40gbps is an insane data rate that requires shielding, precision, and testing. There is no way you are getting that for $2. That said, outside of connecting a laptop to your monitor, you don't need a 40gbps cable.
> 40gbps is an insane data rate that requires shielding, precision, and testing. There is no way you are getting that for $2.
I dunno, Cat8 is 40gbps and pretty cheap. DOCSIS 4.0 does 10Gbps on some really ancient cables. I'm sure Cat9 will do even better, at least the cat people and the doc people are trying harder than the USB people.
Unifi even has a PoE-over-coax solution. Add some Anker GaN shit and I'm sure it can be miniaturized.
> outside of connecting a laptop to your monitor
As soon as I need a "special" cable to connect a laptop to a monitor, we're effectively back to the 1990s-2000s when I needed a special monitor cable. There is no point to connector standardization if any cable can't do any function.
The whole point of this thread was "one type of cable for everything" and "grab any USB-C cable from your personal stash and they all work for every use case".
> 40gbps is an insane data rate that requires shielding, precision, and testing. There is no way you are getting that for $2.
I dunno, Cat8 is 40gbps and pretty cheap. DOCSIS 4.0 does 10Gbps on some really ancient cables. I'm sure Cat9 will do even better, at least the cat people and the doc people are trying harder than the USB people.
Unifi even has a PoE-over-coax solution. Add some Anker GaN shit and I'm sure it can be miniaturized.
> outside of connecting a laptop to your monitor
As soon as I need a "special" cable to connect a laptop to a monitor, we're effectively back to the 1990s-2000s when I needed a special monitor cable. There is no point to connector standardization if any cable can't do any function.
The whole point of this thread was "one type of cable for everything" and "grab any USB-C cable from your personal stash and they all work for every use case".