The SSC Mixing Playbook

From monitoring and balance to a finished master

A professional mix is rarely the result of one special plugin or secret technique. It comes from making a series of small, reliable decisions in the correct order.

This SSC playbook gives you a repeatable workflow for:

1. Preparing your monitoring environment

2. Setting levels and creating headroom

3. Referencing professional tracks

4. Controlling the kick and bass

5. Mixing the drums

6. Mixing vocals

7. Applying mix-bus processing

8. Preparing your premaster

9. Creating and checking your final master

Use it as a guide rather than a rigid set of rules. Every track is different, so listen carefully and only process something when you can identify a reason for doing it.

The SSC Mixing Principles

Before opening a plugin, remember these five principles.

1. Monitoring comes first

If you cannot hear the track accurately, every decision becomes more difficult.

Room correction, suitable headphones and good speaker placement will not mix the track for you—but they will help you trust what you hear.

2. Balance before processing

Volume and panning will often solve more problems than EQ or compression.

Build the strongest possible static balance before reaching for additional processing.

3. Work in context

A sound can be impressive in isolation and completely wrong in the track.

Regularly check your processing with the full mix playing.

4. Reference throughout the process

Professional reference tracks give you perspective on balance, tone, width, punch and loudness.

Always level-match your references before comparing them with your music.

5. Every move should have a purpose

Before adding a plugin, ask:

• What problem am I hearing?

• What am I trying to improve?

• Is this the best tool for the job?

• Does the track genuinely sound better afterwards?

If you cannot hear a clear improvement, remove the processing.

Stage 1: Build a Monitoring Setup You Can Trust

Your objective

Create a listening environment that allows you to make reliable decisions about balance, stereo placement and low-end energy.

Speaker setup

Start with the physical position of your speakers.

• Keep the left and right sides of the room as symmetrical as possible.

• Match the distance between each speaker and your listening position.

• Check the distance between the speakers and nearby walls.

• Position your listening point centrally between the speakers.

• Make small measurements rather than relying entirely on sight.

Even minor differences in speaker placement can affect the stereo image.

Room and headphone correction

If you use room or headphone correction software:

• Create the most accurate profile you can.

• Leave the correction active while mixing.

• Keep it active when listening to reference tracks.

• Avoid switching it on and off throughout the session.

Correction software can improve consistency, but it cannot completely compensate for poor placement or an untreated room.

Low-end checks

Bass is usually the most difficult area to judge.

Use several listening methods:

• Studio monitors

• Reliable headphones

• Low-volume monitoring

• Mono playback

• A spectrum analyser

• A familiar consumer system

If the low end changes dramatically between systems, return to the kick-and-bass relationship before making the master louder.

SSC checkpoint

Before mixing, confirm that:

• Your speakers are positioned symmetrically.

• Your correction software is active.

• Your monitoring level is comfortable.

• You have at least one alternative listening system available.

Stage 2: Prepare the Session

Your objective

Create a clean, organised session with enough headroom to mix confidently.

Session organisation

Before processing:

• Name and colour your channels.

• Group related elements.

• Remove unused tracks and devices.

• Route drums, bass, music and vocals to suitable groups.

• Create return channels for reverb and delay.

• Save a new version of the project.

A well-organised session helps you hear problems more clearly and move more quickly.

Gain staging

Pull your channels down and rebuild the balance.

As a practical starting point, aim for the master to peak at approximately -6 dBFS before mastering.

This is not a magic number. The purpose is to:

• Prevent accidental clipping

• Leave room for processing

• Stop the master chain from being overloaded

• Make level decisions more deliberate

Create a fast rough balance

Try to achieve around 80% of the balance quickly.

Focus on:

• Kick and bass relationship

• Lead or vocal level

• Snare and clap level

• Main musical hook

• Supporting elements

• Effects and ambience

Do not begin with detailed EQ moves. Get the track feeling musical first.

Check at a low listening level

Turn the monitoring level down.

At a low volume, you should still be able to identify:

• The main rhythm

• The lead or vocal

• The key musical hook

• The overall energy of the track

If one element disappears completely or dominates the mix, adjust the balance before continuing.

Stage 3: Reference Correctly

Your objective

Use professional tracks to create perspective—not to copy somebody else’s mix.

Choose your references

Select one to three professionally released tracks.

