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3M Touch Systems 84-inch Projected Capacitive Display hands-on
We knew we'd be seeing 3M Touch Systems' monster capacitive display once again, but we had no idea just how massive this year's iteration would be. Taking up residence in a corner of CES Unveiled 2013, the company's latest multi-touch prototype now measures in at 84 inches, far surpassing its 46-inch predecessor, with 100-inch versions waiting in the wings. This particular touch table now supports Ultra HD resolution (4K) and was shown running a software demo currently in use at Chicago's Museum of Science. As you may be able to tell from the accompanying gallery, those floating images aren't of the crispest quality, but that's because the files aren't fully high-res. Of course, tech of this kind isn't necessarily intended for households -- not yet, anyway -- it makes for a more natural fit in commercial environments (think: airports, car dealerships or wireless retailers). At present, the table here on the showfloor is calibrated to support 40 individual touch points, but a company rep assured us it could be configured for up to 60, allowing for large groups of people to interact simultaneously. While touch tabletops of this kind are still quite rare in the wild, expect to see them crop up more commonly in the near future. Check out a video demo past the break. Follow all the latest CES 2013 news at our event hub. Sarah Silbert contributed to this report.
Disney Research develops capacitive touch that detects multiple users through their fingertips (video)
Creating a truly multi-user, multi-touch display is a tricky prospect. How do you know who's who short of turning the screen into one giant fingerprint reader? Chris Harrison, Ivan Poupyrev and Munehiko Sato at Disney Research have suggested in a paper that fingerprinting on a capacitive touchscreen isn't far off -- it's just what we need to fingerprint that matters. Rather than look for physical ridges, the scientists' method sweeps through AC frequencies to find the exact electrical impedances of fingertips in contact with the screen. Different bodies, different clothes and even different shoes give everyone a unique signature that lets the screen identify specific people, even when they each have multiple fingers in play. The researchers propose that the technique would work well in collaborative workspaces, personalized devices and security, but let's not forget that this is Disney we're talking about: it's placing a strong emphasis on the prospects for shared screen gaming without the limitations we know today. While any practical use is still some distance away, it's easy to see future tablets and tables that are designed from the start to encourage a little socializing.
Archos Child Pad gets capacitive screen upgrade, minor price hike to $140
Parents who've already purchased Archos' 7-inch Child Pad may be feeling somewhat miffed, as its screen's been upgraded from resistive to capacitive just two months after launch. There's no such thing as free multi-touch, so you'll have to fork out another ten bucks on top of the original asking price for the new version of the ICS slate, bringing the total to a cent under $140. Other internals are identical, so customers can still expect a 1GHz ARM processor, 1GB of RAM and 4GB of expandable storage, with some exclusive chipmunk-based content to boot. Just remember to let the kids have a go once in a while.
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.
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.
Gunze's new touchscreen tech knows who's touching it
Touchscreens can't differentiate between you, your friend or your cat. Truth is, they're actually amazingly simple pieces of technology without much in the way of brains. A new type of display shown off at the International Nanotechnology Exhibition & Conference in Tokyo last week does imbue the panels with at least enough smarts to tell people apart. Gunze Ltd pairs a special capacitive screen with electrodes, which a user touches with one hand while interacting with a game or app. The immediate use would be for table-top arcade games, which would differentiate between up to four different players based on what particular circuit they complete when touching the screen. We wouldn't be shocked if a version of the tech started showing up in multi-player video poker machines and bar games relatively soon.
3M Touch Systems 46-inch Projected Capacitive Display hands-on (video)
Heard of Microsoft Surface? Sure you have. It's the tech that takes capacitive touch and smears it across a table-like design. While those devices, manufactured by the likes of Samsung, have begun their slow creep into the market, rival companies are hard at work on their own multi-user, widescreen touch solutions. Which is precisely what 3M Touch Systems is showing off today at CES Unveiled. At 46-inches, its prototype Projected Capacitive Technology ups the ante on user input, allowing a theoretical maximum of 60 touch points and up to four split screens. We had a chance to take the table for a test run, so click on past the break to see how it fared.
Evigroup drops SmartPaddle Pro price to €699, optional head-tracking feature watches you intently
Are you and all of your friends flocking to buy that thing shown above at full retail price? Exactly. Evigroup's SmartPaddle Pro tablet is now available from €699 (under $900) for the base 10-inch configuration with no GPS, no 3G and a 32GB solid-state hard drive. Additional configurations are available with 1 or 2GB of RAM, and the high-end configuration, which includes 3G and GPS goes for under $1,500. The SmartPaddle Pro, with all the trimmings (including head-tracking), retails for around $1,530. Other specs include a 1.66GHz Intel Atom N450 processor, five hour run time, mini-HDMI port and capacitive touchscreen, none of which seem to justify the (still bloated) new price tag. Click past the break for the full video, which is apparently set to an Enya album.
