Recording music is a highly skilled craft. A skilled recording engineer will take into account the performer, the instruments, the hall, the recording equipment and make assumptions about the playback equipment in order to make what she considers an accurate representation of the musical performance.
For instance, let's say an unaccompanied vocalist has trouble controlling his dynamics and is prone to a slight sibilance. The engineer might pick a microphone with a recessed upper midrange to combat the sibilance and "ride the fader" during the recordings to keep the dynamic range within the optimum area of the storage medium. Alternatively, the engineer could use a compressor/limiter (essentially an automated volume control) and dump the recording into a computer based editor (think of it as a word processing software for music) and repair individual instances where sibilance is an issue. Neither approach is inherently superior and either method can result in a natural sounding recording. The determining element is not the equipment, but the skill of the engineer.
As audiophiles improve their playback systems they may start to reach a point where their systems are capable of readily revealing the artifacts (edits, aggresive EQ, mismatched reverbs, sibilance, low frequency garbage, tape hiss, instrument bleed-thru, air conditioner noise, etc.) of the recording process. These artifacts are not part of the musical performance and as such can only distract from it. I suspect that a large element of how people react to specific pieces of high end equipment revolves around how the equipment deals with these artifacts. I'm over generalizing, but for unknown reasons some equipment heightens and draws attention to these artifacts, while others expose them, but at the same time don't seem to emphasize them. There's so much that we don't know about reproducing music.
BTW, have you ever noticed how in recording orchestras or other large ensembles that the microphones are never positioned where a listner would normally sit?
For instance, let's say an unaccompanied vocalist has trouble controlling his dynamics and is prone to a slight sibilance. The engineer might pick a microphone with a recessed upper midrange to combat the sibilance and "ride the fader" during the recordings to keep the dynamic range within the optimum area of the storage medium. Alternatively, the engineer could use a compressor/limiter (essentially an automated volume control) and dump the recording into a computer based editor (think of it as a word processing software for music) and repair individual instances where sibilance is an issue. Neither approach is inherently superior and either method can result in a natural sounding recording. The determining element is not the equipment, but the skill of the engineer.
As audiophiles improve their playback systems they may start to reach a point where their systems are capable of readily revealing the artifacts (edits, aggresive EQ, mismatched reverbs, sibilance, low frequency garbage, tape hiss, instrument bleed-thru, air conditioner noise, etc.) of the recording process. These artifacts are not part of the musical performance and as such can only distract from it. I suspect that a large element of how people react to specific pieces of high end equipment revolves around how the equipment deals with these artifacts. I'm over generalizing, but for unknown reasons some equipment heightens and draws attention to these artifacts, while others expose them, but at the same time don't seem to emphasize them. There's so much that we don't know about reproducing music.
BTW, have you ever noticed how in recording orchestras or other large ensembles that the microphones are never positioned where a listner would normally sit?