Brian Grey
New member
Nate,
I understand what you're saying now about your control room. How much can you hear from your live room when you're in your control room if you're listening to drums? If you can't hear them, then I probably won't be able to.
The thing about the "chain is only as strong as it's weakest link" is an analogy I've used when talking with my friends about my studio. The only thing is, it can be a bit mis-leading. Think of this... A wall made entirely out of glass will have a piss poor STC, and the smaller that window gets the better the STC. And, if you make it so where the glass isn't, there's a 50 foot thick block of earth blocking the sound, so the only part of the wall that will let sound through is the glass. It may not be the best analogy for what I've done, but you can get my point I'm sure. The better we make the wall the glass is in, the better the entire wall will be at blocking sound. By making the wall as big as we have we're making the glass the only weak point.
Proveras, STC is Sound Transmission Class, a numerical rating of how effective a material is at blocking the transmission of sound through itself. This rating generally applies to hard materials like rubberized sound barriers, concrete, brick and drywall but also applies to a much lesser degree to softer materials. Virtually every material filters out some of the sound that travels through it, but dense materials are much better at this than are spongy materials.
I copied that directly out of Acoustics 101 since they put it so nicely.
A single wood stud wall, 16" o.c., with 3½" R11 insulation and a single layer of ½" drywall on each side: STC 38
The STC's just keep getting better the more layers you add. The target I go for is about 75. If I only get in the 50's I'm still happy.
Later
I understand what you're saying now about your control room. How much can you hear from your live room when you're in your control room if you're listening to drums? If you can't hear them, then I probably won't be able to.
The thing about the "chain is only as strong as it's weakest link" is an analogy I've used when talking with my friends about my studio. The only thing is, it can be a bit mis-leading. Think of this... A wall made entirely out of glass will have a piss poor STC, and the smaller that window gets the better the STC. And, if you make it so where the glass isn't, there's a 50 foot thick block of earth blocking the sound, so the only part of the wall that will let sound through is the glass. It may not be the best analogy for what I've done, but you can get my point I'm sure. The better we make the wall the glass is in, the better the entire wall will be at blocking sound. By making the wall as big as we have we're making the glass the only weak point.
Proveras, STC is Sound Transmission Class, a numerical rating of how effective a material is at blocking the transmission of sound through itself. This rating generally applies to hard materials like rubberized sound barriers, concrete, brick and drywall but also applies to a much lesser degree to softer materials. Virtually every material filters out some of the sound that travels through it, but dense materials are much better at this than are spongy materials.
I copied that directly out of Acoustics 101 since they put it so nicely.
A single wood stud wall, 16" o.c., with 3½" R11 insulation and a single layer of ½" drywall on each side: STC 38
The STC's just keep getting better the more layers you add. The target I go for is about 75. If I only get in the 50's I'm still happy.
Later