Project Shield’s origins and rapid prototyping detailed by NVIDIA

Project Sheild origins detailed 'NVIDIA had everything it needed to build a new kind of gaming device all along'

We got our first look at Project Shield — the NVIDIA-built gaming handheld — during CES 2013, where the company surprised everyone with the previously unheard of device. It’s essentially the marriage of an Xbox 360-style GamePad to a 5-inch screen, all powered by NVIDIA’s brand new Tegra 4 mobile CPU. But the device’s origins aren’t quite as glamorous as its form, even in prototype stage. The first prototype, assembled in early 2012, was little more than a game controller fastened to a smartphone with wood,” reads NVIDIA’s boldly worded blog post detailing the history of Project Shield. That initial prototype saw heavy iteration across 2012, eventually culminating in the device unveiled last month.

However, just 10 days prior, the device was still locked away in NVIDIA’s Silicon Valley development offices, shrouded in secrecy. Even the models we eventually tried out were what NVIDIA reps repeatedly referred to as, “a project, not a product.” To take the device from prototype to production, NVIDIA’s modeling assembly on work its lead engineers did by hand just before CES. “Over the holiday break, NVIDIA’s engineers took over a small piece of floor space at a Silicon Valley contract manufacturer to assemble the units that would be shown off at CES,” the piece says. Of course, NVIDIA’s engineers won’t be hand-building the “tens of thousands more units” that arrive later this year — a team of “quick-turn manufacturing specialists” at NVIDIA is handling that. We assume the former group will be catching up on much needed sleep.

[Photo credit: NVIDIA]

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Source: NVIDIA

New prototype glasses protect you from facial recognition scanners

In a world where facial recognition is becoming more and more prevalent, more and more citizens are concerned about their privacy, and with good reason. However, National Institute of Informatics professor Isao Echizen has created what’s called the “Privacy Visor”, which are essentially a pair of glasses that fool most facial recognition scanners.

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The glasses emit a near-infrared set of LEDs that block facial recognition cameras from identifying wearers. According to Echizen, the glasses are the answer to what he refers to as the “invasion of privacy caused by photographs taken in secret.” Facial recognition software collects a lot of data about patrons. Not only can it identify you, but it can also figure out your body type and age.

These prototype glasses aren’t the most appealing, and they likely won’t be adopted by the masses, but if the idea takes off, we may see versions that are much smaller and more stylish than the ones we’re seeing today. Plus, in order to keep the LED lights on and working for this prototype privacy visor, you have to carry around a small power supply in your pocket.

Echizen says that he’s already received offers from companies that want to work toward mass-producing the visors in the future. Echizen says that he and his development team are working on “an improved version of the privacy visor without power supply consisting of transparent materials that reflect or absorb specific wavelength.”


New prototype glasses protect you from facial recognition scanners is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Samsung demos curved phone concepts (plus what’s likely the Galaxy S4 display)

Samsung may have had big screens on its mind at CES, but the company also previewed what might be the display the Galaxy S IV (aka Galaxy S4) is blessed with, together with the flexible AMOLED we’d really like it to have. Buried on the company’s stand was a display of curved AMOLED concepts under Samsung’s YOUM brand, AnandTech reports, with the panels curving around the edges and sides of the mock-up devices. More imminent, however, is a 4.99-inch 1080p Full HD screen running at a luscious 440ppi, which is likely to find its way into Samsung’s next Android flagship.

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Launching in Q1 2013, the panel apparently brings not only a bump in resolution over Samsung’s previous AMOLEDs – the Galaxy S III, for instance, has a 4.8-inch 720p screen – but a cut in power consumption. The company claims the newer panels use 25-percent less juice than before, thanks to a switch-up in materials, while a low-power mode cuts the battery drain by almost half.

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It’s YOUM technology we’d really like to see show up in the wild, however. Samsung’s mock-ups weren’t flexible in the sense of being bendable by the user, but instead wrapped the panel around the edges of the device; since AMOLEDs can selectively turn on sections of the display while leaving other parts shut off, that could mean the side of your phone might perpetually show a status ticker – with new message alerts, battery and signal indicators, IM previews, music playlist details, or other information – while consuming minimal power.

