I find it funny that most audiophiles are obsessed with high frequencies and demand higher sample rates, super tweeters etc. All that trouble for frequencies they and nobody can hear.
Hi,
That's a common error that people make. One may not hear the frequencies themselves as well, but the interference with other frequencies, or to draw the analogy to photography, the aliasing artifacts have a lower frequency which may well distort the real frequencies we can still detect. So there is a benefit to oversampling the high frequencies, even the ones we cannot hear.
At the same time they have speakers which do not reproduce the lowest octave of musical instruments. So they miss out on sounds which A) do exist in recordings (at least classical/organ) B) which can be easily heard and felt by everybody (even by deaf persons) and C) can be reproduced quite easily.
I agree, it adds a lot of realism to a recording. Although some can still prefer a certain deviation from absolutely neutral, like in photography we may shift the color temperature to add a bit of mood, I prefer to start calibrating the whole system in its environment of use to a neutral setting.
A useful software utility can be this (Windows) Freeware
Holm Impulse. If you play a Sinusoidal frequency sweep through your system, it will clearly show the frequencies where the tweeters cross-over to mid-tone speakers which in turn cross-over to the woofers, and where the sub-woofers can extend the frequency response of the woofers (it helps if the room is long enough to fully accommodate the low frequency wavelengths). It also allows to tune the output of the extreme ends of the frequency spectrum with the room absorption characteristics (before we compensate for our own hearing deficiencies), and even see how it varies with listening position.
Cheers,
Bart