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Interactive data eyeglasses could bring the PC to your face, won't fix nearsightedness


Leave it the mad scientists at Fraunhofer-Gesellschaft to concoct this one. Rather than just figuring out a way to read back information in one-way fashion on one's glasses (think Sixth Sense, but with eyewear), these folks are diving right in to the real stuff: bidirectional communication. In essence, their goal for the interactive data eyeglasses is to track eye movement in order to allow ones retinas to scroll through menus, flip through options and zoom in / out on a map. Obviously, a microdisplay will be necessary as well, but that's just half the battle. We'll confess -- we're still not humble enough to take our Vuzix HMD out in public, but we just might swap our Transitions™ for a set of these.

[Via OLED-Display]

eASIC eDV9200 H.264 codec promises HD for all devices


We've already got HD in places that the cast of Step by Step would've sworn was never possible way back when, but eASIC is far from satisfied. To that end, it's introducing a new H.264 codec aimed to bring high-def capabilities to all manners of devices, including (but certainly not limited to) toys, baby monitors, public transportation, wireless video surveillance and wireless webcams. The highly integrated eDV9200 is said to "dramatically lower the cost of entry into the high-definition video market, enabling a new class of low-cost applications to fully leverage the benefits offered by HD technology." Best of all, these guys aren't just blowing smoke, as the chip -- which captures streaming data directly from a CMOS sensor, compresses it, and transfers it to a host system or to a variety of storage devices -- is priced at just $4.99 each in volume. HD oven timers, here we come!

Nikon readies entry-level DSLR with articulating display for April 14th launch? (updated with spyshots!)

Word on the prismatic, hinged mirror streets of camera-land suggest that NIkon is preparing to launch "new products" for Spring. Rightful speculation made after a press invite was purportedly sent to a variety of photog publications announcing an April 14th launch event. Expectations vary widely as to what will be announced including a new entry-level D60-followup with 720p video on up to a D400 with 16 megapixel Sony CMOS. We even have the dubious photo above showing a Nikon with articulating display taken by a jockey riding a humor forum who claims to have been traveling "somewhere in Eastern Europe and stumbled across a commercial shoot for Nikon." Sure, that's believable. Fortunately, we're just over a week away from knowing for sure.

Update: Well, well, what's this... we just received a big batch of spy shots that look authentic enough and clearly show what looks like a low-end Nikon with articulating display.

Update 2: We just received a few more pictures as well as the detailed backstory to this Nikon with swiveling display (a first for Nikon). Seems Kevin, a film student, was smitten by the Arriflex 235 435 motion picture camera used to film the commercial in Dubrovnik, Croatia yesterday. It wasn't until later, when he was reviewing the pics from the day, that he realized "that the subject of the commercial was the yet to be announced Nikon 500(0?)." Looks like a legit and incredibly fortunate find to us.

[Thanks, Kevin]

Gallery: Mystery Nikon


Read -- Articulating display spy shot
Read -- April 14th press event

Canon working on DSLR-based pro video camera?


It's a pretty sketchy rumor, but we're hearing that Canon's working on a pro video camera based on a 12.1 megapixel APS-C CMOS sensor similar to the one in the Rebel XSi. That makes perfect sense to us, actually -- DSLRs with video capabilities like the 5D Mark II and the new Rebel T1i have definitely shaken up people's expectations of prosumer video, and Canon's sitting on a well-regarded camcorder division primed to pounce on a new market. According to CanonRumors, the new pro cam will look similar to the XL H1 pictured above with support for EF and EF-S lenses, sport fully manual controls as well as autofocus, and shoot 720p/30/60 and 1080p/24/30/60 to 56Mbit/s MPEG-4. Sounds pretty good, but aye, there's a rub: word is that Canon's DSLRs won't ever get similar video features in order to protect this cam's high-end $8,000 price tag -- which sucks, but also makes perfect (if annoying) sense to us. It's all rumor for now, but we'll see how it pans out -- the pro and prosumer video market are about to get crazy interesting.

Ricoh's CX1 camera gets reviewed


The kids at Photography Blog have finally got their hands on that Ricoh CX1 that won our respect not too long ago, and they've been cool enough to post a review online. The camera, the reviewer said, begins where the ol' R10 left off, throwing features like multi-pattern auto white balance, multi-target auto focus, and 4fps continuous shooting speed into the mix, making this "the best Ricoh point-and-shoot yet." That said, it can't all be groovy -- the review goes on to cite the camera's "bog-standard" 640 x 480 / 30fps video and rudimentary face detection as "nothing to write home about." Image quality -- often a deal-breaker for this company -- has greatly improved, with a new 9 megapixel CMOS sensor sporting "a now usable ISO range of 80-800." Of course, the big news is the camera's high dynamic range. DR mode is, for the most part, "radical and very effective." But there's much more to it -- hit that read link for all the gory details.

