Sony 56-inch 4K OLED Prototype

Sony 56 inch 4K OLED Prototype[CEATEC 2013] Want some retina burning adventures? You will definitely have your fair share with different manufacturers rolling out 4K TVs over here at CEATEC 2013. Of course, not all of these are ready to roll off the production lines since some of them are still concepts and prototypes, just like what Sony has with their 56” 4K OLED TV prototype. Granted, Mitsubishi too, has one of those 4K prototypes, except that their model comes with a laser backlight and is larger too, at 65” across diagonally.

So, what does Sony’s 4K OLED TV prototype have to offer? It basically realizes 4K resolution by using the latest oxide semiconductor TFTs, which is accompanied by Sony’s proprietary ‘Super Top Emission’ technologies. This particular prototype is said to be more than capable of delivering the entire gamut of features that one would normally expect from OLED TVs, including high contrast, brightness, rapid response and wide viewing angles. To see all of those appear on a large-size 4K resolution panel is the dream of many a geek, and right now even if it is released in the market, chances are it will be priced too far out of reach for the average consumer. Just how high do you think the sweet spot is for large screen TVs? Is Full HD good enough for you, or do you think that 4K TVs are the bomb?

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    Sony FDR-AX1 4K Handycam

    Sony FDR AX1 4K Handycam[CEATEC 2013] You can more or less see it coming from afar – where there are 4K TVs on the horizon, it goes without saying that there will be devices for the consumer to create 4K content. Otherwise, the proliferation of 4K TVs are not going to go very far if we were to just depend on TV networks and cable channels to offer such support. Sony has anticipated such a need, and has shown off a prototype of their 4K camcorder, calling it the Sony FDR-AX1 4K Handycam.

    This particular Handycam model will incorporate Sony’s newly-developed 8.3MP Exmor R CMOS image sensor as well as Sony’s G-Lens, where it allows the end user to capture their precious memories at an unrivalled 4K/60p resolution quality. Apart from that, you will be able to enjoy the playback of 4K content that has been recorded captured on the AX1 over on a compatible 4K TV (and Sony would tell you, they would prefer you to use a Sony 4K TV, of course) in the living room through the simple effort of hooking up the two devices via the included HDMI cable.

    There is also an image processor that is similar to those found in 4K camcorders used by professionals, where it is capable of rapidly processing signals that are transmitted from the CMOS sensor and finalizes images for incredibly smooth and sharp playback, without seeing any loss in realism, even when the camera is being panned and one is shooting moving subjects. No idea on pricing details, but something tells me that this is definitely not going to come cheap.

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    Mitsubishi 4K LaserVue LCD TV

    Mitsubishi 4K LaserVue LCD TV[CEATEC 2013] Mitsubishi has paraded their 4K LaserVue LCD TV on the CEATEC showfloor, and while there was a “No photography allowed” sign shown, it seemed that nobody bothered to enforce this particular request, so here we are with a photo of Mitsubishi’s very first attempt at a 4K LCD TV. Of course, this remains as a prototype at this point in time, where it has a release date that has yet to be decided. In order to stand out from the rest of the competition, Mitsubishi’s effort will feature a high-color, laser backlight technology in its first 4K LCD TV effort.

    This 65-inch 4K LCD TV will come with a red laser light source in the backlight, while there are blue and green LEDs which will work together in order to reproduce vivid textures and colors. So far, there has been a couple of LCD TVs that comes with laser as a light source released by Mitsubishi before – a 50-inch and 39-inch Real LaserVue models, but those are not 4K capable.

    Kazuhiro Kurisaki, a Deputy Director of AV Display Manufacturing Division at Mitsubishi Electric’s Kyoto Works, mentioned, “Many companies have already put 4K-compatible LCD televisions onto the market, however we have made an effort to differentiate ourselves from other companies by developing a 4K television with high-color reproducibility achieved through a laser light source plus LED light sources as its backlighting. Although we have not set down a release date, I believe we can appeal to the high level of customer satisfaction that this 4K television will offer.” Simply put, this is one of those things where you need to see for yourself to believe it, and hopefully it will be priced competitively when it is finally released.

