Tag Archives: OIS
Google explains the Pixel 2’s super-stable video recording
Google's Pixel 2 phones have a clever trick up their sleeve when recording video: they can use both electronic and optical image stabilization, delivering largely jitter-free clips even if you're walking down the street. But how does it meld those t...
Samsung officially announces Galaxy S4 zoom with 16MP camera, 10x optical zoom
Coming in just after a Russian site managed to review the device, Samsung has officially announced the Galaxy S4 zoom. Combining a fully featured Android 4.2.2 Galaxy phone (basically a Galaxy S4 Mini) with a 16MP point-and-shoot, it brings a 10x optical zoom lens to bear -- the first phone to do so. On the phone side, it sports a 4.3-inch qHD display, 1.5GHz dual-core CPU, 1.5GB RAM, 8GB of internal storage (expandable via microSD slot) and a 1.9MP front facing camera. The camera includes optical image stabilization and a Xenon flash, along with a special "Zoom Ring." That ring surrounds the camera, and when twisted (even while on a call) it can launch in-call photo sharing, or go straight to other camera modes. Extra software features are also on hand to advantage of the combo device's capabilities including Photo Suggest that shows great pics taken by others in the area, Smart Mode auto settings and more.
President and CEO JK Shin is pleased by the union, calling it "truly the best of both worlds, without compromise," for people who want to capture high quality images and share them, but don't want to carry two devices. We're told it will arrive in the UK this summer but have not been able to confirm a pricetag, while its early Russian reviewers mentioned a July release and local pricing of around $618, converted. Intrigued, horrified, or just want to compare it to Nokia's latest efforts? A press release, pictures and detailed spec sheet await you below.
Update: Samsung indicates to us that the Galaxy S4 zoom will come to the US and the rest of Europe as well, at some point in Q4.
Filed under: Cellphones, Cameras, Mobile, Samsung
Source: Samsung
Graphene camera sensors said to be 1,000 times more sensitive to light
While we're still scratching around with Ultrapixels and OIS, scientists in Singapore claim they're working on something that could change the entire field of photography. Researchers at the Nanyang Technological University have developed an image sensor made out of graphene that's 1,000 times better at capturing light than traditional CMOS or CCD sensors, all while using 10x less energy. These new sensors may initially be used in surveillance equipment and satellites -- when they do eventually end up in regular cameras, however, they're promised to be five times cheaper than the sensors they're replacing. Combine this with the work being done on graphene batteries, and we're that much closer to the perfect smartphone.
Filed under: Cameras
Via: C|Net
Source: Science Daily
Samsung official reportedly confirms Note III in the works, muses on potential camera upgrades
Given the success of the original Galaxy Note and its sequel, there's little doubt a third installment of the super-sized handset line is on Samsung's to-launch list. Korean site ETNews claims to have heard the first legitimate confirmation of the Note III's existence, however, citing a Samsung official as its source. The insider apparently had much to say on plans for the camera, too. It's expected to be a 13-megapixel affair and could see other upgrades over its predecessor, including optical image stabilization and 3x optical zoom. According to the official, no final decisions on the camera have been made yet, but with less than four months to go until IFA (where the previous Notes have debuted), it's probably time to start nailing those specs down.
Filed under: Cellphones, Mobile, Samsung
Source: ETNews
Latest Nokia Lumia 928 teaser demonstrates OIS skills (video)
Nokia is continuing its trail of breadcrumbs to the official Lumia 928 launch, with today's drop including this rendering of the phone in white and a video meant to show off its optical image stabilization chops. The phone pulls off some high quality video recording attached to a remote control helicopter flying through the forest, as it attempts to keep blur to a minimum. It also shows off a flash that, to our eyes, looks like the xenon bulb featured in the 808 PureView. There's no comparison to other devices this time around, so you'll just have to imagine what other phones could capture in similar circumstances (or, do the test yourself and send us the video -- whatever works). Check out the demo after the break to see the results yourself, or hit the source link to sign up for more info.
