Multi-Band Compression on Master Buses: Controlling Low, Mid, and High Energy Bands
S
Sarah Composer
MusiVo Audio Research
Editorial Masterclass • Mixing, Mastering & Audio Engineering
Master the 3-band compressor: Taming boomy low-end, gluing dense mid-range vocals, and smoothing harsh high frequencies.
#1 Why Single-Band Compression Falls Short
A standard compressor reacts to the loudest element in the mix (usually the kick drum). Every time the kick hits, the entire mix ducks, causing audible pumping on vocals and cymbals.
#2 Dividing Audio into 3 Frequency Bands
Split the mix into Low (<120Hz), Mid (120Hzā4kHz), and High (>4kHz). Compress each band independently with custom thresholds and attack times.
#3 Taming High-Energy Drops
Apply gentle multi-band compression to clamp down on loud synthesizer chords in the drop without squashing the sub-bass foundation.
Studio Production Key Takeaway
"Compressing Low, Mid, and High bands independently prevents loud kick drums from pumping lead vocals."
Put It Into Practice on Musivo.ai
Ready to apply these techniques to your own music? Launch the AI Song Generator to test prompt formulas, isolate stems at the Stem Demixer, or polish waveforms inside the free Studio Multitrack Editor.
