Samsung brings ISOCELL HP3 200MP sensor with smallest ever pixels
Samsung announced a new 200 MP sensor, called ISOCELL HP3. It has the “industry’s smallest pixel” at just 0.56 μm, which is 12% smaller than the predecessor. It promises quicker auto-focusing and even clearer HDR thanks to a new algorithm for stacking images.
The new sensor arrived nine months after the ISOCELL HP1, which is technically the first 200MP camera sensor for smartphones, even if we haven’t seen an actual phone with it yet. Since then, Samsung managed to decrease the pixel size from 0.64 μm, making the the new sensor 1/1.4” type - about 20% smaller than the predecessor.
The 4-to-1 binning adds up to 1.12μm pixels for 50MP photos. For ultra-dark photos, the new sensor also supports 16-to-1 binning for huge 2.24μm pixels and 12.5 MP photos.
Samsung also bragged about its Super-QPD auto-focusing solution. All pixels are equipped with AF capabilities, and every cluster of four has a single lens that recognizes phase differences in horizontal and vertical directions. The sensor can also shoot 8K videos in 30fps and 4K @ 120 fps with “minimal loss in the field of view”.
The improved Smart-ISO Pro feature now merges information from three stages - low, mid, and high ISO mode to boost HDR performance. ISOCELL HP3 can output images in 4 trillion colors (14-bit depth), 64 times more than the predecessor HP1, which was at 68 billion.
Samsung is ready to provide samples of the ISOCELL HP3 to smartphone manufacturers and expects mass production to begin this year.
- 11 Aug 2022
This type of gimmick still on going huh? I don't even bother to use the 50mp pixel binning mode on my P40 or my X70. It doesn't even improve the quality, a hassle, and a waste of storage. Why are they so confident everyone will use it...
- 02 Aug 2022
Extreme level of marketing gimmick. They really go this far for that 200mp number
- 28 Jun 2022
First of all, I'm not Japanese. Second, I still don't understand why anonymous people are allowed to comment. Anyways, please explain why it's so amazing that they have the smallest pixel size on a sensor? It must be really good to do ...