Design bass in Serum with attention to filters and oscillators
Problem: muddy or unprofessional-sounding bass
Carefully designing bass in Serum by focusing on filters and oscillators ensures a clean and professional-sounding bass. This technique allows for precise control over the bass's frequency content and shape, making it…
Use a saw wave with unison detuning for a wide synth sound
Problem: thin or flat synth sound
Using a saw wave with unison detuning (7 voices) creates a rich, wide synth sound. This technique is commonly used in electronic music to add depth and fullness to a synth patch. The unison detuning spreads the notes…
Assign an envelope to detuning for dynamic modulation
Problem: static or lifeless synth sound
Assigning an envelope to the detuning parameter in Serum allows for dynamic modulation of the unison detuning over time. This can create a more organic and evolving sound, similar to the way a trumpet or guitar vibrates…
Use mid-side processing to separate bass layers
Problem: muddy or flat bass sound
Mid-side processing allows for greater control over the stereo image of the bass, making it easier to shape the low-end and add depth. By separating the bass into mid and side components, you can apply different effects…
Use Serum for synth riffs due to its popularity and versatility
Problem: limited synth options
Using Serum for synth riffs is a practical choice due to its popularity and versatility. Many producers use Serum because it's widely available and has a large library of presets. This makes it an ideal choice for…
Set pitch bend range to ±2 semitones in Serum for expressive lead bends
Problem: lifeless lead, lack of expressiveness
Using a ±2 semitone range allows for dramatic, controlled pitch modulation without overdoing it. The creator sets this in Serum's pitch bend section, which is crucial for achieving the signature 'Duro' vocal-like bends.…
Use a separate track for reverb to maintain dry/wet control
Problem: loss of dry signal clarity when applying reverb
Duplicating the lead sound and routing it to a dedicated reverb track allows precise EQ shaping of the reverb without affecting the dry signal. This approach gives more control over the spatial characteristics of the…
Replace default wave tables with unique ones
Problem: preset sounds too similar to original
Using the same wave tables as the preset makes your sound generic. Replacing them with alternatives (e.g., square instead of saw) changes the timbral character. This is especially effective in genres like melodic techno…
Enable multiple wave tables for layered octaves
Problem: preset lacks harmonic depth
Activating multiple wave tables (e.g., sub and top texture) allows for octave layering. This creates richer, more complex sounds by combining different waveforms for different frequency ranges. The position sliders…
Use LFOs for pitch drift on oscillators
Problem: preset sounds too digital/perfect
Connecting an LFO to the oscillator's fine tuning creates subtle pitch modulation, mimicking analog imperfections. This adds organic movement and prevents the sound from feeling sterile. The LFO rate should be set to…
Add asymmetric distortion for character
Problem: preset lacks harmonic saturation
Using asymmetric distortion in the FX section creates harmonic richness and saturation. This is especially effective for adding warmth to leads and pads. The distortion amount should be set to 10-30% for subtle…
Use FX section for texture shaping
Problem: preset lacks textural interest
Processing the sound with effects like distortion, bitcrushing, or reverb in Serum's FX section adds unique character. This is particularly useful for creating hybrid sounds that blend synthesis with digital processing.…
Apply velocity modulation to filter cutoff
Problem: preset lacks dynamic filter response
Mapping velocity to filter cutoff creates dynamic articulation. This makes the sound respond to playing intensity, adding expressiveness. The modulation depth should be set to 10-30% for natural variation without losing…
Combine two random presets in Serum using the hybrid dies feature
Problem: presets sound generic and unoriginal
The hybrid dies feature in Serum randomly merges two presets, which can occasionally produce unique sounds but more often results in poor-quality outputs. This method is presented as an experimental approach to break out…
Mistake: Assuming random preset combinations will reliably produce good results
Problem: unrealistic expectations from randomization tools
The speaker explicitly warns that the hybrid dies feature in Serum produces usable results only about 10% of the time. This highlights a common misconception that randomization tools will consistently yield creative…
Layer oscillators with octave detuning and level balancing
Problem: thin or muddy bass tones
