How to EQ Vocals: The Frequency Map, Problem by Problem

The short answer: EQ vocals in two passes. First, corrective cuts: high-pass the rumble (around 80 to 120 Hz), then find and reduce whatever is actually wrong, usually mud around 200 to 400 Hz, boxiness around 400 to 800 Hz, or harshness around 2 to 5 kHz, with small, fairly narrow cuts of 2 to 4 dB. Second, tone: a gentle presence lift around 3 to 5 kHz and a little air above 10 kHz, with broad boosts under 2 dB. Make every decision with the full track playing, not with the vocal soloed. A vocal EQ'd in solo sounds beautiful alone and wrong in the song.

EQ is the stage where I see the most over-processing on the vocals people send me, and on my own releases (Sony, Universal, Ultra, Dim Mak) the moves are almost always smaller than people expect.

The vocal frequency map

Pass 1: corrective cuts

1. High-pass first. Start around 80 Hz and raise it until the voice starts to thin, then back off a little. Deeper voices sit lower, higher voices can go further.
2. Find the problem, don't assume it. Make a narrow boost of 6 to 8 dB, sweep slowly through 200 Hz to 1.5 kHz, and listen for the spot that jumps out and sounds worst. Then turn that boost into a 2 to 4 dB cut.
3. Fix only what's wrong. If a range isn't a problem on this voice, leave it alone. A recording from a good room might need almost no corrective EQ at all.
4. Leave sibilance to the de-esser. A static cut at 6 kHz dulls the whole vocal all the time; a de-esser only acts on the esses.

Pass 2: tone

• Presence (3 to 5 kHz): a broad 1 to 2 dB lift helps the words cut through. If the vocal gets harsh, you went too far or the instrumental is fighting it (see below).
• Air (10 to 12 kHz and up): a gentle high shelf adds sheen and expense. Do it before the de-esser, so the de-esser can catch any sibilance the boost exaggerated.
• Warmth (150 to 250 Hz): only if the voice is thin. Most vocals need less here, not more.

The mistakes that keep vocals amateur

1. EQing in solo. Decide in context. A vocal that sounds thin alone often sits perfectly in the mix.
2. Big boosts to make it cut through. If you need 6 dB of presence, the real problem is the instruments occupying the same range. Carve 1 to 4 kHz out of the synths or guitars instead, or duck them with a dynamic EQ band keyed from the vocal.
3. EQ before fixing the recording. Room echo and a bad mic position can't be EQ'd away. The room is the ceiling.
4. Forgetting the order. Corrective EQ usually comes before compression, tone EQ after it. The full vocal chain order is here, and the next stage is how to compress vocals.

The stock EQ in any DAW is enough for all of this; paid EQs mostly buy workflow speed, as covered here. The complete process around these stages is in how to mix vocals.

Quick answers

What frequency should I cut on vocals? High-pass below 80 to 120 Hz, then cut whatever is actually wrong: usually mud (200 to 400 Hz), boxiness (400 to 800 Hz), or harshness (2 to 5 kHz). Find it by sweeping, not by guessing.

How do I make vocals clearer with EQ? Reduce mud around 200 to 400 Hz, add a gentle 1 to 2 dB presence lift around 3 to 5 kHz, and make room for the vocal in the instruments rather than boosting it harder.

Should I EQ before or after compression? Corrective cuts before compression, tonal boosts after. That way the compressor isn't reacting to problems you meant to remove.

How much should I boost on a vocal? Rarely more than 2 dB for tone. Cuts can be deeper (2 to 4 dB) when fixing a specific problem.