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The acoustic intelligence platform for advanced audio development
Automotive Audio
A hybrid simulation engine built for real world acoustic complexity
Treble is built on patented breakthroughs in acoustic simulation and spatial audio, combining cutting edge advances in mathematics, computing, and acoustics to deliver real world quality results up to 100 times faster than conventional methods. Its physics based engine models any environment, material, sound source, and listening device with high fidelity, enabling accurate acoustic intelligence at unprecedented scale.
Wave-Based FEM
Captures diffraction, interference, scattering, and modal behaviour through accelerated finite element simulation. Built for low and mid frequency accuracy where wave physics matter most.
Geometrical Acoustics
Efficiently models high frequency propagation in large and complex environments using advanced phased ray methods, preserving critical reflection and phase behaviour at scale. develop audio hardware through physics based virtual prototyping, helping reduce physical iterations while improving acoustic performance and accelerating product development.
Better Data = Better Models
Better distance estimation
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Better Source Localization
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Better Speech Recognition
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Improving multichannel speech enhancement through accurate room-acoustic simulations
Training on the high-fidelity dataset results in an up to 38% relative reduction in median word error rate compared to the lower-fidelity alternatives. These results show that augmentation with high-fidelity room-acoustic simulations directly translates into improved multichannel speech enhancement performance.
Synthesis of Room Acoustics for Speaker Distance Estimation
Explore how simulated acoustic data can support models that estimate a speaker’s distance from a microphone. This study presents a benchmark for generating room acoustics and evaluating their value for speaker distance estimation.
Room-Acoustic Simulations as an Alternative to Measurements for Audio-Algorithm Evaluation
Evaluate audio algorithms with simulated acoustic data. See how wave-based simulations closely match measured results.
