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Outsight's 3D camera for autonomous cars can identify clothing and ice
Outsight, a new company co-founded by former Withings CEO Cedric Hutchings, has unveiled a self-driving car camera with new types of sensing powers. The company's 3D Semantic Camera uses low-power shortwave infrared (SWIR) lasers that can scan hundreds, rather than tens of meters ahead like LiDAR. Combined with the company's algorithms, that allows it to not only "see" the full environment in real time, but pick out materials like ice, cloth and skin.
It takes two: A visual history of dual-camera mobile phones
With the recent launches of the iPhone 7 Plus and the LG V20, the dual-lens smartphone camera is once again a hot topic. Of course, many other companies will want to remind you that they were there first, except some have long since given up on the technology. So what happened? And why isn't this yet a standard feature on all flagship smartphones? For those intrigued, it's worth taking a trip seven years back in time.
Super-sharp 3D cameras may come to your smartphone
Many 3D cameras and scanners produce rough images, especially as they get smaller and cheaper. You often need a big laser scanner just to get reasonably accurate results. If MIT researchers have their way, though, even your smartphone could capture 3D images you'd be proud of. They've developed a technique that uses polarized light (like what you see in sunglasses) to increase the resolution of 3D imaging by up to 1,000 times. Their approach combines Microsoft's Kinect (or a similar depth camera), a polarized camera lens and algorithms to create images based on the light intensity from multiple shots. The result is an imager that spots details just hundreds of micrometers across -- you'd be hard-pressed to notice any imperfections.
Tour the space station in 3D, or from inside a water bubble (video)
Astronauts aboard the ISS have been sending back space videos for years, but now they've stepped up their game: they just beamed back a couple of 3D footage taken by a Panasonic camera. These video clips take us on a 3D tour of the space station and show the astronauts submerging a sealed GoPro into a water bubble floating around in zero-g. By the sound of NASA's press release, though, we'll see more 3D videos in the future, as the camera used to take them fares batter in space. See, the radiation out there affects ordinary cams, burning out hundreds to thousands of pixels -- enough for them to need replacing every 8 to 12 months. The astronauts noticed, however, that the first $21,000 3D camera brought aboard the station in 2011 remained largely the same through the years.
SoftKinetic's 3D scanning solution aims to popularize MakerBot's printers
SoftKinetic, the 3D gesture middleware provider for Intel and Ubisoft's Just Dance 2014 for the PS4, is once again catching our attention by announcing its strategic partnership with MakerBot at CES. These two companies will work on optimizing the former's time-of-flight depth camera technology for 3D scanning, which will hopefully help popularize MakerBot's 3D printers. While we didn't get to see objects being printed live at the show, SoftKinetic's CMO Eric Krzeslo surprised us by how quickly he could scan a person's face using his depth camera. The data was then sent to Volumental's impressive cloud service, which returned a printer-ready render in a matter of minutes. See for yourself in our video after the break. SoftKinetic also announced that NVIDIA's Tegra Note 7 platform comes with the former's gesture recognition middleware, as well as support for its DepthSense 3D Time-of-Flight USB camera. This means OEMs or developers will be able to quickly implement short-range ("as close as 6 inches away") gesture control on NVIDIA's tablet reference design. At this rate, it shouldn't be long before we can control our tablets from afar -- it's just too much effort to reach over one's bowl of noodles to poke the screen.
Intel unveils RealSense hardware and software line, including 3D camera module
The takeaway at today's Intel press event? All signs point to the RealSense product line -- a number of hardware and software products that "make interaction with technology simple, more natural and immersive," according to Intel's own words. The first product bearing the compound name is the RealSense 3D camera. Intel describes the product as "the world's first integrated 3D depth and 2D camera module that helps devices 'see' depth much like the human eye," suggesting that this isn't just a substitute for Leap Motion or Kinect. The camera does full-color 1080p and has an on-board sensor for gesture and face detection. The latter of which apparently helps it "understand emotions." It also recognizes foregrounds and backgrounds, so you can replace that messy room and make it appear as if you're Skypeing from the Moon. But, if you're looking for something more practical, you can also use it to scan objects in 3D using 3D System's Sense software. The RealSense 3D camera is set to be integrated into a number of diverse devices come the second half of this year, including tablets, Ultrabooks, laptops and all-in-ones, from top companies like Acer, ASUS, Dell, Fujitsu, HP, Lenovo and NEC. Seven such devices are being demonstrated today, and Intel itself has a demo unit. If you'd rather talk to your computer than wave at it, there's also a next-generation version of Dragon Assistant from Nuance that will be part of Intel's RealSense push. Of, course, while all this sounds good on paper, it remains to be seen how much people will actually want to wink, point or shout at their laptop to get it to open Netflix or point Chrome towards Engadget.
