Me neither. I'm only at 2.5Gbps because current MoCA standards simply do that- and it was very convenient to be able to use the coaxial left over from me canceling my cable service.
I'd always wondered if that could be repurposed. Last time I used it was to use the existing antenna coax to move the incoming cable modem to a different room, something which worked perfectly.
I've always been surprised coax never got more love. There is shitloads hanging around, or was anyway and it's really high spec. Sure you get one conductor, but generally it's always been much easier to make to tight impedance tolerances compared to twisted pair until fairly recently at least.
Does MoCA work like old school 10 base 2 with the whole interrupt-and-random-backoff of genuine ethernet?
It's a fairly newly emerging market (past few years).
So how does it work if you don't mind me asking? Does the ISP have what amount to building contractors who make holes in walls and pass cables around, so they arrive and do hte same kind of work electricians usually do?
We've got 6 residential fiber networks around the US, and another 3 in the pipe.
I've been slightly lazy. I'm on 60mbit FTTC here. We do have a fibre provider, but I like my ISP, they've always had excellent customer service. The fibre provided upsold a 3gbit connection to my neighbour because "it's better". One of her kids is still at home, the other has moved out, so it's two people and neither of them are particularly techy. I would be more than a little surprised if either of them had anything that could push more than 1gbit/s over a network port, and I also know how shockingly bad wifi propagation is in these houses. I've got 3 unifi APs and I still have dead spots. Muse be all the horse hair in the plaster...