Geometrical simulations in Acoustics
This blog delves into how Treble’s geometrical solvers operate, their technical strengths, and why they’re indispensable for acousticians and design professionals seeking efficient, scalable sound solutions.
Treble SDK 2.0: A Game Changer in Acoustic Technology
February 27th at 2:00 PM UTC / 9:00 AM EST.
Join us on February 27th for an exclusive webinar showcasing the revolutionary programmatic workflow of the Treble SDK 2.0. See how our highly sophisticated source and receiver modeling combined with our scalable cloud solution can tackle the next generation of audio application challenges
- Synthetic Audio Data Generation: Produce high-quality spatial impulse responses with unlimited receivers. Revolutionize machine learning applications like speech enhancement, dereverberation, and noise suppression without the limitations of physical measurements.
- Machine Learning Validation: Train and validate AI models with unparalleled precision using accurate wave-based acoustic simulations.
- Product Virtual Prototyping: Effortlessly simulate microphone arrays, loudspeakers, and wearables in both real-world and laboratory conditions. Seamlessly post-process simulations to test different microphone configurations or to include HRTFs for accurate binaural evaluation.
- Spatial Audio: Render perceptually authentic binaural and spatial audio signals, via the mixing of HRTF/DRTFs and spatial RIRs up to 32nd order ambisonics. Easily set up thousands of scenarios, grids of sources and receivers enabling real time walk through of complex acoustic scenarios and listening to your acoustic designs.
- Parametric Analysis: Enhance acoustic designs with advanced parametric studies to optimize geometry, speaker placement, materials, and configurations.
- Automotive Acoustics: Create immersive vehicle soundscapes and optimize cabin acoustics with high-fidelity simulations tailored for electric and luxury vehicles.
Don't miss this leap forward in sound simulation.
Meet the speakers
CEO - Treble Technologies
Dr. Finnur Pind
Dr. Finnur Pind is the CEO and co-founder of Treble, a company revolutionizing sound simulation and acoustic design through cutting-edge technology. With a background in acoustical engineering and years of experience driving innovation, Finnur has been at the forefront of developing tools that enable designers, engineers, and architects to create better-sounding environments and products. Under his leadership, Treble has become a global leader in cloud-based sound solutions, pushing the boundaries of precision and collaboration in the industry.
Product Manager for the Treble SDK - Treble Technologies
Dr. Daniel Gert Nielsen
Dr. Daniel Gert Nielsen is a specialist in numerical vibro-acoustics, with a PhD focused on loudspeaker modeling and optimization. His expertise spans acoustic simulation for communication devices and synthetic data generation for machine learning applications. With a strong background in numerical methods and audio technology, he plays a key role in shaping advanced acoustic modeling solutions at Treble.
Audio Research Engineer - Treble Technologies
Dr. Georg Götz
Dr. Georg Götz is a leading expert in acoustics and audio signal processing, with a PhD specializing in data-driven room acoustics modeling. His research and work focuses on large-scale data acquisition, multi-exponential sound energy decay, and 6DoF late reverberation rendering, contributing to more accurate and immersive spatial audio simulations. With extensive experience bridging theoretical research and real-world applications, Dr. Götz plays a key role in advancing next-generation acoustic modeling at Treble.
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Funding announcement: Treble closes €11M Series A round
Treble Technologies, a next-generation sound simulation and synthetic audio data generation technology company, has raised €11M in a Series A round. The investment will be used to expand the Treble team, enhance R&D efforts, forge new enterprise clients, and tap into new markets.
Wave-Based Simulations in Acoustics
In this blog, we’ll explore the fundamentals of wave-based simulations and how Treble harnesses this powerful technique to deliver cutting-edge acoustic solutions for real-world applications.
