Deep Fried Audio

Manchester Orchestra x Emma Harner

EQ won’t save your guitars this time.

You’re told to keep it minimal. That advice isn’t built for you.

Acoustic guitar ruined with compression?
No more.

This is easier to understand once you know what to listen for.

Nothing here sounded obviously wrong in solo.

Levels were fine. The compression was controlled.

But in context the part kept pulling focus and feeling restless.

With sustained synths and pads, compression settings tend to shape movement more than loudness. The attack and release determine what the compressor reacts to and how often it lets go.

Here’s how the common timing combinations tend to behave.

Slow attack, slow release
This lets the transient through and applies control gradually. On pads and sustained synths it often feels smooth and weighty, but it can also glue the part in place. Useful when you want density and stability, less useful if the part needs to breathe or move with the arrangement.

Slow attack, fast release
The transient passes cleanly, but the compressor recovers quickly between notes or modulation changes. This often keeps the part lively without adding nervous movement. It is a good choice when you want presence without constant level chasing.

Fast attack, fast release
The compressor reacts immediately and lets go immediately. On sustained material this can track modulation and note movement rather than musical phrasing. That often creates small, rapid level shifts that are hard to hear in isolation but feel unsettled in the mix.

Fast attack, slow release
This clamps the front of the sound and holds it down. On pads it can flatten articulation and create a static block of energy. Sometimes useful for special effects or background layers, but easy to overdo if you want motion.

In this case the compression amount was not the issue.

The timing was.

Once the attack was slowed, the synth stopped fighting for attention and made sense in the mix again.

Parallel compression can add energy to drums, but sending the entire kit into a parallel bus is often why the cymbals fall apart.

In a typical full-kit parallel, kick and snare transients usually trigger most of the gain reduction.

The problem isn’t what triggers the compression.

It’s what happens to the cymbals once that compressed signal is blended back in.

Cymbals are broadband and sustained.
When you heavily compress a full kit in parallel and mix it underneath the dry drums, a few things tend to happen:

• Cymbal sustain and room wash get raised relative to the groove
• The natural envelope of cymbal hits gets flattened
• The top end can feel splashy, pumpy, or smeared
• Blending a processed parallel path with dry overheads can introduce comb filtering, which people often hear as “phasey” cymbals

The kit may feel louder and more energetic,
but often less clear and less controlled.

A shells-only parallel changes the behaviour completely.

By feeding only kick, snare, and toms into the parallel bus, you’re densifying impact and rhythm without compressing a second version of the cymbals.

What a shells parallel usually gives you:

• More weight and punch in the shells
• Cleaner cymbals that keep their natural dynamics
• A groove that feels stronger without extra high-frequency wash

A full-kit parallel can still make sense when:

• You want aggressive overall density
• Cymbals are meant to be part of the texture
• The genre tolerates wash and reduced transient contrast

A shells-only parallel is usually the better choice when:

• Cymbals already work in the overheads
• You want impact without exaggerating the top end
• You want parallel energy without losing clarity

Basic routing:

Send kick, snare, and toms to a parallel bus.
Leave overheads and rooms out of that send.

Compress the shells hard if needed, then blend under the dry kit until the groove feels supported, not flattened.

Parallel compression exaggerates whatever you feed it.

Choose what drives the energy.

Save this if your drum parallel keeps getting louder but your cymbals keep getting worse.