A useful reference may match your track in:

• Genre

• Arrangement

• Instrumentation

• Vocal style

• Low-end character

• Energy

• Intended loudness

Your references do not need to match in every area. One track may be useful for bass, while another may help you judge brightness or vocal level.

The SSC referencing process

Step 1: Level-match

Turn the reference down until its perceived loudness is similar to your track.

Louder music usually appears more exciting, wider and more detailed. Comparing at different levels can lead to unreliable decisions.

Step 2: Compare equivalent sections

Compare like with like:

• Drop with drop

• Breakdown with breakdown

• Verse with verse

• Chorus with chorus

Step 3: Identify the biggest difference

Listen for:

• Low-end weight

• Midrange balance

• High-frequency brightness

• Punch

• Vocal or lead level

• Stereo width

• Depth

• Dynamics

Choose one or two meaningful differences rather than trying to fix everything at once.

Step 4: Make a controlled adjustment

Make one change, level-match again and compare.

Ask:

Is the mix genuinely better, or is it simply louder?

Stage 4: Control the Kick and Bass

Your objective

Create a low end that feels powerful, stable and consistent across different playback systems.

Start with phase

If the kick and bass are poorly aligned, they can partially cancel each other.

This may cause:

• An inconsistent sub

• A weak kick

• Notes that disappear

• Unpredictable low-end peaks

• A low end that changes dramatically in mono

Check phase and polarity before applying large EQ boosts.

EQ cannot fully repair cancellation caused by poor phase alignment.

Process the kick

A practical kick workflow may include:

1. Envelope or transient shaping

Divide the kick into functional areas:

• Low end for weight

• Midrange for body

• High end for attack

If the kick sounds boxy, inspect the low-mid area, often around 200–300 Hz.

If it lacks definition, carefully increase the upper attack rather than simply turning up the whole kick.

2. Sub enhancement

If the kick needs more physical weight, subtle harmonic enhancement can help it translate.

Use this carefully. Adding extreme sub content can consume headroom without improving the audible mix.

3. Context check

Always listen to the kick with the bass playing.

A kick that sounds huge in isolation may leave no room for the bass.

Build the bass in layers

When appropriate, separate the bass into functional layers:

• Sub layer: Weight and fundamental energy

• Mid-bass layer: Tone and musical identity

• Upper layer: Presence, texture and width

Process each layer

Sub layer

• Use dynamic EQ to control inconsistent notes.

• Keep it stable and focused.

• Avoid unnecessary stereo information.

• Check phase against the kick.

Mid-bass layer

• High-pass it where necessary to prevent overlap with the sub.

• Use saturation to improve character and translation.

• Remove any low-frequency build-up introduced by processing.

A high-pass point around 70–80 Hz may work in some tracks, but choose the frequency by listening rather than copying a fixed number.

Upper bass layer

• Use it to create presence and width.

• Keep the deepest frequencies controlled.

• Check that stereo processing does not weaken the sound in mono.

Sidechain with purpose

Do not automatically duck the entire bass every time the kick hits.

Instead, decide which frequencies need to move.

Multiband or frequency-conscious sidechaining can allow:

• The sub to duck more strongly

• The midrange to remain present

• The upper texture to keep its energy

The sidechain should create clarity without making the bass feel disconnected from the groove.

Low-frequency width

As a general safety practice, keep the deepest low end focused near the centre.

Mono compatibility is often improved by controlling stereo information below approximately 90–120 Hz. The correct crossover will depend on the sound and arrangement.

Avoid abrupt stereo splits where possible. Gentler transitions can sound more natural.

SSC checkpoint

Before moving on:

• The kick and bass should complement each other.

• The phase relationship should be stable.

• The sub should remain controlled across different notes.

• Sidechaining should feel musical.

• The low end should remain solid in mono.

Stage 5: Mix the Drums

Your objective

Create a drum mix that is clear, controlled and energetic without becoming harsh or overcrowded.

Individual drum processing

Most drum elements can be approached using three core stages.

1. Cleanup and tone

Use EQ to:

• Remove unnecessary low-frequency information

• Control ringing frequencies

• Reduce harshness

• Create space between competing elements

• Shape the role of each sound

Hi-hats and percussion can develop unpleasant ringing in the upper midrange, often around 2–4 kHz. Sweep carefully and use small cuts when necessary.

Avoid automatically cutting every sound. Only remove frequencies that are causing a genuine problem.

2. Width and placement

Decide where each element belongs in the stereo image.