Synaptics promises better touchscreens with SignalClarity and Design Studio 4
Look, we recognize that touchscreens have come a long way in the last few years, but there's always room for improvement. Thankfully, Synaptics agrees and is rolling out an update to its ClearPad capacitive panels. At the heart of the improved system is a technology called SignalClarity, which boosts signal-to-noise ratio for better accuracy and finger separation. The new tech will not only lead to a better touchscreen experience, but it could also help drive down costs since manufacturers would be free to use lower cost components that might normally interfere with a capacitive panel. It'll be a little bit before the next-gen ClearPad makes is debut in a consumer product and chances are you won't see Synaptic brand emblazoned across the packaging of your next smartphone. That's ok though, we know it's in there working hard to keep our fingers happy. Check out the PR after the break for more details.
Get diagnosed by spitting on an iPhone, social graces terminal
Korean scientists reckon that the capacitive touchscreens on our phones and tablets could help diagnose diseases from what's floating around in your mouth. It works through the screen's ability to detect minute capacitive differences in disease-carrying liquids placed on its surface. Experiments by Hyun Gyu Park and Byoung Yeon Won at the Korea Advanced Institute for Science and Technology in Daejeon managed to detect chlamydia microbes in three different concentrations. Once again, the iPhone acted as medical chief, although the setup isn't yet able to distinguish between different bugs. There are also teething troubles with the touchscreen, as capacitive read-outs can be affected by moisture and sweat that are on the screen alongside your 'sample.' One solution to this would be to create a disposable film that attaches to the iPhone surface. There's a second reason for this, as Park diplomatically puts it: "Nobody wants direct application of bio-samples onto their phone." Let's hope Siri doesn't take it personally. [Sneezing photo via Shutterstock]
SMK's touchscreen registers your gloved swipes, won't acknowledge the bad touch
Somewhere in an underground ice lair, Jack Frost's prepping to nip at noses and keep covered hands from touch devices. But SMK Corp's got a capacitive solution set to thwart old man winter's digitus interruptus. On display at this year's FPD International in Japan, the company's touchscreen innovation incorporates a specialized chip capable of highly-sensitive pressure detection that works in conjunction with a noise-filtering sensor to make your gloved gestures readable. It's good news for those of us subject to occasional bouts of frostbitten weather, but don't clap just yet -- these panels will initially be headed to in-car navigation systems. Still, with the displays workable on screens up to 8-inches in size, it's possible we could be seeing this tech extend to smartphones in the near future. So, there's a remedy out there folks, but while you wait for it, it's best to keep those glittens close at hand.
Garmin releases aera 795, 796 flight navigators, private jet not included
The GPS gurus over at Garmin have just launched the aera 796 and 795 -- a pair of new navigation devices designed specifically for pilots who don't enjoy getting lost. As the flagship member of the aera family, the 796 sports a seven-inch, 480 x 800 capacitive touchscreen (capable of displaying maps in either landscape or portrait mode) and features Garmin's 3D Vision technology, providing users with a behind-the-plane view of the terrain below, including rivers, landing strips or any other obstacles. This knee-mounted co-pilot can also serve as an electronic flight bag, allowing captains to digitally store flight routes and airport diagrams directly on their devices. Plus, if it's hooked up to a compatible GPS system, the 796 can provide real-time traffic updates, while streaming SiriusXM radio straight to the cockpit (the North America-specific 795 features identical specs, minus XM compatibility). Aviation enthusiasts can buy the 796 and 795 for the respective prices of $2,500 and $2,200, at the source link below. Full PR after the break.
Sony Ericsson Live with Walkman Android phone gets busted open by the FCC
Somebody's not wasting anytime. Just last month we reported on the musically minded Android handset, and now what looks to be a decidedly darker version of Sony Ericsson's Live with Walkman has made its way through the FCC and come out the other end in pieces -- literally. Since the outfit didn't hold back much in its initial announcement, we won't be making any big discoveries here, but if you're into dismembered smartphones we've got a gallery of the shredded handset awaiting you below.%Gallery-133113%
Andy Pad, Andy Pad Pro now available within Europe, for not a lot of money
If you've been twiddling your thumbs in anticipation of the Andy Pad's arrival, twiddle no more, because the budget-friendly Android slate is now available across most of Europe. Both the 8GB model and its 16GB Andy Pad Pro counterpart appeared on the British manufacturer's website today, with the former priced at £129 (about $208) and the latter running for £179 (roughly $289). Both of the seven-inch tablets run on Gingerbread and offer up to six hours of battery life, though the Pro features a capacitive touchscreen (1024 x 600), compared with its little brother's 800 x 480 resistive display. If you need a little low-cost Android love in your life, hit up the source link to grab one for yourself.
Sony Ericsson unveils Live with Walkman handset for music-loving Android users
Four months after unveiling the relatively bare bones W8, Sony Ericsson has now taken the wraps off yet another Walkman phone, known as the Live with Walkman. Powered by a 1GHz processor, this Android handset features a 3.2 inch, capacitive touchscreen (with somewhat disappointing HVGA resolution), a five megapixel AF shooter with 8x digital zoom, and a front-facing VGA camera capable of capturing HD video in 720p. The petite, Gingerbread-equipped device also packs a lackluster 320MB of RAM, provides up to 32GB of microSD storage, and offers either tri-band 3G support (HSPA+) at 850, 1900 and 2100MHZ, or dual-band 3G at 900 and 2100MHz, depending on the model. And, as you'd expect, Sony Ericsson has placed a special emphasis on the music phone's media capabilities, beefing it up with enhanced audio and Qriocity integration. The specs may not sound earth shattering, but we'll wait until we get pricing information before casting judgment. The Live with Walkman is slated to hit "selected markets" by Q4 of this year, but you can find more information in the full PR, after the break.