Filed under: Cellphones, Mobile, Nokia
Source: Nokia
The Engadget Interview: VP of design Scott Croyle talks HTC One at MWC 2013
It's no secret that we're big fans of the HTC One here at Engadget -- we've already written at length about the handset's hardware design, software features and imaging chops. At MWC, we were lucky to spend some time with Scott Croyle, VP of design, to discuss the company's latest superphone. We talked about the handset's delightful zero-gap aluminum and plastic unibody and how HTC wanted to "break down that last barrier" of integrating antennae in a metal casing without making compromises. He explained that the One's design was inspired by high-end watches, and it turns out that the zero-gap machining process was developed in-house specifically for this device. Some of the antennae (such as WiFi and GPS) are actually machined as part of the unibody and coexist on the same aluminum panel.
We then chatted about the gorgeous 4.7-inch 1080p display which was supplied by the same manufacturer which provided the screen for the Droid DNA and One X, and the daring Ultrapixel camera, which packs four million large (2µm) pixels and OIS. Mr. Croyle mentioned that while the business side is incredibly important, the decision to use Ultrapixels was focused on the needs of consumers. We asked if limiting the number of pixels was in any way driven by the software -- the desire to implement Zoe and perhaps curtail the massive amounts of data gathered and processed by the feature. It turns out that the development of the sensor and optics started a long time before the software. As for Zoe, "nobody's redefined what a photograph could mean" and HTC was eager to try something new. Our full video interview is yours to watch after the break.
Filed under: Cellphones, Mobile, HTC
The Engadget Interview: VP of design Scott Croyle talks HTC One at MWC 2013
It's no secret that we're big fans of the HTC One here at Engadget -- we've already written at length about the handset's hardware design, software features and imaging chops. At MWC, we were lucky to spend some time with Scott Croyle, VP of design, to discuss the company's latest superphone. We talked about the handset's delightful zero-gap aluminum and plastic unibody and how HTC wanted to "break down that last barrier" of integrating antennae in a metal casing without making compromises. He explained that the One's design was inspired by high-end watches, and it turns out that the zero-gap machining process was developed in-house specifically for this device. Some of the antennae (such as WiFi and GPS) are actually machined as part of the unibody and coexist on the same aluminum panel.
We then chatted about the gorgeous 4.7-inch 1080p display which was supplied by the same manufacturer which provided the screen for the Droid DNA and One X, and the daring Ultrapixel camera, which packs four million large (2µm) pixels and OIS. Mr. Croyle mentioned that while the business side is incredibly important, the decision to use Ultrapixels was focused on the needs of consumers. We asked if limiting the number of pixels was in any way driven by the software -- the desire to implement Zoe and perhaps curtail the massive amounts of data gathered and processed by the feature. It turns out that the development of the sensor and optics started a long time before the software. As for Zoe, "nobody's redefined what a photograph could mean" and HTC was eager to try something new. Our full video interview is yours to watch after the break.
Filed under: Cellphones, Mobile, HTC
The Engadget Interview: VP of design Scott Croyle talks HTC One at MWC 2013
It's no secret that we're big fans of the HTC One here at Engadget -- we've already written at length about the handset's hardware design, software features and imaging chops. At MWC, we were lucky to spend some time with Scott Croyle, VP of design, to discuss the company's latest superphone. We talked about the handset's delightful zero-gap aluminum and plastic unibody and how HTC wanted to "break down that last barrier" of integrating antennae in a metal casing without making compromises. He explained that the One's design was inspired by high-end watches, and it turns out that the zero-gap machining process was developed in-house specifically for this device. Some of the antennae (such as WiFi and GPS) are actually machined as part of the unibody and coexist on the same aluminum panel.
We then chatted about the gorgeous 4.7-inch 1080p display which was supplied by the same manufacturer which provided the screen for the Droid DNA and One X, and the daring Ultrapixel camera, which packs four million large (2µm) pixels and OIS. Mr. Croyle mentioned that while the business side is incredibly important, the decision to use Ultrapixels was focused on the needs of consumers. We asked if limiting the number of pixels was in any way driven by the software -- the desire to implement Zoe and perhaps curtail the massive amounts of data gathered and processed by the feature. It turns out that the development of the sensor and optics started a long time before the software. As for Zoe, "nobody's redefined what a photograph could mean" and HTC was eager to try something new. Our full video interview is yours to watch after the break.
