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Samsung’s latest imaging sensors may rid smartphones of camera bumps
As Apple, Samsung and (perhaps, surprisingly) Google battle to claim the top spot in smartphone imaging, we've been left with lenses jutting out of the device, or in the case of the Note 8, a thicker phone. The iPhone 8 and Pixel 2 may be the latest offenders, but Samsung thinks its latest imaging sensor can keep things slim with its duo of new ISOCELL sensors: two different components with different selling points.
Toshiba is reportedly selling its camera sensor business to Sony
Toshiba's accounting scandal may cost it a lot more than just a CEO and a wad of cash. Sources for Bloomberg, the Japan Times and Reuters all claim that the tech giant is expected to sell its camera sensor business (specifically, its manufacturing plant) to Sony for about $165 million in a bid to raise funds. Neither company is confirming anything, but the talks are reportedly far along enough that you could see an official announcement as soon as next week. The reported selloff would mark the end of an era for Toshiba, although it wouldn't come as a total surprise if you knew the histories of both sides.
New Toshiba camera sensor lets you refocus after the shot, plans 2013 launch in smartphones and tablets
Hoping for some after-the-fact focusing in your next smartphone camera? Well, you'll have to wait around a year, but Toshiba's planning exactly that with a new module that houses an array of 500,000 tiny lenses. Within a 1cm-thick unit, these lenses are layered in front of the camera sensor, which can capture slightly different images from each lens arrangement. Those picture can then be combined in a "complete" picture using Toshiba's own software. Apparently, the camera will also be able to measure the distance between objects in the shot -- similar to how 3D images are captured -- with the user then able to shift focus between close and distant detail, or even create images that are in-focus throughout. Toshiba says the module will also be able to capture video with a similar degree of focus management -- something that Lytro hasn't got around to just yet. The sensor is still a work in progress, but the manufacturer plans to commercialize the module before the end of 2013. Toshiba is looking to ally itself with multiple smartphone (and tablet) makers -- and here's hoping that it finds its way into a device outside of Japan. [Thanks Franck]
Sony announces new Exmor RS cameraphone sensor: upgraded signal processing, HDR video recording
That camera sensor in your smartphone is very likely to be a Sony-made module which means it's worth keeping an eye on the company's latest sensor developments. Your next phone could be packing one of its latest Exmor RS camera modules, a stacked CMOS image sensor that's currently being readied for future smartphones and tablets. At the moment, three components fall under the new RS label, with two eight-megapixel sensors (one with new camera signal processing tech) and a top-drawer 13-megapixel module. Alongside the new sensors, Sony's crafted new f/2.2 lenses alongside a refreshed auto-focus module and all of them will be capable of HDR video recording. The company's now working on improving sensor behavior, image quality and keeping it all tiny enough for that next pricey phone contract. The first products are expected to arrive in October, so we may not see it in Sony's very next tablet, but development could be done in time for next year's effort -- and help validate the manufacturer's imaging investment.
OmniVision's 12.7-megapixel OV12830 can shoot 24 fps photo bursts from your smartphone
OmniVision has been on a bit of a tear introducing new mobile camera sensors this week, and its newest could well have the biggest impact on smartphones in the next year. The OV12830's 12.7 megapixels don't make it as dense as the 16-megapixel sensors we've seen, but it makes up for that with some mighty fast still photography. As long as the attached phone can handle it, the CMOS sensor can snap full-resolution photos at 24 frames per second, or the kind of relentless shooting speed that would make One X and Galaxy S III fans happy. The same briskness musters 1080p video at 60 fps, even with stabilization thrown in. Production won't start until the fall and likely rules out a flood of 12.7-megapixel phones and tablets until 2013, but the OV12830's dead-on match for the size of current 8-megapixel sensors gives it a good shot at becoming ubiquitous -- and guarantees that phones won't need a giant hump on the back for a higher resolution.
