To me, this is what the K-1 is about. Images like this.
It used the entire dynamic range of the K-1 and could have used a bit more.to illuminate the trees on the far shore line.
This is what the K-3 / KP is about.
Cropped to about one half of a K-3 frame (or 1/4 of a K-1 frame).
The added low light performance of the K-P is what makes it unique. That's going to enable you to boost your ISO to maybe 1600 ISO where I cap my K-3 at 640 ISO. (That will mean a higher shutter speed and fewer images lost to motion blur) If they had simply put in a larger buffer, (the above photo extracted from a 16 shot sequence) I'd be all over it. The difference between 7 fps and 8 fps is negligible if not for the larger buffer.
---------- Post added 07-26-18 at 02:23 PM ----------
Originally posted by photoptimist He's referring to the fact that all Bayer sensors have sparse pixel arrays in the different colors.
Yet, cameras from different brands using the same sensor can have different characteristics, with most chips having customizable leads to produce different reproduction capabilities. So, ya bayer is bayer, but that doesn't mean there are differences between different implementations of Bayer, which is what seems to be implied by this statement. SO to summarize,
Bayer is Bayer, but each Bayer implementation is different. In my now work macro, shot on tripods using Pixel Shift, my guess is there are many times when Bayer is as good as Pixel Shifted images. It seems to be luck of the draw. Except for the part where when Pixel shift is best, it produces an image the Bayer extrapolation can't match, whereas when they are equal, pixel shift isn't worse than the Bayer image, it's just not better.
Before I purchased a camera that did Pixel Shift I thought the difference would be more. Bayer is actually pretty darn good.