Same. Mobile phones have excellent image processing, displays, and interfaces, but small optics and sensors. Dedicated cameras have big optics and sensors, but bad/limited image processing, displays, and interfaces.
Same. Mobile phones have excellent image processing, displays, and interfaces, but small optics and sensors. Dedicated cameras have big optics and sensors, but bad/limited image processing, displays, and interfaces.
The market is just not demanding it. People buying these full frame cameras opt to shoot in raw and have a desktop program with significantly more compute and control after the fact do the processing.
Whatever denoising algorithm they put on the camera, your laptop will do it better. Stripping back the processing means you can take photos at 60fps with minimal battery drain.
This is it for me. I don't want phone technology or operating systems anywhere near my cameras - I need them to be reliable and predictable.
Most of the 'image processing' on phones involve AI processing to make all pictures look 'nice' but same-ish, which is not really what the market wants from dedicated high-end camera with big optics and sensors.
But a very small sensor paired with a good telephoto lens is an interesting option. You can get away with much less glass for the same zoom but the downsides of a small sensor. So you get something like the Nikon Coolpix P1100 which has 2000mm full-frame equivalent magnification, but only 16MP and terrible low light performance.