Mixing

At its core, a compressor is not actually such a complicated device.

When every track is panned wide, nothing stands out. Why mono and narrow elements are what make stereo mixing work — and how to use width as contrast.

Gain staging explained: the complete signal chain from mic to speaker, how to set levels at every stage, headroom targets, and why volume is the most powerful mixing tool.

Fletcher-Munson curves and equal loudness contours — why bass disappears at low volumes, what the loudness war did to music, and how LUFS metering fixes it.

What mastering actually is: the perfect-pretty-loud framework, LUFS targets for Spotify and Apple Music, and why learning mastering early makes you a better mixer.

Why reference tracks are non-negotiable, how to choose them, and the difference between hope mixing and intentional mixing.

If 10 tracks peak at -10dB and you boost each fader by 1dB, the output rises by 10dB, not 1dB. Mixing math every producer should know.

Center-panned content is 3dB quieter in headphones than on monitors. Understanding why helps your mixes translate.

When the TV is on too loud and you turn it down, you are acting like a compressor.

Your reverb has a job to do.

Let’s talk about why you’re having a hard time hearing compression.

As soon as you send a signal anywhere, your stereo output, your headphones, you’re using a bus.

Level and volume are used interchangeably but measure different things. The technical distinction every producer should know.

When you place reverb on a channel, does it sound different than when you put it on a bus?

"Pre-delay is about more than just the time between the original sound and the onset of reverb, as you may have heard." Most people assume that reverb time is the factor that tells you how large a space you’re simulating, but actually there’s a lot more going on.

You have what’s known as an echo threshold.

A440. Here’s what we’re talking about. What it means is when I play this note, this string vibrates at 440 times a second. An octave up, 880. An octave down,…

Today we’re gonna build something.

Let’s clear up some of the noise around mixing in headphones and why maybe it’s not a great idea if you’re just starting …

Insert effects vs send/return routing explained — buses, grouping, parallel processing, resampling, freeze and bounce, and building a reusable mix template.

How to set up a DAW session: templates, gain staging in practice, track naming, color coding, exporting stems, versioning, and future-proofing your projects.

Artistic vs technical mixing, why the line between production stages is blurring, the importance of finishing, and audio terminology people use wrong.

A practical mixing workflow: level-matched reference tracks, selective leveling, the listen-compare-act loop, and knowing when your mix is finished.

Noise gates and expansion explained — threshold, attack, hold, release, range, upward vs downward expansion, and the sidechain concept that connects everything in dynamics processing.

A compressor can add dynamics, reduce them, reshape attack, or extend sustain. Those are different jobs. Use one with intention, not by default.

If you can't name the problem compression is solving, you won't recognize when it's working. Start with the symptom, not the plugin.

Audio compression explained: threshold, ratio, attack, release, knee, and makeup gain — why compression is the hardest effect to hear, and how to start hearing it.

Compression as a creative tool: hard vs soft knee, using attack to shape transients, release and groove, bus compression for glue, and when compressor pumping is a feature.

The mastering signal chain in practice: corrective EQ, master bus compression, limiting, LUFS metering, intersample peaks, and when to master yourself vs hire someone.

Compressor types compared: optical (LA-2A), FET (1176), VCA (SSL), and tube (Fairchild) — plus parallel compression, serial compression, and when the type actually matters.

Multiband compression, de-essing, dynamic EQ, and sidechain compression explained — frequency-specific dynamics tools for controlling sibilance, taming low end, and the classic kick-duck-bass technique.

Radical EQ curves with steep peaks and cuts usually signal a problem upstream. Use broad strokes first, surgical moves only when needed.

Delay explained: the Haas effect, comb filtering, echo threshold, slapback, and the differences between digital, analog, and tape delay — from 1ms to 500ms and what happens at each range.

What stereo actually is: the phantom center illusion, pan law, mono compatibility, and why panning decisions matter more than stereo widening plugins.

Mid-side processing and stereo recording techniques — M/S encoding and decoding, X/Y vs ORTF vs spaced pair, and using M/S EQ to control stereo width in mixing and mastering.

