I'm fairly certain now that the interlacing problem can be fixed through software. With a crude patch to HiPixDTV.sys, I was able to get RGB mode to interlace smoothly, at the cost of completely losing the green channel. What I did was trick it into using YPbPrTriLevelSync instead of RgbTriLevelSync. This didn't cause it to output a component signal, though it did drop the green channel, tinting everything purple.
I think a reasonable conclusion would be that the HiPix can be programmed to ouput an RGB signal that will interlace properly on computer monitors. It would be really nice if Telemann would do this. Without information on programming the Janus chipset, I can't do it myself.
Any thoughts on this? Is my conclusion reasonable?
AccessDTV: Is it supposed to look like this?
1080i interlaced fields too closely spaced on PC monitor
Computer monitors don't interlace properly?
Revisiting the 1080i "scanline" problem
I think a reasonable conclusion would be that the HiPix can be programmed to ouput an RGB signal that will interlace properly on computer monitors. It would be really nice if Telemann would do this. Without information on programming the Janus chipset, I can't do it myself.
Any thoughts on this? Is my conclusion reasonable?
AccessDTV: Is it supposed to look like this?
1080i interlaced fields too closely spaced on PC monitor
Computer monitors don't interlace properly?
Revisiting the 1080i "scanline" problem