Cats are a popular photo subject, but obviously great for Samsung Test material To assess the quality of the most ambitious camera sensor ever, and it’s probably Decorate the Galaxy S23 series next year.
Samsung team Taken The company’s 200-megapixel smartphone camera sensor for test runs will capture and print a huge 616-square-meter canvas on the cat’s face, all with the level of detail it can bring out. is showing. For the sake of clarity here, the sensor wasn’t in the phone. Instead, it was mounted on a custom circuit board without any other extensions, so it could show its true, pure potential.
The RAW image snapped by the sensor was printed on a huge canvas to highlight all the details exposed in the cat’s fur and eye color. The entire canvas, about 1.5 times the size of a basketball court, is printed on 12 separate segments, which are later sewn together, loaded onto a truck, and spread over a building for a crane.
The effort here is commendable and the results are impressive. However, not everyone always takes a full-resolution 200-megapixel photo when the camera sensor finally reaches the inside of Samsung’s phone. These photos quickly run out of internal storage, except that they are difficult to edit and post-process. For example, take a full resolution 108 megapixel photo captured on a phone like this: Galaxy S22 UltraCan be about 20MB on average.
The camera sensor in question is ISOCELL HP-1, which is touted as the industry’s first 200 megapixel smartphone camera sensor. The pixel count of the sensor is 0.64 microns, which is significantly smaller than the pixel size of low resolution camera sensors. In the world of camera sensors, the smaller the pixel size, the less data can be captured, producing brighter, less detailed images.
This is where pixel binning technology comes into play. This basically combines adjacent pixels into larger superpixels, allowing you to capture more optical data and produce better pictures. For ISOCELL HP-1, 16-in-1 pixel binning is performed thanks to a technology called Chameleon Cell.
Simply put, a 4×4 grid of 16 adjacent pixels is combined to artificially create a larger superpixel with a huge size of 2.56 microns, but the effective photo resolution is manageable 12.5. Drops to megapixels. The resulting ultra-large pixels absorb more light to provide bright and meticulous photos even in the dark.
Samsung’s upcoming camera sensors can also record 8K video at 30 frames per second without digital trimming. The company hasn’t announced a specific plan for the sensor yet, but based on knowledge, the next Galaxy S-series flagship is the most likely candidate to equip this giant camera sensor.Motorola is also rumored to be working on high-end phones Adopted 200 megapixel rear camera..