$30M Stampede 2 supercomputer will present 18 petaflops of knowledge crunching energy to researchers nationwide

$30M Stampede 2 supercomputer will provide 18 petaflops of data crunching power to researchers nationwide

Be careful, international supercomputer prime 5, there’s a brand new contender. Or no less than there might be quickly, as soon as the $30 million Stampede 2 is up and operating. With 18 petaflops peak processing capability, the brand new system will stand shoulder to shoulder with Cray’s Titan and IBM’s Sequoia — although an excellent deal behind China’s Tianhe-2.

The thought then, as now, was to create a world-class supercomputing platform that might be accessed by any researcher with an issue requiring intense quantity crunching. Issues like atomic and atmospheric science simulations, for example, that may take years to grind by way of on a desktop however could be rotated in days on a supercomputer.

Simply think about accounting for all of the actions and interactions of the 750,000 particle analogs on this simulation of a colloidal gel!

$30M Stampede 2 supercomputer will provide 18 petaflops of data crunching power to researchers nationwideOr monitoring the entropy of each pseudoparticle (?) on this 2000 cubic-kilometer basic relativistic magnetohydrodynamic rendering of a supernova progenitor!

$30M Stampede 2 supercomputer will provide 18 petaflops of data crunching power to researchers nationwideProper?

“The sort of giant-scale computing and knowledge capabilities techniques like Stampede and Stampede 2 present are essential for innovation in virtually each space of analysis and improvement,” stated Texas Superior Computing Middle director Dan Stanzione in a UT press launch. “Stampede has been used for every part from figuring out earthquake dangers to assist set constructing codes for houses and business buildings, to computing the most important mathematical proof ever constructed.”

Stampede 2 supplies about twice the facility of the unique Stampede, which was activated in March of 2013. Each techniques are funded by grants from the Nationwide Science Basis, and constructed on the College of Texas at Austin.

They didn’t simply double the core rely for the sequel, although. The 22nm fabrication tech behind the unique is being retired, with 14nm Xeon Phi chips codenamed “Knights Touchdown” (and a few “future-era” processors as nicely) forming seventy two cores versus the primary system’s sixty one.

RAM, storage, and knowledge bandwidth are additionally being doubled; in any case, you’ll be able to’t crunch the info should you can’t transfer it. Stampede 2 can shift as much as one hundred gigabits per second, and its DDR4 RAM is quick sufficient to work as an unlimited third-degree cache in addition to fulfill atypical reminiscence roles.

It should additionally make use of 3D Xpoint non-risky reminiscence, which is claimed to be quicker than NAND however cheaper than DRAM, a kind of holy grail for top-efficiency storage use instances. Stampede 2 would be the first critical deployment of the stuff, so let’s hope meaning it’s trickling down for us desktop customers.

However sufficient spec porn (extra right here), despite the fact that it’s all for a superb trigger. In any case, scientists across the nation are voracious shoppers of this kind of useful resource. The final decade, the UT press launch factors out, has seen establishment numbers double, principal investigators triple, and lively customers quintuple. And why ought to that progress decelerate, as we discover ever extra methods to make use of deep knowledge evaluation duties in each the investigation of the pure world and the creation of latest instruments and providers?

There’s no indication of when Stampede 2 will get energy up, however provided that the funding was simply lined up, it’ll be a yr or extra no less than — throughout which era, in fact, that prime 5 supercomputer record might get much more crowded.

Featured Picture: Sean Cunningham / Texas Superior Computing Middle