I wouldn't be surprised if this goes far beyond the typical standards because XLR is shielded Coax which, I think, is superior to S/FTP.
The problem is probably the connector, not the cable length itself.
There is a reason the top of the line USB/Thunderbolt cables use miniature coax.
Okay, now I got an even more cursed idea: Ethernet over USB-C, but as in using only passive adapters.
Yes, I meant balanced line. I couldn't remember the (English) term for this, so I just called it shielding :D
That should *significantly* reduce the noise level, the question that remains is the resistance.
The German Wikipedia goes a little bit more in-depth with the graphics:
https://de.wikipedia.org/wiki/Symmetrische_Signal%C3%BCbertragung#Anwendung_und_Theorie
no, USB does not do symmetrical signalling.
so probably
TP < coax < symmetric signalling < the "star quad" which until today didn't know exists
@[email protected] @[email protected] @[email protected] Good microphone cables are “star quad” (https://en.wikipedia.org/wiki/Star_quad_cable). I don't think I've ever seen coax XLR.
@simon_m @wolf480pl @aurora @rojun @MrDOS ooooh!
Also, one star quad would easily suffice for 100 Mbit/s.
twisted pair or "normal" coax, with one in the middle and one around. Maybe shielded, but I don't think so.
@aurora are there preinstalled shrink tubes on the cable in case it breaks somewhere or sth?!
If yes that's sooo good, I wish more cables had that
@aurora is that a fidget cube on the left and if yes, is it mandatory for this setup?
(in all seriousness: wow, so cool!)
XLR is designed to carry analog audio over long distances where electrical interface in the audible spectrum is an issue. They solve it by sending an inverted signal alongside the normal one* so in theory if you double the number of connections and use that technique you could run a cable hundreds of metres long.
* other techniques are available.
@aurora I hope that you heard about EtherCON. =)
Cool, btw.