FAQ: Your Setup, Untangled

Thin foam absorbs high frequencies but does little below about 500 Hz. Dense mineral wool panels, 100 mm or thicker with an air gap, treat a much wider range, including the low mids that make small rooms sound boxy. See Room Setup.

When recording at 24-bit, aim for peaks around −12 to −6 dBFS on the loudest part of the performance. This leaves headroom for surprises with no meaningful noise penalty. See Recording Chain.

In an untreated or shared room, good headphones are often the better first purchase because they bypass room problems. Add monitors once you can place them properly and treat reflection points. See Monitoring.

For an untreated room, a dynamic microphone such as the Shure SM57 or SM7B is forgiving and versatile. In a treated space, a large-diaphragm condenser such as the Audio-Technica AT2020 or Rode NT1 captures more detail.

No. Correction software can smooth the frequency response at the listening position, but it cannot remove reflections or fill deep cancellation nulls. Use it after placement and treatment.

Use a low buffer such as 64 or 128 samples while tracking to reduce latency, and a higher buffer such as 512 or 1024 samples while mixing with many plugins.

Usually because the room is exaggerating or hiding bass at your listening position. Check seat position, monitor distance from walls and corner treatment before changing equipment.

Most modern interfaces include clean preamps. A separate preamp or inline booster becomes useful when a low-output dynamic microphone needs more gain than your interface provides without noise.

Budget for the chain as a whole: interface, one microphone, stand, cables, headphones and some acoustic treatment. Spreading money evenly usually beats spending most of it on a single microphone.