That’s an idea Nokia has flirted with in its Gem concept phone, though there the touchscreen was altogether more comprehensive, envisaged as wrapping around the whole device. Meanwhile, Samsung itself has dabbled in dual-displays, with the Continuum of late 2010 having a pair of screens. Since Samsung didn’t have flexible panels available at the time, however, it put both displays on the front of the handset.

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Exactly when we can expect to see YOUM displays in shipping devices is unclear, however. Samsung’s original plan was to begin volume-production of the technology in 2012, but according to sources within the company opted to delay that roadmap and focus instead on regular AMOLED panels, which were still in high demand thanks to strong sellers like the Galaxy S III.


Samsung demos curved phone concepts (plus what’s likely the Galaxy S4 display) is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

PaperTab Thin and Flexible Tablet: Paper 2.0

In the future, we may not have any problems with carrying even full-sized tablets in our pockets because they’ll be as portable as plain old paper, as shown in this prototype technology called PaperTab. It was developed by Intel, Plastic Logic and Queen’s University’s Human Media Lab.

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The PaperTab uses Plastic Logic’s flexible high-resolution 10.7″ electrostatic display, a flexible touchscreen and a Core i5 CPU. Like paper documents, PaperTab is meant to be used in groups. Each tablet is meant to run a single app, but users can also put multiple units together to form a big interactive display. Instead of just using gestures, users interact with the PaperTab by bending its portions. Transferring media and apps from one PaperTab to another is accomplished with a simple tap.

I wouldn’t be surprised if we actually end up with tablets this thin and bendy in the future. But I think having one app per device is a step backwards, and I wouldn’t want a permanently dog-eared and crumpled tablet. Then again the technology is in it’s very early stages so it’s too early to comment on its practicality anyway.

[Human Media Lab via Smarter Planet]

Eyes-on with Valve’s Steambox prototypes

Eyeson with Valve's Steambox prototypes

The Steamboxes are here! Well … sort of. The prototypes for various Steambox designs are certainly here at CES 2013, and we just spent a grip of time acquainting our lenses very closely with them. The devices range in size and form factor, as well as origin — several of the devices we saw originate from Valve internal, but inclusions like Alienware’s X51 and Digital Storm’s Bolt were also being held up as examples of the ongoing “Steam in your living room” initiative (note: all the controllers are off-the-shelf Logitech wireless devices, not prototypes). The idea here, as Valve hardware engineer Jeff Keyzer told us, was to show off a variety of form factors for living room-friendly designs. We’ll have more from our meeting later today, but for now you can feast your eyes on the elegant prototypes — as well as Xi3’s Pistin, and the aforementioned other two third-party PCs — that we’ll be sure to see more of as 2013 goes on.

Terrence O’Brien contributed to this report.

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Panasonic 4K OLED TV eyes-on (video)

Panasonic 4K OLED TV eyeson

Panasonic wasn’t about to let Sony one-up it in the 4K OLED arena, and announced its own 56-inch UltraHD prototype the day after its competitor outed a very similar panel here at CES 2013. We’d never tire of the luscious combination of 4k and OLED, so we couldn’t wait to high-tail it to the Panasonic booth to gaze at new screen in its full glory. As with the Sony model, it sucks you into the screen with the level of detail, brightness, ultra-dark blacks and vivid colors — which looked accurate to our eyes, an area in which OLED can fall down. Other than that impression, there were no other technical details or specs for the prototype display, and none of the Panasonic types we spoke to had any idea either. We’re not likely to see such a model on sale anytime before 2014, and when it does arrive, you’ll probably need all the digits on one hand for the number of figures in the price. Check the gallery below for images, or head after the break for a short video — which doesn’t remotely do the panel justice, natch.

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Panasonic 4K tablet prototype hands on (update: video)

Panasonic 4K tablet prototype hands on

The Panasonic liveblog was barely finished when we saw this beauty calling out to us from the show floor. This is Panasonic’s 20″ 4K tablet, running Windows 8. It’s a prototype design right now, but seemed to be pretty well put together, and not something quickly knocked up for the show. Given that it’s not a full release model, details on specifications are sparse, but we can tell you that as well as that truly jaw dropping display, there is a front facing camera (no details on resolution, but possibly 2-megapixel), and an Intel Core i5 running the show. Input / output wise there wasn’t a lot going on, but there was micro-USB, microSD and at least WiFi. If you’re thinking that that display is going to pretty much keep you tethered to a wall to keep it powered, then we were told that it will at least give you two hours of use on the go.

