Here is an overview of what articles we've got for you so far. We're working on adding content regularly – enjoy!
Explore a curated selection of standalone devices perfect for ambient music – including granular synthesizers, loopers, and rich spatial effects. These tools help you transform simple sounds into immersive sonic landscapes.
Choosing your first Eurorack filter can feel overwhelming, but it doesn’t have to be. This guide breaks down what filters do, how to understand terms like slope and topology, and offers beginner-friendly module suggestions to help you shape your sound and build your ideal modular rig.
A key choice when starting with modular, is whether to start with a semi-modular synth or build from individual modules. Chris Meyer walks you through some options and thoughts.
Choosing the right patch cables is crucial for performance, portability, and reliability in modular synths. Learn what to look for in plugs, jackets, lengths, and materials — and how the right cable choices can make patching faster, cleaner, and more creative.
Choosing the right utility mixers is key to unlocking creativity in modular synth patches. Learn why mixers matter, the difference between audio and CV mixing, and discover pro tips for bending the rules to create new sounds from your existing modules.
Random voltage generators bring organic variation to synth patches. Learn how smooth, stepped, and trigger-based randomness can add life, unpredictability, and evolving textures to your sounds.
LFOs bring movement to synthesis by modulating parameters like filter cutoff and pulse width. Learn about waveform types, sync, delay, and how to shape modulation for evolving, expressive sounds.
Envelope generators shape how a sound evolves over time – from percussive hits to swelling textures. Learn the basics of AD, ADSR, and looping envelopes, and how they control amplitude, filters, and timbre in a synthesizer.
Waveshaping alters the harmonic makeup of a waveform to create new timbres. Learn how techniques like saturation, rectification, and wavefolding shape sound, and how modulating these parameters brings movement and complexity.
Filter resonance – also called Q or emphasis – boosts harmonics near the cutoff point, creating vowel-like tones and dramatic peaks. Learn how resonance shapes sound and brings filters to life in expressive, musical ways.
A filter’s slope determines how steeply it removes harmonics beyond the cutoff point. Learn how 1-, 2-, 4-, and even 8-pole filters shape sound with increasing intensity – from subtle roll-offs to dramatic tonal sculpting.
Filters shape sound by removing or reducing harmonics. Learn how low-pass, high-pass, band-pass, and notch filters work – and how adjusting the cutoff frequency creates dramatic changes in tone and texture.