You can use:

• Conventional panning

• Stereo width controls

• Mid/side EQ

• Very short delays

• Different left and right processing

A short delay on one side can create width, but it may also introduce phase problems. Always check the result in mono.

3. Envelope and depth

Use transient or envelope shaping to position sounds from front to back.

For example:

• More attack can bring a sound forward.

• Less attack can move it behind another element.

• More sustain can increase body or ambience.

• Less sustain can make the mix tighter.

If an open hi-hat competes with a closed hi-hat, reducing the open hat’s attack may create separation without changing its volume.

Managing percussion conflicts

When two percussion sounds occupy the same frequency range, consider:

• Dynamic EQ

• Frequency-conscious sidechain ducking

• Transient shaping

• Small timing changes

• Sound selection

• Simple level adjustments

Solve the problem as early and simply as possible.

The SSC Drum Bus Template

Use this as a starting point—not a chain that must be applied to every track.

Suggested order

1. Corrective EQ

Remove unwanted rumble, resonances or excessive tonal build-up.

2. Dynamic EQ

Control frequencies that only become problematic on certain hits.

3. Saturation

Add density, harmonics and character.

Blend subtly and watch for extra low-end or high-frequency build-up.

4. Post-saturation EQ

Remove any unwanted frequencies introduced or exaggerated by the saturation.

5. Glue compression

Use gentle compression if the drums need to feel more connected.

If the mix bus is already providing enough glue, additional drum-bus compression may not be necessary.

6. Transient control

Restore punch if the processing has softened the drums, or control excessive peaks if they remain too aggressive.

7. Harmonic enhancement

Add character to a specific area only if the drums need more presence or weight.

8. Clipping

A clipper can shave short transient peaks and create additional headroom for the final limiter.

Aim for controlled peak reduction rather than audible distortion. Around 1–2 dB may be enough, but the correct amount depends on the material.

SSC checkpoint

By the end of the drum stage:

• The groove should feel clear.

• Each percussion element should have a role.

• The snare or clap should sit naturally in the midrange.

• The drums should remain punchy in context.

• Stereo processing should survive a mono check.

Stage 6: Mix the Vocal

Your objective

Create a vocal that is clear, controlled and emotionally connected to the track.

Start with the source

Before building a chain:

• Check the recording for noise, clipping and phase problems.

• Edit timing where necessary.

• Control distracting breaths or clicks.

• Remove unwanted ambience where possible.

• Check whether a stereo vocal should be converted to mono.

Some processed, sampled or generated vocals contain stereo effects that reduce focus. Converting the source to mono can provide a cleaner starting point.

Start dry and gradually add effects.

The SSC Vocal Chain

1. Subtractive EQ

Remove:

• Unnecessary low frequencies

• Boxiness

• Harsh resonances

• Distracting room tone

• Frequencies that conflict with the arrangement

Use narrow or dynamic cuts for specific resonances. Avoid removing so much that the vocal loses its natural character.

2. Compression

Use compression to:

• Control peaks

• Stabilise the performance

• Bring forward quieter words

• Help the vocal remain present in the track

Gain-match the processed and unprocessed versions. Compression that simply makes the vocal louder can appear more effective than it really is.

For very dynamic vocals, two compressors sharing the work may sound more natural than one compressor working heavily.

3. Additive EQ

After cleanup and control, add tone where needed.

This could include:

• Presence

• Clarity

• Brightness

• Air

• Body

Make these decisions while listening to the full track.

4. De-essing

High-frequency boosts can exaggerate sibilance.

Use a de-esser or dynamic EQ to control sharp “S” and “T” sounds without making the vocal dull.

5. Saturation

Use subtle saturation if the vocal needs:

• Thickness

• Harmonic detail

• Density

• Additional presence

Stop if the vocal becomes harsh or loses clarity.

Vocal Effects and Depth

Use return channels for most vocal delay and reverb effects. This makes the balance easier to control and allows several elements to share the same space.

Suggested effects

Vocal width

Use a doubler or short stereo effect to add width around the dry vocal.

Keep the main vocal focused in the centre.

Short delay

An eighth-note delay can add depth without creating a large wash around the vocal.

Longer ducked delay

A quarter-note delay can create space between phrases.

Use ducking or sidechain control so the delay moves out of the way while the vocal is active.

Plate reverb

A short plate can add dimension without pushing the vocal too far back.

Faster or denser vocals will often need shorter reverb times.