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    Powerful Image Stabilization For All Devices

    Powerful Image Stabilization For All DevicesIn the past 5 years, we have seen a rapid increase in digital imagery capabilities in the consumer space. We have gotten to the point where every smartphone user has a powerful video recording device in their pocket and people can even buy dedicated “action cams” such as the GoPro or the Sony Action Cam to put on their bikes skateboard if not their aerial drones!

    The thing with many of those platforms is that they can generate a lot of “shaking” motion, which translate into a shaky video – and that can be rather nauseating for the audience. Some system have integrated Image Stabilization (IS) in the camera body in either optical or electronic form, but both are limited by the internal volume of the device, or by how much of the frame will be cropped to stabilize the action (let alone processing power to do so). (more…)

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    Sharp Mirror Display

    Sharp Mirror Display[CEATEC 2013] Fashion stores as well as corporations who wish to impress clients and visitors alike might want to check out this Sharp Mirror Display which works just as the name describes it. It is basically a display that does not look like it in the first place – considering how when turned off, it resembles an ordinary mirror. Send in some electricity and you will see what looks like a miracle.

    Needless to say, when turned off, it resembles a mirror-like display. The best way to describe this frameless concept display from Sharp would be the rear view mirror in vehicles that have a built-in monitor, where engaging the reverse gear would let you see what the wide angle cameras on the bumper depict on the rear view mirror itself. That is more or less the same experience with these frameless concept displays from Sharp, and the would definitely work well in commercial situations. As for homes, well, those who value form and function might want to pick it up as their next “TV” device, assuming Sharp is actually going to turn this from concept into reality.

    I do wonder how long will it be when that happens, and will the entry price be welcoming enough for the masses to part with their hard earned money?

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    Fujitsu Akisai Food And Agriculture Cloud

    Fujitsu Akisai Food And Agriculture Cloud[CEATEC 2013] Farming technology has definitely come a long way from the days when man just scattered seeds across ploughed land, waiting and hoping that everything else would go in their favor in order to enjoy a bountiful harvest a few months from now. Well, Fujitsu has come up with the Fujitsu Akisai food and agriculture cloud, where it will rely on information technology to help enhance food and agricultural capabilities.

    The Fujitsu Akisai Farms will comprise of both open-air farming and greenhouse horticulture, where the Akisai cloud is capable of supporting every phase of the farming process, ranging from production to management and sales. It is hoped that this will be able to see a movement toward a new enterprise management style that will introduce improvements to agriculture and food markets, and with shortage of food in poor and underdeveloped countries a major issue, this should deliver a plentiful future for food so that folks will always have access to safe, secure, and delicious food products.

    From January 2014 onward, Fujitsu will introduce their Fujitsu Akisai food and agriculture cloud in order to grow low potassium and pesticide-free lettuce. This will be greatly beneficial to those who have liver disease, since they need to avoid too much intake of potassium in their diet. It goes without saying that this technology can eventually be translated to other agricultural products for a greater and healthier yield.

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    Kyocera Torque

    Kyocera Torque [CEATEC 2013] All right, I do know that the Kyocera Torque was released earlier this year, and for folks in the US, this is one handset from Sprint that has gained a reputation to be a tough device, so much so that even TV personality Bear Grylls has endorsed it in an ad campaign. Just to refresh our memories, the Kyocera Torque is a 4G LTE Android powered smartphone that will cost you $99.99 a pop from Sprint, where that is how much you will pay after sending in a $50 mail-in rebate alongside agreeing to a new 2-year contract, of course.

