A vocal chain is the set of plugins a vocal runs through, in order, from the raw recording to the finished sound in the mix. The plugins matter, but the order matters just as much: every plugin reacts to whatever the one before it hands over. Put a compressor before the EQ and it responds to the boomy low end you were about to remove. Put reverb before pitch correction and the tuner chases the echoes.
- 1. Clean-up: gain, noise and a high-pass filter
- 2. Pitch correction (Auto-Tune, Waves Tune, Melodyne)
- 3. Corrective EQ: cut mud, boxiness and harsh spots
- 4. Compression, often two gentle stages instead of one heavy one
- 5. De-esser (before compression, after it, or both)
- 6. Tone: saturation and a brightening EQ
- 7. Delay and reverb last, or on sends
The standard vocal chain order, step by step
1. Clean-up and gain staging
Before any processing, get the level right and the junk out. Aim for peaks around −10 to −6 dBFS on the raw take. Cut or lower loud breaths, mouth clicks and room noise between phrases (clip gain or a gentle gate). Then a high-pass filter around 70–100 Hz removes rumble and mic-stand thumps you can't hear on small speakers but your compressor can.
2. Pitch correction
Pitch correction goes first or very close to first. A pitch tracker works best on a clean, dry, single voice. Feed it reverb, delay, a doubler or heavy distortion and it starts tracking the effect instead of the note, which is where the warbly, glitchy artefacts come from. Set the key and scale of the song before anything else.
3. Corrective (subtractive) EQ
Now remove what's in the way: muddiness around 200–400 Hz, a boxy or nasal tone around 400 Hz–1 kHz, or one harsh resonance your mic or room adds. Narrow cuts of a few dB are usually enough. Doing this before compression means the compressor isn't reacting to frequencies you were going to remove anyway. Exact frequencies are in our vocal EQ cheat sheet.
4. Compression
Compression evens out the level so quiet words don't vanish and loud ones don't jump out. Many engineers use two compressors in series, each doing a little: a fast one that grabs peaks, then a slower, smoother one that levels the performance. Two compressors each taking 2–4 dB sound more natural than one taking 8 dB. See vocal compression settings for starting ratios and times.
5. De-esser
De-essers tame harsh "s", "sh" and "t" sounds, usually somewhere between 5 and 10 kHz. There are two good spots, and plenty of chains use both:
- Before compression, if loud sibilance is making the compressor clamp down on every "s".
- After compression and brightening EQ, because both of those make sibilance louder.
Settings and frequencies: how to de-ess vocals.
6. Tone: saturation and additive EQ
With the vocal controlled, add character. Saturation or gentle distortion adds harmonics, which help a voice cut through a dense beat at a lower volume. A broad presence boost (2–5 kHz) and a high shelf for air (10 kHz and up) go here too. Boosting earlier would just push more level into the compressors.
7. Space: delay and reverb
Time-based effects come last. If reverb sits before the compressor, the compressor squashes the vocal and its reverb tail together, which sounds smeared. In a full mix most engineers put delay and reverb on send (aux) tracks so several vocals share the same space. In a single-plugin preset they live at the end of the chain with a mix control, which does the same job for one track.
Where does Auto-Tune go in a vocal chain?
First, or right after a high-pass filter and basic clean-up. That's the most common question about chain order, and the answer is the same for Auto-Tune, Waves Tune Real-Time, Melodyne or any other tuner. Two reasons:
- Tracking accuracy. Pitch detection needs the dry voice. Effects in front of it confuse the detector.
- Consistency. Compression and EQ settings respond to the tuned signal you'll actually hear.
One exception: heavy noise or rumble can also confuse a tuner, so a high-pass filter or noise reduction in front of it is fine. In the Ultimate Vocal Chain, pitch correction is the first slot in 23 of the 26 chains; the rest skip it on purpose for a raw, untuned sound.
A real rap vocal chain, slot by slot
Here's the Crispy Rap chain from the Ultimate Vocal Chain, in its actual order. It's a bright, upfront rap lead, and it shows how the theory turns into a working chain.
| # | Plugin | Job in the chain |
|---|---|---|
| 1 | Waves Tune Real-Time | Pitch correction, first so it tracks the dry voice |
| 2 | DeEsser | Tames sibilance before it hits the compressors |
| 3 | OneKnob Pressure | Fast, simple compression to catch peaks |
| 4 | C6 Multiband Compressor | Controls low-mid boom and harsh bands separately |
| 5 | CLA-2A Compressor / Limiter | Smooth optical-style levelling |
| 6 | F6 Floating-Band Dynamic EQ | EQ that only cuts or boosts when a band gets too loud |
| 7 | Renaissance Compressor | Final glue and level control |
| 8 | Manny Marroquin Reverb | Space, last in the chain |
Notice the de-esser sits early here: a bright rap take has a lot of sibilance, and catching it before the compressors keeps them from pumping on every "s". A softer singing chain in the same pack, Pop Lead Vocal, puts its de-esser near the end instead, after the brightening stages. Both are correct; the source decides.
How the order changes for rap, singing and adlibs
- Rap leads: firmer compression, more saturation for grit, mostly dry with short delays instead of big reverb, so every word stays clear. Full walkthrough: how to mix rap vocals.
- Sung leads: gentler compression, more reverb and longer delays, extra care with the de-esser on long notes.
- Adlibs: same order, but more aggressive filtering (telephone or lo-fi tones), panning, chorus or phaser and more effects. Put them on their own track, never on the lead's chain. More in how to mix adlibs.
Common vocal chain mistakes
- Recording too hot. Clipped or very loud input changes how every compressor in the chain behaves.
- Reverb or doubler before the tuner. The tuner tracks the effect, not your voice.
- Boosting before compressing. You're feeding the compressor the frequencies you just made louder.
- One compressor doing all the work. Heavy gain reduction from a single compressor tends to sound squashed.
- Copying a chain without checking levels. A preset is a starting point; your mic, room and voice still need adjusting.
FAQ
Does vocal chain order really matter?
Yes. The same plugins in a different order produce a different sound, because each one processes the output of the previous one.
Should EQ go before or after compression?
Both. Corrective cuts go before compression so the compressor doesn't react to problem frequencies; tonal boosts go after it so you aren't compressing your own boosts.
Is there one best vocal chain order?
The order in this guide is the standard starting point. Engineers move the de-esser, add a second compressor or put saturation earlier depending on the voice. Use it as a baseline and change it when you can hear why.
How many plugins should a vocal chain have?
As many as the vocal needs, and no more. The chains in our pack use between 7 and 12 plugins, but a clean, well-recorded take can sound finished with four.
