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Microsoft to acquire Perceptive Pixel, pair up with 82-inch touchscreen manufacturer
Microsoft has already expressed its fondness for Perceptive Pixel's gigantic capacitive touchscreens, which became apparent during a live demo at the company's Windows 8 presentation at Mobile World Congress earlier this year, but now that friendship has become a bit more official. During Microsoft's Worldwide Partner Conference keynote in Toronto this morning, Steve Ballmer announced that Perceptive Pixel would be coming in-house, with Microsoft acquiring the display maker. The move seems to be in line with the company's recent shift to hardware manufacturing, beginning with last month's Surface introduction and its reinforced commitment to the recently renamed PixelSense smart table solution -- MS has just seized an opportunity to get a bit more hands-on. Full (limited) details are in the press release after the break.
Nokia patent filing uses steering wheel touch for media controls, turns your radio on with that lovin' feeling
Nokia has only ever had a fleeting involvement with cars, but if it brings a just-published patent application to fruition, the Lumia maker could be front and center for drivers. The technology it wants would detect vibrations in the steering wheel to let the driver control music, GPS and other components of the car's center stack just by touching particular spots on the wheel itself -- no overabundance of buttons here. Underneath, it would use temporal sensing to register input, and filtering would prevent the wheel from interpreting speed bumps as cues to turn on the stereo. Nokia's mobile know-how mostly comes into play through the option of using a mobile device like a smartphone to handle tasks rather than having to build something directly into the wheel. Given that the company is currently cutting everything back, it's more likely to license the patent out rather than trying to build anything itself, if anything happens at all. Should the patent eventually come to use, you could end up tenderly caressing the wheel for all your in-car media controls... just be sure to buy it some chocolate and roses first.
iOS 6 adds some great eye candy to new Music app
While Apple talked about a few new iOS 6 features during the keynote here at WWDC, there are always plenty of new features hidden in the operating system, some that we won't even fully hear about until the OS actually goes out to the public. But here's one found by the guys over at the iDownloadBlog, presumably in the developer beta. It turns out that the big silver metal buttons in the Music app on the iOS 6 beta not only have reflections showing on them as if they're shiny, but will actually look like they're reflecting at different angles when you tilt the iOS device back and forth. There's a video to watch of it if you want, but you won't really be able to see this in action until you're holding it in your hands. And that's why this is so great: Someone at Apple was building this app, decided that those buttons should really look different when the device is tilted and wrote code to make the accelerometer do just that. It's not a marquee feature, but it's an incredible touch that shows just why Apple is as popular as it is. [via The Verge]
Intel invests in display manufacturers, predicts 'majority' of Ultrabooks will have touch in 2013 (update)
Intel is presenting at the e21 Forum at Computex in Taipei, and SVP Tom Kilroy just announced that the company is planning to focus on touch-enabled Ultrabooks, investing in factories that produce panels that are 13 inches and larger. Some of the partners listed included TPK, Wintek, HannsTouch and Cando, several of which are based here in Taiwan. This of course marks a departure from last year's models, many of which featured 11-inch displays, and didn't include touch functionality. Kilroy made a point of emphasizing that Intel won't be stopping at 13 inches either, opting to produce larger-screened Ultrabooks as well -- which seems to be in line with what we heard back at CES. Either way, touch is here to stay. Update: We caught up with Tom Kilroy following the keynote, and he further explained the investment, suggesting that it's an "insurance policy" to motivate display manufacturers to increase large-panel production, even though there may not yet be demand. He also predicted that the "majority" of Ultrabooks shipping in 2013 will include touch panels, though he also said that there will continue to be a market for non-touch devices for some time to come. Check the press release below for more info. Show full PR text Intel, Industry Shaping Future Of Computing Experiences On Intel® Architecture Intel Corporation Senior Vice President Tom Kilroy officially introduced the next wave of Ultrabook™ systems during a keynote address at Computex Taipei 2012. Making a bold statement around the importance of touch technology, Kilroy also announced that Intel has signed agreements with several leading touch panel manufacturers to ensure adequate capacity to meet the expected demand for touch-enabled Ultrabook experiences over the next several years. He also highlighted the company's efforts to deliver user-centric experiences across a range of mobile devices from the Ultrabook to smartphones and tablets, pointing to momentum across all three. More than 35 new ultra-sleek, ultra-responsive Ultrabook systems are available now or will be for purchase within 30 days, with more than 110 designs expected in the next year. Powered by 3rd generation Intel® Core™ processors and made with the world's most advanced 22nm 3-D tri-gate transistors, these new Ultrabook devices are more responsive and offer enhanced security in a selection of stylish designs for consumers and business users. "Our life experiences are defined by our senses -- by what we see, hear and touch," said Kilroy. "These human senses are also at the foundation of Intel's vision for the Ultrabook to deliver a no-compromise, must-have computing experience. "Today, thanks to the work of the industry at-large, we are one step closer to meeting that vision with the arrival of the next wave of 3rd generation Intel Core processor-powered devices. The innovation must continue as we move to touch-based Ultrabook convertible designs, and in the future aim to give them and other devices senses, making our interaction with them natural and intuitive." Next Wave of Ultrabook Devices Bring More Responsiveness, Enhanced Security In addition to increased responsiveness and enhanced security features, Ultrabook devices powered by the new 3rd generation Intel Core processors deliver up to two times the media and graphics performance compared to the previous generation, long battery life and offer more choice of stylish, thin designs.
