S.Q. increase in the 3 main embeddings with a relatively optimal tweaking in place in my own audio system :
20% mechanical(resonance-vibrations)
30% electrical grid
50% acoustical field of the room
Remember that this % is only an indication and can be qualitatively misleading...
For example vibrations resonance problems are less impactful than the acoustical non treated field in a comparative S.Q. scale evaluation...But in a treated acoustical field, an audio system with a non adressed mechanical problem will be less tone acurate with a more blurry imaging, and there will be a spectacular increase in S.Q. when the right tweaking will be implemented to address it...
Then all methods or tweaks are important, and these % ratios are only an indication of the relative importance of the 3 dimensional embeddings TOGETHER ( or 4 if we distinguish the passive way to treat room and the active way via S.G. or various active resonators or Helmholtz bottles etc )
Fine tuning an audio system implicate a systematic overview of these embeddings and of their mutual complementary interactions and feed back in the S.Q. audible effects "measured" by the learning and experimenting brain-ears...It is fun, cost me low cash, and I bought almost nothing except USB cheap S.G. (10 bucks each), all other materials is cheap and homemade except stones and crystals bought in China at low price...
Today with what I have learned, my audio system will cost : Amplifier, Dac, speakers, + all materials for treating the embeddings around 1000 dollars...
To upgrade with a significatively better one will cost me around $16,000 + all my controls methods for the embeddings which is the most important thing... I think that this upgrading is not necessary now because my actual system being very good as it is....Then when I read that someone has bought only a dac around 16,000 bucks, today I can smile without any frustration or enviousness, only the curiosity to listen to it if possible with a grain of skeptic salt about the Price / S.Q. ratio.... :)
20% mechanical(resonance-vibrations)
30% electrical grid
50% acoustical field of the room
Remember that this % is only an indication and can be qualitatively misleading...
For example vibrations resonance problems are less impactful than the acoustical non treated field in a comparative S.Q. scale evaluation...But in a treated acoustical field, an audio system with a non adressed mechanical problem will be less tone acurate with a more blurry imaging, and there will be a spectacular increase in S.Q. when the right tweaking will be implemented to address it...
Then all methods or tweaks are important, and these % ratios are only an indication of the relative importance of the 3 dimensional embeddings TOGETHER ( or 4 if we distinguish the passive way to treat room and the active way via S.G. or various active resonators or Helmholtz bottles etc )
Fine tuning an audio system implicate a systematic overview of these embeddings and of their mutual complementary interactions and feed back in the S.Q. audible effects "measured" by the learning and experimenting brain-ears...It is fun, cost me low cash, and I bought almost nothing except USB cheap S.G. (10 bucks each), all other materials is cheap and homemade except stones and crystals bought in China at low price...
Today with what I have learned, my audio system will cost : Amplifier, Dac, speakers, + all materials for treating the embeddings around 1000 dollars...
To upgrade with a significatively better one will cost me around $16,000 + all my controls methods for the embeddings which is the most important thing... I think that this upgrading is not necessary now because my actual system being very good as it is....Then when I read that someone has bought only a dac around 16,000 bucks, today I can smile without any frustration or enviousness, only the curiosity to listen to it if possible with a grain of skeptic salt about the Price / S.Q. ratio.... :)