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itwbennett writes The allure of mobile devices has led Intel to take some uncharacteristic moves, partnering with Chinese companies to build some smartphone and tablet chips, and relying on third parties to manufacture those chips. Intel is betting the partnerships will accelerate its business in China, where smartphone shipments are booming. But the company wants to regain complete control over manufacturing, and on Thursday said it was investing $1.6 billion over 15 years in a China plant for mobile chip development and manufacturing.
33 comments | about two weeks ago
Lucas123 writes While NASA's Orion spacecraft, which blasted off on a successful test flight today, may be preparing for a first-of-its-kind mission to carry astronauts to Mars and other deep-space missions, the technology inside of it is no where near leading edge. In fact, its computers and its processors are 12 years old — making them ancient in tech years. The spacecraft, according to one NASA engineer, is built to be rugged and reliable in the face of G forces, massive amounts of radiation and the other rigors of space."Compared to the [Intel] Core i5 in your laptop, it's much slower — much less powerful. It's probably not any faster than your smartphone," Matt Lemke, NASA's deputy manager for Orion's avionics, power and software team, told Computerworld. Lemke said the spacecraft was built to be rugged and reliable — not necessarily smart. That's why there are two flight computers. Orion's main computer was built by Honeywell as a flight computer originally for Boeing's 787 jet airliner. Not only was the launch itself successful, but the sensor-laden craft's splashdown was smooth ("bulls-eye," as NASA puts it), and NASA has now recovered the capsule. ABC News has some good photos, too.
197 comments | about two weeks ago
crookedvulture writes The SSD Endurance Experiment previously covered on Slashdot has reached another big milestone: two freaking petabytes of writes. That's an astounding total for consumer-grade drives rated to survive no more than a few hundred terabytes. Only two of the initial six subjects made it to 2PB. The Kingston HyperX 3K, Intel 335 Series, and Samsung 840 Series expired on the road to 1PB, while the Corsair Neutron GTX faltered at 1.2PB. The Samsung 840 Pro continues despite logging thousands of reallocated sectors. It has remained completely error-free throughout the experiment, unlike a second HyperX, which has suffered a couple of uncorrectable errors. The second HyperX is mostly intact otherwise, though its built-in compression tech has reduced the 2PB of host writes to just 1.4PB of flash writes. Even accounting for compression, the flash in the second HyperX has proven to be far more robust than in the first. That difference highlights the impact normal manufacturing variances can have on flash wear. It also illustrates why the experiment's sample size is too small to draw definitive conclusions about the durability of specific models. However, the fact that all the drives far exceeded their endurance specifications bodes well for the endurance of consumer-grade SSDs in general.
125 comments | about two weeks ago
An anonymous reader writes: Stephen Hawking and Intel have worked together for the past several years to build a new communication system for those suffering from diseases that severely impair motor function. The system is called ACAT (Assistive Context Aware Toolkit), and it will be free and open source. Hawking's previous system had been in use for over 20 years, so the technological upgrade is significant. His typing rate alone has doubled, and common tasks are up to 10 times faster. ACAT uses technology from SwiftKey, a cell phone keyboard enhancement.
"Over three million people around the world are affected by motor neuron disease and quadriplegia and because the system created for Hawking is based on open-source software, it could potentially be adapted to suit many of them. Different functions can be enabled by touch, eye blinks, eyebrow movements or other user inputs for communication. Hawking and Intel hope that because the system is open and free it will be adopted by researchers who will want to use it to develop new solutions for those with disabilities."
56 comments | about three weeks ago
An anonymous reader points out this story that Intel could be in charge of creating the chips for the new Google Glass. Intel is expected to supply the chips for a new version of Google's Glass device in 2015, according to a report in the Wall Street Journal, citing unnamed sources. The Intel processor will replace one from Texas Instruments, which is used in the current version of Glass, which is a device that allows people to view the Internet or take pictures while wearing it on their heads. Intel hasn't commented yet. The Wall Street Journal said that Intel plans to promote Glass to hospital networks and manufacturers. Google watched the web-connected eyewear in 2012, but it carried a hefty price and was regarded as something that only nerds would wear.
73 comments | about three weeks ago
MojoKid writes: Intel's 14nm Core M Broadwell architecture was announced a few months ago but to date, 2-in-1 hybrid devices and laptops have only trickled out to the market. Lenovo recently took the wraps off their Yoga 3 Pro 13-inch ultralight notebook and it's one of the few devices on the market right now that offers a glimpse of what Intel's Core M processor is capable of in performance and battery life testing. The 4.5 Watt TDP Core M 5Y70 actually keeps pace with 15-Watt previous generation Core i5 mobile chips in testing, but with significantly better battery life. It also enables very thin and light designs like the 2.6 pound Yoga 3 Pro, which is an interesting machine. Its watchband hinge allows it to contort into various positions for tablet, tent, stand and standard modes. The hinge is a "you love it or hate it" kind of thing, but does come with a 3200x1800 IPS display.
