gregorio
Headphoneus Supremus
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It’s from Italian.Thank you Gregorio (Spanish?).
I’m not attempting to be disrespectful or for that matter interesting, I’m just trying to explain the facts. Whether my responses are taken as respectful and interesting or the exact opposite doesn’t affect whether they’re actually correct. I mention this because a significant amount of audiophile BS (and the “evidence” used to support it) is based on how nice, trustworthy, plausible or experienced the presenter appears to be, instead of whether the assertions/claims are actually true or not.I have always found your contributions in this thread respectful and interesting.
There are some serious problems with that question which makes it impossible to answer scientifically/factually, unless we sort out those problems first. I would question your assertion that “anyone can notice that”, do you have reliable evidence for that or did you just make it up based on your (or other people’s) impressions/assumptions? This isn’t particularly important, I’m just using it to illustrate previous points about making assertions and avoiding confrontation in a science discussion forum. However, what exactly you mean by “better sound” is important and your question cannot realistically be answered without sorting it out. “Better sound” (or pretty much ”better” anything) is a personal valuation/impression/preference and we can’t really wire your brain up to accurately measure it. If by “better sound” you mean “higher fidelity”, then we can measure that, it’s an objective property but if you mean say more enjoyable to you personally, then we need to define that in some way and relate it to some actual audio/sound property, say more bass, less treble, higher volume or whatever. Certainly, there are numerous different types of measurements we can make that given sufficient magnitude can/will affect what you hear. Frequency response is only one such measurement and is typically published because it is the one of the most important. You can have a similar frequency response and the HPs can still sound different for numerous reasons though. They may for example have significantly different sensitivity, significantly higher distortion or lower impedance in certain frequency ranges, they may start clipping at different levels. Even just the frequency response measurements themselves don’t necessarily match your usage. They were probably taken using a dummy head and as as your head probably won’t be identical, the two different headphones are likely to fit you slightly differently and your ear anatomy is also slightly different. So although the FR measurements for two different headphones (on a dummy head) might be very similar, the FR hitting your eardrums (with your head) could be significantly different. Measuring the performance of cables is far simpler though, you’re not plugging cables into your head/ears, so your specific anatomy is irrelevant, we’re not even measuring sound, just the analogue signal exiting the cable and the determination of fidelity is also relatively simple because we only have to compare the analogue signal exiting the cable with the analogue signal that entered the cable.Anyone can notice that, as I said before, an HE1000se has a better sound (by far) than an Arya Organic (good headphones but less technical) although both have a similar frequency response. What can we measure and study scientifically with measuring devices to check what?
G
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