Panasonic also told us that Anoto digital writing technology features in the tablet, which makes sense given that — judging by the display section for this device — that the tablet is aimed at marketing professionals, architects, photographers and other such business users. Given the tablet’s size, it’s not the sort of thing you are likely to be slinging in a rucksack and taking out on the road. That said, in our time with it, picking it up and moving it about wasn’t terrible, and you can imagine swanky design houses and media companies lining the walls of their offices with these things. No word on price or availability, but Panasonic were confident that this would make it to production.

Continue reading Panasonic 4K tablet prototype hands on (update: video)

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Tactus Touchscreen Tablet Has a Keyboard You Can Really Feel

Last year, we showed you an early prototype of technology from Tactus Technology which can turn a flat screen into a tactile surface. Now, at CES 2013, Tactus is showing off a full 7-inch tablet that uses the technology to dynamically add a keyboard to the screen only when needed.

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This breakthrough tech is truly the stuff of science-fiction, adding a keyboard you can actually feel beneath your fingertips when you need it, and then instantly retracting back into the display when you don’t. Check it out in action in the short video clip below:

Amazing stuff, no? There’s no word on when the first consumer products with Tactus displays will hit the market, but I certainly can’t wait to get my hands on one. If you’re fortunate enough to be at CES this week, you can see the Tactus tablet up close and personal at booth #75110 on the 3rd floor of the Venetian.

EveryTouchFX Touch Sensor: Switch from Switches

Are you eagerly waiting for Disney’s mind-blowing touch technology to become mainstream? You might want to settle for this touch sensor for the meantime. It’s called the EveryTouchFX, a system that’s meant to replace mechanical switches with a hidden touch-based switch.

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I think the picture above sums up the magic of EveryTouchFX. The sensor itself is hidden under the rock, but as you’ll see in the video below you can touch just the rock and the sensor will still detect the input. The inventors didn’t elaborate on their technology in their Indiegogo write-up, only that EveryTouchFX is designed to recognize only the electric potential of the human body. It can also detect touch from behind insulation that’s up to 4″ thick. Combine those two capabilities and you can hide the sensor pretty much anywhere.

While it certainly has a lot of decorative and security-related applications, EveryTouchFX has one big drawback: it’s expensive. As of this writing you have to pledge at least $119 (USD) on its Indiegogo fundraiser to get one unit. I wonder if it’s possible to use the MaKey MaKey for the same purpose.

Plastic Logic and Intel team on PaperTab to finally undermine trees

Plastic Logic, Intel, and Queen’s University have revealed a new tablet using a flexible plastic display, the PaperTab, with a 10.7-inch near-indestructible display and a Core i5 processor. The PaperTab, part of Canadian university Queen’s Human Media Lab research, aims to finally replace paper with a color display and an innovative new interface which tries to mimic physical stacks of documents.

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The teams call those stacks “PaperTabs” and the eponymous slate can show several of them, on-screen, at the same time. That streamlines workflow, so for instance you can easily attach a photo to an email by previewing them at the same time and simply tapping them.

However, there’s also support for less traditional methods of control. For instance, flex-sensors allow for an email to be sent if the top corner of the screen is bent; you could also trigger a send by dropping the PaperTab into your outbox tray on your desk.

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Multiple PaperTab units can be placed side-by-side, with the on-screen interface automatically extending to take advantage of the extra real-state, while the UI can be stretched out with simple gestures. There’s also interpretation of physical distance: for instance, when the PaperTab is out of reach, the interface switches to an icon mode to show what’s happening across all apps.

As you might have guessed, PaperTab is just a prototype right now, though Intel, Plastic Logic, and the Queen’s University team say the technology is all functional. Exactly what sort of battery life you could expect from a commercial product based on the hardware, and what kind of price you’d be looking at, is unclear; we’ll find out more at CES 2013 this week.

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Plastic Logic and Intel team on PaperTab to finally undermine trees is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.