Ribbon geometry seems the way to go with speaker cables. The geometry itself is so powerful there are people who have made quite good cables from ribbon copper and packing tape. Like anything else though if you can optimize it you can do quite a bit better. Townshend applied engineering and math to work back from the desired impedance characteristics to find the optimal conductor spacing to eliminate the ringing caused by impedance mismatches that are the reason ribbons work so well.
What is odd is when Max publishes a White Paper explaining in detail exactly what is going on and why this is so, he got lambasted here by a bunch of EE wannabees. But when anyone comes along saying oh this ribbon works great this flies under the radar.
Me on the other hand, I am sure the Fidelium is at least a pretty decent cable, and probably quite a bit better than decent, because I understand the advantages of this particular geometry- from having listened to and heard just how good the Townshend implementation of it is.
What is odd is when Max publishes a White Paper explaining in detail exactly what is going on and why this is so, he got lambasted here by a bunch of EE wannabees. But when anyone comes along saying oh this ribbon works great this flies under the radar.
Me on the other hand, I am sure the Fidelium is at least a pretty decent cable, and probably quite a bit better than decent, because I understand the advantages of this particular geometry- from having listened to and heard just how good the Townshend implementation of it is.