hidden Serum 2 features & other stuff

Summary of "hidden Serum 2 features & other stuff"

This extensive live stream/tutorial focuses on exploring hidden and advanced features of Serum 2, a popular wavetable synthesizer by Steve Duda, along with sound design demonstrations, workflow tips, comparisons, and some music theory insights.

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Key Technological Concepts and Product Features of Serum 2:

• Hidden and Advanced Features:
  • Smooth Interpolation: A right-click option on wavetable position that allows smoother frame transitions beyond normal morph crossfade, reducing volume dips between frames.
  • Right-click Menus: Various parameters (tuning, scan speed, fade edges, normalize, reverse, trim, postwarp, smooth) have hidden right-click options for deeper control.
  • Filter Drive Clean Mode: A filter drive mode that adds raspiness, different from the regular drive.
  • Spectral Oscillator Enhancements:
    • Features like phase lock, transient, sample length to BPM, key tracking, reverse, scan speed range, and XY controls for warp and spectral filter.
    • Phase lock explained as similar to Ableton’s Complex Pro mode, preserving phase relationships to reduce artifacts.
  • Convolution Reverb: Serum 2 includes a Convolution Reverb with unique automatable "size" parameter that can be modulated for dynamic pitch and decay effects, a rare feature in convolution reverbs.
  • Overdrive Stacking: Ability to stack up to 16 overdrives for rich distortion effects.
  • Sample Embedding in Presets: Samples can be embedded within presets to ensure portability across devices without missing files.
  • Oscillator Mapping: Assign oscillators to specific note ranges (e.g., bass on lower notes, leads on higher).
  • Granular Oscillator: Powerful but CPU intensive; users advised to manage grain density and unison carefully.
  • Randomization and Modulation:
    • Extensive use of "note on random" and "note on random discrete" modulation sources to create dynamic, evolving sounds.
    • Modulation of parameters like D-tune, spread, cutoff, octave, glide, and pan for varied and organic patches.
  • Hybridize Presets: Combine two presets to create new sounds.
  • Stereo Frequency Shifter Workaround: Using mid/side splitting and polarity inversion to create a stereo frequency shifter inside Serum.
  • Wave Table and Sample Editing: Trim, reverse, normalize, and fade edges directly inside Serum 2.
  • Arpeggiator: Built-in arpeggiator similar to Ableton’s, compatible with modulation sources for complex rhythmic patterns.
  • Undo Button: Helpful for quick reversions during sound design.
  • Macro Controls: Used for controlling multiple parameters like frequency shifter range or distortion amount.
  • XY Controls: Allow simultaneous modulation of two parameters (e.g., position and warp) for expressive control.
  • Velocity Layers and Round Robin Sampling: Serum 2 can handle velocity layers and some round robin-like behavior using multiple oscillators and random modulation, though full round robin support is limited.
  • Looping Samples Inside Oscillator: Loop points can be set on samples to create rhythmic textures or granular-like effects by modulating loop length.
  • Filter Table: Cutoff can move through wave tables, creating unique filter morphing effects.
  • Performance Considerations: Some presets, especially with granular oscillators and unison, are CPU heavy even on high-end machines (e.g., M3 Max MacBook Pro).

Sound Design Demonstrations and Tutorials:

• Creating Tear Out Stabs: Using spectral oscillator, overdrive stacking, envelopes, and Convolution Reverb to build aggressive, punchy stab sounds.
• Randomized Modulations: Demonstrated how to use note-on random and auxiliary modulation to create evolving, less repetitive sequences and effects.
• Frequency Shifting FM Bass: Recreated bass sounds similar to Skrillex’s Spitfire bass using frequency shifters combined with FM synthesis inside Serum.
• Stereo Frequency Shifter Setup: Detailed tutorial on how to build a stereo frequency shifter using Serum’s mid/side splitting and polarity inversion.
• Granular Oscillator Usage: Tips on grain density and CPU load, with comparisons to other granular synths like Face Plant.
• Convolution Reverb Automation: Showed how to automate the size parameter for dynamic reverb tails and pitch effects.
• Looping Samples and Modulating Loop Length: Used loop points inside oscillators to create rhythmic textures and granular effects.
• Using XY Controls: Explored modulating warp, spectral filter, and wavetable position simultaneously.
• Hybridizing Presets: Combining presets for new sound creation.
• Arpeggiator with Modulation: Using built-in arpeggiator with modulation sources for complex rhythmic patterns.
• Velocity Layers and Round Robin Workarounds: Discussed how to simulate round robin sampling using multiple oscillators and random modulation.