Open-source technologies have created new expressive opportunities by expanding the creative music palette into the realm of circuits and source code, democratizing the line between design and creative application. Sound & Music Projects for Eurorack & Beyond explores the intersection of music, computer science, and electronics in the context of Eurorack, a popular framework for mounting and interconnecting modular synthesizers. This book provides a practical path for musicians and other artists to envision and build custom electronic instruments using freely available software and a modest collection of tools and electronic components. Hands-on projects are based on Teensy microcontrollers, a category of USB-based devices that are easy to program for a variety of music and sound-design applications including music synthesis, digital signal processing, and the Musical Instrument Digital Interface. Mini projects include a genetic step sequencer, interactive arpeggiator, custom effects unit, and synthesizers based on several typologies including frequency modulation, subtractive, additive, and granular synthesis. Sound & Music Projects for Eurorack & Beyond is comprised of four sections that explore music synthesis and digital signal processing, the Musical Instrument Digital Interface, Eurorack concepts, and Eurorack projects. The text culminates with several custom Eurorack modules including an audio mixer, audio effects unit, MIDI to control-voltage converter and Eurorack synthesizer. Throughout the book, readers will develop relevant skills including microcontroller programming, circuit design, PCB design, and instrument fabrication in a building-block fashion that fosters experimentation and creative application.
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Sound & Music Projects for Eurorack & Beyond explores the intersection of music, electronics, and computer science and provides a practical path for musicians and sound designers to envision and create custom electronic instruments. The book explores these concepts in the context of Eurorack, a popular framework for mounting and interconnecting electronic instruments.
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Preface Part I: Explorations in Music Synthesis and DSP Chapter 1: Light Synth Chapter 2 : Wavetable Synthesis Chapter 3: Creating a Synthesizer User Interface Chapter 4 : FM Synthesis Chapter 5 : Additive Synthesis Chapter 6 : Granular Synthesis Chapter 7 : Digital Signal Processing Part II: Explorations in MIDI Chapter 8: MIDI I/O Chapter 9: Polyphony Chapter 10: Interactive MIDI Arpeggiator Chapter 11 : Genetic Step Sequencer Part III: Eurorack Concepts Chapter 12: Making Connections-Microcontroller I/O Chapter 13: Powering Eurorack Modules Chapter 14 : Building Eurorack Modules-Part I: Stripboard Chapter 15: Building Eurorack Modules with PCBs Chapter 16: Voltage Control, Gates, and Triggers Part IV: Eurorack Projects Chapter 17: Building a Eurorack Effects Unit Chapter 18: MIDI to Control-Voltage Converter Chapter 19: Building Eurosynth Appendix A) Data Types Appendix B) Primary Audio Objects Appendix C) Using Polyphone to Create Custom Wavetables Notes
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Brent Edstrom is Amy M. Ryan Endowed Professor at Whitworth University. He is an author, composer, pianist, and music technologist. His publications include Arduino for Musicians and Recording on a Budget for Oxford University Press, and over 60 volumes for Hal Leonard Corporation's Jazz Piano Solos series. An avid programmer, his research explores the intersection of music, electronics, and computer science.
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Selling point: The first comprehensive book on designing and building custom Eurorack modules Selling point: Focuses on Teensy microcontrollers, a category of inexpensive USB devices that provides a low barrier to entry Selling point: Offers hands-on mini projects
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Produktdetaljer

ISBN
9780197514474
Publisert
2025
Utgiver
Vendor
Oxford University Press Inc
Vekt
889 gr
Høyde
278 mm
Bredde
219 mm
Dybde
22 mm
Aldersnivå
P, 06
Språk
Product language
Engelsk
Format
Product format
Heftet
Antall sider
384

Forfatter

Biographical note

Brent Edstrom is Amy M. Ryan Endowed Professor at Whitworth University. He is an author, composer, pianist, and music technologist. His publications include Arduino for Musicians and Recording on a Budget for Oxford University Press, and over 60 volumes for Hal Leonard Corporation's Jazz Piano Solos series. An avid programmer, his research explores the intersection of music, electronics, and computer science.