Guitarfreak
Well-Known Member
- Joined
- Feb 21, 2009
OK, well I've been doing some research lately and naturally my overactive brain has formulated some discrepancies.
Monitors are supposed to be flat response (or as close to it as technically possible). The human ear hears frequencies at 1kHz best and higher and lower frequencies less. So if you have a monitor that is %100 flat response, you would still hear the mids more clearly than the bass and treble. Do monitor manufacturers take this into consideration when designing their products, i.e. do they craft the curve with a slight V centered on 1kHz so that you truly 'hear' all of the frequencies at the same audible level? Then wouldn't a monitor made with this in mind be a better EQ editing tool tool than a flat one because it was engineered so that you hear all frequencies at an equally perceptible level. And then you would switch to a flatter monitor for mixing and setting the levels right and so on.
All of the intricacies are mind boggling @_@
Monitors are supposed to be flat response (or as close to it as technically possible). The human ear hears frequencies at 1kHz best and higher and lower frequencies less. So if you have a monitor that is %100 flat response, you would still hear the mids more clearly than the bass and treble. Do monitor manufacturers take this into consideration when designing their products, i.e. do they craft the curve with a slight V centered on 1kHz so that you truly 'hear' all of the frequencies at the same audible level? Then wouldn't a monitor made with this in mind be a better EQ editing tool tool than a flat one because it was engineered so that you hear all frequencies at an equally perceptible level. And then you would switch to a flatter monitor for mixing and setting the levels right and so on.
All of the intricacies are mind boggling @_@