Google Working On Wireless Charging For Self-Driving Cars ( 19

MikeChino writes: New FCC filings suggest that Google is currently installing wireless charging systems for self-driving cars at its headquarters in Mountain View. The documents suggest that the systems will be installed by Hevo Power and Momentum Dynamics. Both companies offer technology that can wirelessly charge an electric car via plates that are embedded in the ground.
GNU is Not Unix

Talos Secure Workstation Is Free-Software Centric — and $3100 [Updated] 103

jones_supa writes: These days, the motivation to use open source software for many people is to avoid backdoors placed by intelligence organizations and to avoid software that has hidden privacy-intruding characteristics. For the operating system and userspace software, open choices are already available. The last remaining island has been the firmware included in various ROM chips in a computer. Libreboot has introduced an open BIOS, but it is not available for newer systems featuring the Intel ME or AMD PSP management features. Talos' Secure Workstation fills this need, providing a modern system with 8-core POWER8 CPU, 132 GB RAM, and open firmware. The product is currently in a pre-release phase where Raptor Engineering is trying to understand if it's possible to do a production run of the machine. If you are interested, it's worth visiting the official website. Adds an anonymous reader about the new system, which rings in at a steep $3100: "While the engineers found solace in the POWER8 architecture with being more open than AMD/Intel CPUs, they still are searching for a graphics card that is open enough to receive the FSF Respect Your Freedom certification." Update: 02/08 18:44 GMT by T : See also Linux hacker and IBM employee Stewart Smith's talk from the just-completed on, in which he walks through "all of the firmware components and what they do, including the boot sequence from power being applied up to booting an operating system." Update: 02/08 23:30 GMT by T :FSF Licensing & Compliance Manager Joshua Gay wrote to correct the headline originally appeared with this story, which said that the Talos workstation described was "FSF Certified"; that claim was an error I introduced. "The FSF has not certified this hardware," says Gay, "nor is it currently reviewing the hardware for FSF certification." Sorry for the confusion.
Data Storage

NAND Flash Density Surpasses HDDs', But Price Is Still a Sticking Point ( 166

Lucas123 writes: With the introduction of 3D or stacked NAND flash memory, non-volatile memory has for the first time surpassed that of hard disk drives in density. This year, Micron revealed it had demonstrated areal densities in its laboratories of up to 2.77 terabits per square inch (Tbpsi) for its 3D NAND. That compares with the densest HDDs of about 1.3Tbpsi. While NAND flash may have surpassed hard drives in density, it doesn't mean the medium has reached price parity with HDDs — nor will it anytime soon. One roadblock to price parity is the cost of revamping existing or building new 3D NAND fabrication plant, which far exceeds that of hard drive manufacturing facilities, according to market research firm Coughlin Associates. HDD makers are also preparing to launch even denser products using technologies such as heat assisted magnetic recording.

Where Are the Raspberry Pi Zeros? ( 104

mikejuk writes: The Pi Zero was supposed to be available from November 26, 2015. It is now the start of February and all of the stockists, including the Pi Swag Shop, are still showing out of stock. That's two whole months, and counting, of restricted supply which is more than an initial hiccup. Of course you would expect enough to be made available initially to meet the expected demand. The Pi sells something in the region of 200,000 per month so what do you think the initial run of the Pi Zero actually was? The answer is 20,000 units. Of which 10,000 were stuck to the cover of MagPi and "given away" leaving just 10,000 in the usual distribution channels. And yet Eben Upton, founder of the Raspberry Pi Foundation, commented: "You'd think we'd be used to it by now, but we're always amazed by the level of interest in new Raspberry Pi products," Well yes, you really would think that they might be used to it by now and perhaps even prepared for it. At the time of writing the Pi Zero is still out of stock and when it is briefly in stock customers are limited to one unit.
A victim of its own success, yes, but the real victims are the Raspberry Pi's competitors.


Linux Kernel Patch Hints At At 32-Core Support For AMD Zen Chips 123

New submitter Iamthecheese points to an article which says that a patch published on the Linux Kernel Mailing List indicates that AMD's forthcoming Zen processors will have as many as 32 cores per socket, but notes that while the article's headline says "Confirms," "the article text doesn't bear that out." Still, he writes, There are hints of such from last year. A leaked patch for the 14 nanometer AMD Zeppelin (Family 17h, Model 00h) reveals support for up to 32 cores. Another blog says pretty much the same thing. We recently discussed an announced 4+8 core AMD chip, but nothing like this.

Report: Google Will Go In Big For VR Hardware This Year 50

The Financial Times reports that Google isn't going to let the VR hardware wars fall to the likes of Samsung and Oculus; instead, it's working on a (cardboard-free) VR headset of its own, to be released in conjunction with Android VR software intended not only to make Android more VR friendly in general but specifically to help developers reduce nausea-inducing lag. The report doesn't quite come out of the blue, considering that Google has shipped more than 5 million of its own Cardboard viewer already, and has several projects dealing with VR infrastructure, either directly (like Jump) or indrectly (like Project Tango). Google (or Alphabet) has proven itself a hardware behemoth, not just the "search giant" it's so often called in news stories, and of late seems to be more interested in making its footprint in hardware a bit firmer.

Ask Slashdot: Surge Protection For International Travel? 128

New submitter gaiageek writes: As someone who has lost a laptop power supply (and thus use of the laptop) due to a late-night power surge while traveling in a developing country, I'm acutely aware of the need for surge protection when traveling abroad. While practically all laptop and phone power adapters these days are voltage auto-sensing 100V-240V compatible, most so-called "travel" surge protectors are restricted to either 110V or 220V. Given the space and weight constraints of carry-on only travel, I'd like to avoid having to carry two separate surge protectors knowing I may go from Central America (110V) to Southeast Asia (220V). Strangely, laptop specific surge protectors typically are 100V-240V compatible, but this doesn't provide protection for a phone or tablet that requires the original power supply (can't be charged from a notebook USB port).

