Skier Mathieu Bijasson didn’t think it was insane enough to ski down the steepest faces of the French Alps during the day, so he rigged up some skis and poles with LED lighting and did it at night. The result is visually beautiful and teeth-clenchingly terrifying all at once. (more…)
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Freeskiing. At night. On LED-covered skis.
An anonymous reader quotes a report from Tom’s Hardware: Qualcomm and its Qualcomm Datacenter Technologies subsidiary announced today that the company has already begun sampling its first 10nm server processor. The Centriq 2400 is the second generation of Qualcomm server SOCs, but it is the first in its new family of 10nm FinFET processors. The Centriq 2400 features up to 48 custom Qualcomm ARMv8-compliant Falkor cores and comes a little over a year after Qualcomm began developing its first-generation Centriq processors. Qualcomm’s introduction of a 10nm server chip while Intel is still refining its 14nm process appears to be a clear shot across Intel’s bow–due not only to the smaller process, but also its sudden lead in core count. Intel’s latest 14nm E7 Broadwell processors top out at 24 cores. Qualcomm isn’t releasing more information, such as clock speeds or performance specifications, which would help to quantify the benefit of its increased core count. The server market commands the highest margins, which is certainly attractive for the mobile-centric Qualcomm, which found its success in the relatively low-margin smartphone segment. However, Intel has a commanding lead in the data center with more than a 99% share of the world’s server sockets, and penetrating the segment requires considerable time, investment, and ecosystem development. Qualcomm unveiled at least a small portion of its development efforts by demonstrating Apache Spark and Hadoop on Linux and Java running on the Centriq 2400 processor. The company also notes that Falkor is SBSA compliant, which means that it is compatible with any software that runs on an ARMv8-compliant server platform. Read more of this story at Slashdot.
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Qualcomm Debuts 10nm Server Chip To Attack Intel Server Stronghold
Smart contact lenses have been the stuff of science fiction for a long time, but as with jetpacks and faster-than-light travel, we’re still waiting on them. Research is ongoing, though, and a project at the University of Ghent shows promise not just in advancing the technology but providing some therapeutic value as well. Read More
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This ‘artificial iris’ is like a pair of programmable shades in contact lens form
As Cassini winds down its 20-year mission to Saturn, the spacecraft will maneuver into a series of weeklong orbits, allowing it to get a closer look at the planet’s famous rings as it flies by. Although there are still a few days before Cassini grazes Saturn’s rings, its cameras have already sent back some initial shots of some interesting features near the planet’s northern hemisphere. The images below, for example, show the same view of a hexagonal-shaped jetstream over the planet’s north pole , as seen from about 400, 000 miles above the planet and through four different spectral filters sensitive to wavelengths of light ranging from violet to infrared. (The curved lines you see beyond the edge of the planet are the rings, of course.) Although the images Cassini sends back are relatively small — just 256 by 256 pixels square in their original format — NASA calculated that each pixel represents about 95 miles of space and each side of the jetstream is about as wide as Earth itself. Cassini will pass by the outer edges of the planet’s rings on December 11 and it should start sending back images of the rings themselves a few days later. After that, Cassini will continue circling Saturn until April 22, when it will get a closer look at the moon Titan and another orbital adjustment in the process. That final orbit will swing the spacecraft back between the planet and its rings 22 more times before it finally takes a dive into the atmosphere and loses signal around September 15, 2017.
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NASA’s Cassini spacecraft sent photos of Saturn’s north pole
Microsoft’s first attempt at bringing Windows to ARM-powered machines was, shall we say, not a good idea . But perhaps the second time’s the charm. Microsoft and Qualcomm just announced that Windows 10 is coming to the next generation of Snapdragon mobile processors. And to be clear, they’re referring to the full version of the OS, with support for legacy Win32 software and universal Windows apps. It won’t be a stripped-down affair like Windows RT. Both companies are being vague about specifics, but in short you can expect Snapdragon-powered Windows 10 devices to be incredibly light and power efficient. And since those chips typically appear in mobile devices, they also have the added benefit of packing in cellular radios. As for availability, Qualcomm says the first Windows 10 Snapdragon PCs could arrive “as early as next year.” Perhaps they’re just hedging their bets, but the cynic in me thinks that really means we won’t see them until 2018.
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Windows 10 is coming to Qualcomm’s Snapdragon mobile chips
Amtrak trains traveling the Northeast Corridor, servicing major cities like New York, Boston, and Washington DC, are getting a $2.45 billion federal upgrade. But it won’t get you anywhere any faster. Read more…
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America’s Railroads Are Too Busted for High Speed Trains