Ricoh's CX1 point and shoot combines two shots for greater dynamic range, glory

Ricoh's CX1 point and shoot combines two for greater dynamic range, glory
While high dynamic range is only recently getting some attention in the gaming and display worlds, for decades it's been a tool of serious photographers wanting eye-popping exposures. Now Ricoh's gone and offered it to the masses with its latest consumer digi cam, the CX1, creating a "dynamic range double shot" mode that takes two images nearly simultaneously with different exposures, then combines them automatically to present the best bits of both. It features a 9 megapixel CMOS sensor fronted by a 7.1x (28-200mm) lens and backed by a 3-inch LCD. VGA videos are a bit disappointing these days, but 120 frames per second can be captured at that resolution, which is good news for slow-mo junkies. UK release is mid-March for £299, about $430, and we expect/hope it'll be lighting up dim photos Stateside around the same time.

Gallery: Ricoh CX1



[Via PhotographyBLOG]

Probabilistic logic makes microchip more energy efficient

We'll be straight up with you -- there's a lot of fancy work going on with this one that laypeople will have a tough time grasping, but the long and short of it is this: a team from Rice University (Krishna Palem pictured) and Nanyang Technological University have created a microchip that "uses 30 times less electricity while running seven times faster than today's best technology." Already crying snake oil? Not so fast. By trashing the traditional set of mathematical rules (that'd be Boolean logic) and instead applying probabilistic logic, researchers have figured out how to deliver similar results with a fraction of the energy. The tech is being dubbed PCMOS (probabilistic CMOS), and could eventually end up in embedded systems and even cellphones. In the case of the latter, this type of chip will be able to display streaming video on a minuscule display with more artifacts than usual, but due to the small screen size and the human brain's ability to piece together nearly-perfect images, the errors involved would be all but forgotten. Meanwhile, your battery bar would still be nearly full. We always heard there was beauty in imperfections -- now, at long last, we finally get it.

NEC develops processor for 12 megapixel camera phones

No sooner than we get wind of a possible Samsung 12 megapixel camera phone does NEC reveal a linear shift-invariant (LSI) chip that, along with the proper CMOS sensor, can bestow onto mobile devices the power to shoot 12 megapixel imagery, as well as output full-HD video. Dubbed the CE143, it's being touted by the company for Its focus speed and signal-to-noise reduction 6db greater than with what's currently in the market. The chip will integrate with an image stabilizer, shading correction, and other essential point-and-click tools. Manufacturers should expect to get some hands-on time when samples begin shipping out in March. Keep a lookout for this one at Mobile World Congress later this month.

Sony announces new CMOS sensors, 12+ megapixel cameraphones coming soon

Sony announces new CMOS sensors, 12+ megapixel cameraphones coming soon
If you've enjoyed the point-and-shoot megapixel race, which has pushed sensor resolutions in your average 3X zoom compact cam well into the teens -- leaving a sad trail of dark and noisy holiday pictures in its wake -- you're going to just love the mobile phone megapixel race. Samsung's 10 megapixel SCH-B600 currently holds the lead, but Sony's got a ringer chomping at the bit with the Exmor IMX060PQ CMOS sensor, which, paired with its matching auto-focus lens module, will turn some lucky handset into a 12.25 megapixel shooter when it enters the race in March. Sony has also announced 5.15 and 8.11 megapixel sensors, but really, anything not in double digits is so last year.

[Via Akihabara News]

Megapixel race hits the mobile realm


When the megapixel race unofficially started in the point-and-shoot world, it didn't take long before every last camera manufacturer out there was cramming 14-megapixel sensors into any ole pocket cam. Now, it seems the same race is headed to the mobile realm. Of late, we've seen a new batch of 8-megapixel handsets and a 9-megapixel sensor, and a recent interview with LG's sales and marketing director John Barton points to even more of those in the near future. According to him, "the megapixel race that we saw amongst camera makers is now being battled out between mobile manufacturers," hinting that 10+ megapixel phones (not to mention handsets with HD video capability) are closer than we may have imagined. Mmm, the possibilities.