ViewSonic VCD22 22-inch Android Smart Display hands-on (video)
Call it what you will: a 22-inch Android tablet or an ARM-based desktop. Whatever nomenclature you prefer, this much is true: the Viewsonic VCD22 is an odd bird. Though it looks like just another all-in-one desktop, it packs a TI OMAP processor and runs Android 4.0, making it one of the largest mother-loving slates we've ever seen. With a starting price of $479, ViewSonic is hoping budget-minded families will snap it up, or maybe schools looking for a simple system to host interactive lessons for the kiddies. Is this ultimately a better option for classrooms than that new Chromebox we reviewed this week? We'll save that debate for another day but for now, we've got hands-on photos and video of this guy in action. Meet us past the break for a closer look.%Gallery-156795%
Engadget Giveaway: win one of four Beats Audio bundles, courtesy of Daybreak!
We must be smack-dab in the middle of audio week, because even GSM giant AT&T is bestowing the fantastic phonic prizes for your possible procurement, with four Beats Bundles up for grabs. What is this bundle of Beats? It's a set of wireless over-ear headphones (on the right) alongside your very own Beatbox portable audio player (left). Of course, AT&T is putting this all together to celebrate the launch of its five-episode web miniseries, "Daybreak," which debuts tonight immediately following the finale of "Touch" on Fox and runs for five weeks. So make sure you hook us up with a comment below and check out the show tonight. Good luck!
ViewSonic teases 22-inch Android ICS 'tablet,' promises more at Computex
Have we finally found a tablet match for the 5.3-inch Galaxy Note? ViewSonic sent around a teaser for its "Touch and Connect" series prototypes, including a 22-inch "smart business tablet monitor," powered by what appears to be Ice Cream Sandwich. The giant touch-enabled device will be joined by a Windows 8 multi-touch display, new cloud computing solutions, high-end laser projectors and some interactive electronic billboards -- all set to make their debut on June 5th at Computex. More details will no-doubt be forthcoming in Taipei, so do stay tuned. And you may want to hold off on those giant tablet acquisitions in the meantime -- we have less than two weeks to wait for what could just be the largest mainstream tablet to date.
Insert Coin: Playsurface open-source multitouch computing table
In Insert Coin, we look at an exciting new tech project that requires funding before it can hit production. If you'd like to pitch a project, please send us a tip with "Insert Coin" as the subject line. A Microsoft Surface in every office? Yeah, fat chance. At $8,000, you may never see Samsung's SUR40 glow in the wild, but budget versions of the backlit HD table have begun popping up, such as the Merel Mtouch, which retails for half the price. Still, four grand is a lot to ask from casual users -- we need a bargain-basement option to help catapult the concept to success. The Playsurface could be one solution, with an open-source design and a much more affordable price tag. The multitouch computing table is the product of Templeman Automation, and its creators have begun promoting their concept on Kickstarter. In its current iteration, the Playsurface will ship in two flavors -- short, to double as a coffee table, and tall for stand-up applications -- with a $1,750 pledge netting backers a complete kit. Setting out to fulfill the goal of widespread adaptation, the creator is promising one Playsurface kit with a $1,750 pledge, including a Windows computer, a short-throw 1280 x 800-pixel DLP projector and a transparent touch surface, all housed within a self-assembled wood enclosure. There's also an infrared LED strip to aid with input recognition and something called a "Blob Board," which serves as a dedicated hardware processor tasked with touch detection and connects to the computer via USB. A $350 pledge gets you a Blob Board alone, while $650 is matched with a table (sans computer and projector) and $1,250 will net you a full kit, less the computer. There's just shy of four weeks left to go to get your Playsurface pledge in -- hit up the source link to make it happen.
