Ah yes, the Logitech fiasco. It is a great story of how several electrical engineers designing separately, and not understanding software impacts, could make a sub-optimal result.
The big takeaway is that at 5GHz signals often "leap off the conductors" at the slightest provocation. And clock skewing and other attempts at breaking data/signal correlation have limited ability to counter this.
For a long time I had a USB 2.0 cable extender with an RF choke on it, that I would connect to USB 3.x hubs and then plug the Logitech transceiver into that.
The big takeaway is that at 5GHz signals often "leap off the conductors" at the slightest provocation. And clock skewing and other attempts at breaking data/signal correlation have limited ability to counter this.
For a long time I had a USB 2.0 cable extender with an RF choke on it, that I would connect to USB 3.x hubs and then plug the Logitech transceiver into that.