Real-Time Audio in Python
Introducing the asmu Package
Thanks to recent improvements in Python’s interpreter performance, real-time multichannel audio in Python is no longer just a curious experiment - it's a viable option across domains like research, arts, and education - without requiring low-level programming. While Python can’t promise hard real-time guarantees, with right design decisions supported by profiling, you can get surprisingly far.
This talk introduces asmu, a modular Python package designed for real-time audio applications. We'll explore its modular architecture, show real-world use cases - from precise audio measurements to interactive sound sculptures - and share lessons learned on writing efficient Python code. Expect practical insights, optimization tips, and a fresh take on what Python can really do in the audio world.
Felix Huber
Felix is a developer and researcher with a passion for acoustics and open-source technology. He’s currently a PhD candidate at TU Wien, where he works on creating innovative tools and methods for acoustic measurement and simulation. With a background in Technical Acoustics and Electrical System Design, Felix enjoys turning complex research into practical solutions. He’s an active contributor to open-source hardware and software projects, often working in Python and always aiming to make his work accessible and reusable by the community.