Mastering in Ableton Live with Animus Invidious

Watch professional mastering engineer Animus Invidious walk through his complete Ableton Live mastering workflow in real time, covering EQ, mid-side processing, parallel compression, and automation.

Mastering is where a great mix becomes a release-ready record. In this in-depth masterclass, producer and mastering engineer Animus Invidious walks through his complete mastering workflow inside Ableton Live using his Finalization Mastering Template, working on two real tracks from start to finish so you can see every decision as it happens.

What It Does

The session covers the full mastering chain from first listen to finished master. Animus begins by building a reference frequency contour using the HOFA analyser across multiple reference tracks, explaining why averaging several songs gives a more useful target than chasing a single reference. He then works through tone shaping, mid-side EQ, and parallel dynamics processing in a structured, repeatable order.

The approach is methodical but musical. Rather than applying preset settings, every move is justified against the reference contour and the listening experience. The goal throughout is to take an already solid mix and make it feel immersive, present, and forward without introducing unwanted artefacts or lifting the noise floor.

The session also covers the Finalization template’s transient splitter, a parallel pressure compressor with punch mode, and the importance of automation to manage dynamic processing across different sections of a track, particularly intros and choruses where one static setting will rarely serve the whole song.

How to Use It

• Build your reference contour: Load multiple reference tracks into the HOFA analyser before you touch any processing. Average several songs so individual frequency quirks do not mislead your decisions.
• Read the frequency plot of your track: Place your mix over the reference contour and identify where it sits low, where it bumps too high, and which regions are safe to boost for extra crispness or warmth.
• Shape the top end first: Use a gentle high-shelf roll-off above 10 kHz to smooth ultra-high content before anything else. Use Delta Listen to hear exactly what you are removing.
• EQ the centre channel separately: Solo the mid signal and apply a low-shelf boost around 82 Hz, a narrow cut to remove muddiness around 755 Hz, and a presence boost around 3 to 4 kHz for clarity.
• EQ the side signal independently: Boost the low sides around 176 Hz for warmth and width, add upper-mid presence around 2 kHz, and roll off the extreme highs with a high shelf around 12 kHz for an analogue feel.
• Use the transient splitter for transparent compression: Split the signal into peak, mid-level, and floor bands. Apply glue compression only to the mid-level band so your peaks and noise floor are left largely untouched.
• Feed in parallel pressure subtly: Set the parallel compressor to smash hard, then blend in a small amount of the processed signal. Use punch mode to emphasise transients or leave it off for density and glue.
• Automate the parallel pressure level: Drop the smash inject parameter right down at the intro and ramp it up as the track builds. Automate attack and release separately on choruses for extra punch where the track demands it.

Why It Matters

The difference between a mix and a master is not just loudness. When the processing is working, the master jumps forward and wraps around the listener in a way the mix alone does not. What this masterclass demonstrates clearly is that achieving that result is not about guesswork or heavy-handed processing. It is about reading your material accurately against a meaningful reference, making targeted corrections rather than broad sweeps, and using automation to ensure every section of the track benefits from the processing rather than being compromised by it. These are transferable skills that apply regardless of which tools or templates you use.