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CEATEC 2012 wrap-up: concept cars, eye-tracking tech and motion sensors galore
CEATEC, Japan's largest annual electronics show, is winding down here on the outskirts of Tokyo. We've spent the past two days scouring the halls of the Makuhari Messe, digging up no shortage of concept cars, eye-tracking technologies and even the odd Windows 8 device. The star of the show may have been Japanese carrier NTT DoCoMo, with its gaze-controlled prototypes and real-time translation app, but there were plenty of other gadgets on hand to peak our interest -- even if many of them won't make it to market anytime soon. Have a look for yourself by browsing our complete CEATEC 2012 coverage past the break.
Sharp's new 443ppi 5-inch smartphone displays on show at CEATEC 2012 (update: 6.1-inch 498ppi panel spotted)
Here at CEATEC, the Japanese display maker is showing of its latest portable screens. Although the vivid 1080p displays were scurried away in the corner of Sharp's stand, we managed to grab a few photos of its 443ppi -- likely smartphone-bound -- tech. From these prototype samples (the screen will go into production later this month), it's looking pretty good, with Sharp's thinnest GS-Silicon technology reducing the layers between the LCD display and our eyes. Although we were told not to touch, viewing angles were also impressive -- we could see ourselves gazing at YouTube clips on this screen in whichever smartphone it ends up on. Sharp weren't talking manufacturers just yet, but you can take a closer look in our gallery below. Update: Sharp also quietly exhibited its 6.1-inch 498ppi panel on the other end of the booth, but we were told it won't be out in the market until next year.
Sharp begins production of 1080p smartphone displays: 443ppi crammed into a 5-inch LCD
Layoffs and loans may be dominating our Sharp coverage at the moment, but that just makes this type of news all the sweeter. The company has announced its LCD panel type 5 -- a 5-inch full HD (1,920 x 1,080) display packing a Retina-busting 443ppi (just trumping LG's similar 440ppi LCD). An outcome of its layer-reducing CG-Silicon technology, the smartphone-targeted screen goes into full-scale production this month and will be shown off at CEATEC Japan this very week. We'll try to give it eyes-on treatment at the show, but you can rub your hands together sinisterly in the meantime and just think about the glorious devices which will bear it.
Knowles Electronics Mems Joystick for Samsung Galaxy Tab, Nintendo 3DS hands-on (video)
With gaming on tablets, the visual experience is often top-notch, but the controls are unfamiliar at best -- even inadequate at times. But adding a traditional joystick is impractical, especially when aesthetics is a key selling point for manufacturers. Chicago-based Knowles Electronics has a fairly practical solution, however, and hopes that some manufacturers will adopt its Mems Joystick. At just 1.6mm tall, the joystick is slim enough for a device to maintain a svelte profile, and the 40 microamps it consumes during normal operation is relatively negligible, according to company reps. Tablets are just the start -- Knowles built a series of prototypes to demonstrate a variety of potential applications. We took the joystick for a spin on a Samsung Galaxy Tab 10.1, Motorola Atrix, Nintendo 3DS and a pair of laptops. All of the joystick prototypes connected using Bluetooth or USB, and were designed specifically for this CEATEC demonstration -- sadly they won't be available for purchase, though manufacturers could implement the controller into similar products. It took only a few seconds to get accustomed to the pair of joysticks mounted to the back of the Tab. Controlling gameplay felt natural, and we definitely preferred playing with a clear view of the display. We also navigated through Google Maps, and scrolled a web page -- both experiences felt superior to moving around the touchscreen. The 3DS joystick functioned similarly to the native controller included with that device, though Knowles reps noted that it's significantly smaller, and uses less power -- and without compromise, it seems. Jump past the break for a walkthrough of the devices we saw today, but try not to fall in love -- you won't be able to use the Joystick anytime soon, if manufacturers decide to implement them at all.%Gallery-135902%
Sony DEV-5 Digital Recording Binoculars sample photos and video
We can't say that we were too keen on Sony's DEV-5 Digital Recording Binoculars at first look -- it really is hard to get past that $2,000 price tag. But after Sony finally allowed us to shoot photos and video (albeit for a mere three minutes) at the company's CEATEC booth, we were pleasantly surprised at the image quality, at least some of the time. The images we shot were in 16:9 format, and were roughly 5.3 megapixels in size (the camera's maximum resolution is 7.1 megapixels). With only a few minutes to play around, we didn't have time to switch the menu from Japanese to English (CEATEC is held just outside Tokyo), so we had no choice but to use the default settings. Still, images shot at f/1.8 appeared crisp, even with moderate shake (it's difficult to keep a heavy pair of binoculars steady when holding them at eye level), with accurate exposure and white balance. When zooming to 10x, however, still photos appeared very noisy, as you'll see in the gallery below. So are they worth the sky-high price tag? Well, it's safe to say that we're not ready to whip out the credit card, though they did perform better than we expected, based only on what we had initially seen through those dual high-res viewfinders. Jump past the break for an HD sample clip, or click the more coverage link below for the untouched samples.%Gallery-135896%
