imagesensor

Society is becoming increasingly reliant on image sensors. However, limitations in these sensors thus far have held back specific applications.

Patents are always a fun way to see what camera companies are up to and theorize about what might be coming next, even if they frequently don't find their way into actual products. A new Canon patent filed in Japan is particularly intriguing, as it outlines a triple-layer high-speed stacked image sensor.

Chinese company Gpixel has expanded its CMOS sensor portfolio with a new 43-megapixel APS-style image sensor capable of recording 8K video at up to 60 frames per second.

The world’s first ultra-high-sensitivity interchangeable-lens camera equipped with a Type 1 Single Photon Avalanche Diode (SPAD) image sensor is finally coming to market, and the ultra low light vision capabilities it brings don't come cheap.

Canon Inc. has announced the development of the MS-500, the world's first ultra-high-sensitivity interchangeable-lens camera (ILC) featuring a Type 1 Single Photon Avalanche Diode (SPAD) image sensor.

Panasonic has touted additional benefits of the organic CMOS sensor that it has been working on for nearly a decade, and while the developments still sound enticing, the company seems no closer to release.

French startup Prophesee is teaming up with Qualcomm to deliver a new type of image sensor that they say would enable smartphones to capture and freeze fast action better than anything currently available.

Samsung's 200-megapixel smartphone sensor has not yet made its way into a consumer device but the company has already begun hyping what it can do by printing a massive 616 square meter (2,021 square feet) photo taken with it.

Sigma has announced that it is currently on stage two of three in prototyping its new full-frame Foveon sensor. The company says that if Stage 3 goes well, it can start to verify its mass producibility.

Samsung announced the first-even 200-megapixel HP1 smartphone sensor in early September but has followed up that announcement with more detailed information that touts its benefits, including low light performance and incredible detail.

A mechanical engineer has developed a camera with what is described as a "curvy" and eyeball-like adaptable imaging sensor that is based on the Japanese art of cutting and folding paper (kirigami) that he claims could improve the quality of some types of cameras.

Sigma's CEO Kazuto Yamaki has published an update regarding the Foveon X3 1:1:1 sensor and camera that was delayed in February of last year after the sensor it was working with could not go into mass production due to a critical flaw.

OmniVision Technologies claims to have developed the first image sensor with 100% phase detection autofocus (PDAF) coverage designed for smartphones. The company says its new 50-megapixel sensor allows for improved distance calculation, faster autofocus, and better low-light performance.

Canon Japan recently announced a new "high-sensitivity CMOS Sensor" that can capture high-quality, color footage a 1080p and up to 60fps even in extremely low light. The sensor is meant for industrial use, but it shows what's possible, even when you're using relatively tiny pixels.

Yes, the beginning of this video was meant to be a funny, but shockingly extreme example of sensor dust. And it was removed very easily with the basic sensor cleaning technique described below.

Leica no longer has access to the CCD image sensor inside the Leica M9 series of cameras. As a result "defective sensors cannot be replaced" moving forward, and you'll need to upgrade to an M10 or another CMOS-based Leica camera if this happens to you.

Canon has announced that it has created the world's first single-photon avalanche diode (SPAD) image sensor that's capable of capturing 1-megapixel photos.

Samsung may have left the camera game behind, but the company is serious about increasing its share of the image sensor market and stealing some business away from Sony. In fact, they're about to spend over $800 million to ramp up image sensor production yet again.

Activist investor Daniel Loeb is reportedly using the current low stock prices to build a bigger stake in Sony and "push for changes," including spinning off the brand's image sensor business into a separate entity called Sony Technologies.

An intriguing, and surprisingly plausible, rumor is flying around the smartphone world this week claiming that Samsung will be releasing an "almost 1-inch" sized 150MP ISOCELL CMOS sensor, and that this sensor could show up in a smartphone as soon as Q4 of 2020.

DxOMark have published their results after testing the sensor inside Sony's (relatively) new a9 Mark II, and despite sporting the exact same chip as its predecessor, the Sony a9, the Mark II somehow managed to get a higher score.

After unveiling the Galaxy S20 Ultra with its monstrous (or ridiculous?) 108MP image sensor, Samsung has decided to pull back the curtain and reveal some details about this chip and the technology that made it possible.

Sigma's full-frame mirrorless camera with a Foveon image sensor has been sent "back to the drawing board" and delayed indefinitely. In an update posted to the brand's website, Sigma's CEO apologized for the delay, saying that he was "not in a position to offer any specific release plan."

Self-described "maker" and YouTuber Sean Hodgins of Idle Hands Development recently took on a DIY project that's way beyond most of us mere mortals: he built his very own, working, 1-Kilopixel image sensor. Take that Sony!

Sony semiconductor simply can't keep up with the soaring demand for its mobile image sensors. In a recent interview, head of Sony's semiconductor unit Terushi Shimizu revealed that the company is struggling to keep up, despite running its factories 24 hours per day over the holidays for the second year running.

Sony is working hard to keep its image sensor supremacy. The company is planning to show off two new image sensors at the 2019 International Electronic Devices Meeting (IEDM) that should have photographers excited: a 3-layer organic image sensor that will require no demosaicing, and "the world’s first all PDAF CMOS image sensor."

Yesterday, Sony quietly released the specs for a new 47MP Micro Four Thirds image sensor that it claims is for "Surveillance, FA cameras and Industrial cameras." But the image sensor—which can record 10-bit 8K/30p video with a with a 17:9 crop—might actually show up in the successor to the Panasonic GH5S.

As promised in its teaser from a few weeks ago, Xiaomi has become the first manufacturer to release a smartphone with Samsung's crazy 108MP image sensor inside. The newly announced Xiaomi Mi Mix Alpha 5G concept phone uses the ultra-high-res image sensor and a wrap-around "surround screen" that is a sight to behold.

Less than a week after Xiaomi teased an upcoming smartphone with a whopping 108MP of resolution, Samsung has officially unveiled the image sensor that will power the pocket-sized beast. Meet the Samsung ISOCELL Bright HMX: the world's first 100MP+ smartphone image sensor.

Earlier today at the company's "Images of the Future" conference, Xiaomi dropped a bombshell. According to a tweet on the official Xiaomi account, they've teamed up with Samsung to develop a smartphone with a 108MP "ultra-clear" image sensor!

Sony recently published the spec sheets for six of its full-frame sensors, including a quad-bayer version of the 61MP chip found inside the Sony a7R IV. Given the ubiquity of Sony's BSI-CMOS sensors, it's possible we'll see tweaked versions of these sensors in some next generation full-frame cameras.

Remember the Nikon D600 sensor dust issue? The problem—and resulting service advisory—dominated the headlines for a couple of years, from the time the issue first surfaced in 2012 until Nikon announced it would fix all D600s for free in 2014. But it seems that free service is finally coming to a close.