So it looks like 78 people took the survey. Here are the preliminary results on John Huntington’s site. I have long ago given up any fantasies that I am a Golden Ear. My response to listening to these tracks was that I could not hear any difference. From the survey results it looks like either (A) even Golden Ears can’t tell, because…..uh…… we can’t tell, (B) John bought horn cables and then used a piano for the source. If he had used piano cable we would have heard the difference.
Ahhh… Don’t get me started!
But just one thing……For me, the DEAD giveaway on the VooDoo Magic nature of this topic is when people start talking about cable cleaning up the midrange…. “midrange mud” etc. MIDRANGE! That would be the part of the cable’s response that would be the same with 24 AWG or 2.4 AWG. That would be the part of the response left unchanged between the long jump and the marathon distances.
If there was really a dramatic difference in our VERY low electromagnetic frequencies of audio between wire twisted this way – or that (just because we work a gig doesn’t mean we hear a gigahertz) , then think of the HUGE the difference there would be between a 1 meter and a 10 meter cable. OMG there is 10x as much wire length! That would be NIGHT & DAY if the real world spun on the axis of the cable marketeers. Now we know the REAL reason the Left and Right in our PA never quite match!
If you want to REALLY fix midrange mud these are some of things that might help: Turn down the monitors. Isolate the mics. Put some curtains up. Put in a midrange filter and cut. Point the speakers in the right place. Splay the speakers apart. I could write a book on it……
If you want to talk about the audio properties of cable AT LEAST center the discussion around the parts of the audio spectrum that may actually be affected by the differences in wiring topology: the extremes.
Oh crap…I got started. I’ll stop now before I really get started…..
PS: I got a much bigger difference from Pre-Beer to Post-Beer than between A and B. 🙂