Pawel Achtel wrote:it is quite clear that the algorithm uses a cluster of 6 x 6 (36) photosites to determine full colour.
Red channel has an exponential amount of noise even though there is an equal amount of r,g,b pixels - compared to bayer cfa. why?
Diffraction limit on a bayer sensor is first visible in softness of green channel, with this sensor r,g,b would be equally effected by the diffraction limit? how do the the W pixels effect the diffraction limit?
Can't judge sensor resolving power by this, test metadata says 32mm cooke mini s4i - aka panchro
I doubt the coated version of that lens at 5.6 can resolve more than 1300 LW/PH in the center.
Its a fine lens if you like soft warm 70s look, not if you like sharp and clean.
I think your seeing a lens limit, not a sensor limit here.
Metadata also says Compression: Q0
Didn't someone do a test on the old camera that showed Q0 was softer than the comparable constant bit rate when it came to static objects - like test charts?
Still waiting for the test with an Outs 85 or sigma art 105 at f4 of a chart in both 12k q0 and 5:1
John - isnt Canada kinda booring during quarantine? Cant you knock that out between takes?