The standard vocal chain order is: subtractive EQ → compression → de-essing → saturation → additive (tone) EQ → reverb → delay. The principle: remove problems before dynamics processing, control dynamics before adding color, and add space last so time-based effects receive a finished vocal.
- Effects are not commutative — the same devices in a different order produce a different sound.
- Cut problem frequencies before compressing, or the compressor reacts to energy you were going to remove.
- De-ess after compression because compression raises sibilance along with everything else.
- Boost EQ after dynamics so the boosts stay stable instead of pumping with the compressor.
- Reverb and delay go last: they should hear the finished vocal, not feed processed tails into your compressor.
Why order matters at all
Every device in a chain reacts to the output of the device before it. A compressor placed after a 4 dB low-mid boost will clamp down every time the boosted frequencies get loud — you EQ'd your way into pumping. The same two devices reversed behave completely differently. That's why two producers with identical plugins get different results: signal flow is a decision, not a default.
There is no law that a chain must follow the standard order. But the standard order exists because it minimizes devices fighting each other, and you should understand it before you break it.
The standard order, explained stage by stage
1. Subtractive EQ (cleanup)
High-pass filtering and cutting resonances comes first because everything downstream — especially compression — behaves better on a clean signal. Rumble below 80 Hz carries a lot of energy the ear barely hears; leave it in and your compressor spends its gain reduction on inaudible noise.
2. Compression (dynamics)
With the junk removed, the compressor can respond to the actual vocal. Compressing early in the chain also means later devices (saturation, EQ boosts) receive a consistent level, which keeps their character stable across the whole performance. Starting values are in our vocal compression guide.
3. De-essing
Compression narrows the gap between the loudest and quietest parts, which effectively pushes sibilance up. De-essing after compression catches the esses at their post-compression level. Put the de-esser before the compressor and the compressor will partially undo its work.
4. Saturation
Saturation responds to level: hit it harder and you get more harmonics. Placing it after compression means every phrase drives the saturator equally, so the color is consistent. Before compression, quiet words stay clean while loud words distort — occasionally a cool effect, usually just uneven.
5. Additive (tone) EQ
Presence and air boosts come after dynamics so they don't trigger the compressor. A 3 dB high-shelf boost placed before a compressor gets partially flattened every time the vocal gets loud — the exact moments you wanted the brightness.
6. Reverb and delay
Time-based effects go last so they receive the finished vocal. A compressor placed after reverb pumps the tail up between phrases (audible as 'breathing'), and EQing after a delay changes the repeats along with the dry signal. On send/return setups this ordering happens naturally — the send is tapped post-chain.
When to break the order
- Saturation before compression — for aggressive rap or rock vocals where you want loud phrases to bite harder than quiet ones. The unevenness becomes the style.
- Compression before any EQ — when the recording is already clean (treated room, good mic technique) and you want the compressor to shape the raw performance.
- De-esser first — when sibilance is so severe it distorts downstream devices. Tame it at the source, then compress.
- EQ after reverb — cutting lows and highs from a reverb return (the 'Abbey Road' trick) keeps tails from muddying the mix. This applies to the return channel, not the vocal insert chain.
How PhantomRack decides chain order
When PhantomRack analyzes a reference track, it generates a rack that follows the standard sequence by default — cleanup, dynamics, color, tone, space — and only deviates when the reference demands it (for example, obvious pre-compression saturation on aggressive rap vocals). Every generated rack ships as an ordered .adg preset, and the reasoning for each device is spelled out alongside your results — so you can see why, not just what.
Frequently asked questions
Should EQ go before or after compression on vocals?
Both, with different jobs: a subtractive cleanup EQ before compression (high-pass, cut mud) and an additive tone EQ after compression (presence, air). Cutting first keeps the compressor honest; boosting after keeps the boosts stable.
Does reverb go before or after delay?
Order between reverb and delay matters less than keeping both last in the chain. Delay into reverb sounds bigger and more blended; reverb into delay keeps repeats more distinct. Many mixers run them in parallel on separate returns instead.
Where does autotune or pitch correction go in the chain?
First — before any EQ or compression. Pitch correction tracks the vocal most accurately on a clean, unprocessed signal. Effects placed before a pitch corrector can confuse its detection.
Is chain order different for rap vs. singing?
The skeleton is the same. Rap chains typically use more saturation and tighter compression, and sometimes place saturation before compression for aggression. Sung vocals usually favor gentler dynamics and more space at the end of the chain.
Hear it onyour voice.
PhantomRack turns everything in this guide into a finished rack: upload a reference, download a stock-Ableton .adg tuned to it. First rack is free — no card required.