Intel's 3D camera technology detects emotions and eyes, gives Kinect some competition
We know that Intel sees 3D cameras as the future of computing, and the company's Anil Nanduri just provided a few hints of what that future may involve. He tells Network World that the depth-sensing technology can recognize emotions, such as happy smiles. It can also track your gaze; a camera can detect when readers are stumped by unfamiliar words in a book, for example. The technology's shape detection is accurate enough that it can even scan objects for 3D printing. We won't get a true sample of the technology's potential until Creative ships its Senz3D camera before the end of the current quarter. Nonetheless, it's already evident that Microsoft's next-generation Kinect for Windows will have some real competition on its hands.
PMD and Infineon to enable tiny integrated 3D depth cameras (hands-on)
After checking out SoftKinetic's embedded 3D depth camera earlier this week, our attention was brought to a similar offering coming from Germany's PMD Technologies and Infineon. In fact, we were lucky enough to be the first publication to check out their CamBoard Pico S, a smaller version of their CamBoard Pico 3D depth camera that was announced in March. Both reference designs are already available in low quantities for manufacturers and middleware developers to tinker with over USB 2.0, so the two companies had some samples up and running at their demo room just outside Computex. %Gallery-190502%
Lynx A 3D point-and-shoot camera/tablet does motion capture and 3D modeling, we go hands-on
Earlier this year, a group of enterprising students from the University of Texas unveiled the Lynx A 3D camera and asked for money to fund its construction on Kickstarter. Since then, they've soared past their funding goal of $50,000, and are getting ready to ship out their first set of cameras. Today at DEMO Mobile SF, we finally got to see a prototype unit for ourselves and watch it scan someone's head in real-time. For the uninitiated, the Lynx A is billed as a point-and-shoot 3D camera that uses Kinect-esque hardware to obtain depth mapping and imaging info from your surroundings. Using GPU computing power and some custom code, it turns that data into 3D scene and object models or motion capture, and it displays the finished models on its 14-inch screen a minute or two after it's finished recording -- all for $1,799. The Lynx A we witnessed working in person today was a prototype unit, so fit and finish were far from being retail ready, as wide gaps and exposed screws abounded. Lynx assured us that the units going out to its backers will not only have a more polished appearance, but also be six times more accurate and 30 percent smaller due to newer hardware components. Despite the prototype's rough appearance, the modeling process went off without a hitch. It was able to scan 2/3 of a human head in about a minute and within a couple minutes more it was displaying a 3D model ready to be manipulated and printed out by a Replicator or a Form 1. Don't believe us? See for yourself in the video after the break.%Gallery-186010%
Matterport 3D camera aims to map your interior world, display it from the cloud
Startup Matterport's just closed a round of investor funding to bring its 3D mapping camera and "interactive viewing platform" one step closer to commercial production. The company, founded in 2011 and backed by the likes of Qualcomm Ventures, aims to let consumers build virtual, cloud-based maps of their homes, offices or other sites of interest -- using a special camera rig -- for eventual viewing on laptops or tablets. It's an ambitious project that's managed to raise nearly $6 million in funding so far. But despite that investment, details on the specifics of the system, as well as a visual of the actual hardware used are scarce. So this could all very well smack of vaporware. For now, though, Matterport's site is selling the dream -- literally, as you can sign-up to pre-order now. So if you want to take a gander at what those 3D indoor maps may look like, hit up the source below.
Lynx A 3D camera hits Kickstarter, ready to motion capture your donations
Every time we write up a 3D printer, we get a deluge of folks asking just how easy it is to render a 3D model. The answer is, unless you're well-versed CAD, not very. Austin-based Lynx Laboratories is working to help bring the learning curve for 3D rendering down a bit, with the Lynx A, a "point-and-shoot 3D camera" it claims is even easier to use than many standard digital cameras. The list of things the tablet-shaped device can do is impressive, indeed, including digital measure, architectural rending, object modeling and motion capture -- the latter of which has some interesting applications in the movie and gaming spaces. The project's Kickstarter is now open, steadily heading toward its $50,000 goal, with 44 days to go. A starting pledge of $1,799 will get you one of the 14-inch devices to call your own. Not convinced? Perhaps the video after the break will put you over the 3D edge.
