Tuesday, May 21, 2013

The Artificial Insect Eye That Will Give Sight To Tiny Drones

Source: http://gizmodo.com/the-artificial-insect-eye-that-will-give-sight-to-tiny-509069158

Humans see the world through a pair of high resolution, single lens eyes that allow us to adjust focus and pinpoint fine details. But simpler creatures, like insects, instead rely on compound eyes that have lower resolution but offer a much wider distortion-free field-of-view that's actually better suited for lightning fast motion perception. And as researchers work towards designing autonomous drones that will behave like futuristic artificial bugs, it's only fitting that they also work to replicate how an insect sees.

Of course understanding and recreating Mother Nature has always been one of our biggest challenges, but a research project known as the Curvace believes it's created a prototype artificial compound eye that comes pretty damn close to the real thing. Composed of three separate layers including an array of microlenses sitting atop an array of photodetectors, the Curvace promises to provide drones with an incredibly wide field of vision that will allow the craft to navigate obstacles even in the dark of night.

The compound eye won't be used for capturing surveillance footage or images, that will still require a camera with higher resolutions so the images can be analyzed. But will instead serve as a robust, low-power way for a drone to autonomously navigate its surroundings, and more importantly, be immediately alerted to incoming threats.

[Curvace via IEEE Spectrum]

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Hands-on with LG's 5-inch flexible plastic OLED display at SID (video)

Source: http://www.engadget.com/2013/05/21/lg-5-inch-oled-display-hands-on/

STUB  Eyeson with LG's 5inch flexible display at SID

You can't blame us for rushing to see LG's flexible OLED HD panel here at SID. First announced earlier this week, the 5-inch display sports a plastic construction, which allows it to be both bendable and unbreakable. Most alluring of all, though, is LG's intimation that the screen tech will debut in a smartphone by the end of this year. Before we get lost in thoughts about a tricked-out Optimus G, let's take a look at this early prototype.

The panel is made of plastic substrates, which are both more flexible and cheaper to manufacture than their glass counterparts. In fact, cost-effectiveness seems to be the chief objective overall. Clumsy consumers will benefit as well -- in a smartphone, the glass above the screen could break, but the OLED panel would stay in tact, resulting in lower repair costs. At the company's booth, a demo area let attendees take a hammer to the standalone display and twist it every which way -- sure enough, it withstood these torture tests. In our hands, the 5-inch screen was lightweight and responsive to twists and bends; it felt like a thick film strip.

An LG rep told us the panel could sport a bigger or smaller size when it debuts in a smartphone later this year. And though the prototype on display here today was labeled merely as "HD," we're sure that resolution could be adjusted as well. For now, get an early look in our video after the break.

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Sony's 13.3-inch Digital Paper prototype sports E Ink's Mobius flexible display, we go hands-on (video)

Source: http://www.engadget.com/2013/05/21/sony-13-inch-digital-paper-hands-on/

DNP  Sony's 133inch Digital Paper prototype sports E Ink's Mobius flexible display, we go handson

Sony's new e-ink prototype is getting the test-drive treatment at Japanese universities, but SID provides a perfect opportunity to give the North American market a demo. We found the Digital Paper slab parked at E Ink's booth -- fitting, as the company's new Mobius flexible display is the device's biggest selling point.

At 13.3 inches, the panel is larger than your typical e-reader's, but it weighs just 60 grams. That light footprint comes courtesy of E Ink's TFT tech, which allows for larger, more rugged devices without the extra weight. The Digital Paper's form factor matches the size of a sheet of A4 paper, and the on-board digitizer lets users scrawl notes on the electromagnetic induction touchscreen. Naturally, this is just one implementation of the E Ink's display, but it's neat to see a prototype in action nonetheless. Head past the break to do just that.

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Qualcomm demos next-gen 2,560 x 1,440 Mirasol display (hands-on video)

Source: http://www.engadget.com/2013/05/21/qualcomm-mirasol-display-eyes-on/

Qualcomm demos nextgen 2,560 x 1,440 Mirasol display handson video

We haven't heard about Mirasol for a while now, but Qualcomm's reflective display tech showed up in a few proof-of-concepts on the SID Display Week floor. We got a look at a previously announced 1.5-inch panel embedded on the top of an "always-on" smartphone and on the face of a smartwatch. Though a rep took care to emphasize that these were just mockups, he said the screen will soon show up in some third-party devices.

More interesting, though, was the company's next-gen display: a 5.1-inch panel sporting a stunning 2,560 x 1,440 (577 ppi) resolution. Viewed up close, it delivers crisp images, but the reflective display kicks back a silvery tint and colors don't pop as they do on other handsets. But while the sky-high pixel count may not tell the whole story, the screen offers one huge plus: a 6x power advantage over LCD and OLED displays. In practical terms, that means devices could go days without charging. Don't expect to see this guy in your next smartphone, though: by "next-gen," Qualcomm means this tech has a few more years in the R&D phase before it'll be ready to hit a licensee's production line. For now, make do with our hands-on video after the break.

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NVIDIA Tegra 4i software update adds LTE-Advanced speeds

Source: http://www.engadget.com/2013/05/21/nvidia-tegra-4i-soft-update-adds-lte-advanced-speeds/

NVIDIA Tegra 4i software update adds LTE-Advanced speeds

NVIDIA's Tegra 4i appeared in February boasting, amongst other things, its built-in Cat. 3 LTE modem capable of speeds as high as 100Mbps. What NVIDIA didn't make obvious at the time was that the i500 modem, the fruit of its Icera acquisition, had the processing grunt to enable a software modem update to boost its speed to Cat. 4 LTE (150Mbps.) We had a quick visit with NVIDIA and saw a "perfect world demo" (pic above) of the device being bombarded at 150Mbps as well as placing an actual call on AT&T's network and streaming video. Of course LTE-Advanced doesn't exist in the real world yet, nor does a real handset sporting this chip, though seeing another player battling incumbent Qualcomm in this space before these networks have even been lit up certainly warms our hearts. Check the PR text for all the nitty gritty details after the break.

Brad Molen contributed to this report.

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