Mixing Room Frequency Problems
Posted: Fri Feb 11, 2022 6:24 pm
Hello everyone and congratulations about the forum!
This is my studio mixing room 320x200x280: https://planner5d.com/it/editor/?key=e7 ... 57de83e4a4
N.B .: the plasterboard side walls of this room are all covered with 3 mm polystyrene sheets except the ceiling only in plasterboard without polystyrene.
This is the measurement result made with Sonarworks Reference Measure and relative microphone of the parent company. The bench position is the one in the annex. I installed the bass traps along the front and rear corners and also along the entire upper corner of the front wall, finally on the front relative I installed two dividing squares but I don't think they can be efficient on low frequencies. Also installed the lateral sound-absorbing panels on the first reflection point and replaced the rear window with a PVC one from Nurith and triple glass with 41 db noise reduction (12GAWE + 4beT + 10GAWE + 33.1be - Ug: 0.8 - Rw: 41 dB - Th: 40 mm). What is advisable to do in such a response situation to have an improvement especially between 190 and 350 Hz and maybe fix the hole at 70 Hz? I had thought of buying such a cloud that could possibly attenuate the peaks present at around 110 and 190 Hz. Look at the screen attached
Let me know
Thank you!
This is my studio mixing room 320x200x280: https://planner5d.com/it/editor/?key=e7 ... 57de83e4a4
N.B .: the plasterboard side walls of this room are all covered with 3 mm polystyrene sheets except the ceiling only in plasterboard without polystyrene.
This is the measurement result made with Sonarworks Reference Measure and relative microphone of the parent company. The bench position is the one in the annex. I installed the bass traps along the front and rear corners and also along the entire upper corner of the front wall, finally on the front relative I installed two dividing squares but I don't think they can be efficient on low frequencies. Also installed the lateral sound-absorbing panels on the first reflection point and replaced the rear window with a PVC one from Nurith and triple glass with 41 db noise reduction (12GAWE + 4beT + 10GAWE + 33.1be - Ug: 0.8 - Rw: 41 dB - Th: 40 mm). What is advisable to do in such a response situation to have an improvement especially between 190 and 350 Hz and maybe fix the hole at 70 Hz? I had thought of buying such a cloud that could possibly attenuate the peaks present at around 110 and 190 Hz. Look at the screen attached
Let me know
Thank you!