Acoustic Simulation Platform for Machine Learning & AI
Trusted by industry leaders
Join the thousands of professionals using Treble to revolutionize their acoustic simulation workflows
Our products
Treble Web Application
The Treble Web Application delivers next-generation acoustic simulation with a cutting-edge, cloud-native platform that combines speed, accuracy, and usability. Featuring a hybrid wave/geometrical acoustics engine, real-time collaboration, immersive auralization, and streamlined workflows. The Treble Web Application empowers professionals to design and optimize acoustic environments effortlessly at any scale.
Treble SDK
The Treble SDK is the first of its kind, offering a Python-based interface for scalable, high-fidelity simulations. It accelerates audio algorithm and hardware development, enabling synthetic data generation, virtual prototyping, and seamless integration with R&D workflows. It is trusted by leading tech companies to power next-generation audio experiences.
Optimization of small room for critical listening using Treble
The study demonstrates how Treble's simulations accurately capture room modes and boundary interactions, enabling precise planning and validation of loudspeaker placement and acoustic measures. By eliminating high measurement costs, the study highlights Treble's ability to position acoustic treatments with pinpoint accuracy, revolutionizing room acoustics design.
Treble simulation of a large auditorium
Treble surpasses conventional geometrical acoustics software in accuracy by directly solving the wave equation for complex phenomena like single reflections, finite-object diffraction, and large barrier diffraction in large spaces like the BRAS CR4 auditorium.
Synthesis of Room Acoustics for Speaker Distance Estimation
Treble supports cutting-edge generative data augmentation, enabling the creation of diverse, high-quality room impulse response datasets to enhance spatially sensitive tasks like speaker distance estimation.
Wave-based FEM
One of the most effective methods for achieving accurate results in acoustic simulations is wave-based modeling. This method captures the complex physics of sound propagation, providing a level of detail that other approaches often miss.Experience how your spaces sounds
Generate perceptually authentic audio-visual listening experiences in seconds and share them with all stakeholders across the web with a single click.Seamless workflows
Our cloud-based platforms with zero hardware and software footprint plug into your 3D modelling tools enabling a new seamless and collaborative workflows, reducing time-to-results from weeks to minutes.Testimonials
Traditional acoustic modeling software would have taken 42 days to run one condition of the model, while Treble's raytracer only took an hour.
