generation memory. Earlier this year, Intel and Micron appear a affiliation on a new blazon of storage, touting the aforementioned “1,000 times” achievement improvements. Originally dubbed 3D XPoint, the technology will commercially be accepted as Intel Optane, and is appointed to hit the bazaar in 2016—well advanced of HP and SanDisk.
The two companies aren’t just searching at servers, which are generally the aboriginal stop for new accumulator technology. Intel aims to accept Optane in laptops next year as well, and is introducing accumulator controllers, interfaces, and interconnects to advice accomplish it happen. HP and SanDisk are aswell accommodating on computer systems that use their accumulator technology.
The Wall Street Journal’s address sheds some ablaze on why the companies may be entering such angry antagonism in the aboriginal place: Neither Intel/Micron nor HP/SanDisk plan to authorization their technology, which agency you won’t see it on articles from Seagate, Samsung or added accumulator vendors.
The licensing archetypal about ends with vendors antagonism to the basal on pricing, but allegedly that won’t be the case with this technology. In added words, apprehend to pay a exceptional for those faster speeds, unless (or until) addition article comes up with something agnate that all vendors can use.
Details on the new technology are scarce, but the ambition is to actualize a “universal memory” that serves as both abiding accumulator and RAM, the Wall Street Journal reports. The ambition is to commercialize this technology some time amid 2018 and 2020.
Why this matters: Today’s computers action RAM and accumulator separately, because the above is abundant added big-ticket and purges its abstracts if the apparatus admiral down. Programs and files are stored on beam memory, but during use they’ll amount some abstracts into RAM for faster concise access. A individual blazon of anamnesis for both short- and abiding accumulator could addition a PC’s achievement dramatically.
Intel, Micron, and a accomplishment shift
HP and SanDisk aren’t the alone ones with eyes on next-generation memory. Earlier this year, Intel and Micron appear a affiliation on a new blazon of storage, touting the aforementioned “1,000 times” achievement improvements. Originally dubbed 3D XPoint, the technology will commercially be accepted as Intel Optane, and is appointed to hit the bazaar in 2016—well advanced of HP and SanDisk.
The two companies aren’t just searching at servers, which are generally the aboriginal stop for new accumulator technology. Intel aims to accept Optane in laptops next year as well, and is introducing accumulator controllers, interfaces, and interconnects to advice accomplish it happen. HP and SanDisk are aswell accommodating on computer systems that use their accumulator technology.
The Wall Street Journal’s address sheds some ablaze on why the companies may be entering such angry antagonism in the aboriginal place: Neither Intel/Micron nor HP/SanDisk plan to authorization their technology, which agency you won’t see it on articles from Seagate, Samsung or added accumulator vendors.
The licensing archetypal about ends with vendors antagonism to the basal on pricing, but allegedly that won’t be the case with this technology. In added words, apprehend to pay a exceptional for those faster speeds, unless (or until) addition article comes up with something agnate that all vendors can use.
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