Is there really no solution out there short using a 110V-240V notebook surge protector with an adapter to go from a "cloverleaf" notebook plug to a 5-15R (standard US) plug receptacle?

Unreal Engine Will Soon Allow Developers To Build Games Inside of VR ( 37

An anonymous reader writes: Epic Games, the creators of Unreal Engine, has been a longstanding supporter of VR. They were on board way back when Oculus sparked the VR industry in 2012 with a Kickstarter that would snowball into a rekindling of consumer virtual reality. Having been one of the first major game engines to support VR headsets like the Rift, the company has been aggressively positioning Unreal Engine as the go-to tool for VR developers. Now they're taking a massive next step, showing the first look at bringing developers themselves inside of virtual reality to craft games with the full set of UE4 tools at their fingertips. That means that developers can place and manipulate objects from right within a world in progress; the video demo in the linked story is impressive.
Input Devices

Let Your Pupils Do the Typing 49

New submitter s.mathot writes: Researchers from France and the Netherlands have developed a way to—literally—write text by thinking of letters. (Academic paper [open access], non-technical blog, YouTube video.) This technique relies on small changes in pupil size that occur when you covertly (from the corner of your eye; without moving your eyes or body) attend to bright or dark objects. By presenting a virtual keyboard on which the 'keys' alternate in brightness, and simultaneously measuring the size of the eye's pupil, the technique automatically determines which letter you want to write; as a result, you can write letters by merely attending to them, without moving any part of your body, including the eyes.

Some Reversible USB-C Cables/Adapters Could Cause Irreversible Damage 134

TheRealHocusLocus writes: Three Decembers ago I lauded the impending death of the trapezoid. Celebration of the rectangle might be premature however, because in the rush-to-market an appalling number of chargers, cables and legacy adapters have been discovered to be non-compliant. There have been performance issues with bad USB implementation all along, but now — with improved conductors USB-C offers to negotiate up to 3A in addition the 900ma base, so use of a non-compliant adapter may result in damage. Google engineer and hero Benson Leung has been waging a one-man compliance campaign of Amazon reviews to warn of dodgy devices and praise the good. Reddit user bmcclure937 offers a spreadsheet summary of the reviews. It's a jungle out there, don't get fried.

Intel Says Chips To Become Slower But More Energy Efficient ( 310

An anonymous reader writes: William Holt, Executive Vice President and General Manager of Intel's Technology and Manufacturing Group, has said at a conference that chips will become slower after industry re-tools for new technologies such as spintronics and tunneling transistors. "The best pure technology improvements we can make will bring improvements in power consumption but will reduce speed." If true, it's not just the end of Moore's Law, but a rolling back of the progress it made over the last fifty years.

Amazon's Thin Helvetica Syndrome: Font Anorexia vs. Kindle Readability ( 147

David Rothman writes: The Thin Helvetica Syndrome arises from the latest Kindle upgrade and has made e-books less readable for some. In the past, e-book-lovers who needed more perceived-contrast between text and background could find at least partial relief in Helvetica because the font was heavy by Kindle standards. But now some users complain that the 5.7.2 upgrade actually made Helvetica thinner. Of course, the real cure would be an all-text bold option for people who need it, or even a way to adjust font weight, a feature of Kobo devices. But Amazon stubbornly keeps ignoring user pleas even though the cost of adding either feature would be minimal. Isn't this supposed to be a customer-centric company?

Have Your iPhone 6 Repaired, Only To Get It Bricked By Apple ( 403

New submitter Nemosoft Unv. writes: In case you had a problem with the fingerprint sensor or some other small defect on your iPhone 6 and had it repaired by a non-official (read: cheaper) shop, you may be in for a nasty surprise: error 53. What happens is that during an OS update or re-install the software checks the internal hardware and if it detects a non-Apple component, it will display an error 53 and brick your phone. Any photos or other data held on the handset is lost – and irretrievable. Thousands of people have flocked to forums to express their dismay at this. What's more insiduous is that the error may only appear weeks or months after the repair. Incredibly, Apple says this cannot be fixed by any hard- or software update, while it is clearly their software that causes the problem in the first place. And then you thought FTDI was being nasty ...

MIT Reveals "Hack-Proof" RFID Chip ( 53

JustAnotherOldGuy writes: A group of researchers at MIT and Texas Instruments claim that they have developed a new radio frequency identification chip that may be impossible to hack. Traditional RFID chips are vulnerable to side-channel attacks, whereby a hacker can extract a cryptographic key from the chip. The new RFID chip runs a random-number generator that creates a new secret key after each transaction. The key can then be verified with a server to ensure that it is correct. The group at MIT also incorporated protection against a power-glitch attack, an attack that would normally leave a chip vulnerable to an interruption of the power source that would in turn halt the creation of a new secret key. Texas Instruments CTO Ahmad Bahai stated, "We believe this research is an important step toward the goal of a robust, lo-cost, low-power authentication protocol for the industrial internet." The question is, how long will it be before this "hack proof" chip is hacked?

Porsche Builds Photovoltaic Pylon, Offsetting Luddite Position On Self-Drive ( 212

An anonymous reader writes: Porsche has just completed an impressive 25-meter high photovoltaic pylon. The construction, lonely in its current position and strongly resembling the monolith from 2001: A Space Odyssey, comprises 7,776 solar cells and is capable of generating up to 30,000 kilowatt hours of electricity per year. From 2017 it will power the elite car manufacturer's new Berlin-Adlershof Porsche center. Porsche is keen to show a progressive stance on its new range of electric vehicles, considering that it has no intention of joining the movement towards self-driving.

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