Yes on shmumps I had some explanations about things, but nothing as informative as this, and also this thread here was to see if there were other distributors available just out of curiosity since this website is european technically. Shmups seems to have alot more north american people.
Agreed, though shmups is still beneficial, because it’s a far larger audience, and there’s still a number of people there with experience with PAL gear.
So you’re saying I wouldn’t need the Csync cable it would have absolutely 0 benifit? I thought that the Csync cables cleaned up noise in flat color areas compared to the luma cables?
I’ve read that about CSync cables as well, but I haven’t seen anything (nor was I able to find anything from a quick Googling) to back up those claims. CSync cables built for consoles that don’t offer clean composite sync directly, like the PS1, have inline circuits that strip the video data from the composite video line, leaving just the composite sync signal, which is necessary for connecting those consoles to pro AV equipment, like Extron Crosspoint matrix switchers or Extron RGB interfaces, which require a clean composite sync signal and will reject/ignore sync-on-composite and sync-on-luma signals–that compatibility is the primary purpose of those cables. None of that applies to the OSSC, which is happy to take any sync signal you can throw at it–sync-on-composite, sync-on-luma, clean composite sync, and RGsB/sync-on-green.
On top of that, there are two main issues that arise from having inline sync strippers. First, you may run into sync failures if you use multiple sync strippers in the same chain, such as if you have a CSync cable plugged into a gscartsw, which itself has a sync stripper; you’d need to either disable the sync stripper on the switcher (which would be a pain if you need to then re-enable it for other consoles) or swap out the sync-stripping cable for a sync-on-composite or sync-on-luma version. And the second, far more minor issue is that sync strippers introduce a very tiny amount of delay to the sync signal, which causes the image to shift slightly (to the right?) compared to what it would be without the sync stripper. Note that neither of these problems affect any consoles that natively output a clean composite sync signal, like the NTSC SNES consoles.
OH one last question, you’re saying that the ps1 would send out rgb over the component cable without sync. On my PS1 that is arriving it is the scph-1001 the first ps1, that has the additional connectors for audio and composite video. Theoretically would the extra composite video output be able to be used as sync? (i really doubt i would try this, but I’d like to know out of curiosity)
If you made/commissioned a custom 6x female RCA/BNC-to-SCART adapter (4x for video, 2x for audio), yes, it would be possible to do that, and it would probably look fine; but it wouldn’t be electrically compliant with the PS1’s AV output. For all of the PS1, PS3, and PS3, the specification for RGB output (at least from NTSC models) calls for 220uF capacitors on the R, G, and B lines; on the PS1, these capacitors are located in the cable, and, with the PS2 and PS3, they were moved inside the console, so any SCART and component cables made for the PS2 and PS3 will lack those capacitors. Like I said, it would probably work and look fine, but I’m not sure if it would cause any video artifacting or long-term issues by not using the console without any capacitors on the R, G, or B lines.