Jesper Pedersen, CPO & Co-Founder at Treble
New Geometry Import Features
Jesper Pedersen demonstrates some of the new geometry import features coming to Treble Acoustic Simulation Suite:
- Overview of geometry import in treble
- "Multi-space import" feature presentation
- BIM integration outlook
Pawel Kowalik , Technical Marketing Manager at Saint-Gobain Ecophon Poland
LiDAR scans enhancing and speeding up acoustic calculations in Treble
The Technical Marketing Manager at Saint-Gobain Ecophon in Poland brings eight years of experience at Ecophon and holds a Master's degree in Civil Engineering from the Warsaw University of Technology.
Within the Polish Ecophon team, fulfills the role of providing daily technical support to the sales team and contributes to acoustic calculations in Treble.
Additionally, as a part of the Central Ecophon R&D team, plays a crucial role in overseeing all digital solutions, introducing and testing them in European markets.
Recent posts
Join our webinar on February 26th unveiling new Treble SDK capabilities for advanced voice processing and audio AI, including dynamic scene simulation, a new source receiver device for own voice and echo cancellation scenarios and powerful tools for large scale synthetic data generation. Industry leaders in audio technology and voice AI will join to discuss how these advancements elevate product performance and accelerate research and development.
The Next Major Evolution of the Treble SDK
The release is centered around two main areas. First, a substantial expansion of our device modeling capabilities. Second, a new framework for large scale data workflows and acoustic scene generation. Together, these changes further position the Treble SDK as a core infrastructure layer for modern audio algorithm development and virtual prototyping.
Meet Treble at ISE 2026
We will be at ISE 2026 in Barcelona on February 3-6 where wewill showcase the Treble Web Application for high-fidelity room acoustic simulations, giving visitors a hands-on look at our streamlined cloud-based approach to acoustic prediction and auralization.
