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And here's where your entire tangent fails: You're bragging about your 40 years of whatever experience you have and you're expecting the OP to be able to apply that to his room, which looks to be somewhat compromised by shape and size, and come out with something wonderful using cheap foam. The OP doesn't have your knowledge or experience and you're not going to be there measuring frequencies and reflections and every other thing, so the outcome is predictable. |
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As already said countless times, foam does not absorb the low frequencies. Yes, you get rid of the flutter echo. But its the lows that muddy up the recording, and if they are bouncing around the room (principally getting worse from the corners), it only make it worse. You can hear it when you are listening to a mix in an untreated room just by moving your head around the listening area and paying attention to how the sound changes. If you are only recording in the room, then it is less of a concern, of course. |
Seems to me that the degree of unconstrained contentiousness in this thread is unusual for AGF. Since it's on a topic that's more about science than subjective opinion, I think it's mostly good. :-)
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I'm having a hard time understanding how the guy who claimed this:
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"More practical solutions require efficient low-frequency absorbers. Foam panels would typically need to beat least a metre thick to get significant absorption at low frequencies, so a resonant type of absorber is typically necessary, with membrane designs being most common in small rooms. " Quote:
https://www.soundonsound.com/techniq...ol-room-design |
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Ownership, let alone foamership, obviously lies in the head of the beholder. 🤔
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