Lynx Laboratories prepping Kickstarter for all-in-one Kinect-like camera system
Texas-based start-up Lynx Laboratories has been teasing its creation, a 3D camera system for the better part of a month now. Now it's finally prepping to make a serious stab at a market that's still very much in its infancy. The device itself is essentially a giant display (14-inch to be specific) with a Kinect mounted on top. The cameras can be used to capture 3D models of environments such as rooms, but also people or individual objects. Those creations can be manipulated virtually or even printed out on a 3D printer, in case you prefer a more tactile interaction. The giant shooter slab is even capable of capturing motion and then turning it into an animation that can be used with a 3D model. So if you've ever wanted to animate an army of your clones doing the Thriller dance, now is your chance. We've embedded a few teaser clips after the break, but there should be plenty more detail coming on January 15th, which is when the company says it will launch its Kickstarter page.
Intel roadmap leak outlines Bay Trail-based Atom for tablets in detail: 3D cameras, half the energy draw
Intel isn't having much success keeping its upcoming Bay Trail-era Atom platform under wraps. If the previous overview leak wasn't enough, a roadmap uncovered by Mobile Geeks has just explored the finer points of the tablet-oriented Bay View-T and its Valleyview-T processors. The most surprising leap may be in graphics: while we knew the GPU core would be much faster, we're now seeing that the new Intel hardware can output to as much as a 2,560 x 1,600 display and record stereoscopic, 1080p 3D video in the event that 3D-capable tablets come back into vogue. Likewise, battery life should be rosier than you'd expect; Bay Trail-T can reach the same performance at half the power, which should lead to about two extra hours of video playback for at least some of the 1.6GHz to 2.1GHz processors in the lineup. Don't get too excited by the potential, however. If the leak is accurate, Bay Trail for tablets isn't expected until early 2014, by which point 22-nanometer Atoms will be a step behind the cutting edge.
Microsoft applies to patent gaze-tracking camera, wants to stare into your eyes
See that complication of a line-drawing above? Well that's Microsoft describing how it would like to patent a function for a dual 3D and 2D camera setup that's able to process precisely where your eyes fall on a screen. While Kinect could fulfill that hardware component, the application goes into more detail on how the "gaze tracker" would calculate both the direction you're looking in and track the region of the screen that you're focusing on. It aims to do this by closely following your eye -- more specifically the pupil and iris -- with some attention also paid to monitoring the orientation of your head. The Mountain View crew aren't too specific with the remit for the notion, but it could follow similar lines to an Apple patent application we've seen previously -- heck, it could even lead to some eyeball-based UI navigation. Let your mind wander over the possibilities and stare at the full application at the source below.
LG Optimus 3D Max is a slimmer sequel, world's first phone with 3D video editing
We're not sure if the world was anxiously awaiting a follow-up to LG's Optimus 3D (the AT&T Thrill 4G here in the states), but here it is: the LG Optimus 3D Max -- or Optimus 3D Cube, depending on your country. The latter's been announced for Korean carrier SK Telecom, with the former rolling out to Europe later. The Optimus 3D Max is slightly thinner than its predecessor at 9.6mm vs. the Thrill 4G's 11.9mm, with a faster 1.2GHz dual-core CPU and 16GB of storage built-in, confirming most of the rumors we'd heard previously. According to LG, it will also be the world's first that can handle 3D photo and video editing right on its glasses-free 4.3-inch screen, all shot by the dual 5MP cameras mounted on the back. It also has NFC baked in to support the new LG Tag+ stickers that change the phone's settings when swiped, just like the Optimus LTE Tag. It's scheduled for release in early March with Android 2.3, but we're promised an Ice Cream Sandwich makeover soon after launch, just like its cousin, the Optimus Vu. Check out the full list of specs after the break and expect to us to get a firsthand look when Mobile World Congress kicks off on the 27th.Update: It looks like it'll also arrive in Europe with a new name; the Optimus 3D Max. Check the full English PR release below.
