![]() ![]() LX60D S-Video straight into pj is perfect with no patterns at 50 or 60Hz. If I use the exact same cables for Component from LX60D to pj as I used for RGB SCART plus adapter block, I get a perfect picture on Component input of pj with no patterns at 50 or 60Hz. The picture is almost perfect, with some herringbone pattern on yellows at 50 and at 60Hz if I use the adapter block but get C-Video from the plug on the adapter block instead of on the LX60 itself. LX60D via RGB SCART straight into pj is perfect when I use RGB SCART into an adapter block (adapter block needed, since pj cannot accept SCART directly), and then feed the RGB into the pj, and use Composite Video from the LX60's own Composite Video socket (it needs C-Video to Sync because it only accepts SCART RGB with separate sync of C-Video (or C-Sync, I hope)). However at 50Hz there is a little twitter / corruption / noise on vertical edges from the converter, which causes a slight loss of sharpness but only very slight. ![]() UPDATE: Just tested my J S Technology RGB SCART to S-Video conveter with my LX60D on RGB, going into S-Video input of pj and I get no noise and no problems on vertical edges and no diagonal lines, and no herringbone pattern, and no loss of sharpness at all, this being on 60Hz but with PAL color encoding that the converter always gives out whether on 50 or 60Hz! Looks pretty good. then maybe I can have a nice clean Component picture for my pj. Next I'll try to build one of those cheap RGB to Component converters that act like JROK ones. But I have to use the converter, the pj won't lock onto the signal directly. Picture is fair sharpness on the SNES 2 (a little disappointing compared to the Composite picture's sharpness!) but very soft on the large old SNES.įrankly I think I prefer Composite from the SNES 2! It was noticeably sharper! Unless it's my RGB SCART to S-Video converter reducing the sharpness. But moderate herringbone pattern on S-Video from the large SNES (down the same cable!), how annoying. No diagonal lines on the RGB picture from the SNES 2. But pj won't lock onto SNES 2 (or large SNES) giving C-Video or C-Sync!! Odd. PJ takes Composite video from Pioneer AND RGB (C-Video for sync). The pj won't lock onto the signal directly (odd since it did from the Pioneer via SCART RGB in 50 and 60Hz. There is no smearing now that I have all 3 colors showing. Works in my RGB SCART to S-Video converter when I turn down the brightness and contrast and color in the IN76 projector by a lot but is clipping badly when I try inputting the RGB into my Pioneer LX60D DVD / HDD recorder. The RGB picture from my SNES 2 is far too strong. So connected a thin wire from RED on the header on the PCB that connects to the socket, and then to the plug! Just to test! And finally I get red. Connected up and no red! Darn, just discovered I have broken off pin 1 inside the MultiAV of the SNES plug on the cable (not the SNES multiAV socket thank goodness!). ![]() Next I'll wire up green and red and see what it looks like then test on my 29" TV and IN76 projector. It's crisp and noise free, however I am getting smearing to the right and left of some of the video, which seems to be when other colors are present as well as blue. I just finished modding my SNES JR / Mini for RGB and temporarily soldered up wires from Blue on SNES MultiAV to Blue UP (pin 7 of SCART plug), from Composite Sync (SNES Multi-AV) to Composite Video (pin 20 of SCART plug), from +5V of SNES MultiAV to 99 Ohm resistor then to RGB mode pin (pin 16, of SCART plug), and linked pin 18 SCART plug (SCART plug pin 16's Ground) to SCART pin 17 (Composite Video Ground) then pin 17 of SCART to Ground of SNES MultiAV (pin 7 not pin 8) and hey presto I have a blue video playing of Zelda! No visible jail bars / diagonal lines yet, but then again this is only connected to my Sony 14" TV so far, just as a test. ![]()
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