78 comments | about three weeks ago
aarondubrow writes: As supercomputing becomes central to the work and progress of researchers in all fields, new kinds of computing resources and more inclusive modes of interaction are required. The National Science Foundation announced $16M in awards to support two new supercomputing acquisitions for the open science community. The systems — "Bridges" at the Pittsburgh Supercomputing Center and "Jetstream," co-located at the Indiana University Pervasive Technology Institute and The University of Texas at Austin's Texas Advanced Computing Center — respond to the needs of the scientific computing community for more high-end, large-scale computing resources while helping to create a more inclusive computing environment for science and engineering. Reader 1sockchuck adds this article about why funding for the development of supercomputers is more important than ever: America's high-performance computing (HPC) community faces funding challenges and growing competition from China and other countries. At last week's SC14 conference, leading researchers focused on outlining the societal benefits of their work, and how it touches the daily lives of Americans. "When we talk at these conferences, we tend to talk to ourselves," said Wilf Pinfold, director of research and advanced technology development at Intel Federal. "We don't do a good job communicating the importance of what we do to a broader community." Why the focus on messaging? Funding for American supercomputing has been driven by the U.S. government, which is in a transition with implications for HPC funding. As ComputerWorld notes, climate change skeptic Ted Cruz is rumored to be in line to chair a Senate committee that oversees NASA and the NSF.
29 comments | about three weeks ago
itwbennett writes: For too long, it looked like SSD capacity would always lag well behind hard disk drives, which were pushing into the 6TB and 8TB territory while SSDs were primarily 256GB to 512GB. That seems to be ending. In September, Samsung announced a 3.2TB SSD drive. And during an investor webcast last week, Intel announced it will begin offering 3D NAND drives in the second half of next year as part of its joint flash venture with Micron. Meanwhile, hard drive technology has hit the wall in many ways. They can't really spin the drives faster than 7,200 RPM without increasing heat and the rate of failure. All hard drives have now is the capacity argument; speed is all gone. Oh, and price. We'll have to wait and see on that.
438 comments | about three weeks ago
Dan Mcculley, the interviewee in this video, works for Intel and claims they have "about 140" projects going on inside their fabs and factories, of which the Smart Toolbox is but one, and it's one some technicians came up with because Intel workers lose something like $35,000 worth of tools every year. This project is based on the same Galileo boards Intel has used to support some high-altitude balloon launches -- except this is an extremely simple, practical application. Open source? You bet! And Dan says the sensors and other parts are all off-the-shelf items anyone can buy. (Alternate Video Link)
82 comments | about three weeks ago
angry tapir (1463043) writes Intel is shrinking PCs to thumb-sized "compute sticks" that will be out next year. The stick will plug into the back of a smart TV or monitor "and bring intelligence to that," said Kirk Skaugen, senior vice president and general manager of the PC Client Group at Intel, during the Intel investor conference in Santa Clara, California. They might be a bit late to the party, but since Skaugen mentioned both Chromecast and Amazon's Fire TV Stick, hopefully that means Intel has some more interesting and general-purpose plans.
101 comments | about 1 month ago
SmartAboutThings writes: Jolla is another rising star in the tech world, having recently expanded its smartphone sales into more countries across the globe. Jolla's Sailfish OS is based on the Linux kernel, and considered by many to be a direct successor to Nokia and Intel's MeeGo and the N9 mobile phone. Its software is based on the open-sourced components of MeeGo. Now, the company is ready to start production of its first tablet. They're crowdfunding it, and they blew past their $380,000 goal in about two hours.
The tablet has a 7.9-inch screen with a resolution of 2048 x 1536. It's powered by a 1.8GHz 64-bit quad-core Intel processor, comes with a 32GB of storage, an SD card slot, 2GB of RAM and a 5MP rear camera. Judging by its size, we can see this will rival the iPad Mini the new Nokia N1. While there aren't too many Sailfish-specific apps available, as with the phone, Jolla's tablet will be compatible with Android apps.
56 comments | about a month ago
MojoKid writes: For the past year, Intel has pursued what's known as a "contra-revenue" strategy in its mobile division, where product is deliberately sold at a loss to win market share and compete effectively. This has led to a huge rise in tablet shipments, but heavy losses inside Intel's mobile division. Today, the company announced that it would take steps to fold its mobile and conventional processors into a single operating division. While this helps shield the mobile segment from poor short-term results, it also reflects the reality that computing is something users now do across a wide range of devices and multiple operating systems. Intel may not have hit anything like the mobile targets it set out years ago, but long-term success in laptops, tablets, and smartphones remains integral to the company's finances. Desktops and conventional laptops are just one way people compute today and Intel needs to make certain it has a robust long-term presence in every major computing market.
75 comments | about a month ago
alphadogg writes The Association for Computing Machinery has announced that its annual A.M. Turing Award, sometimes called the Nobel Prize in Computing, will now come with a $1M award courtesy of Google. Previously, the award came with a $250K prize funded by Google and Intel. The award, which goes to "an individual selected for contributions of a technical nature made to the computing community," is generally doled out in February or March. This past March, the winner was Microsoft Research principal Leslie Lambert. The ACM says the bigger prize should raise the award's visibility.