Disney Research's Touché system detects your touch on most things, even water (video)
Disney Research has announced some new touch interface technology that add extra gesture functionality to existing touchscreens and more exotic items like doorknobs and even the water's surface. Touché works by sensing capacitive signals across a range of frequencies -- whereas typical systems only pick up signal at a single frequency. This Swept Frequency Capacitive Sensing (SFCS) can recognize exactly how we interact with an object or surface, not limited to surface area differences. According to Disney Research, this could include embedding different commands for when a user pinches or grasps a hooked-up object. One proof of concept door knob allows it to be locked or display a "be right back" sign depending on exactly how it's handled. Get the full explanation -- and see some watery fingertip detection -- right after the break.
Patent application highlights Apple's continued flirtation with haptic feedback
We could all use a little feedback, right? Even Apple. The company has been toying around with the concept of haptic feedback for a while now, at least so far as patent applications are concerned. Another application filed in November or 2010 has surfaced. Of course, what we told you back in 2009 about the tenuous connection between an application and an actual product is as relevant as ever. Still, Apple's concept for a "tiered haptic system" which "may use one or more arrays of shape change elements to provide a wide range of tactile feedback" demonstrates that, at least as of late 2010, Cupertino was still working to rethink the way it sees touchscreens.
Minecraft Pocket Edition adds simplified, touch-based crafting
The world of Minecraft - Pocket Edition was pretty boring up to this point – just mines and mines, everywhere, as far as the eye can see. But finally, the other half of the game has been added in an update: Crafting is now available on the iOS and Android mobile versions of the popular sandbox title.The crafting system for the mobile interface is called MATTIS, as in the Minecraft Advanced Touch Technology Interface System. All you need to do is open your inventory, choose what you want to make, and as long as you have the necessary components, it's made. Other additions in this update include better AI for zombies, cows and ducks, and descriptions of items in your inventory. We're really looking forward to the next update, though: Hopefully Mojang will put Pockets or Editions in the game next.
Droplet and StackAR bring physical interface to virtual experiences, communicate through light (hands-on)
Light-based communication seems to wind throughout the MIT Media Lab -- it is a universal language, after all, since many devices output light, be it with a dedicated LED or a standard LCD, and have the capacity to view and interpret it. One such device, coined Droplet, essentially redirects light from one source to another, while also serving as a physical interface for tablet-based tasks. Rob Hemsley, a research assistant at the Media Lab, was on hand to demonstrate two of his projects. Droplet is a compact self-contained module with an integrated RGB LED, a photodiode and a CR1216 lithium coin battery -- which provides roughly one day of power in the gadget's current early prototype status. Today's demo used a computer-connected HDTV and a capacitive-touch-enabled tablet. Using the TV to pull up a custom Google Calendar module, Hemsley held the Droplet up to a defined area on the display, which then output a series of colors, transmitting data to the module. Then, that data was pushed to a tablet after placing the Droplet on the display, pulling up the same calendar appointment and providing a physical interface for adjusting the date and time, which is retained in the cloud and the module itself, which also outputs pulsing light as it counts down to the appointment time. StackAR, the second project, functions in much the same way, but instead of outputting a countdown indicator, it displays schematics for a LilyPad Arduino when placed on the tablet, identifying connectors based on a pre-selected program. The capacitive display can recognize orientation, letting you drop the controller in any position throughout the surface, then outputting a map to match. Like the Droplet, StackAR can also recognize light input, even letting you program the Arduino directly from the tablet by outputting light, effectively simplifying the interface creation process even further. You can also add software control to the board, which will work in conjunction with the hardware, bringing universal control interfaces to the otherwise space-limited Arduino. Both projects appear to have incredible potential, but they're clearly not ready for production just yet. For now, you can get a better feel for Droplet and StackAR in our hands-on video just past the break.
Nokia Reader comes to Series 40 'touch and type' devices
This week, everyone's favorite Finnish phone fabricator announced the availability of Nokia Reader for Series 40 touch and type devices. Those familiar with the software know that Reader provides a flow of local and international headlines -- customized by you -- directly to your device's home screen. Nokia boasts that users of its C2-02, X3-02, C3-01, Asha 303 and Asha 300 handsets will be able to stay abreast on all the news without having to worry about battery consumption, thanks to Nokia Notifications. If we've piqued your interest, mosey on past the break to see a video of the bits in action then hit the source link to grab the goods.
