Vocal chain order matters more than which specific plugins you use. The same compressor sounds different placed before EQ vs after EQ. Saturation before compression sounds different than saturation after. This guide walks through the standard professional vocal chain in order and explains why each stage sits where it does. Once you understand the why, you can deviate intentionally instead of accidentally.
Stage 1: Pitch correction (Auto-Tune, Melodyne, Waves Tune). Apply at the very front of the chain so every downstream plugin gets pitch-correct input. If you compress before pitch-correcting, the compressor reacts to dynamics that the pitch correction will alter, which compounds artifacts. Always pitch-correct first.
Stage 2: Noise gate or expander. If your vocal recording has background noise, room tone, headphone bleed, or breaths you want to suppress, gate first. Set the threshold so the gate closes during silences but opens cleanly on the vocal. Use a slow release (200 to 500 ms) to avoid choppy gating. If your recording is clean, skip this stage.
Stage 3: Subtractive EQ. High-pass filter (80 to 130 Hz). Cut narrow problem frequencies (usually a 250 to 350 Hz mud cut, sometimes a 1 to 2 kHz honk cut). The goal is to clean up the signal before compression so the compressor reacts to the wanted frequencies, not the problems. Compressing first then EQ-ing means you have already amplified the problems.
Stage 4: First compressor (slow, opto or VCA). LA-2A emulation, 2:1 to 3:1 ratio, slow attack, slow release, 3 to 5 dB of gain reduction. This is the musical leveling compressor — it makes loud parts quieter and quiet parts more present, smoothing the dynamic range without sounding aggressive.
Stage 5: Second compressor (fast, FET). 1176 emulation, 4:1 to 8:1 ratio, fast attack, fast release, 2 to 4 dB of gain reduction on top of the first compressor. This catches the peaks the slow compressor missed. The serial-compressor approach lets each compressor work in its sweet spot — neither has to do too much, and both sound musical instead of audibly compressed.
Stage 6: Additive EQ. Now that the dynamic range is controlled, add character. High shelf at 10 to 15 kHz for air. Narrow boost at 3 to 5 kHz for presence. Optional warmth boost at 200 to 300 Hz if the vocal feels thin (rare — most vocals need a cut here, not a boost). Boost gently — 1 to 3 dB max.
Stage 7: De-esser. Sibilance frequencies (usually 5 to 9 kHz for most vocals) need targeted compression. Set the de-esser threshold so it engages only on harsh consonants, not on the vowel body. 3 to 6 dB of reduction on offending consonants is usually enough. If your additive EQ added air, the de-esser will need to work harder.
Stage 8: Saturation. Light tape, tube, or transformer saturation adds harmonic richness without obvious distortion. 1 to 3% drive on a tape emulation, or the "low" setting on a tube preamp emulation. Saturation makes vocals sound expensive and finished. Skip if the vocal already sounds rich; add if it sounds clinical and digital.
Stage 9: Sends to reverb and delay. Use sends, not inserts. The reverb and delay buses live separately so multiple sources can share them and so you can EQ the reverb return without affecting the dry vocal. Send -15 to -25 dB to reverb, similar or quieter to delay.
Stage 10 (optional): Limiting on the vocal track for peak control. A transparent limiter set to catch only the loudest peaks (1 to 2 dB of reduction maximum) prevents stray transients from clipping the master bus. Skip if the chain is already controlled.
Variations by genre. Rock and indie skip Stage 1 (no pitch correction needed for genre authenticity). Hip-hop often uses heavier saturation and more aggressive limiting. Pop usually uses heavier pitch correction (Auto-Tune as a stylistic effect) and longer reverbs. Country uses lighter pitch correction and plate reverb. Folk often skips compression entirely or uses minimal compression for natural dynamics.
Common mistakes: EQ before compression on a noisy or boomy vocal (the compressor reacts to the unwanted frequencies), compression before pitch correction (artifacts compound), heavy de-essing replacing additive EQ (fight your problem at the source), too many plugins (each adds latency, CPU, and the temptation to do too much).