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- Oct 12, 2014
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I must confess it isn't my first language either, but I'll try to clear things out as much as I can.
With purification and clean I mean making it more crystal clear and less harsh, rough, unpolished.
Maybe this will be helpful:
Referring to sponges may sound kind of silly at first, but when problems with proper description of what we hear arise, such simple examples can clarify them. You can imagine higher frequency responses as rough and smooth texture of sponge. Tonality is their shape, texture is their quality. With better cables I can hear highs of T1 as more polished with better finish, less grainy. At the same time tonality wasn't changed and peaks were still there, since Beyer is using in their stock cables if I remeber correctly the same copper compound as signal conductor.
Do you mean for example, that the 10000Hz frequency of one cable sounds better than the 10000Hz frequency of another? Or do you mean the transition between (higher) frequencies, but I'm sure that's done solely by the DAC. Or are you perhaps saying that noise playing while your (same example) 10000Hz audio note is playing, but something like that would just be quantization error caused by bit depth (which with 16 or 24 bit audio tracks should be so small that it's already not noticeable). It still very confusing. Are there any scientific measurements of this? Because I'm really good at understanding science, so that would really help.