This is why I asked because I remember buying some of my first scart cables from her a long time ago and they would fall apart on me after awhile. Now I'm hearing that RGC cables which I always thought were good are not as good as hers.
From the old cable I have of hers she has definitely stepped up her game in these years. Whats nice about this certain Florida seller is if there are any problems with the cable she will fix it for free for up to two years.
LOL less than a month ago ChuChu was shitting on "her" cables about improper boosted sync that will destroy TVs or consoles or some other assburgers shit. Now all of a sudden they're high quality.
They were still high quality but some of them weren't properly attenuated. Depending upon your setup you can run into issues. This issue rearing its ugly head is really down to not having a standard for csync (since it can be TTL or 75ohm). It gets even worse when you have say a modded rgb console that can output ttl level csync or 75 ohms and you need a scart cable. As if the output is already attenuated to 75ohms, you need a pass through scart cable. If it is TTL, then you need to have the proper resistor to bring it down should you need it. Essentially for mods there should be a standard of what the sync should be but also the consumer should be educated on what they have in their console.
I had this problem with Csync on my Sega Saturn and luckily someone tracked it down to some Model 2s having Csync not properly attenuated to 75 ohms (model 1s are 75ohms iirc). All is good now, Sega Saturn RGB looks amazing.
In any case I ordered new cables from her as I had old ones with sync on composite, and there was talk of Csync not being properly attenuated to 75 ohms. So when I opened the scart cable up and didn't see it I thought it wasn't attenuated correctly. Usually people put the resistor in the SCART head as it is easier, but she put it in the din connector (good luck trying to open that). You don't have to worry about proper attenuation with Sync on luma and sync with composite as they are always 75 ohms.
When I read up on those boosted cables she stopped doing them about a year ago. Genesis model 1/Master System for some reason have abnormally high ttl sync. RCA cables like a year+ ago had a booster in the cable which amplified the already very high csync. The only reason I can think of to do that is to reduce jailbars.
In any case, I wanted to make sure as the Gscart lite SCART switch will not sync to TTL level sync due to its design.
Her SNES cables recently didn't have proper termination for csync 75ohms via a 330 ohm resistor unless you asked for it. Her reason for doing so was that people would use this cable with NES RGB kits and she wanted one cable that would work on all. Its good to see she now has two listings for them, one for a SNES and another for NES RGB. I also informed her that PS2 scart cables do not need capacitors in them.
Its a good step forward that both of those sellers listings note what is inside the cable now. It really is a learning experience as its nice to see them list everything so there is no confusion. /wall of text