Livescribe 3 smartpen will work with Android devices this spring

Starting this Spring, Android users lusting after the Livescribe smartpen will no longer have to envy their iPhone- and iPad-toting peers. The company has finally developed a Livescribe+ app especially for Android, which will make Livescribe 3 compatible with select devices. Yup, it unfortunately won’t work with every Android phone and tablet out there, only those running KitKat or higher with support for Bluetooth Low Energy peripherals. It retains the iOS app’s features, so users can transfer handwritten notes recorded by the pens as digital text to their devices and sync audio recordings with those notes. But LiveScribe Director of Product Management Greg Wong says the app “is much more than a port” of the iOS version. “We’ve approached every aspect of this app, ” he said, “from the color palette to the user interface, to optimize for the Android platform and customer expectations.” Filed under: Peripherals Comments Source: Livescribe

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Livescribe 3 smartpen will work with Android devices this spring

Volkswagen’s connected cars have three displays and park themselves

Volkswagen’s wading into the connected car space in a few different ways including more autonomous driving . First up is Golf R Touch hatchback. It’s sporting three displays on the dashboard, with two being touchscreens. A positively massive 12.8-inch main console rests above an 8-inch control center on the dash, while a 12.3-inch instrument cluster — likely trickle-down from subsidiary Audi — resides behind the steering wheel. The screens are all high-res ( Slashgear reports the main screen is running at 2, 560 x 1, 700) and were designed to eliminate distractions and maximize customization. How’s that? The stage demo included camera-based gesture control and drag-and-drop movement of key functions that looked pretty simple. There’s a touch-strip below the main screen that tracks tactile input (and offers haptic feedback) for things like adjusting the radio volume as well. Here’s to hoping the advancements help improve muscle memory and look-free adjustment seeing as all mechanical knobs’ve been killed. Furthering that is the 8-inch control screen’s system for touch feedback for media and climate control systems. Of course, the Golf R is just a concept at this point so it isn’t clear if or when we’ll see these systems make it into production. Next we have the automaker’s coming vision of its assisted parking system. Trained Parking works using cameras to, well, train itself to how you park and your common maneuvers, and the company claims that eventually the car could put itself on an inductive charging plate. The more immediate plan though, is to allow the driver to control parking maneuvers via smartphone, sort of like Tesla’s solution . And speaking of phones, Volkswagen’s new App Connect platform brings in both Android Auto and Apple’s CarPlay system’s for in-car control of your smartphone. Unlike the rest of today’s announcements, this lattermost one his a release window: before the end of the year. Edgar Alvarez contributed to this report Filed under: Cellphones , Transportation Comments Via: Slashgear (1) , (2) Source: Volkswagen

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Volkswagen’s connected cars have three displays and park themselves

