An anonymous reader writes: Chipmaker Qualcomm is on the receiving end of an antitrust investigation in Europe, where officials say the company has abused its market dominance by offering financial incentives to device manufacturers to exclusively use Qualcomm chips. "Qualcomm was also accused of unfairly setting prices below manufacturing costs to force competitors from the market. ... If found to have breached Europe's antitrust rules, the chip maker could face fines amounting to about 10 percent of its annual global revenue, which was $26.49 billion in 2014, and could be required to change some of its business practices. In previous European antitrust cases, however, companies typically have not been asked to pay such high financial penalties."

MojoKid writes: AMD's Radeon Technologies Group has announced a couple of new features for Radeon graphics support in 2016. FreeSync over HDMI support will be coming to all Radeons that currently support FreeSync. FreeSync over HDMI, however, will require new displays. The HDMI specification doesn't currently have support for variable refresh rates, but it does allow for vendor specific extensions. Radeon Technologies Group is using these vendor specific extensions to enable the technology. A number of FreeSync over HDMI compatible displays are slated to arrive early next year from brands including LG, Acer, and Samsung. The first notebook with FreeSync has also launched. Lenovo's Y700 gaming notebook is the first with a validated, FreeSync-compatible panel. The Radeon Technologies Group also announced that support for DisplayPort 1.3, HDMI 2.0a and HDR displays was coming in the 2016 pipeline as well. With current 8-bit panels, the range of colors, contrast, and brightness presented to users is only a fraction of what the human eye can see. When source material is properly mapped to an HDR panel, colors are more accurately displayed representing more closely what the human eye would see in the real world.

szczys writes: For hardware developers, electronic surplus stores feel like being a kid in a candy shop. It's hard to walk down an aisle packed floor to ceiling with bins of seemingly-random components without feeling giddy. The wind down of domestic manufacturing, paired with the rise of online parts retailers (think eBay) has led to the shuttering of most electronic surplus shops. But a few of the best are still around. Brandon Dunson takes us on a nostalgic trip through surplus history and a tour of his local electronic surplus store. He brings it home with the saddest part of the trend: the loss of surplus means a loss of culture. Electronic flea markets and surplus stores are a nexus point of talented and interesting people. As they go, so does the opportunity to interact in person with the gurus of electronic development.

walterbyrd writes: Earlier this year, Jide released a 2-in-1 tablet called the Remix Ultra, which shipped with a custom version of Android called Remix OS. The software features a taskbar, a desktop, support for keyboard shortcuts, and support for running many apps either in full-screen mode or in smaller windows. The Remix Ultra tablet comes with a keyboard cover and touchpad, allowing you to use it like a laptop — and it worked... kind of. But the Remix Ultra is also kind of expensive. Now Jide is offering something much more affordable: the Jide Remix Mini is basically a small, low-power desktop computer that ships with Remix OS. After running a successful Kickstarter campaign to raise money (and awareness) this fall, Jide is now shipping the Remix Mini to customers.

An anonymous reader writes: Back in September, Porsche unveiled a prototype for an electric vehicle. They were trying to gauge interest and figure out if they have the technical know-how to build one. Now, they've made the decision: Porsche's "Mission E" project will put an all-electric vehicle on showrooms by the end of the decade. Wolfgang Porsche said, "With Mission E, we are making a clear statement about the future of the brand." This is a reference, of course, to Porsche's parent company, Volkswagen, which has been in trouble for tampering with emissions standards recently.

reifman writes: On June 3rd, I had brain surgery to treat a benign tumor called a meningioma. I knew ahead of time that the surgeon wouldn't be able to remove the entire tumor – its geography extended from my cavernous sinus to the pituitary gland to the left hemisphere of the brain and to my brain stem. I also needed CyberKnife radiation therapy to attempt to mutate the remaining tumor's DNA to stop its growth. Come meet Lenore, my robotic radiosurgeon.

MojoKid writes: It's been discovered that some third-party heat sinks can physically damage Intel's new Skylake CPUs, along with the pins in the accompanying motherboard socket. The problem has prompted at least one cooler maker to change the design of its Socket 1151 heat sinks and it wouldn't be surprising if others soon followed suit. The apparent issue is the substrate Intel used for its Skylake chips. A close-up shot of a Skylake CPU sitting side-by-side with a Broadwell processor (Google translation of German original) shows that the substrate is noticeably thinner on Skylake, and thus prone to bending from the force that some third-party heat sinks exert. Intel has addressed the issue by saying, “The design specifications and guidelines for the 6th Gen Intel Core processor using the LGA 1151 socket are unchanged from previous generations and are available for partners and 3rd party manufacturers. Intel can’t comment on 3rd party designs or their adherence to the recommended design specifications. For questions about a specific cooling product we must defer to the manufacturer.”