Combine two oscillators with -1 and -2 octave detuning (0% randomness) and balance levels (68% vs 81%) to create a thick, harmonic bass sound. This technique enhances the low-end while adding upper harmonics for…
Use key tracking on low-pass filter for bass brightness
Problem: static bass tone lacking dynamic range
Applying key tracking to a low-pass filter (set to 18Hz) allows the bass to become brighter as notes ascend. This creates dynamic tonal variation while maintaining sub-bass presence below 100Hz. The filter's cutoff…
Apply tube distortion and downsampling for gritty texture
Problem: lifeless or sterile bass tones
Use Serum's tube distortion (70% drive, 40% mix) and downsampling effect (23% intensity, 40% mix) to add warmth and analog-like grit. This combination creates a vintage, saturated sound while maintaining clarity. The…
Design pads with slow attack/release and unison voices
Problem: flat or uninteresting pad textures
Create pads using a slow attack/release envelope (8 voices of unison) with a saw wave and bright white noise. Filter out low-end frequencies to maintain clarity. This technique produces a lush, evolving pad with harmonic…
Use multiband compression and tube distortion on plucks
Problem: lifeless or undefined pluck sounds
Apply multiband compression and tube distortion (70% drive, 30% mix) to pluck layers for dynamic control and harmonic saturation. This enhances the punch and presence of plucks while maintaining clarity in dense…
Use mono for envelope modulation
Problem: phase cancellation, unstable transients
Routing the voicing to mono envelope one avoids phase issues that can occur with stereo signals. This is particularly useful for percussive or transient-heavy elements, ensuring they remain punchy and stable in the mix.…
Use unison with fine tuning for thickness
Problem: thin or flat synth tone
Using unison with slight detuning (fine tuning) on oscillator A creates a richer, more complex sound. This technique is widely used in synth design to add depth and avoid thinness, especially in lead or pad sounds. It's…
Apply low cut on filter for clarity
Problem: muddy low-end, unclear frequency definition
Adding a low cut on the low 18 filter helps remove unwanted sub-bass frequencies that could muddy the mix. This is particularly useful for mid-range filters, ensuring the sound remains focused and doesn't clash with…
Use pattern-based workflow in Serum for ARP
Problem: cluttered arrangement during ARP development
The speaker creates a new Serum instance and assigns it to a specific pattern (pattern seven) to isolate the ARP section. This method allows for non-destructive experimentation with different ARP patterns while keeping…
Use a saw wave in Serum for bright, harmonic-rich chords
Problem: lifeless or thin-sounding chords
The saw wave's harmonic content provides a full, resonant tone ideal for chord layers. In Serum, combining a saw wave with a low-pass filter and subtle saturation adds warmth and presence. This is a staple in trance and…
Use multiple oscillators with harmonic content for richer chords
Problem: thin or one-dimensional synth chords
Sam layers multiple oscillators (50, 19, 6) to create a fuller harmonic spectrum. Each oscillator contributes unique overtones that fill the frequency range. This approach avoids the thinness of a single oscillator while…
Set oscillator mode to 'harmonics' for precise harmonic control
Problem: inability to shape specific harmonics
Switching to the 'harmonics' mode in Serum allows precise shaping of overtones. Sam sets octave two to 100% to emphasize specific harmonics. This technique is useful for creating unique timbres that match the harmonic…
Use band 24 filter on oscillator B to isolate harmonics
Problem: muddy or cluttered synth layers
Applying a band 24 filter to oscillator B allows isolation of specific harmonic frequencies. Sam uses this to carve out space for other oscillators while maintaining harmonic richness. This technique is critical for…
Use LFOs for dynamic wobble effects on tuning and amp
Problem: static or lifeless synth chords
Sam assigns an LFO to both tuning and amp parameters to create a wobbly, animated effect. He adjusts the LFO shape and smoothness to avoid harshness. This technique adds movement to static chords, making them more…
Use EQ to cut harshness and match original stem's brightness
Problem: clashing or overly bright synth chords
Sam uses an EQ to cut 560Hz and 1250Hz to reduce harshness while maintaining the original stem's brightness. This ensures the new chord doesn't clash with the original but retains its character. The technique is…
Use automation clips to control drone evolution
Creating automation clips allows precise control over parameters like volume or pitch over time, ensuring the drone evolves naturally.