Microsoft patents method for secure pairing of devices wirelessly and a 3D rangefinder camera
IBM may be the king of patents, and Apple's patent applications grace these pages rather frequently, but Microsoft's not one to rest on its IP laurels, either. A couple of newly published patents out of Redmond have made their way to the web: one for securely pairing wireless devices and one for 3D rangefinder camera technology. The pairing tech works via a direct connection between devices using Bluetooth or WiFi and an automated, two-step authentication process. First, a request is sent by an initiating handset and is authenticated by its target using an address book of recognized devices. Next, the two devices exchange encrypted security keys to cement their digital friendship, leaving you free to exchange your favorite episodes of Mystery Science Theater 3000 or latest LOLcat pictures with the greatest of ease.Microsoft's other patent of interest is for "a 3D camera for determining distances to regions in a scene." That's not a new concept by any means, but this new bit of IP integrates all the functions of such an imager on a single chip. Essentially, it claims an image sensor, a light source to illuminate the scene being shot and a controller to gate the pixels on the sensor on and off and correct for inaccuracies caused by other light sources. It works by projecting the light source and determining the distance to various points based upon the time it takes for the light to bounce off the target and reach the camera sensor. Want to know more? You can haz all the patent particulars at the source links below.
Vivitar DVR 790HD puts 3D video recording in the palm of your hand for under $100
Sure, you could get yourself a 3D-capable phone to handle your three-dimensional recording needs, though with all the new svelte superphones coming out, we can understand why you wouldn't want to. But, just because your phone can't satisfy your need for 3D, that doesn't mean you have to go without. Vivitar, favorite of cost-conscious cinematographers everywhere, has unleashed its DVR 790HD 3D camcorder with 16MB of built-in memory and a 5.1 megapixel fixed-focus shooter. It records video in three dee and 720p at 25fps, and stores all your gift-giving triumphs and gift-receiving disappointments on SD cards (not included) up to 32GB in size. The price? A mere $99, which leaves you plenty of leftover dough for your holiday shopping -- sure, it's the thought that counts, but we bet your significant other thinks diamonds are far more thoughtful than cubic zirconia.
Panasonic announces Lumix DMC-3D1: dual lenses, 12 megapixel sensors
Do you shoot 3D photos? Nope, neither do we, but Panasonic certainly seems to hope that'll change -- perhaps even as soon as next month, when its Lumix 3D1 hits store shelves... for $500. And how much camera does half a grand buy you? Well, for starters you get not one, but a pair of 25-100mm optical zoom lenses (30-120mm in 3D mode), pumping images to dual 12.1 megapixel 1/2.3-inch sensors. Two lenses and two sensors make this pocket wonder a natural at stereoscopic 3D video, but it can also pull some pretty clever tricks with still photos. Sure, you can shoot full-res stills and 1080i video simultaneously, but those dual zoom lenses can operate independently as well, letting you snap pics and/or video at multiple focal lengths -- capture a wide-angle shot with one lens and a close-up with the other, for example. Panasonic wasn't able to demo this functionality during our briefing, so we can't speak to the interface, but it certainly sounds like a nifty concept. Beyond that, expect up to 8 fps burst at full resolution, a 3.5-inch touchscreen and "dramatically clear" low-light images, even at high-ISOs (according to Panasonic). Ready to hear more from the camera maker? Jump past the break for the full PR.%Gallery-138520%
Panasonic shows off twin-lens 3D camera prototype, announces HDC-Z10000 3D camcorder
We're here in Berlin, covering IFA 2011, and Panasonic's getting things started by showing off a concept camera, its first with a twin-lens capable of shooting 3D stills and video. Alas, the company's press release is light on technical info, though it does reveal the system's built on dual 4x lenses with "thin, folded" optics. Hopefully, we'll see this thing in person while we're in town and learn a bit more. In similar news, the company also announced the HDC-Z10000 (pictured), its first 2D / 3D camcorder with an integrated twin-lens. The camcorder records 1080p / 1080i AVCHD 3D video, has dual CMOS sensors with a combined resolution of 13.1MP and a glasses-less 3.5-inch LCD. It's also capable of 3D macros as close as 17.8 inches -- a record for twin-lens 3D camcorders, according to Panasonic. As the company's been known to do, though, it's holding off on revealing any details about pricing or availability, so it looks like we'll have to save that for a rainy day. Full PR after the break.
Samsung camera patent application adds simulated depth-of-field to point-and-clicks
High-end DSLRs are pricey and a tad complicated for the everyday user, but that doesn't stop most folks from wanting to take professional-looking shots of their own. Enter Samsung with a patent application that could add simulated depth-of-field discernment to your average point-and-click and smartphone camera. According to the filing, a dual-lens setup -- similar to the 3D cameras we've seen hit the market -- delegates full-resolution image capture to a primary lens, while its secondary partner calculates object distances. The data is then merged with the initial image "to create a depth map" with simulated blur, saving you from tedious Photoshop drudgery. No word on whether this neat trick will make its way to consumers' hands -- but with 3D still the reigning buzz, we'd upgrade that possibility to a very likely.