    Back then, Android 4.0 Ice Cream Sandwich was revealed to be the operating system of choice. The Kyocera Torque is one tough cookie, where it was specially built according to Military Standard 810G (MilSpec), which means that this is one smartphone that can withstand the elements, including dust, shock, vibration, solar radiation, humidity, blowing rain, low pressure, salt fog and extreme temperatures, in addition to carrying IP67 standards for dust, sprayed water and boasts of the ability to remain fully immersed in up to one meter deep for up to 30 minutes. Looks like it has gained enough “torque” to make it all the way to being the finalist in the Mobile Tech category under CEATEC 2013 Innovation Awards.

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    MURATA/Elliptic Labs Ultrasound Gesture Control

    MURATA/Elliptic Labs Ultrasound Gesture Control[CEATEC 2013] I still remember how Nintendo was ridiculed by different segments of the gaming community when they first released the Nintendo Wii which sports motion control using a nunchuk as well as the Wiimote. The strange thing was, Sony introduced subtle changes to their Sixaxis controller afterwards, while Microsoft took things further with their Kinect system where your entire body ended up as the game controller itself. Nintendo was justified in their innovation, and here we are with something that might represent the next level – the MURATA/Elliptic Labs Ultrasound Gesture Control.

    Basically, it is able to perceive depth – or the Z-axis, if you will. Whenever your hand goes closer to the display, the “ball” will become larger to show just how near it is, and vice versa. It is even able to detect your hand when it beyond the border of the display, while slicing your hand across will result in the “ball” being depicted as a thinly stretched graphic, showing just how sensitive it is. In the demonstration, the MURATA/Elliptic Labs Ultrasound Gesture Control showed how one is able to manipulate the Windows 8 environment as well as a browser using nothing but gesture controls. There is no gesture to perform pinch-to-zoom at the moment, but I guess it is just a simple matter of time. Not only that, the entire shebang consumes very little juice, so it is just a matter of time before we could see it implemented in future devices – and it could very well end up to be an extremely popular feature down the road.

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    Sony Info Eye Social Camera

    Sony Info Eye Social Camera[CEATEC 2013] The world has gotten a whole lot more social these days, what with social networks such as Facebook and services like Twitter which allow the dissemination of information in a viral and speedy manner without having to wait for obstacles such as press time or the TV program time. Sony knows this, and they want to leverage on the momentum of social media with the introduction of their Sony Info Eye service, where it is capable of snapping a photo (preferably using a Sony device, of course), before making an analysis of that captured photo to deliver various types of information.

    Take the Eiffel Tower for instance – snap a memento of it, and you will be on the receiving end of various “views”, where the first might show off related photos to the iconic building, whether from the top or the bottom, while a different view would depict the Parisian map. Changing views to the next one might show what your friends are saying about the Eiffel Tower, so on and so forth.

    Will it be able to catch on? Perhaps, and considering how nearly everyone has something to say about everything, it could very well turn into a popular way of sharing stuff and being interactive about it. The thing is, if folks remain reserved and do not want to take part in this “experiment”, you might not get all that many different views to begin with.

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    Sharp MEMS/IGZO Display

    Sharp MEMS/IGZO Display[CEATEC 2013] If you thought that your small tablet or smartphone has one of the best displays that you have ever laid your eyes upon, think again. Sharp could very well change the way things work in the future with their Sharp MEMS/IGZO Display. MEMS stands for MicroElectroMechanical Systems, and IGZO is the acronym for Indium Gallium Zinc Oxide, where the latter would allow higher resolution displays to enjoy a faster refresh rate. For instance the tiny display that you see above carries a resolution of 800 x 1,280 pixels, while sporting a 220ppi pixel density.

    It is a compelling case to see this low powered display make its way to smartphones as well as tablets of the future, and we are definitely not going to rule out other applications such as small displays which can be used at stores for advertising or product information services, e-book readers, smart watches, and other kinds of devices that will require a small display. Small and beautiful, this is one of those cases where it pays to see it in the flesh – mere words are unable to translate the viewing experience. Once you check out the Sharp MEMS/IGZO display, it is very difficult to return to that plain old average tablet or smartphone for good.

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