The recording you posted may have been mixed with Neumann or Genelec monitors. So, why not go with Neumann or Genelec monitors?
Because there is no correlation between the speakers used during the mix in a studio environment and the end result in any given user's room. And it's only a "may have been" anyway.The recording you posted may have been mixed with Neumann or Genelec monitors. So, why not go with Neumann or Genelec monitors?
Due to being a consultant and therefore travelling a lot, I did not own loudspeakers for the last ~13 years. I am a huge fan of very, very technical metal (Archspire, Psycroptic, etc.) and listened to that kind of music with my beloved headphone companion Beyerdynamic DT1350.
Well, this was a bit of a sleuthing challenge. I'll try to dissect what I found...in sequential order:...So I am actually asking myself three questions now:
1. Did I "ruin" my listening preferences with my headphones over the last 13 years and/or
2. Is the music I am listening to generally "incompatible" with hifi equipment?
3. Is there any drawback in using one of the aforementioned speakers in my living room?
Also perhaps someone here can shed a bit of light into my experience and why it is the way it is?
Hi Chris, Thank you very much! I am not sure what to make of this, but I bought all my albums on Bandcamp and downloaded them lossless as .wav. The Dynamic Range DB refers to .mp3-files?Well, this was a bit of a sleuthing challenge. I'll try to dissect what I found...in sequential order:
1) The music track you posted (Somnambulation)-
First I checked the Dynamic Range Data Base (DRDB) for album dynamic range data, and found the following:
View attachment 508286
This level of dynamic range compression/clipping is on the extreme end of the Loudness War practices. When the track was ripped from the YouTube video, above, I opened this track with Audacity and found over 3 dB of clipping used on this particular track. Once I declipped the track with Audacity's Clip Fix, the following confirmation of compressed dynamics (using DSP compressors) was then obvious:
View attachment 508273
I looked at the cumulative spectral density of the entire track for issues related to mastering EQ used:
View attachment 508275
Note the rise in spectral energy from ~110 to ~165 Hz, as well as a hump at 2500-6000 Hz. Both of these frequency bands will cause certain issues on playback using loudspeakers having flat amplitude response across the audible spectrum. I used the following demastering EQ curve to de-emphasize these two areas, and the listenability of the track increased fairly dramatically, particularly with the flattening of the mid-bass response from 110-165 Hz, which got rid of the "mud factor" that so significantly affects playback performance in home hi-fi sized listening rooms:
View attachment 508278
2) Then I checked the amplitude response of one of the loudspeaker types that you liked (Genelec 8040)--
I then looked at the amplitude response (anechoically) of the Genelec 8040 loudspeakers that you mentioned above:
View attachment 508279
Note that the two areas of excess spectral energy above just happen to coincide with areas of decreased spectral output for the Genelec 8040 loudspeakers, particularly below 200 Hz.
Additionally, I checked the response of your Beyerdynamic DT1350 headphones...
View attachment 508280
Note that this headphone response must be convolved with the head-related transfer function (HRTF) of the listener's ear canals and pinna where the phones closely fit (closed back) over them. In general, there seems to be some relative interaction between the response of the headphones, the (assumed) HRTF, and the music track cumulative spectral density, although not knowing what the HRTF curve actually looks like precludes knowing the net perceived response of the listener's ears to this particular track using said headphones.
It is well known that the effect of closed back headphones on the perception of soundstage shows a pronounced "in-head" image, mostly due to eardrum--headphone bounce of sound in the closed passage between the headphone speaker diaphragm and the listener's eardrum.
Bottom line:
I believe that you show a strong preference in loudspeakers having reduced 100-200 Hz amplitude response (as well as frequencies below this band) to reduce the hump in mastering EQ used between 100-200 Hz. After declipping and reducing the two humps in amplitude response using Audacity, the listenability of the track improved greatly. Additionally, it is noticed that all loudspeakers enumerated above that the OP preferred are small direct-radiating designs that tend to mask distracting practices used during the mastering process, thus artificially smoothing the resulting sound quality to deal with added room reflections that were not present using headphones.
That was fun. Any more?
Chris
That or something similar for the 3 marked 'lossy' but not for the 'lossless' ones which would be WAV, FLAC or similar.The Dynamic Range DB refers to .mp3-files?
"In God We Trust--everyone else bring data."
Chris
One of the truisms about converting from lossless (e.g., WAV) to lossy (e.g., AAC as found on YouTube) is that the amplitude spectra must not change if the lossy version is to sound anything like the lossless version (at least at frequencies below ~10-12 kHz).Hi Chris, Thank you very much! I am not sure what to make of this, but I bought all my albums on Bandcamp and downloaded them lossless as .wav. The Dynamic Range DB refers to .mp3-files?
When the track was ripped from the YouTube video, above, I opened this track with Audacity and found over 3 dB of clipping used on this particular track.