NTT DoCoMo Shared Bicycle Initiative hands-on (video)
Well, NTT DoCoMo is at it again, this time dabbling in the fine art of bicycle sharing. The Japanese mobile carrier's own flavor is currently undergoing beta testing in Yokohama, just outside Tokyo, and uses a familiar kiosk system to collect and dish out bikes. Residents (and tourists with Japanese cell phone numbers) can rent bikes 30 minutes at a time for 105 Yen (about $1.40) for the first half hour, then 210 Yen for each subsequent period. You also rent bikes by the month for 1,050 Yen (about $14). Overall, this implementation doesn't appear to be different than what's already been installed in some US and European cities, but it's apparently a first for the Tokyo area. The next iteration is far more exciting, however. Rather than visiting a kiosk to rent a bike, you'll be able to use a smartphone app to locate some available wheels, with position information broadcast by a built-in GPS. Once you find a bike you want to rent, the system will send an unlock code to your handset, which you'll enter into a handlebar-mounted PIN pad. The current prototype is an e-bike, though future models may not include pedal assist, since swapping out batteries could be a logistical nightmare for maintenance crews. The bike can be left anywhere (within a predetermined area, we presume), and is immobilized using a rear tire lock. Locking the back tire to prevent theft (if a lock is used at all) is a trick that definitely only works in Japan -- you can't leave a bike unattended for five minutes in New York City without it disappearing, even with a wheel lock. Conceptually, the system appears to be very similar to the Social Bicycles model that we wrote about earlier this summer as part of our Insert Coin series, though that US-based prototype includes a u-style lock, for securing the bike to a post or tree. We'd love to see either concept hit production soon, and if the Yokohama trial goes off without a hitch, then a standalone counterpart will definitely have a better chance of becoming a reality. So go rent some bikes! And jump past the break for a look at both systems at CEATEC Japan.%Gallery-135630%
NTT DoCoMo bad breath, body fat and food analyzers hands-on (video)
It's been a busy year for NTT DoCoMo's research and development division, with the company presenting a goldmine of future accessories at its CEATEC booth. We're not seeing anything terribly exciting in the smartphone department, beyond a wider adoption of Android, but from the battery with a 10-minute charge time that we saw yesterday to the bad breath, hunger, body fat and food analyzers that you'll find below, there are certainly quite a few gadgets worth checking out. We're bundling a few of them here, so jump past the break for our hands-ons with three different health accessories (including a bad breath analyzer!) and a clever food analyzing app.%Gallery-135632%
TDK develops 1TB optical disc, leaves other optical storage feeling emasculated
We've heard about 1TB-sized optical discs in the past, but TDK has now revealed a 1TB monster of its own at CEATEC. Unlike existing Blu-rays which use four recording layers at most, TDK's creation features 16 layers on both sides of the disc, each capable of storing up to 32GB apiece. If you're keeping track of the optical storage arms race, that's seven more gigabytes per layer than Pioneer's 400GB and 500GB disc achievements made back in 2008. TDK's prototype also has the potential to leverage existing Blu-ray technologies, since it's made from a material already found in BDs and shares the same beam aperture. On the down side, the current version's recording layers measure 260μm -- that's more than twice as thick as its Blu-ray counterpart -- and causes aberrations in today's fat-layer-hating optical lenses. Outside of its Biggest Loser qualifications, though, TDK says "its commercialization depends on disc manufacturers." Considering the company has yet to sell the 10-layer 320GB discs revealed at CEATEC 2009, however, we're doubtful this 1TB improvement will hit stores anytime soon.
Nissan's crash-avoiding robot 'car' gets upgrade, fresh new outlook on life
Last we saw Nissan's crash-avoiding BR23C robot "car," it was rolling along all by its lonesone, taking cues from the humble bumblebee in order to survive in the wilds of CEATEC Japan. Well, it's almost time for CEATEC yet again, and it looks like Nissan has seen fit to give our robot buddy a new bag of tricks, and a proper name: Eporo. Perhaps the biggest news, however, is that it now models itself on fish, which not only gives it greater peripheral vision (courtesy of a pair of laser range finders) to avoid obstacles, but lets it travel in packs similar to a school of fish. The idea there being that these could one day carry passengers and stick close together to reduce congestion on city streets and, in turn, cut down on the number of accidents.
