"This is the ISO wheel on your camera, and sometimes, it does nothing," says Syrp Lab in its newest video. Syrp Lab takes a deep dive into ISO, explaining what it is, discussing Dual Native ISO and ISO variance, and providing the information people need to shoot the cleanest possible video.
Samsung has published a video that details how its Smart-ISO Pro technology works. The company explains that unlike how traditional ISO functions, its tech can capture two ISO ranges at the same time in the same photo to dramatically expand the dynamic range and color accuracy.
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.
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."
Sony is pluming the depths of stacked sensor technology and uncovering all sorts of amazing gems—the a9's 20fps capabilities, the Xperia XZ's 960fps slow motion feature, and now, an industrial sensor that can recognize and track objects at an insane 1,000fps.
When FujiFilm’s X-Trans III sensor was introduced in the X-Pro2, many users began noticing a strange new artifact in their backlit photographs. Upon further experimentation, it became apparent that the same artifact could also be found in images from cameras using the older X-Trans II sensor.
FujiFilms’s X-Trans III sensor has been out since the X-Pro2 hit the scene in March 2016. It was joined recently by the X-T2, and presently the X-T20 and X100F are about to be unleashed upon the world in February 2017.
Curved sensor mania first took over the blogosphere back in 2014 thanks to Sony and their curved creation. But while that sensor never really came to anything worthwhile—although it was used in a "camera"—two Canon patents are sparking interest in this technology once again.
Getting the best possible performance at the edges of a flat camera sensor is tough, but a new patent from Canon shows how the Japanese company is planning to tackle this problem in future Canon image sensors.
Drone manufacturers don’t seem to be in short supply, particularly with new ‘revolutionary’ prototypes showing up on Kickstarter almost every other month. GoPro has announced plans to launch its own camera drone by next year. Now Sony wants a piece of the action. The company's mobile division today announced plans to create “autonomous aerial vehicles for image capture combined with cloud-based data processing.”
Sigma's dp3 Quattro compact camera is a very different piece of photographic equipment. From the unit’s elongated body shape to its internal Foveon image sensor, it is a mini technological and design wonder. However, just because a piece of tech is fascinating does not mean it will be suitable for its craft. The Sigma dp3 Quattro may be mesmerizing, but is it worth the $1000 price tag?
Sony's not messing around, the electronics company really does want to revolutionize digital photography. And while we still haven't seen the potential of the curved sensor technology Sony's been teasing us with for months, another Sony sensor patent is stirring up even more interest and excitement.
This one describes something called 'Active-Pixel Color Sampling' technology, or APCS (that's not gonna be confusing at all...), and it's poised to take frame-rates, dynamic range, and low-light capabilities to heights that could legitimately be called insane.
Sony today announced the new IMX224MQV 1/3-inch 1.27MP CMOS sensor, which is said to have the world’s highest level of sensitivity for any sensor in its class. But before you get excited about that night vision point-and-shoot you've been wanting, you should know something: it was designed specifically for use in automobile cameras.
Since its spec sheet leaked on Monday, there's been plenty of buzz surrounding Pentax's newly-released K-3 APS-C DSLR. Many are particularly atwitter about the K-3's unique anti-aliasing system, which relies on a vibrating sensor to remove moire-effects. Because it's not filter-based, the effect can be turned off.
Therefore, the K-3 offers the moire-eliminating effect of an anti-aliasing filter when it's needed, and the greater sharpness of a filterless sensor when it's not. Not only do people care about this innovation, but for many it was a cardinal feature of the camera.
Although the pixel war probably isn't ending anytime soon, a new sensor technology from Samsung shows how yet another company is focusing on improving the tech instead of stacking the spec sheet.
We've seen amazing low-light sensors and dual-pixel AF tech from Canon, organic sensors with insane dynamic range from Fuji and Panasonic, and now new ISOCELL technology from Samsung, which promises substantial increases in color and light sensitivity.
Tech company Rambus just announced "Binary Pixels," a new sensor technology that intends to bring ultra-high dynamic range to small sensors like those found in smartphones and P&S cameras. By allowing pixels to "reset" and saturate more than once, the pixel tech promises to expand the dynamic range of these sensors to "single-shot HDR" levels.
A new Panasonic patent uncovered earlier by Egami shows some exciting new sensor technology that may be heading our way soon. The new tech allows for the exposure values to be adjusted for each individual row of pixels. Essentially, the sensor could automatically apply a graduated ND filter to your images without the need for an actual filter.