Last year, Watson beat humans in a battle of wits. Starting this fall, IBM’s insanely intelligent supercomputer will begin diagnosing patients at New York’s Memorial Sloan-Kettering Cancer Center. More »
In Insert Coin, we look at an exciting new tech project that requires funding before it can hit production. If you’d like to pitch a project, please send us a tip with “Insert Coin” as the subject line.
Parallel computing is normally reserved for supercomputers way out of the reach of average users — at least at the moment, anyway. Adapteva wants to challenge that with its Parallella project, designed to bring mouth-watering power to a board similar in size to the Raspberry Pi for as little as $99. It hopes to deliver up to 45GHz (in total) using its Epiphany multicore accelerators, that crucially, only chug 5 watts of juice under normal conditions. These goliath speeds currently mean high costs, which is why they need your funds to move out of the prototype stage and start cheap mass production. Specs for the board are as follows: a dual-core ARM A9 CPU running Ubuntu OS as standard, 1GB RAM, a microSD slot, two USB 2.0 ports, HDMI, Ethernet and a 16- or 64-core accelerator, with each core housing a 1GHz RISC processor, all linked “within a single shared memory architecture.”
An overriding theme of the Parallella project is the openness of the platform. When finalized, the full board design will be released, and each one will ship with free, open-source development tools and runtime libraries. In addition, full architecture and SDK documentation will be published online if-and-when the Kickstarter project reaches its funding goal of $750,000. That’s pretty ambitious, but we’re reminded of another crowd-funded venture which completely destroyed an even larger target. However, that sum will only be enough for Adapteva to produce the 16-core board, which reportedly hits 13GHz and 26 gigaflops, and is expected to set you back a measly $99. A speculative $3 million upper goal has been set for work to begin on the $199 64-core version, topping out at 45GHz and 90 gigaflops. Pledge options range from $99 to $5,000-plus, distinguished mainly by how soon you’ll get your hands on one. Big spenders will also be the first to receive a 64-core board when they become available. Adapteva’s Andreas Olofsson talks through the Parallella project in a video after the break, but if you’re already sold on the tiny supercomputer, head over to the source link to contribute before the October 27th closing date.
Continue reading Insert Coin: The Parallella project dreams of $99 supercomputers
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Insert Coin: The Parallella project dreams of $99 supercomputers originally appeared on Engadget on Fri, 28 Sep 2012 12:19:00 EDT. Please see our terms for use of feeds.
Over a span of two weeks in October, the Mira supercomputer will crank away nonstop, processing quadrillions of operations every second—something that few other machines are currently capable of. It will simultaneously track trillions of particles as they move, expand, and react to each other according to the laws of physics. This simulation will have to use everything mankind has learned about the movement of objects. If successful, it will not only confirm what we’ve suspected, but will also give us a deeper understanding of how the cosmos came to be. Mira, in short, is simulating the history of our universe. More »
Watson, the Jeopardy-winning supercomputer developed by IBM, could become a cloud-based service that people can consult on a wide range of issues, the company announced last week. “Watson is going to be an advisor and an assistant to all kinds of professional decision-makers, starting in healthcare and then moving beyond. We’re already looking at a role for Watson in financial services and in other applications,” says John Gordon, Watson Solutions Marketing Manager at IBM in New York. More »
You thought ginormous computers were just reserved for museums and Jeopardy appearances? Think again. Most machines today are exponentially smaller than they were when we first learned the word com-pu-ter, but there are still tons of monster rigs out there doing all kinds of crazy jobs. More »
NASA currently controls its deep space missions through a network of huge satellite dishes in California, Spain and Australia known as the Deep Space Network (DSN). Even the Voyager 1 probe relies on these channels to beam data back to Earth as it careers away into space. More »
If you think making ice cream is easy, think again. For commercial manufacturers of the stuff, perfecting the recipe is so important that they model its properties on a supercomputer—and to do it properly requires a rig packing 1,872 processors. More »
Extreme PC gamers often use highly efficient water cooling systems to eek every last drop of performance out of their PCs. But Europe’s most powerful supercomputer, the SuperMUC, will be one of the first facilities to use a water cooling system on a far grander scale. More »
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