This router can power your devices wirelessly from 20 feet away

Wireless charging hasn’t really set the world on fire. Since the Palm Pre first introduced us to the idea at CES 2009 , a few companies have added similar functionality to their phones and smartwatches. Power without wires is undoubtedly useful, but none of the solutions have ever set our devices free from a charging pad, which is tantamount to plugging them in, really. Energous is one of a handful of companies hoping to change that; it claims its technology can charge your phone and wearable from up to 20 feet away, no wires required. Energous’ system is called WattUp, and it works using a mix of RF, Bluetooth, and a lot of patent-pending technology. The transmitter is where most of the magic happens. It communicates with and locates compatible devices using low-energy Bluetooth. Once they’ve established contact with a device they send out focused RF signals on the same bands as WiFi that are then absorbed and converted into DC power by a tiny chip embedded in the device. These transmitters can be built into household appliances, TVs, speakers, and standalone “energy routers.” This conversion, known as “rectification, ” is not a new idea, but Energous’ application of it is. Its latest generation of chips are around 70-percent efficient — a typical wireless charging mat clocks in at around 90 percent — and can provide enough power to easily charge both a phone and wearable from a single bedside transmitter. To demo its tech, Energous has turned a casino suite into a faux home full of wireless power, which we dropped by to allow the company’s founder Michael Leabman to put on a show for us. The routers are able to offer a closed network, letting you choose what devices are allowed power (ideal for public locations), or an open network, offering power to all. Regardless of network type, the router can prioritize devices low on battery, and automatically rejig the hierarchy as a desired charge level is achieved. Using an iPad to control the transmitters, Leabman powered various bulbs and smartphones with the tap of an on-screen button. The main benefit Energous touts is mobility, and true to his word Leabman was able to move freely around the show home, with the software automatically choosing which transmitter was best-placed to pipe power to his smartphone. The handover was near-instantaneous, and very reminiscent of how a tablet or laptop can switch between WiFi transmitters on the fly. Because there aren’t yet any devices that directly integrate the WattUp technology, the phones were receiving power through modified battery cases, and there was no wearable demo on offer. With the size of the chips, though, there’s nothing stopping a Samsung or an Apple from adding the tech to its devices in the coming years. These are early days for Energous. It’s made a lot of progress since its formation in 2012, shrinking its transmitters from the size of a coffee table to that of an oversized router. Instead of producing and managing routers, chips and software itself, it’s looking to license it out to other companies to integrate into their devices. So far it’s partnered with Foxconn (which makes more of the world’s electronics than any other single company), South Korea’s SK Telesys (part of the country’s largest conglomerate after Samsung) and a handful of smaller companies including Haier and the makers of the popular Hexbug miniature robot toys. Energous believes this licensing strategy will help it bring its technology to market as early as 2016. In around six months it’ll produce a reference design for both the transmitter and receiver that manufacturers can modify to fit their own needs. It does expect some second-tier manufacturers to use its references wholesale, but big players like Samsung, should they decide to go with WattUp, would be more likely to modify and integrate the tech into their own designs. Imagine toys that never run out of power, or wearables you never need take off The company is making moves to attract partners, like joining the Power Matters Alliance as chair of its new ” uncoupled power ” working group, and adding respected engineer Martin Cooper — aka the father of the cellphone — to its board of advisors. Nonetheless, if, how and when WattUp will roll out is down to Energous’ partners. The company will need a big-name manufacturer to sign up for the tech, and until that happens it’s unlikely to take off in a massive way. Should that happen, though, the potential is huge. Imagine toys that never run out of power; wearables you never need to take off; energy routers built into every home appliance or light fitting. The future for Energous could be bright, but it doesn’t have to persuade you or I, it needs to persuade the companies that manufacture our devices. Comments

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This router can power your devices wirelessly from 20 feet away

NVIDIA’s Tegra X1 is the first mobile chip with a teraflop of power

How powerful can a mobile processor get? Try a teraflop worth of raw computing muscle. NVIDIA just announced the Tegra X1 “mobile super chip” — and yah, it’s sort of fast. The X1 is the first mobile chip to achieve a teraflop of computing power, co-founder and CEO Jen-Hsun Huang said on stage at NVIDIA’s CES press conference tonight. That makes it just as fast as the world’s fastest supercomputer in 2000. It’s basically the same Maxwell GPU architecture for PCs, which the company announced several months ago , brought to mobile. Tegra X1 packs in an eight-core 64-bit CPU and 256 GPU cores. Altogether, it should deliver around twice the performance of last year’s Tegra K1 mobile chip. To prove just how capable the X1 can be, Huang showed the Unreal Engine 4 “Elemental” demo running off of the chip (it’s unclear if it was in real-time or just a recording). That’s a graphically complex 3D scene that’s been used to show off the rising computational capability of video cards and consoles over the past few years. While the demo didn’t look perfect on the X1 – it wasn’t as detailed as I remember it, there weren’t as many particle effects and there was quite a bit of slowdown – it was still an impressive for something mobile. Of course, since the X1 is something meant for smartphones and tablets, power efficiency is key. Huang pointed out that it was able to run the Elemental demo using just 10 watts of power. A year ago, the Xbox One needed 100 watts to run Elemental. And over two years ago, a leading Nvidia GPU had to burn 300 watts to run it. You won’t be stressing your phone with complicated 3D rendering all of the time, but the X1’s performance in this demo is a good sign that it could be more efficient at more mundane mobile tasks. Developing. Filed under: Mobile , NVIDIA Comments

