Dynasonix Project Awarded Support through Princeton's Intellectual Property Accelerator Fund
January 21st, 2015
A project to develop demonstration platforms for the 3D3A Lab's Dynasonix technology has been awarded support through Princeton University's Intellectual Property Accelerator Fund. The project, “Development of Dynasonix Demo Platforms for Three Critical Commercial Audio Applications,” proposed by Prof. Edgar Choueiri, is one of five projects to receive this award. This funding will be used to develop three separate demonstration platforms to illustrate the potential applications for this technology in theaters, for teleconferencing, and in automobiles. Read the Princeton University news article here.
The 3D3A Lab is currently looking to hire a lab technician to work on this project. Those interested should send an email to 3D3A@princeton.edu.
Cambridge Mechatronics and Princeton University's 3D3A Lab team up to offer 3D Sound for 3D TVs
March 8th, 2011
Cambridge, England and Princeton, New Jersey - March 8th, 2011, Cambridge Mechatronics Ltd. (CML), a leading developer of ASICs, Software and other Intellectual Property for precision actuators used in consumer electronics, today announced that it has signed an exclusive agreement with Princeton University to market 3-D Audio Technology, which the two parties co-developed.
The new technology branded as DynaSonix™ is essentially a combination of CML’s technology to form and direct sound beams and Princeton’s innovative optimized cross-talk cancellation filter technology (called BACCH™ Filters). DynaSonix™ has been further enhanced by the addition of miniature Camera-Based Automatic Set-Up (CBAS™) developed by CML. A Flat Panel TV (FPTV) sound system using DynaSonix™ will be able to locate up to eight listeners in a room and then direct a pair of sound beams to each listener, one beam for the left ear and the other for the right. Thanks to the effectiveness of Princeton’s novel BACCH™ Filter technology, the left ear and right ear hear two related but different sets of audio content. This allows for the delivery of a true 3-D audio experience, designed to complement the fast growing deployment of 3-D Televisions.
DynaSonix™ is similar to CML’s commercially successful Digital Sound Projector™ 5.1 surround sound technology, in that it delivers sound from a single array of tiny transducers integrated into the FPTV or placed in a soundbar unit, which sits under the TV’s screen. This means that DynaSonix™ can deliver a theatrical 3-D audio experience without the need to wire the room for multiple speaker units. However unlike Digital Sound Projector™, DynaSonix™ is not dependent on reflections off the walls and ceiling to create its desired audio effect, which means that it can work in any room, regardless of dimensions. The addition of CBAS™ to the system means that the user merely has to turn the television on for the 3-D sound delivery to be optimised for both room and audience.
DynaSonix™ is quite different from 5.1 surround sound, which provides some degree of sound envelopment for the listener but does not attempt to reconstruct a 3D soundfield. Instead, DynaSonix™ provides an accurate reconstruction of a fully 3D soundstage, where sound can be perceived accurately to be located anywhere in 3D space including at the ears, immediately above, behind, or even inside the head of the listener.
CML is working with a leading audio processor provider to integrate the various elements of firmware into a single code base, which will be licensed to FPTV manufacturers by CML. CML expects to announce the details of this partnership in the Spring of 2011, and to be able to offer a fully mass-production ready solution in time for the consumer electronics industry’s 2012 model releases.
DynaSonix™ has been developed by two bona fide ‘rocket scientists’. The principal inventor of the BACCH™ Filter technology is Dr. Edgar Choueiri a Professor of Applied Physics at Princeton University specialising in plasma rockets for spacecraft propulsion. Much of CML’s invention was done by its founder Dr. Tony Hooley, an astrophysicist and a former IBM Fellow at the Royal Institute of Astronomy as well as being an alumnus of Cambridge University’s iconic Cavendish Laboratory.
“CML is very excited about the whole DynaSonix™ project” said Andrew Osmant, CML’s Commercial Director and CFO “We believe it provides exactly what the 3-D TV manufacturers are looking for; a 3-D audio experience to match the video which is easy to use and is available at consumer prices.”
“CML was a natural partner for us to work with” said Dr. Edgar Chouieri, “Firstly for its technology and expertise, secondly for its proven ability to sell innovative technology into the global consumer electronics market.”
About Cambridge Mechatronics
Cambridge Mechatronics Ltd. (CML) is a privately held developer of ASICs, Software and other Intellectual Property for precision actuators used in consumer electronics. The company is responsible for creating the surround-sound soundbar market through its innovative application of arrays of phased actuators. CML is also credited with pioneering the development and introduction of lens-actuators used for the Auto-Focus and Optical Image Stabilisation functions in miniature cameras found in smart phones and other mobile devices. As well as providing ASICs and software to customers, CML also licenses its large portfolio of patents, know-how and mechanical designs to branded manufacturing partners. Cambridge Mechatronics’ technology has been licensed to 12 global corporations to date. CML’s ASICs and other IP can be found in mobile phones, digital cameras, home theatre systems and flat panel televisions currently on sale in mass-market retail outlets in every region of the world
Cambridge Mechatronics Contact
Tel: (+44) 01223 422290
Multiple 3D Audio Sweet Spots Demonstrated at the 3D3A Lab, Opens Door to 3D Audio for 3D TV, Cinema
January 25th, 2011
By combining the phased array (aka Digital Sound Projector™) technology of Cambridge Mechatronics Ltd. (CML) with Princeton's BACCH™ 3D Sound technology, researchers at the 3D3A Lab were able to produce multiple sweet spots, where multiple listeners can sit and experience the same accurate 3D sound image. Learn more...
Princeton University Licenses Pure Stereo to Audtech Associates for Audiophile Installations
November 5th, 2010
Princeton University has signed a non-exclusive licensing agreement with Audtech Associates for using its Pure Stereo 3D Audio™ technology in customized audiophile applications.
Pure Stereo is a recent breakthrough, and while it has been perfected and made ready for home use, it is not available on the audio market because it requires a high-level of in-situ customization. For Pure Stereo to work effectively, detailed acoustic measurements of the listener's audio system, loudspeakers, listening room, and individual characteristics (ears, head, torso), must be conducted by an expert acoustician, in the audiophile's listening room, using advanced hardware and software especially developed for the design of customized Pure Stereo filters.
Inquiries should be sent to Audtech Associates via email to: j5652c@alumni.Princeton.EDU
Pure Stereo 3D Audio™ (now called "BACCH™ 3D Sound") is a recent breakthrough in audio technology, based on BACCH™ Filters, (and licensed by Princeton University) that yields unprecedented spatial realism in loudspeaker-based audio playback allowing the listener to hear, through only two loudspeakers, a truly 3D reproduction of a recorded soundfield with uncanny accuracy and detail, and with a level of high tonal and spatial fidelity that is simply unapproachable by even the most expensive and advanced existing high-end audio systems. To learn more about BACCH™ 3D Sound, view this poster and read these 20 Questions and Answers.