Clean the effects returns

Process the reverb and delay returns when necessary.

You may need to:

• Remove low-frequency mud

• Reduce harshness

• Control resonances

• Duck the effects beneath the dry vocal

• Automate the effect level between sections

SSC checkpoint

A finished vocal should:

• Remain understandable at a low volume

• Feel controlled without sounding lifeless

• Sit inside the track rather than floating above it

• Retain focus when the effects are active

• Avoid harsh sibilance

• Sound stable in mono

Stage 7: Mix-Bus Processing

Your objective

Add cohesion and preview the finished track without relying on heavy master processing.

There are two common approaches:

• Mixing with a limiter active to hear the track in a louder context

• Mixing without a limiter to preserve natural dynamics

The SSC approach combines the useful parts of both.

The SSC hybrid method

• Build the fundamental balance without relying on limiting.

• Use gentle bus processing for cohesion.

• Activate a limiter periodically to preview the loud version.

• Bypass it regularly to make sure the mix still works on its own.

• Remove or reduce preview limiting before exporting the premaster.

If the mix falls apart as soon as the limiter is removed, return to the balance and dynamics.

Optional Mix-Bus Preview Chain

1. Subtractive EQ

Use gentle processing to:

• Remove unnecessary sub-rumble

• Control excessive side information in the low end

• Address broad tonal problems

Avoid aggressive surgery on the mix bus when the problem could be solved on an individual channel.

2. Glue compression

A useful starting point could be:

• Ratio: 2:1

• Attack: approximately 30 ms

• Release: approximately 50–100 ms

• Gain reduction: around 1 dB

A high-pass filter in the compressor’s detector can prevent the kick and bass from triggering too much compression.

These settings are starting points, not rules.

3. Preview limiter

Use gentle limiting to hear how the mix responds at a louder level.

Try to avoid making the preview limiter work excessively. If it is regularly reducing more than a few decibels, investigate the balance and transient peaks first.

Stage 8: Prepare the Premaster

Your objective

Export a clean, controlled mix that is ready for mastering.

When possible, separate mixing and mastering into different sessions. This creates a psychological reset and reduces the temptation to keep changing the arrangement.

Premaster checklist

Before exporting:

• Bypass unnecessary preview limiting.

• Confirm that the master is not clipping.

• Leave sensible headroom.

• Check the beginning and end of the track.

• Listen for clicks, pops and cut-off effects.

• Confirm the sample rate and bit depth.

• Export a full-quality WAV or AIFF file.

• Save a clearly labelled project version.

A peak level around -6 dBFS is a useful working target, although clean, unclipped audio is more important than reaching an exact number.

Stage 9: Master the Track

Your objective

Improve translation, cohesion and controlled loudness without damaging the mix.

Import the premaster into a fresh project and listen before adding any processing.

The SSC mastering workflow

1. Prepare the session

• Set the correct tempo.

• Align the beginning of the track.

• Add your references.

• Level-match the references.

• Check the premaster for technical problems.

2. Subtractive EQ

Use small corrections to:

• Remove unnecessary sub-rumble

• Control broad tonal build-up

• Reduce distracting resonances

• Clean the stereo sides

Choose between a low cut and a low shelf according to the track. Avoid automatically removing low frequencies that contribute to the music.

3. Glue compression

Use gentle compression to create cohesion.

A useful starting point may include:

• A slower attack

• A medium release

• A detector high-pass filter

• Approximately 1 dB of gain reduction

If compression removes the impact or movement, reduce it or remove it.

4. Additive EQ

Make broad, subtle tonal adjustments.

Compare frequently with level-matched references and avoid chasing visual symmetry on an analyser.

5. Stereo management

Check:

• Low-frequency focus

• Side-channel resonances

• Excessive low-mid width

• Mono compatibility

• Overall stereo balance

Create width through careful level relationships rather than extreme phase manipulation.

6. Final harshness control

If necessary, apply gentle dynamic control to the upper midrange or high frequencies.

Be careful not to remove the energy and excitement of the track.

7. Clipping and limiting

A clipper can reduce short peaks before the limiter.

You may also use two limiters in series, with each applying a small amount of gain reduction. This can sound cleaner than forcing one limiter to create all the loudness.

Use True Peak monitoring on the final stage and leave a suitable output ceiling for the intended destination.

There is no universal loudness target. Use professionally mastered references from the relevant genre and prioritise sound quality over a number.