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NVIDIA’s Tegra X1 is the first mobile chip with a teraflop of power

Origin slims down its chunkiest gaming laptops

If you’d waved a tape measure at Origin’s brawny EOS-17X gaming laptop last year, your fingers would fall at the 2.15-inch mark. Sufficiently shamed by that statistic, the company has put the hardware on a diet, slimming down the hardware to a much more svelte 1.52 inches. Of course, that’s not the only change, since Origin has also upgraded the internals to include Intel’s Z97 chipset, and also offers the ability to overclock the hardware. Naturally, build-to-order options are the standard here, with both the 15.6-inch EON-15X and the 17.3-inch EON-17X capable of supporting an Intel Core i7-4790K, up to 32GB RAM and NVIDIA’s GeForce GTX 980M with 8GB RAM. You’ll also be able to cram in 4TB of storage, split among M.2 SATA, SSD or traditional HDD options, not to mention the ability to hook up an external 4K display. At the same time, the company is also whipping out a refreshed EON15-S , a (comparatively) super-slim unit that’s just 1.13 inches thick and weighs in at 5.5 pounds, a drop of around 36 percent compared to the previous generation. In addition to the 15.6-inch HD display, the unit comes with a Core i7-4720HQ processor and a GeForce GTX 980M with 4GB RAM. You’ll be able to order all of the units from today, with prices entirely contingent on what specs you need for your next LAN party. Comments Source: Origin PC

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Origin slims down its chunkiest gaming laptops

This power pack can charge your iPhone 6 in 15 minutes

We lamented the iPhone 6’s battery in our review, but the folks at ibattz have a solution for when Apple’s handset loses juice when you need it most. The company says its ASAP Charger’s 20-volt, 2 amp power pack can fully charge an iPhone 6 within 15 minutes . Think about it this way: that’s less time than it’d take to watch an episode of 30 Rock on Netflix . Your typical 5-volt, 1 amp charger, on the other hand, needs an hour or more to do the same task. The ASAP comes in 5, 600mAh and 11, 200mAh sizes, but, s adly, there isn’t pricing or availability information just yet. Blerg, indeed. Filed under: Cellphones , Peripherals , Mobile Comments

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This power pack can charge your iPhone 6 in 15 minutes

The iRig 2 wants to replace your guitar pedal board with a phone

IK Multimedia has been cranking out new versions of its iRig guitar adapter for phones and tablets for nearly four years . And at CES 2015, there’s yet another update. The iRig 2 still allows you to connect that axe to an iOS, Mac or Android device, but this time around, there’s a 1/4-inch output jack, so you can use the company’s mobile apps (like AmpliTube) alongside an amp with ease. It also means that, if you so choose, you could make that mobile device part of an effects loop, or replace it entirely. Sure, the sound of individual pedals is hard to beat, but this setup aims for connivence. There’s also a headphone jack to keep from annoying bandmates, and while the on-board gain control returns, a new toggle switch will bypass the connected mobile device entirely. If you’re considering giving it a go, the accessory will be available during the first quarter of 2015 for $39.99/€29.99. Filed under: Misc , Peripherals Comments Source: IK Multimedia

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The iRig 2 wants to replace your guitar pedal board with a phone

Audi’s self-driving car is traveling 550 miles to Las Vegas

Audi is confident that its self-driving car technology is ready for prime time — so confident, in fact, that it’s about to give the platform a very public long-distance test. An A7 Sportback with the mostly autonomous hardware is traveling 550 miles from Stanford, California to CES in Las Vegas, with trained members of the press taking turns behind the wheel. Not that they’ll be doing much. The A7’s cameras, lasers and radar will let it control highway driving so long as it’s under 70MPH, and it’ll only hand over the reins in “city environments” and other situations where it reaches its limits. This is a marketing stunt, to be sure, but it could show that autopilot systems are capable of taking over during long, monotonous trips. Your pilot to #CES today is “Jack, ” an Audi A7 built with the latest automated driving technology. #DrivingNotDriving #Vegas A video posted by Audi (@audi) on Jan 1, 2015 at 9:46am PST Filed under: Transportation Comments Source: Audi USA

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Audi’s self-driving car is traveling 550 miles to Las Vegas

Would you ditch your MacBook Air for this thinner Windows detachable?