Wacom Intuos5 touch review
It's no secret Wacom has a firm grasp on what it takes to make great graphic input devices. Fresh off of its introduction of the Inkling last fall, the outfit recently unveiled the latest member of its high-end pen tablet line, the Intous5 touch. Essentially, Wacom took what made the Intuos4 a great addition to any designer or illustrator's workflow and refined it, with this latest iteration sporting a new rubber-coated shell. It also implements touch gestures -- much like those on the fresh Bamboo models -- which can be customized to speed up tasks you need to complete on the regular, preferably without the aid of a mouse. Sure, a new matte black suit and the ability to navigate Adobe Creative Suite without a pen seem impressive at first glance, but is the new model worth investing northward of $229? Are you better off sticking with the Intuos4 you splurged on a while back? Let's see.
Glove-based CRTouch project turns old monitors into touchscreens
As anyone who's ever played a game of Duck Hunt is aware, there are ways of directly interacting with CRT monitors that don't require any modifications to the display itself (a la resistive overlays). A group of students from the University of Hasselt in Belgium have now taken that idea further than most, however, and developed a glove-based system that uses a pair of phototransistors in the fingertips to detect the electron beam as it makes its way across the screen. While not quite "multitouch," the student's current setup (dubbed CRTouch) does let them draw on the screen with one finger and call up additional options (like an eraser or color palette) with the second. Head on past the break to check it out in action.
Haptics, iPads and all that jazz
Mike Rose posted earlier about the possible introduction of haptic features on the next generation iPad. Here at TUAW, we've been waiting for haptics to officially hit the iPhone and its iOS cousins for years. Haptics, the overarching term for technologies providing tactile sensory feedback, may seem like the natural evolution for touch screens. Haptic feedback is something more than a gimmick. It solves a real problem -- the lack of physical response on the otherwise featureless glass interface between the user and the device. Haptics can provide a sense of physical location and texture enhancement that can be used to create more realistic experiences. If you've used a Wii, you're more or less familiar with the idea behind haptic interfaces. On the Nintendo system, the rumble motor in the remote responds physically to the on-screen pointer position, letting you feel when you're hovering over buttons and other on-screen elements. On the Mac keyboard, little nubbins on the j and f keys allow touch-type users to instantly orient hand positions. On a hypothetical haptic iPad, these same kinds of touch cues could align fingers to onscreen elements. A basic iPad haptic interface would work in a similar manner to these buzzes and nubbins. An advanced one would expand the notion to include even more texture elements that provide sensory output for different kinds of on-screen features. Haptics are a clear win for the visually impaired, but they also expand the user experience for the young and the elderly, as well as the "standard" iPad owner, through location feedback and texture. Today's Guardian article has a very good write-up about the current state of the technology and what we may yet see on the iPad. Will it happen today? All of us at TUAW hope so.
Something to touch: Haptic feedback rumor gains traction for iPad "magic" feature
It's always something at the last minute. Yesterday, the UK's Guardian newspaper stoked the iPad rumor fires with a nuclear blowtorch by pairing the verbiage of Apple's event invitation -- "We have something you really have to see. And touch." -- with the work of a Finnish technology company called Senseg. A similar speculation hit over at The Next Web, and a MacRumors forum member outlined the argument last week. Senseg's patented screen technology creates a layer of "tixels," texture pixels that allow developers to control the feel of the screen; smooth to rough, slippery to sticky. The company's tech leads did a demo for the Guardian in January, where the reporter was able to identify on-screen textures (sandpaper, cloth, ridged surface) with eyes closed. Senseg's been fairly close-mouthed about any relationship with Apple when asked about it over the past few months, but that hasn't always been the case. Back in June of 2011 VP Ville Mäkinen let slip that Senseg was "currently working with a certain tablet maker based in Cupertino." Oh really. GigaOM pointed out this Cnet video demo of the Senseg technology (from November 2011), which of course appears just as if Rafe Needleman is using an ordinary tablet. The real innovation of Senseg's system is that unlike other haptics approaches, the screen uses electrostatic attraction to modulate the friction between finger and surface. No moving parts and "just works" simplicity -- sounds pretty Apple-esque. While Senseg executives have wisely delivered no comment on the upcoming Apple event, the notion of a sensable screen for the iPad aligns awfully neatly with Apple's collection of patents covering haptic interface elements like keyboards. Unlike some other Apple innovations that don't necessarily align immediately with users' needs, there's no question about this one: giving tactile feedback to iPad typists would provide a real-world benefit right away. And don't even get us started on what haptics would mean for game developers. Be sure to join us for our metaliveblog coverage of Apple's announcements, coming up in just a couple of hours.
