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Originally Posted by BIG POPPA /img/forum/go_quote.gif
olblueyez, these guys just kill me with zero proof of their own to prove their point.
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Well, I have a moderately long thread detailing the lack of notable measurable differences between vastly different cables, of course it is just a small sample of all cables but it does include several different topologies, combinations of materials and connector types.
I can also point to my own positive DBT ABXing of small differences between CD players, my own inability to detect cable differences under the exact same test circumstances (comparing cables from 77c to $139) and the inability of anybody to do the same with samples of recordings made from different cables made publicly available. They are on my thread if you would like to try them.
The same process was used to compare both CD players and cables and the protocol, though crude, allowed differences between CD players to be detected reliably, negating an argument against the AD quantizaton stage, yet for cables the differences were not detectable. The differences between cables were an order of magnitude lower than those between CD players.
More to the point even the small measurable (but inaudible) differences between cables were only small differences in amplitude on different *random* frequencies, there was no pattern to the differences, no cable exhibited a roll-off, a suck-out or a low-end attenuation compared to any other. The cables behaved in exactly the same way, Silver, Silver-plated, Stranded copper, Solid copper, 77c and $139 and points in-between , all functionally identical.
Investigating the CD player differences I found that simply adding the average amplitude differences across the audible spectrum to the quieter samples made even those differences go away.