“Our Chi is thinner than Air.” That was how ASUS Chairman Jonney Shih opened his CES keynote today. If you’re not following, what he meant was the super-slim ASUS Transformer Book T300 Chi that was teased at Computex. Well, the time has come. This 12.5-inch, all-aluminum convertible laptop is now confirmed to carry Intel’s latest Broadwell Core M processor (the new 5Y71 or the already-available 5Y10) to enable its fanless design. And don’t worry, it’ll still have that sweet WQHD (2, 560 x 1, 440) IPS screen option on top of the 1080p base configuration, plus a 128GB iSSD to keep it running smoothly. However, there’s been a subtle change: The device has managed to gain a little bulk over the last six months, going from 14.3mm (0.56 inch) docked or 7.3mm (0.29 inch) detached to 16.5mm (0.65 inch) and 7.6mm (0.3 inch), respectively. But hey, the docked unit is still slimmer than the MacBook Air by a mere 0.5mm, and given its ability to switch between form factors, we’d still be impressed even if they had the same thickness; and we can just as easily forgive the former’s 70 grams of extra weight. Announced alongside the T300 Chi are two smaller models: the T100 Chi (10.1-inch, 1, 920 x 1, 200 IPS) and the T90 Chi (8.9-inch, 1, 280 x 800 IPS). Both are powered by Intel’s less powerful Atom Z3775 processor and pack either 32GB or 64GB of eMMC storage. When docked, the T90 is just as thick as its T300 sibling, but the T100 is even thinner by 3.3mm. As for weight, both are obviously much lighter — 1.06kg for the T100 and 0.75kg for the T90. Starting from February, these laptops will be rolling with the following price points: $699 for the 1080p T300, $799 for the WQHD T300, $399 for the T100 and $299 for the T90. Not bad, not bad. P.S.: “Chi” means “air” in Mandarin Chinese. Filed under: Laptops , Tablets , ASUS Comments

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Would you ditch your MacBook Air for this thinner Windows detachable?

US Supreme Court moving to digital filing system in 2016

The Supreme Court of the US has stuck stubbornly to its ways. No cameras in the court room, a paper filing system, those robes… which are so last century. That may begin to change over the next couple of years however. In a year-end report released Wednesday night, Chief Justice John Roberts said that the court would begin accepting electronic filings as early as 2016. The court will have to first develop the system, then it will be rolled out in stages. At first paper documents will be used as the default, but those represented by attorneys in the court will also have to file the same documents electronically. Once that trial proves successful, digital documents will become the default for everyone. Though, paper filings will still be required. As Justice Roberts explained in the report, “Unlike commercial enterprises, the courts cannot decide to serve only the most technically-capable or well-equipped segments of the public… the courts must remain open for those who do not have access to personal computers.” Obviously, one of the biggest concerns for the new system will be security. The privacy concerns of the plaintiffs, defendants and those testifying before the court is of the utmost importance. This is one of the many reasons that Roberts gives for the seemingly tortoise-like pace at which the Supreme Court adopts new technologies. (It took 37 years for the institution to even consider pneumatic tubes for sending documents between offices.) But, while he admits that a guarded approach to new technology is often a necessity for the federal court system, he acknowledges that its ways can seem archaic and inefficient. And even admits that some are… you know, like this reliance on flattened dead tree pulp. Filed under: Misc Comments Via: New York Times Source: The United States Supreme Court

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US Supreme Court moving to digital filing system in 2016