Room acoustics for home studios: standing waves, bass traps, absorption panels, the mirror test for first reflections, speaker placement, and how to treat a room on a budget.

Reverb explained: predelay, RT60 decay time, diffusion, density — plus room, plate, hall, and spring reverb types compared, and why reverb goes on a send, not an insert.

Chorus, phaser, flanger, tremolo, and distortion explained — how each modulation effect works, the difference between saturation and clipping, and when to reach for each one.

When the TV is on too loud and you turn it down, you are acting like a compressor.

Well, the bad news is that our nuanced, thoughtful 90-second videos are no longer getting recommended on here.

Okay, let’s talk about compressor ratio and let’s imagine that instead of pitch, this is level.

The next time you reach for the attack or release on a compressor, instead of thinking of them as a time, think of it as the gas and the brakes.

Should I be concerned that the top part of this waveform is bigger than the bottom?

I think it’s important to set benchmarks for yourself.

Don’t be intimidated by a compressor, you deal with stuff like this all the time.

If your compressor has a knee, it’s offering you something of a compromise.

Here are two really fast workflow features that’ll help you with labeling things and making markers in Logic Pro.

For a mix engineer, masking is one of the first things you contend with — and it never stops showing its face. Here's a dead simple way to solve it.

First, let’s start with the obvious.

Why sending a stereo source to a mono reverb return often sounds better than stereo reverb on everything — and how it keeps your mix focused.

"Heh, Nathan." I initially responded to a mastering session and have never been replied to.

When you use a classic speed up or slow down effect to change the pitch of a sound, you’re preserving the relationship between the sound’s fundamental frequency and its resonance in a way that is unnatural and sometimes beautiful.

You know how compressors make stuff quieter?

After the onset of the original sound, the anatomy of a reverb occurs in three distinct stages.

The power of a compressor really comes into its own as we start to adjust the attack and release time.

If you’ve ever tried to explain a compressor to someone who’s new to music production, there comes a moment where they look at you with a really puzzled expression, and it’s probably because they’ve heard the word used in two ways.

Cat gut? No. Despite what you may have heard, instruments are not strung with cat gut. Neither are tennis rackets. They never have been. Sheep gut? Sure, but not cat.…

Jack Nietzsche used to say, "Reverb is like garlic." You can never have too much.

Most producers think they understand stereo — but confuse width with quality. What stereo actually means, how it’s encoded, and why mono compatibility matters more than width.

Think of an artist that you admire, and in the comment below, share what you think is their worst work.

"How do I know how much compression to use?" Just use your ears.

Hey teachers, when you ask your class any questions, it’s a little bit like saying, "Does everyone understand?" If you don’t hear anything, it doesn’t mean it’s time to move on.

Taking a break isn’t just critical for your body and your mind, but also your spirit.

Distortion comes in lots of flavors, but one thing they all share is that distortion adds high frequency content to your program material.

Welcome to your first day of mastering 101 at Beat Kitchen and I want you to look at the person on your left and look at the person on your right.

One of the hardest things about learning to mix, especially when you’re starting out, is you’ll have no way of knowing when you’re done.

This little unsung hero is part of my workflow in Logic and it’s called Create Track.

What came first? The musician or the instrument? It sounds a lot like the chicken and the egg question, which actually I think has been settled. From an evolutionary standpoint,…

You want to get better at mixing?

The flutter echo is created when you have two parallel surfaces.

For most of you, the whole hardware software debate is overblown.

So you’ve seen a few Beat Kitchen videos and you want to learn more about the whole program thing.

Unison, temperament, stretch.

I’m excited to announce that Beat Kitchen is launching our scholarship program with a pay what you can tuition option.

Who’s here for networking?

So the challenge is to make something every day and not worry how it comes out.

Free 26-chapter guide to effects, synthesis, and mixing — from sound waves and EQ through compression, reverb, stereo imaging, and mastering. From Beat Kitchen School.