pbahra writes: In a race that fuses video-game technology and real world driving skill, two professional drivers, on two separate but identical tracks, have raced against each other — effectively blind — while wearing virtual reality headsets attached to their crash helmets. The drivers hurtled around the circuit in two identical 2015 V8 Ford Mustangs, trusting that what they were seeing on their Oculus Rift DK2 VR headsets was a true, real-time representation of how their cars were performing on the actual track. One of the main challenges: tracking the cars' exact positions as they sped around the track without the need for re-calibration. This was necessary so that an exact match could be achieved between what was happening on the physical track and its representation on the VR screens.

1sockchuck writes: This week's Slashdot poll shows a strong preference for renewable energy to power data centers, with solar energy leading the pack. But until recently, only a few colocation providers have actually sourced renewable energy to support their facilities. A sign of progress is the commitment by Equinix, the world's largest colo provider, to shift to 100 percent renewable energy for the more than 100 data centers it operates across the world. The company is seeking to accomplish this through power purchase agreements and buying green power from utilities that offer it. Equinix is also testing both on-site solar arrays and fuel cells from Bloom Energy, which is slowly gaining traction in data centers. Although hyperscale cloud companies are sourcing more green energy, the Natural Resources Defense Council has targeted the multi-tenant data center sector as a source for huge potential gains in renewables.

MarkWhittington writes: With the Paris Climate Conference apparently ending in failure and experts such as Matt Ridley suggesting that, in any case, global warming is not a cause for immediate concern, the private sector is casting about to fund "green" energy solutions. Bill Gates and Mark Zuckerberg are starting a renewable energy research and development fund, for example. The Chicago Tribune pointed to a possible area of investment that Gates and Zuckerberg might look into if they would like to get out of the solar and wind box that many green energy enthusiasts find themselves in. The key to evolving from a fossil fuel energy economy, perhaps, is fusion energy powered by helium-3 from the moon.

MojoKid writes: The Electronic Frontier Foundation (EFF) caused quite a stir this week when it alleged that Google is using its Chromebook platform, which has made a significant impact in education markets, to snoop on students. The charges were damning, with the EFF claiming that Google was violating its own corporate policies and using students' personally identifiable browsing data/habits to refine its services, in addition to sharing that data with partners. Obviously, Google would take such allegations seriously, and has thus responded to every claim brought forth by the EFF. "While we appreciate the EFF's focus on student data privacy, we are confident that our tools comply with both the law and our promises, including the Student Privacy Pledge..." said Jonathan Rochelle, the Director of Google Apps for Education. With respect to Google Apps for Education Core Services (GAFE), Rochelle asserts that all student data stored is "only used to provide the services themselves" and that student data isn't used for advertising purposes, nor are ads served to students. Rochelle also explains that personally identifiable data of students is removed, and only aggregated data of its millions of users is utilized to help improve its services.

An anonymous reader writes: After selling off its phone business to Microsoft in 2013, Nokia began an internal reboot which would see the company focusing on the upcoming virtual reality market. The company announced its new direction in July with the debut of 'OZO', a virtual reality camera made for professional filmmakers. Now set to launch in Q1 2016, the compact 9.3 pound camera can operate untethered thanks to internal power and capture storage, making it drone-capable. To demonstrate, Nokia took OZO on a closed test-flight just a few days ago using an 'Aerigon' cinema drone.

An anonymous reader writes: This article criticizes the Raspberry PI Foundation's new computer the Zero. It points out that the Foundation says the purpose of the new Pi is to reach students but with all the needed equipment and experience it is ill suited for students. From the Hackaday story: "For development you need to set up the Zero with a power supply, mini-HDMI to HDMI adapter, HDMI cable, the USB OTG cable, USB hub, a keyboard, and possibly a mouse. After some hours of work you’re ready to try the software in your device. The cables are all disconnected and the board connected to the device. Tests are run. You pull the Zero out and plug everything back together for further software work. That’s going to get old really fast so you get a second Zero so one can stay in the device. Now all you need to do is swap the SD card. If you’re going to do that, you don’t need a second Zero since you can use a Pi 2 and get the advantages of its higher speed in development. Alternatively, you can use the USB OTG with a WiFi dongle, copy files to the Zero’s SD, and restart or reboot the device. Over WiFi you can also use SSH or a remote console to monitor the device’s activities. How long did it take you to figure out all the cable connections in the second paragraph above? Do you think a student without a hacker friend will understand that? Remember, the goal is to reach students who don’t know computers."

