http://www.uwdv.com/index.php?option=content&task=view&id=99
I'm particularly interested with this line:
True 24 and 30p in this camcorder, with no split resolution, no upsampled pixels or other electronic voodoo, it's a true progressive image with a 1920 x 1080 resolution at the imager. The physical imager is 960 x 1080, but by reading the pixels diagonally and combining pixel information (not upsampling/downsampling, but re-addressing pixels) the resolution on ingest is 1920 x 1080. The camera processes 1920 x 1080 in the 4:2:2 color sample scheme before processing for tape storage at 4:2:0, 1440 x 1080
Yeah... okay. So no "voodoo". But the physical imager is 960 x 1080. Someone want to tell me how this is "true" 1080p and not derived from some sort of pixel shifting?
Just as well... what difference does it make? It's still being chopped down to 1440x1080 once it hits tape.
I'm particularly interested with this line:
True 24 and 30p in this camcorder, with no split resolution, no upsampled pixels or other electronic voodoo, it's a true progressive image with a 1920 x 1080 resolution at the imager. The physical imager is 960 x 1080, but by reading the pixels diagonally and combining pixel information (not upsampling/downsampling, but re-addressing pixels) the resolution on ingest is 1920 x 1080. The camera processes 1920 x 1080 in the 4:2:2 color sample scheme before processing for tape storage at 4:2:0, 1440 x 1080
Yeah... okay. So no "voodoo". But the physical imager is 960 x 1080. Someone want to tell me how this is "true" 1080p and not derived from some sort of pixel shifting?
Just as well... what difference does it make? It's still being chopped down to 1440x1080 once it hits tape.