Adjust Serum 2's unison parameter for stereo width
Modifying the unison setting in Serum 2 can widen or narrow the stereo image of a pad or drone sound.
Center the unison for a more focused sound
Reducing the unison width in Serum 2 creates a more centralized, focused sound while maintaining perceived size.
Use band plus sparingly to avoid losing high end
Problem: loss of high-end clarity from over-processing
Band plus adds harmonic content but overuse can dull high frequencies. The creator warns against excessive use, suggesting a subtle application to maintain clarity. This is critical for maintaining the screeching…
Connect a macro to the cutoff for dynamic filter control
Problem: Static filter lacks dynamic expression
Mapping the cutoff frequency to a macro allows real-time modulation of the filter, which is essential for creating dynamic changes in the sound. This is particularly useful during build-ups where the filter can be…
Lower filter cutoff for build-up tension
Problem: Lack of tension in build-ups
Reducing the filter cutoff during build-ups creates a sense of anticipation by narrowing the frequency range. This technique is commonly used in rave and neo-rave genres to heighten energy before a drop. The filter's…
Use macros to control mix parameter for sound variation
Problem: Limited control over sound characteristics
Mapping the mix parameter to a macro allows for real-time adjustment of the sound's presence in the mix. This is useful for creating different tonal characteristics during transitions or for fine-tuning the lead's…
Create a stereo macro for hyper-dimensional width
Problem: Narrow stereo image limits spatial impact
Mapping stereo parameters to a macro enables real-time control over the sound's spatial characteristics. This is particularly effective for creating immersive, wide stereo images in neo-rave leads. The technique…
Preserve default amp envelope for sustained leads
Problem: Unintended cutoff in sustained sounds
Keeping the default amp envelope unmodified ensures the lead sustains indefinitely, which is ideal for long, atmospheric sounds. This technique avoids unintended decay and maintains consistency in the sound's duration.…
Experiment with parameters for unique sound characteristics
Problem: Limited sonic variation in presets
Adjusting various parameters (e.g., oscillator settings, LFOs, filters) allows for exploration of different sonic textures. This approach encourages creativity in sound design and helps achieve unique, genre-specific…
Mistake: Using 100% randomness in Serum unison causes inconsistent pluck sounds
Problem: inconsistent pluck/stab sounds in tracks
Setting randomness to 100% in Serum's unison voices makes each pluck sound slightly different due to phase variance. While this adds character, it can lead to unpredictability in the track. The speaker avoids this by…
Set per-voice phase starting points in Serum for consistent unison sounds
Problem: unpredictable unison behavior in Serum
In Serum, go to the 'per voice' settings and manually adjust the phase start points for each unison voice. This allows you to maintain the rich, layered sound of unison while ensuring the same note always triggers the…
Bounce unstable Serum sounds to audio for guaranteed consistency
Problem: unpredictable Serum behavior in tracks
If manual phase settings aren't sufficient, bounce the unstable Serum sound to an audio file. This locks in the sound exactly as it is, eliminating any chance of variation during playback. This is a reliable fallback for…
Enable legato in Serum to prevent filter envelopes from retriggering overlapping notes
Turning on legato ensures that when notes overlap, the filter envelope (envelope two) only triggers once, creating a smoother, non-retriggered filter effect. This avoids the envelope restarting with each note, which…
Use dual oscillators with detuned unison for a resonant bass texture
Layer two oscillators (A and B) with slight octave differences (-2 and -1), 0.8 detune, and 25% stereo width. Lower oscillator B's level to 80% for a balanced, resonant sound with stereo width control.
Shape a plucky envelope for dynamic filter cutoff automation
Assign a plucky-shaped envelope (envelope two) to a low-pass filter (MG Low 24) with 17% modulation depth, 60% resonance, and 50% drive. Automate the cutoff frequency for dynamic filter transitions.
Use tube distortion for warmth in resonant bass layers
Add a small amount of tube distortion to enhance the harmonic content and warmth of the resonant bass sound.
Use two oscillators with different unison settings for lead thickness
Problem: thin or harsh lead sound
Oscillator A uses 1 voice of unison with 100 detuning for a punchy core, while Oscillator B uses 7 voices with 20 detuning for a wider, richer harmonic layer. This creates a balanced lead with both clarity and width. The…