Intel Ivy Bridge touchscreen Ultrabook reference design hands-on (video)
Interested in replacing both your tablet and that clunky notebook with a svelte all-in-one portable? Intel might have just the gadget for you -- an Ivy Bridge Ultrabook with a built-in 13.3-inch 1600 x 900-pixel capacitive-touch LCD. We happened upon such a device in the bowels of Intel's gaming-centric CeBIT booth, and had a chance to go hands-on with the company's one and only (at this show, at least) reference design touchscreen Ultrabook. The device we saw appeared to be no larger or thicker than similar portables, but integrated a gorgeous 13.3-inch touchscreen, along with that elusive 1.5GHz Ivy Bridge processor. Unfortunately Intel was mum on detailed specs, though the prototype we saw did include a pair of USB 3.0 ports, SIM and SD card slots, and an HDMI port. And according to the system info page, the touch feature supports up to 10 individual input points. We're also told that there might be NFC functionality on-board, though the only visible confirmation of this hardware feature was a piece of medical tape with the letters "NFC" inscribed.The touch functionality worked just as expected -- if you've used touch on a high-end tablet before, you're already familiar with the experience here. We were able to navigate the installed Zinio app with ease, flicking through magazine pages and pinch-and-zooming our way around a cover. You can of course use the touchscreen to adjust system settings, drag-and-drop files or input text with the on-screen keyboard, though we found the trackpad and hardware keyboard to be more practical here. Overall, this appears to be a no-compromise solution -- it will surely add to the manufacturing cost for next-gen Ultrabooks, but if you opt for a touch-equipped model only to find that you prefer traditional input controls, there's not much lost on the feature front. And, if you do happen to enjoy flicking your way around a notebook, you're definitely in for a treat. You'll find our hands-on video just past the break.
Rumor mill: Will the new iPad have a tactile display?
Remember Senseg's tactile touchscreen displays? Well, last December the company showed off a screen that used an electrostatic field to simulate friction and textures on the glass. Such technology was a couple of years away from being commercially viable, but there's a tiny glimmer of a chance it might be the new killer iPad feature. Pocket-lint spoke to a company rep who cryptically said that the company wasn't making any statements until "after Apple's announcement." Why would they issue any statement tied to today's Apple news? Could it connect with a remark made back in June 2011 to Trusted Reviews, that Senseg had partnered with a "certain tablet maker based in Cupertino?" Maybe that line in Apple's invitation to today's event is another clue: "We have something you really have to see. And Touch." After all, Siri was announced at the "Let's talk iPhone" event, so it wouldn't be the first time the company places vague hints under our noses. Still, we have but a few hours left to wait until we really know what's coming, so join us for the live announcement later today.
Audi A3 with MMI Touch gesture-based entertainment system hands-on (video)
CeBIT isn't an auto show in the traditional sense, but we are in Germany after all, so we weren't terribly surprised to see Audi roll up with a brand new car. The latest A3 made its worldwide debut today, bringing with it that wheel-based menu navigation interface we saw in its prototype phase. The touchpad sits atop the jog-wheel and shrinks things down considerably compared to the original version found in the 7-series. To keep things nice and safe, Audi devised a system that recognizes letters you draw with your finger, enabling drivers keep their eyes on the road while selecting music, making calls or setting a destination in the GPS. Also, as is apparently the norm these days, there's Facebook and Twitter integration -- the car can even read updates as you drive. If you know, you can't wait until you're parked.As you might have gathered, the A3 is a connected vehicle, with a SIM slot or Bluetooth connection providing the car's link to the outside world. It offers another curious addition, too: a "Phone Box" signal boosting system. Details are sparse, but we do know there's an external antenna that relays the signal back to the handset. That particular feature is compatible with any phone you care to toss inside, and requires a wired connection only for charging (the box itself is amplified, so anything that sits within the enclosure will reap those boosting benefits). We managed to get the first hands-on demo with the car, and you can see all those new toys in the video and galleries below.
