jaapv
RFF Sponsoring Member.
I find it slightly surrealistic that we are comparing two totally different processses here, electronic and chemical, and apparently expect them to come up with exactly the same results. One would not expect an aquarel to be made with oil-paints or a saxophone to produce the same sound as a violin. Let's just accept that both techniques can produce great results without slipping into "what's best" mode.
Btw Bertram, your post had me delving into my bookshelves. It is a pity I cannot reproduce the look of the original sensor output here for copyright reasons, but I did not realise that the first, demosaicing step involved interpolation and the generating of the basic colour information as well. I still have my doubts about the better B&W performance of the Foveon sensor, as, but correct me if I am wrong, the system works by using a colour-shifting membrane and the analog charater of the pixels, so removing colour information would not multiply the number of them.
Btw Bertram, your post had me delving into my bookshelves. It is a pity I cannot reproduce the look of the original sensor output here for copyright reasons, but I did not realise that the first, demosaicing step involved interpolation and the generating of the basic colour information as well. I still have my doubts about the better B&W performance of the Foveon sensor, as, but correct me if I am wrong, the system works by using a colour-shifting membrane and the analog charater of the pixels, so removing colour information would not multiply the number of them.