Filed under: Cellphones, Mobile, HTC
HTC One imaging in depth: UltraPixel camera and Zoe Share
Saying that the HTC One has piqued our interest is an understatement. The handset, which was announced today in London and New York, combines ultra-refined design with a uniquely tweaked Android experience, something we've covered in our hardware and software posts. Still, it's the UltraPixel camera that's raising the most eyebrows. We briefly played with the shooter and witnessed the new Zoe functionality first hand. It's clear that HTC is making a bold move with the imaging technology used on this phone, but what does it really mean in terms of specs and performance? Let's dive into the nitty gritty after the break.
HTC picked the word UltraPixel to brand its latest camera, just like Nokia coined the term PureView for its devices last year. The idea behind UltraPixels is to combine a physically large sensor with big pixels capable of gathering more light. With the HTC One, the company chose a 1/3-inch BSI sensor with 2µm pixels which absorb 330 percent more photons than the 1.1µm pixels typically found in modern handsets. This is combined with a fast 28mm f/2.0 autofocus lens similar to what's available on the One X, but slightly recessed for protection. Better yet, this shooter features optical image stabilization (OIS) just like the Lumia 920 -- it's able to compensate for motion in 2 axes (pitch and yaw) up to 2,000 times per second. With big 2µm pixels (that's Fujifilm X10 territory), a fast f/2.0 lens (vs. f/2.4 on the iPhone 5 and f/2.6 on the Galaxy S III) and OIS, the HTC One is poised to excel at low-light photography. A single LED flash is provided for those extremely dark circumstances.
We're pretty sure you've noticed the giant elephant in the room by now -- the lack of any mention of pixel count. That large sensor packs just four megapixels (!) and while anyone who knows digital photography understands that's plenty, it's still a daring move in a market driven by the megapixel myth. We'll take four million 2µm pixels over eight million 1.1µm pixels any day, but we think it's going be an uphill battle for HTC to educate the average consumer. The HTC One packs a new image signal processor (ISP) called ImageChip 2, which enables continuous autofocus in less than 200ms, and provides real-time lens compensation plus noise reduction. It also supports 1080p HDR video recording at near 30fps and 720p at 60fps with a dynamic range of about 84dB. The ISP implements a buffered capture cycle with pre- and post-shutter recording, for functionality similar to Scalado's Rewind / Remove, Nokia's Smart Shot, Samsung's Best Face and BlackBerry's Time Shift.
All this camera technology culminates with one particularly cool feature: Zoe. Named after the Greek word "life" and hinting at old zoetropes, this feature captures a 3-second 1080p 30fps H.264 video clip along with a 16:9 2688x1520 JPEG picture each time the shutter button is pressed. In burst mode, the HTC One is capable of taking 4-5 full-size stills per second while recording 1080p video. The resulting 3-second clips become animated thumbnails for your photos in the gallery. When you're ready to share your memories, smart content editing, cutting and sequencing software is used to create and upload a Zoe -- a professional-like highlight reel with images, clips, effects and music that remixes your content on the fly, complete with theme and music track synchronization. There are six themes and six music tracks to choose from, and you're given the option to deselect photos or videos. Once uploaded, the result can be shared via Zoe Share, which generates a standard URL that's valid for 30 days -- think of it as Vine on steroids, but less permanent.
In addition the the main shooter, the HTC One comes equipped with a 2.1 megapixel front-facing module with f/2.0 wide-angle (88-degree) optics that supports 1080p video capture. Dual HDR microphones provide distortion-free stereo audio recording in a wide variety of conditions, including loud venues. Unfortunately, our time with the UltraPixel camera was too short to formulate a solid opinion, but based on our experience so far, HTC's latest shooter is poised to delight both shutterbugs and casual users alike. On thing's for sure: we can't wait to take the company's latest imaging flagship for a spin.
Filed under: Cellphones, Cameras, Mobile, HTC