Thank you very much, piouser and shout1cobra, for your input!
Doubling speaker cables has always been a good way for me to elevate a system's sound. Not sure what happened with the double 16 Ga. you used. I usually try to get the AWG to about 10 for speakers, and that means doubling some substantial cables. I'm not surprised at all that you heard more from doubling speaker cables when using the Schroeder Method. It is much more revealing of such things than standard single IC, imo.
We must have half a dozen class D amps now in use with Schroeder Method, which is great! I'm guessing some others have tried and not discussed publicly, too.
Good job, shoup1cobra, to try an alternative location, as opposed to simply� concluding that there is no efficacy because you didn't hear it in the first trial. I encourage you to get Y cables, as budget hard connectors might be quite lossy for the signal. When I was using hard splitters with some components they were very close together, and I always put a piece of foam or leather between them.
Doubling speaker cables has always been a good way for me to elevate a system's sound. Not sure what happened with the double 16 Ga. you used. I usually try to get the AWG to about 10 for speakers, and that means doubling some substantial cables. I'm not surprised at all that you heard more from doubling speaker cables when using the Schroeder Method. It is much more revealing of such things than standard single IC, imo.
We must have half a dozen class D amps now in use with Schroeder Method, which is great! I'm guessing some others have tried and not discussed publicly, too.
Good job, shoup1cobra, to try an alternative location, as opposed to simply� concluding that there is no efficacy because you didn't hear it in the first trial. I encourage you to get Y cables, as budget hard connectors might be quite lossy for the signal. When I was using hard splitters with some components they were very close together, and I always put a piece of foam or leather between them.