Use FM synthesis to add harmonic complexity to bass layers
Problem: bass lacks harmonic complexity
Applying FM synthesis to a bass layer can add harmonic complexity and interest to the sound. This technique is useful for creating more dynamic and evolving basslines that stand out in a mix.
Use FM synthesis with resonators to shape unique timbres
Problem: creating a unique FM sound
Adjust the interval of the resonating note (e.g., +12 semitones) and modulate the gain of the resonator. This creates a metallic, harmonic texture by emphasizing specific frequencies. The original FM signal is mixed with…
Use FM synthesis with a sine wave for harmonic complexity
Problem: bland, static tone
Modulating a sine wave oscillator with an LFO (e.g., 10Hz rate) adds harmonic complexity and movement. This technique introduces subtle frequency modulation, making the sound more dynamic and interesting. The sine wave's…
Add FM synthesis to the microwave sound for texture
Problem: sound lacks movement or texture
The 'microwave' sound is enhanced with FM synthesis to add harmonic complexity. The speaker uses the wave table and FM status features in Serum to create a shimmering, evolving texture. This technique is particularly…
Push boundaries by 'wrecking' sounds
Problem: creative stagnation from safe choices
The tutorial encourages extreme experimentation with the selected function, even if it creates 'unusual' or 'broken' sounds. This is a mindset tip about embracing creative risk. The example shows using the second…
Use the one-to-one envelope setting for FM
Problem: limited FM modulation options
The tutorial demonstrates using the 'one-to-one' button in Drift's second envelope to sync modulation to the oscillator's frequency. This creates a unique FM effect where the envelope's shape directly affects the pitch.…
Add FM modulation to enhance bass texture
Problem: flat, lifeless bass tones
To create the 'Burgey 808' sound, Smyers uses FM synthesis with a sine wave oscillator. He lowers the pitch by two octaves and applies FM modulation (referred to as 'PD') to add harmonic complexity. This technique adds…
Use EQ to refine FM-based bass tones
Problem: muddy or unclear bass frequencies
Adding EQ to FM-based basses helps carve out space in the frequency spectrum. This ensures the bass doesn't clash with other low-end elements like kicks or sub-bass. The EQ is used to enhance clarity and definition,…
Use FM synthesis with sine waves for UK garage basses
Problem: creating a full yet defined bass sound
FM synthesis creates a rich, textured bass sound when combined with sine wave oscillators. This approach is popular in UK garage for its balance of warmth and clarity. The sine wave provides a clean foundation, while FM…
Modulate noise oscillator with FM oscillator A for complex textures
Problem: static, predictable oscillator sounds
Using FM modulation from oscillator A to the noise oscillator creates unpredictable, evolving textures. This technique leverages Serum's FM synthesis capabilities to generate chaotic, organic sounds that are difficult to…
Use FM synthesis for dynamic bass textures
Problem: bass lacks movement or interest
FM synthesis adds movement and complexity to the bass by modulating the waveform over time. The envelope is linked to the FM warp, creating a dynamic texture that evolves with the track. This technique is common in Tech…
Use FM synthesis for deep percussive sounds
Problem: thin or flat percussive elements
FM synthesis creates rich, evolving percussive textures. Set a carrier oscillator to a sine wave and modulate it with a square wave at 20% depth. Add a low-pass filter with a 200Hz cutoff and 12dB/octave slope. Automate…
Use FM synthesis to create basslines with unique harmonic content
Problem: basslines lack harmonic complexity or uniqueness
FM synthesis allows for the creation of complex and rich bass tones by modulating one oscillator (the carrier) with another (the modulator). This technique is especially useful for generating unique and evolving bass…
Reduce randomness in FM synthesis for more control over the sound
Problem: FM basslines are too chaotic or unpredictable
When using FM synthesis, reducing the randomness parameter allows for greater control over the modulation and overall shape of the sound. This is especially useful when trying to achieve a specific tone or when working…
Adjust the phase of FM oscillators to shape the waveform
Problem: FM basslines lack tonal variation or depth
Changing the phase of the modulator and carrier oscillators in FM synthesis can significantly alter the waveform and the resulting sound. This technique allows producers to fine-tune the harmonic content and the overall…
Apply FM synthesis with feedback controls for unique timbres
Problem: limited timbral options in synth patches
Using Dune 3's FM synthesis engine with feedback parameters allows for the creation of complex, evolving sounds. Adjusting the ratio between oscillators A, B, and C in the FM section enables precise control over the…