Master Quality-Control Check

Listen to the entire master without making changes.

Write down anything you notice, then complete one final revision.

Check the master on:

• Studio monitors

• Headphones

• Earbuds

• Laptop or phone speakers

• Car speakers

• Mono playback

• Low-volume playback

Listen for:

• Distortion

• Harshness

• Weak or excessive bass

• Unstable vocals

• Over-limiting

• Narrow or phasey stereo information

• Clicks and edit points

• Cut-off reverb or delay tails

• Unwanted silence

• Incorrect fades

If the same problem appears on several systems, address it.

If a problem only appears on one unusual system, be careful not to damage the entire master while trying to fix it.

Ableton Live-Friendly Tool Guide

You do not need expensive third-party plugins to follow this workflow.

EQ and dynamic control

• EQ Eight

• Channel EQ

• Multiband Dynamics

• Compressor

Bus compression

• Glue Compressor

Saturation and harmonics

• Saturator

• Drum Buss

• Roar

Stereo and mono control

• Utility

• EQ Eight in Mid/Side mode

Time-based effects

• Echo

• Delay

• Hybrid Reverb

• Reverb

Limiting

• Limiter

Third-party alternatives

Third-party tools can provide additional control, but they are optional. Useful categories include:

• Dynamic or spectral EQ

• De-essing

• Transient shaping

• Harmonic saturation

• Clipping

• Frequency-conscious sidechaining

• Phase alignment

• Reference comparison

• True Peak limiting

Choose tools based on the job they perform—not because somebody else uses them.

The SSC Full Mixing Checklist

Use this checklist at the end of every mix.

Monitoring

• Speakers are positioned correctly.

• Room or headphone correction is active.

• Monitoring level is comfortable.

• The mix has been checked quietly.

Session preparation

• Tracks are named, grouped and organised.

• Unused elements have been removed.

• The rough balance works before detailed processing.

• The master has clean headroom.

Referencing

• One to three suitable references have been selected.

• References are level-matched.

• Equivalent sections have been compared.

• Changes are based on audible differences.

Kick and bass

• Phase and polarity have been checked.

• The kick and bass have separate roles.

• The sub remains consistent across notes.

• Sidechaining is focused and musical.

• The low end works in mono.

Drums

• The groove feels clear and balanced.

• Unnecessary low frequencies have been removed.

• Harsh percussion has been controlled.

• Transients feel punchy but controlled.

• The drum bus is not overprocessed.

Vocals

• Timing and source problems have been addressed.

• Compression controls the performance naturally.

• Sibilance is controlled.

• Effects support rather than obscure the vocal.

• Delay and reverb returns have been cleaned.

Mix bus

• Bus processing is subtle and purposeful.

• The mix still works without the preview limiter.

• Reference comparisons are level-matched.

• The master output is not clipping.

Premaster and master

• The premaster has clean headroom.

• The master has been checked on several systems.

• True Peak levels have been checked.

• The beginning, ending and fades are clean.

• Full-quality exports have been saved and labelled.

If the Mix Is Not Working

Before adding another plugin, check these areas in order:

1. Sound selection: Are the source sounds appropriate?

2. Arrangement: Are too many elements competing?

3. Volume: Is the balance creating the problem?

4. Phase: Are the kick, bass or layered sounds cancelling?

5. Stereo placement: Do elements need clearer positions?

6. EQ: Is there unnecessary frequency overlap?

7. Dynamics: Are peaks or inconsistent levels causing instability?

8. Effects: Are reverbs and delays creating mud?

9. Bus processing: Is the master chain working too hard?

10. Monitoring: Can you trust what you are hearing?

The solution is usually earlier in the signal path than you think.

The Three Biggest Mixing Force Multipliers

If you remember only three things from this playbook, remember these:

1. Reliable monitoring

Better information leads to better decisions.

2. Clean headroom

A controlled mix gives your master room to breathe.

3. Kick-and-bass phase alignment

A stable low end makes everything else easier.

Get these three areas right and every processing decision becomes clearer.

Your SSC Action Step

Choose one unfinished track and work through this playbook in order.

When you have completed your mix, share it in the SSC feedback group with the following information:

Track title:
Reference tracks used:
The biggest issue I addressed:
The part of the mix I’m happiest with:
The part I’m still unsure about:
My specific feedback question:

Avoid simply asking, “What do you think?”

Focused questions lead to focused feedback—and focused feedback helps you improve faster.