OmniVision's OV2722 sensor promises 1080p tablet video chats, probably more than you wanted to see
We're seeing rear cameras on smartphones and tablets get better all the time; what about at the front? OmniVision might have that side tackled through the OV2722, a 1080p-native CMOS camera sensor. It won't allow for magnum opuses of photography like the company's own 16-megapixel behemoth, but it's just big enough and thin enough (at 3mm deep) to give a serious upgrade to the 720p-or-lower front cameras that prevail today, including webcams on Ultrabooks. The new sensor is both thinner and better in low light than an earlier iteration, so we'll hopefully see fewer instances of blurrycam self-portraits and video calls. The OV2722 is in mass production now for unnamed clients, although we're worried that the resolution jump will show us a little too much detail in that chat with Aunt Mildred.
New OmniVision 16-megapixel camera sensors could record 4K, 60 fps video on your smartphone
Nokia has reportedly been dreaming of PureView phones with 4K video; as of today, OmniVision is walking the walk quite a bit earlier. The 16-megapixel resolution of the OV16820 and OV16825 is something we've seen before, but it now has a massive amount of headroom for video. If your smartphone or camcorder has the processing grunt to handle it, either of the sensors can record 4K (3840 x 2160, to be exact) video at a super-smooth 60 fps, or at the camera's full 4608 x 3456 if you're willing to putt along at 30 fps. The pair of backside-illuminated CMOS sensors can burst-shoot still photos at the bigger size, too, and can handle up to 12-bit RAW. Impressive stuff, but if you were hoping for OmniVision to name devices, you'll be disappointed: it's typically quiet about the customer list, and mass production isn't due for either version until the fall. On the upside, it could be next year that we're feeding our 4K projectors with Mr. Blurrycam smartphone videos.
Visualized: Nokia's 41-megapixel PureView sensor (updated with video)
If you thought a bigger pixel count just meant bigger file sizes, then take a look above. That big guy at the bottom is the 41-megapixel sensor we saw unsheathed in our hands on, and responsible for those awesome Nokia 808 PureView shots we saw at MWC on Monday. The two above it are 8- and 5-megapixel sensors respectively, and give you an idea of the real-estate cost of packing a superior snapper. At two and a half times the physical size of the N8's prized optics, we think the PureView system earns its title as the biggest thing in mobile imaging somewhat convincingly.Update: In case you're still confused, one of Nokia's chief camera experts Damian Dinning gives a thorough walkthrough of the technology in our Engadget interview. There's also a Nokia video after the break.
Chipworks throws an iPhone 4S under its infrared microscope, finds Sony-sourced image sensor
Look closely. Can you spot it? That gray abyss is actually an infrared image by Chipworks revealing an iPhone 4S' Sony-branded, 8 megapixel CMOS sensor. Looks like Howard Stringer wasn't bluffing to Walt Mossberg back in April, after all. At the time, it was reported that Apple's usual sensor supplier, OmniVision, was experiencing production delays, prompting speculation that Sony would eventually usurp the position. While the iPhone 4S that Chipworks looked into seems to confirm this, it's pointed out that Apple does have a habit of "dual sourcing" components (with its contacts saying this should be no different), so Sony may not be the sole supplier this time around. What ever the case, there's no denying that the iPhone 4S takes some stellar shots. You'll find more information -- including X-rays of the 4S -- at the source link below.
MIT researchers suggest graphene could be used to build a better camera sensor
As you may have noticed from the pace of research over the past few years, graphene is promising to make a whole lot of things a whole lot better. Now, it seems, you can also add camera sensors to the list. A team of MIT researchers recently discovered that graphene can serve as a photodetector over a "very wide energy range," and that it works particularly well in infrared light, where other types of detectors often come up short. That, the researchers say, could open to the door to everything from better nightvision systems to more advanced detectors for astronomical telescopes -- not to mention more inexpensive camera sensors in general, since graphene is cheap to work with. What's more, the researchers also suggest that those same light-detecting abilities could make graphene a good material for collecting solar energy, although they note that there's still much more research needed to determine if it's truly an efficient means of generating energy.
