This is the same technology at the heart of Theoretica’s highly acclaimed high-end audio processor, the BACCH-SP. (Available in the Audiophile, Audiophile+ and Pro editions)Ī main feature of BACCH-dSP is BACCH 3D Sound, which is an advanced patented crosstalk cancellation technology, developed at Princeton University, that yields vivid and accurate 3D imaging from binaural (and regular stereo) audio over loudspeakers. Advanced diagnostics and measurement tools for binaural audio.2-band and 3-band crossover network with 2nd and 4th order Linkwitz-Riley filters.Powerful Higher-Order-Ambisonics-to-binaural rendering and 3D soundfield navigation.Extensive automation integration with the leading DAWs.Quick and intuitive design of 3D trajectories for moving sources in 3D space.The powerful BACCH-3dm mixer for precise mixing of audio sources in 3D space.Advanced head-tracking for real-time dynamic sweet spot adjustment for seamless 3D audio over a wide range of listener locations.Quick and easy design of individualized BACCH-hp filters for rendering highly externalized 3D audio from headphones.Quick and easy design of individualized BACCH® filters for rendering binaural audio (and regular stereo recordings) in full 3D over a pair of loudspeakers.The wide functionality of the BACCH-dSP includes the following main features: ProTools, Logic Pro, Ableton Live, etc.) or as a standalone application for processing audio from audio files, and audio from audio file players (Roon, iTunes, JRiver, etc.) and streaming services (Tidal, Spotify, etc.). It is the result of many years of continuous development by Professor Edgar Choueiri, President of Theoretica Applied Physics and Director of Princeton University’s 3D Audio and Applied Acoustics Laboratory.īACCH-dSP can be easily configured as a parallel processor for the leading DAW applications (e.g. Researchers, developers, and educators exploring applications of higher-order ambisonics (HOA) at the cutting edge of audio technology.īACCH-dSP incorporates many techniques, algorithms, and methods that have only recently evolved out of the research laboratory, and allows for the construction and rendering of stereo 3D audio images with breathtaking realism.Musicians, composers, and audio professionals interested in binaural audio mixing and production.Audiophiles wishing to emulate their 2-channel loudspeaker systems over headphones.
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