Perceptive Pixel shows world's largest projected capacitive display at SIGGRAPH, we go hands-on (video)
Perceptive Pixel wasn't kidding around when it launched the planet's biggest projected capacitive display here at SIGGRAPH -- all 82 inches of it were here on display, and naturally, we stopped by to give it a look. While 82-inch panels aren't anything new, this one's particularly special. You see, the company actually procures the panels from Samsung, and then it rips the guts out while bonding its own network of sensors directly to it; most large-screen touch devices simply pop a touch layer on top of whatever TV shows up in the labs, but this integrated approach takes sensitivity to a whole 'nother level. For those unfamiliar with the term 'projected capacitive,' we're surmising that it's actually far less foreign than you think -- it's a technology used in a handful of smartphones, from Samsung's Moment to Apple's iPhone. 3M was also showing off a PC tech preview back at CES, and after using it here on the show floor, there's no question that it's the future for larger-screen devices. To quote CEO Jeff Han: "once consumers get a taste of this on the mobile front, they start demanding it elsewhere." %Gallery-130284%
Perceptive Pixel unveils an 82-inch multi-touch LCD, TV news anchors overcome by giddy hands
Perceptive Pixel has been no stranger to massive multi-touch screens ever since it got over being so Frustrated. At this year's SIGGRAPH the company is showing off a whopping 82-inch projected capacitive LCD -- and you thought MondoPad was huge. Apparently, the "slim" 6-inch deep, optically bonded display is "the world's largest" of its type, although Perceptive does make an 88-inch DLP model if you need a bit more real estate. On-screen content is displayed in 1080p HD resolution at 120Hz, and with an unlimited multi-touch response time of less than 1ms, it's ready for all the situations Wolf Blitzer's digits can handle. We'll hopefully be checking it out on the show floor, but for now you'll find more details past the break.
Andy Pad Pro gets detailed while Andy Pad makes film debut (video)
Low-cost Android, actually looking decent? Seems like it. We've caught wind of a few hitting the scene at this point, and there's little question that the Andy Pad folks appear to have something better in mind. The company's been slowly releasing info on Twitter about its 7-inch Andy Pad and Pro variant, and has also recently updated its website; the AP Pro's finally been priced for £179 (about $290) and there's now a full shot of the slates along with specs. While we knew the Pro would have a capacitive touchscreen and front / rear cams, those "additional features" have panned out to be an increased 1024 x 600 screen resolution and Bluetooth connectivity (it seems the 16GB model was this version all along). Still aching to see one in action? AP's also posted a YouTube clip of the base model zipping along and effortlessly hurling Angry Birds through its Gingerbread scented air. It'll still be about month until the duo hit the streets, but for now, you'll find the video past the break.
Report: Touchscreen demand to grow by 90-percent, led by mobile, tablet markets
This just in: people really like touchscreens, and their tastes aren't going to change anytime soon. That's the takeaway from a new report from market research firm DisplaySearch, which predicts that revenue from touch panel sales will hit the $13.4 billion mark by the end of this year, before soaring to nearly $24 billion by 2017. Shipments of capacitive touch displays, in particular, are expected to increase by 100-percent over last year, accounting for a full 70-percent of all tactile revenues. The mobile market still accounts for most of this industry-wide growth, but demand for touch-based tablets is accelerating considerably, with more than 72 million panels expected to ship this year, and 100 million projected in 2012. Jonesing for more numbers? Better gallop past the break to get your hands on the full PR.
Apple patent apps describe 'smart' pens for notetaking and long-distance doodling
Apple's knack for filing patent applications has struck again, offering a pair of digital pens that could become a competitive one-up for HTC's Scribe pen. Both filed apps revealed by the USPTO involve styli for iOS displays, but if you're imagining a magical item that helps (or hinders) your typing, this is another ball of wax. The first stylus is appropriately called "stylus for touch sensitive devices" and includes a rechargeable battery that could be stored and charged by placing it in a dock embedded directly in the device. Curiously, the stylus is heated for "more consistent interaction between the capacitive-sensors in the computing device and the stylus," which sounds mighty nice on a cold day. By allowing the user to easily write real notes and draw pictures, this patent turns out to be much more than just a different method of inputting text. Next up is the "communicating stylus," a digital pen equipped with accelerometers and wireless transmitters that send position data. This would enable it to be used for an iOS device without any physical contact or other accessories. In theory, you could take the stylus (shown after the break) across the room and still jot down notes or doodle on your iPad, even if it's out of sight. Finally, "the greatest pointing device in the world" -- our fingers -- will get a chance to rest.
