Originally posted by bencoskater
I hope too. Even if we got 70 to 90 points with a better and accurate auto-focus would be a huge improvement. I was close to buy a Nikon due to the auto-focus. Thanks to the rumors I saw, I am waiting on the tests in real life like I said from real Pentaxians.
PS: The only flaw I see is the quality of the joystick which may fail in the time.
Honestly, anything over 50 points will probably be good enough for the needs of most people. If the tracking algorithms are good, the performance will be already much better than current bodies. The 7Dii has 65 and the 90D has 45 - both are great. The Nikon D7500 is around 50. The 150 points of the D5/D500 are of course a halo number that would be good, but I do not believe it is necessary to go there as long as the software is up to snuff.
---------- Post added 09-16-20 at 09:08 AM ----------
Originally posted by MMVIII I have no idea if it is possible to implement a measurement sensor, in combining CDAF (or the variant described in the patent) and the light sensor in that. If the coverage of the AF active area will increase
Theoretically, it should be possible, no? "Just" increasing the resolution of the RGB sensor to the point where it's, as Beholder says, more akin to a smartphone image sensor, could give a DSLR the AF system of a mirrorless camera - the only difference would be moving the light sourcing from the main sensor to a secondary sensor that is already "stealing" light from the viewfinder and recognizing some rudimentary shapes. I doubt we will be
quite there with the K-New, but I think it's a logical conclusion of the RGB-for-face-recognition-during-OVF-shooting idea. If a 180K RGB sensor can recognize faces and give the AF module a "use these points" indication, would a, say, 2 MP sensor be capable of managing the entire focusing job?
The main drawback I can think of is stray backlight (through the eyepiece) messing up the focus - it can already throw off the exposure in some circumstances, if they integrate AE/AF in the same chip it stands to reason that both sides would be affected.
The extra excitement part comes from another couple of realizations: No need for submirror means the mirror gets automatically lighter - which might help with mirror slap and/or maximum frame rate. And the free empty space could lead to better arrangement of internal components (is it enough to safely fit a small battery, chargeable by USB?)
It's ironic that contrast detection/on sensor phase detection/dual pixel AF, technologies developed for bringing MILCs up to DSLR level have improved to the point where the DSLR could conceivably reap the benefits back and breathe new life into the OVF way.
Last edited by Serkevan; 09-16-2020 at 09:12 AM.