[Via Cell Phone Feeds]

DIS reveals 9-megapixel camera module for mobile phones

We've seen 10-megapixel cameraphones. We've seen 8-megapixel cameraphones. But if you've been holding out for that oh-so-elusive 9-megapixel cameraphone, the wait is just about over. Digital Imaging Systems (DIS) has chosen Photokina 2008 to reveal its 9-megapixel (CMOS) DIS6931 camera module for mobile phones, which provides features such as auto-focus, a mechanical shutter and ND-filter with integrated actuators. Best of all, samples of the unit are shipping out right now, while volume production is on track for Q4 2008. Hey, handset makers -- can we get some attention on this, please?

[Via UnwiredView]

Sony launches the A900 full-frame DSLR


Sony's been showing off the full-frame Alpha A900 DSLR since February, and after popping up in ads and in the wild last week, it's official today, right on cue. Same basic specs you've known forever: 24.6 Exmor CMOS sensor, dual BIONZ image processors, ISO 6400 sensitivity, 3.0-inch LCD, 5fps shooting, and SteadyShot INSIDE in-body optical image stabilization. Sony's also launching a few new Alpha lenses to complement this beast, including a Carl Zeiss 70-400mm f4-5.6 zoom. Early impressions from CNET are that it's a bit slow to autofocus and didn't wow with image quality, but dpreview was impressed overall, so we'll wait for some in-depth reviews to hit before making a final judgment. You're looking at a $3,000 outlay when this thing goes on sale in October -- check out more pics in the gallery, and a quick video after the break.

Read - Sony A900 press release
Read - CNET hands-on
Read - dpreview hands-on

Gallery: Sony A900


Panasonic's HDC-SD100 and HDC-HS100 AVCHD camcorders, now with extra MOS


Ready for some new terminology? Good, try on "3MOS" -- Panasonic's newest sensor adaptation which, judging by machine translated text, is a trio sensors capturing twice the light of a single CMOS of the same 1/6-inch size. Think 3CCD applied to CMOS sensors. The result is said to be superior image quality and impressive low-light recording capability -- twice the sensitivity of its own 3CCD camcorders thanks to what Panny calls its new "heavy lifting iA" enabling them to shoot in a mere 2 lux of available lighting. That's just a glimpse at what you'll find inside the solid state HDC-SD100 (supporting up to 32GB of SDHC) and the HDC-HS100 hybrid offering both SDHC and a 60GB hard disk for storage. These 1080i AVCHD camcorders also features Panasonic's improved optical image stabilization, a 12x optical zoom, 5.1-surround mic, and HDMI-out.The ¥130,000 (about $1,205) SD100 and ¥150,000 (about $1,390) HS100 should hit the Japanese retail block on July 12th.

Update: English press release now available.

Sony announces own backside illuminated CMOS -- take that OmniVision


Well, there you have it: the BSI gauntlet has been officially thrown. Sony just announced its own backside-illuminated CMOS sensor meant to rival OmniVision's achievement. Sony's sensor features 1.75 micron pixels totalling 5 effective megapixels capable of 60fps and offers low noise at twice the sensitivity of traditional sensors at the same pixel size. That's a signal to noise ratio of +8dB (+6dB sensitivity, -2dB noise), nerds. Nice Sony, but OmniVision's 8 megapixel sensor targeting cameraphones (Sony's is apparently targeting digital cameras and camcorders) brings the pixels down to 1.4 microns (with 0.9 micron pixels on the roadmap) albeit with an undisclosed SNR. Regardless, we look forward to seeing our friends' chemically-spiked club shots in excruciatingly slovenly detail later this year.

BSI, learn it -- it's shaping up to do for imaging what perpendicular did for magnetic storage.

[Via FarEastGizmos]

OmniVision claims 8 megapixel OmniBSI sensor turns cellphone imaging world "upside down"

Digital Camera 101: As manufacturers continue pushing the Megapixel Myth by stuffing more and more pixels onto rapidly shrinking sensors, the outcome is poor performance on top of poorly lit images of increasingly low quality. Now OmniVision, the largest CMOS image sensor manufacturer today, says they've solved the pixel size problem though backside illumination (BSI) technology. In essence, BSI helps maximize photon collection by circumventing obstructive metal and dielectric layers on the top-side of the sensor die. The result is improved light absorption, thinner overall camera modules, and increased sensitivity and F stops with reduced crosstalk. However, as EETimes' crack staff of Electrical Engineering super-nerds point out, BSI is not a new technology. In fact, several manufacturers lay claim to BSI patents. However, OmniVision seems to be the first to take the tech to mass production for consumers. To prove it, they'll release an 8 megapixel OmniBSI CameraChip sensor brimming with the new tech for sample in June. Couple it with a decent cameraphone lens and image processing circuitry and we might be in for a treat.

[Via EETimes]
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