An anonymous reader writes: Researchers have discovered a large number of zero-day flaws in 8 routers/modems from 4 manufacturers (ZTE, Huawei, Gemtek, Quanta) that would allow attackers to build a huge botnet by leveraging just a few exploits. Vulnerabilities include remote code execution, firmware rewrites, XSS, and CSRF. All these allow attackers to intercept both HTTP and HTTPS Web traffic, infect computers beyond the modem, intercept SMS messages, and detect the modem's geographical location. After six months, manufacturers have failed to fix the issues.

Deathspawner writes: Western Digital today announced a new, helium-filled enterprise HDD that allows for 10TB capacities without using the SMR method, sticking to industry standard PMR. SMR, or Shingled Magnetic Recording drives, can not typically be used natively by the OS or disk controllers, and instead often require extra software and/or firmware updates. This makes their broad adoption limited, since the drives are not drop-in replacements for the far more ubiquitous Perpendicular Magnetic Recording (PMR). WD's latest enterprise drive, sold as the HGST Ultrastar He10, uses the PMR storage method, and as such is a full drop-in replacement for any standard hard drive.

Lucas123 writes: Hard disk drive per-gigabyte pricing has remained relatively stagnant over the past three years, and prices are expected to be completely flat over at least the next two, allowing SSDs to significantly close the cost gap, according to a new report. The report, from DRAMeXchange, stated that this marks the fourth straight quarter that the SSD price decline has exceeded 10%. Over the past three years, SSDs have dropped from 31 to 13 cents per gig annually. In contrast, from 2012 to 2015, per gigabyte pricing for HDDs dropped just one cent per year from 9 cents in 2012 to 6 cents this year. However, through 2017, the per-gigabyte price of HDDs is expected to remain flat: 6 cents per gigabyte. Consumer SSDs were on average were selling for 99 cents a gigabyte in 2012. From 2013 to 2015, the price dropped from 68 cents to 39 cents per gig, meaning the average 1TB SSD sells for about $390 today. Next year, SSD prices will decline to 24 cents per gig and in 2017, they're expected to drop to 17 cents per gig. That means a 1TB SSD on average would retail for $170, though online prices are often much lower than average vendor retail prices. DRAMeXchange also stated that SSDs are expected to be in 31% of new consumer laptops next year, and by 2017 they'll be in 41%.

An anonymous reader writes: Today the robotics industry is a multi-billion dollar business — but it all started with Joe Engelberger and Georges Devol, who formed Unimation in 1956, the world's first robotics company. Their first Unimate arm was installed at General Motors in 1961, transforming the automotive industry. While the automotive industry is still the largest piece of the robotics pie, the range of commercial uses for robotics is expanding into many of the service areas Engelberger also pioneered decades ago. Engelberger died peacefully in his home yesterday morning, at the age of 90.

MojoKid writes: Toward the beginning of the year, it was revealed that Microsoft was going to "unlock" the seventh core on the Xbox One's processor, enabling developers to eke just a bit more performance out of the console and offer more flexibility at resource utilization. It appears that Microsoft's move would inevitably be followed by Sony, as reports are now coming in that this will be made available on the PlayStation 4 as well. This subtle change was highlighted in the latest changelog for the FMOD sound engine which is labeled as a "LowLevel API." While the unlocked core could take on FMOD duties if developers want it to, it's now not going to be tied to any single purpose. Developers could make use of this core, for example, to boost AI performance, or any other process that has a heavy computation requirement. It could also be used to simply help ease overall system load.

Zothecula sends word that a French team has developed a battery using sodium ions in the usual "18650" format. Gizmag reports: "A team of researchers in France has taken a major step towards powering our devices with rechargeable batteries based on an element that is far more abundant and cheaper than lithium. For the first time ever, a battery has been developed using sodium ions in the industry standard "18650" format used in laptop batteries, LED flashlights and the Tesla Model S, among other products."

An anonymous reader writes: Outside of the limelight of Intel's Core "Skylake" processors is the cheapest model, a $60 Intel Pentium G4400 dual-core processor that runs at 3.3Gz and has built-in HD Graphics 510. Ubuntu Linux results for this CPU show the cut-down Skylake graphics are the worst aspect of this budget processor while the CPU performance is okay if speed isn't a big factor and your workloads don't mind the lack of AVX support. To pair with the cheap Skylake Pentium processors are more Intel H110-powered motherboards appearing, with some also retailing for under $60 while being basic yet functional as a severely cutdown version of the Intel Z170 chipset. If pursuing this route for a budget Linux PC, it's possible to build a socketed Skylake system for less than $200. Those of you who have recently built, or are planning out a new budget Linux machine, what internals do you recommend?