Trinnov

INVENTING DIGITAL ACOUSTICS.

The Optimizer loudspeaker/room optimization technology is at the heart of Trinnov’s products for professional studios, movie theatres, high-end hi-fi and home theatres. With its modern approach to acoustic measurements, analysis and processing, it solves the loudspeaker/room acoustic equation.

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TRUSTED BY THE MOST DEMANDING AUDIO PROFESSIONALS

The Optimizer is the only acoustic optimization technology that has been recognized by world-class sound engineers, movie theaters, and audiophiles. Other technologies analyze and treat the room and the loudspeakers separately, but the Optimizer analyzes and compensates your reproduction system as a whole. Problems are identified, cross-analyzed and compensated with the most efficient and best-sounding compromise.

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3D Microphone
Speakers localization

The flat response is guaranteed by rigorous quality control and FIR individual compensation filters.

• Every single capsule mounted in Trinnov’s microphones is measured and compared to a benchmark.

• During the final stage, unique compensation files are generated and ensure a perfect consistency between capsules and microphones with a flat frequency response (within +/-0,1 dB) on the 20Hz-24kHz frequency range. Compensation files are available for download from our server or direct transfer over the network onto any Trinnov Processor.

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2D/3D loudspeaker remapping

2D/3D loudspeaker remapping opens new perspectives in big-performance immersive sound, ensuring a unique experience by putting the listener right in the middle of the action, in an incredibly realistic, life-like and holographic multidimensional soundscape. Thanks to the 3D measurements capabilities of our microphone, speakers original placement can precisely be localized in the room, regarding distance, azimuth, and elevation.

According to this reported information, a more accurate speaker placement can be retrieved.

While 2D remapping deals mainly with the horizontal plane, 3D remapping will manage both azimuths and elevations..

A 3D spatial remapping matrix is computed from the speaker’s coordinates and applied to the input signals in real time to virtually compensate for inaccurate speaker placement according to the content’s format. It guarantees optimum spatial resolution and faithful tridimensional sound staging.