42 comments | about a month ago
MojoKid writes It has been over six years since Intel first unveiled its Atom CPUs and detailed its plans for new, ultra-mobile devices. The company's efforts to break into smartphone and tablet sales, while turning a profit, have largely come to naught. Nonetheless, company CEO Brian Krzanich remains optimistic. Speaking to reporters recently, Krzanich opined that the company's new manufacturing partners like Rockchip and Spreadtrum would convert entirely to Intel architectures within the next few years. Krzanich has argued that with Qualcomm and MediaTek dominating the market, it's going to be tougher and tougher for little guys like Rockchip and Spreadtrum to compete in the same spaces. There's truth to that argument, to be sure, but Intel's ability to offer a competitive alternative is unproven. According to a report from JP Morgan, Intel's cost-per-wafer is currently estimated as equivalent to TSMC's average selling price per wafer — meaning TSMC is making money well below Intel's break-even. Today, Intel is unquestionably capable of building tablet processors that offer a good overall experience but the question of what defines a "good" experience is measured in its similarity to ARM. It's hard to imagine that Intel wants to build market share as an invisible partner, but in order to fundamentally change the way people think about Intel hardware in tablets and smartphones, it needs to go beyond simply being "as good" and break into territory that leaves people asking: "Is the ARM core just as good as the Intel chip?"
91 comments | about a month ago
jones_supa writes: Former Valve engineer Rich Geldreich has written up a blog post about the state of Linux Gaming. It's an interesting read, that's for sure. When talking about recent bigger game ports, his take is that the developers doing these ports just aren't doing their best to optimize these releases for Linux and/or OpenGL. He points out how it took significant resources from Valve to properly optimize Source engine for Linux, but that other game studios are not walking the last mile. About drivers, he asks "Valve is still paying LunarG to find and fix silly perf bugs in Intel's slow open source driver. Surely this can't be a sustainable way of developing a working driver?" He ends his post by agreeing with a Slashdot comment where someone is basically saying that SteamOS is done, and that we will never get our hands on the Steam Controller.
265 comments | about a month ago
Tekla Perry writes Stealthy 'cinematic reality' company Magic Leap may be based in Florida--but it's doing a lot of hiring from the Bay Area, scooping up engineers from Pixar, Google, Apple, and Intel--along with a few Willow Garage alums. And it's got openings for many many more. Are all these folks with long-term Silicon Valley roots really going to move to South Florida? Or is Magic Leap getting ready to open up a Silicon Valley research center to house the brain trust it is gathering? Here's what we know about Magic Leap and its technology, who's joining it, and what other kinds of engineers the company aims to hire. Magic Leap has a lot of money to do all that hiring, having just raised more than half a billion dollars, the bulk of it from Google. If you're working in the Bay Area now, would you look forward to a move to Florida, or rather stay where you are?
161 comments | about a month and a half ago
An anonymous reader writes: LunarG, on contract with Valve Software, discovered a critical shortcoming with the open-source Intel Linux graphics driver that was handicapping the performance. A special bit wasn't being set by the Linux driver but was by the Windows driver, which when enabled is increasing the Linux performance in many games by now ~20%+, which should allow for a much more competitive showing between Intel OpenGL performance on Windows vs. Linux. However, the patch setting this bit isn't public yet as apparently it's breaking video acceleration in certain cases.
96 comments | about a month and a half ago
MojoKid writes: Intel didn't waste much time following-up on its initial Core M lineup launch. The company has added 4 more Core M models to its roster. Like the launch chips, these four are dual-core designs that support HyperThreading to enable an effective four logical threads for processing. Also like those earlier chips, these are spec'd with a TDP of 4.5W. These new chips, however, are generally faster than the launch models, with a new top-end processor called the M-5Y71. This chip has a base clock speed of 1.2GHz, but is burstable through Turbo up to 2.9GHz. What really sets these chips apart from the initial Core M models is that their TDP is scalable, based on what the builder is looking to do with it. If the chip is set to be used in a notebook with very little free space, the OEM could opt to drop the chip down to 3.5W and lose 600MHz in the process. By contrast, a bulkier notebook could handle a hotter chip better, so a higher TDP could be decided upon. If that route's taken, any one of these new chips could peak at 6W and add 200MHz to the base and top-end clocks.
52 comments | about a month and a half ago
SmartAboutThings writes According to some reports from the industry, Microsoft is working on a version of its software for servers that run on chips based on ARM Holdings's technology. Windows Server now runs on Intel hardware, but it seems that Redmond wants to diversify its strategy. An ARM-based version of Windows Server could help challenge Intel's dominance and make a place for ARM in the server market, not only in mobile chips. According to the article, though, Microsoft "hasn’t yet decided whether to make the software commercially available."
113 comments | about 2 months ago
smaxp writes In 2007, Sony's supply chain lessons, the network effect from the shift to Intel architecture, and a better OS X for developers combined to renew the Mac's growth. The network effects of the Microsoft Wintel ecosystem that Rappaport explained 20 years ago in the Harvard Business Review are no longer a big advantage. By turning itself into a premium PC company with a proprietary OS, Apple has taken the best of PC ecosystem, but avoided taking on the disadvantages.
296 comments | about 2 months ago