Hasselblad's 200 megapixel H4D-200MS camera now shipping, breaks your bank
Hasselblad's H4D-200MS is yet another upgrade to its H4D camera line that we want badly, but wouldn't have a need -- or a budget -- for. This latest piece of kit is nearly identical to the 50 megapixel H4D-50MS externally, but internally adds an astonishing 150 more megapixels to the mix -- yes, that's an astounding 200 megapixels! Don't feel forgotten just yet if you have the older model, though, as Hasselblad can upgrade your sensor for €7,000 (roughly $10,000) -- a great deal considering the full kit costs €32,000 (about $45,000). With that said, we should note that details are null on the medium-format sensor's native resolution -- similar to the multi-shot feature on the 50MS, the new 200MS combines six shots to create ridiculously detailed 200 megapixel still images, and it handles less intensive photos with a four-shot 50 megapixel still mode. Should you dare to venture outside the studio, there's a 50 megapixel single-shot live mode for quick shots as well. Excuse us while we wrap our heads around the sheer number of pixels; you'll find more info after the break in the meantime.
OmniVision's new 5 megapixel CMOS sensor shoots 1080p video, is built for 'slimmer' devices
Apple might be poised to ditch OmniVision for its next round of iPhone / iPod Touch cameras, but that hasn't stopped the company from trotting out a fresh crop of sensors. Weeks after unveiling a beastly 12 megapixel number, it's announced the OV5690, a 5 megapixel chip, and the first to use the company's second-generation OmniBSI-2 pixel architecture. In addition to shooting 5 megapixel stills, it records 1080p video at 30 frames per second and 720p movies at 60fps. And, most notably, OmniVision cut the sensor's height by 20 percent in the hopes that it'll find a home in "slimmer" smartphones and tablets. So far, it's unclear what devices will incorporate it -- the company says key vendors are sampling the sensor at the moment, with mass production expected to begin in the second half of this year. Full PR after the break.
OmniVision's new 12MP CMOS sensor shoots RAW pics and 1080/60p video, looks for smartphone home
So what if Apple looks set to abandon OmniVision in favor of Sony with its next round of portable device cameras? The company that currently provides the none-too-shabby 5 megapixel imager inside the iPhone 4 has just announced a new 12 megapixel sensor and it's a bit of a beast. The OV12825 pairs the goodness of backside illumination with the ability to shoot RAW stills and 1080p video at a bodacious 60fps. Funnily enough, neither feature is a novelty for OmniVision, which has already given the world the option to shoot RAW and to crank Full HD video at 60fps, but nobody has yet been willing to maximize the previous sensors' capabilities. Now that we're finally seeing efficient dual-core solutions making it to smartphones, maybe the time has come? After all, there's gotta be something else to look forward to after 1080/30p, right? OmniVision is offering samples to interested companies right now and expects volume production in the second quarter of the year. Full PR after the break.
Sony CEO casually mentions he's supplying cameras to Apple
We were tempted to call it an April Fools' joke, but it seems the story's true: Sony CEO Sir Howard Stringer reportedly let slip that his company is producing cameras for the next batch of iPhones and iPads during a public interview with the Wall Street Journal. Traditionally, Apple's sourced its sensors from OmniVision, including the delightfully backside-illuminated 5 megapixel CMOS unit you'll find in the iPhone 4, but since Sony too has BSI tech and OmniVision has reportedly encountered delays, your next portable Apple product might house a Sony Exmor R sensor like the one we admired on the Xperia Arc. Mind you, that may not end up actually happening, because of the context in which Sir Howard revealed the news -- according to 9 to 5 Mac, he said that the factory producing sensors for Apple was affected by the Japanese tsunami. Oh well.
Leaf Aptus-II 12 snaps 80 megapixels of awesome on the back of your pro shooter
You ever wonder how CSI sleuths can keep enhancing their images all the way until they see what brand sneakers the perp is wearing? Well, they probably had a pre-release version of one of these Aptus-II 12s from Leaf. This new digital back can fill a staggering 80 million pixels with imaging data, thanks to its 53.7mm x 40.3mm-sized CCD sensor. It comes strapped with a 3.5-inch touchscreen on the back, 80 to 800 ISO range, 1.5 0.6fps capture rate, and a mind-boggling 480MB max file size per image. Should you have the imaging gear to match up to such might, you'll want to know that the Aptus-II 12 is shipping now from Leaf Partners worldwide with a price tag just under €24,000 ($31,387), or you could grab the 12R version -- which features a rotating sensor allowing you to shoot portrait shots without having to turn your camera sideways -- for €31,995 ($41,850). That's actually pretty decent value for your money, considering you'd have had to spend the same amount on the Aptus-II 10 only six months ago -- and that only had a measly 56 megapixel sensor!
