Trusted in professional studios, commercial cinemas and the finest private theatres worldwide.
Trinnov is trusted at the highest levels of professional audio and home cinema, with its processors used in leading recording and film studios, commercial cinemas and some of the world's most ambitious residential entertainment systems. This experience at the professional level has helped shape Trinnov's approach to delivering exceptional performance in the home.
One of Trinnov's defining technologies is its 3D microphone and Optimizer room calibration system. Unlike conventional room correction systems that primarily measure sound from a single listening position, Trinnov's four-capsule microphone captures the three-dimensional position of each loudspeaker, allowing the processor to understand the precise geometry of the system and the room.
The Trinnov Optimizer then uses this information to analyse and optimise the system's response, including speaker level, distance, timing, phase and frequency response. This enables exceptionally precise speaker alignment and imaging, helping create a more cohesive and immersive soundstage while addressing the acoustic characteristics of the room.
The result is a level of precision, control and spatial accuracy that makes Trinnov particularly compelling for high-performance home cinema. Whether you're building a dedicated Dolby Atmos cinema, a reference music system or a fully immersive entertainment space, Trinnov provides the processing technology and flexibility to extract the maximum performance from your speakers and room.
For customers who want to experience their home cinema at its full potential, Trinnov represents a level of processing and room optimisation rarely found outside the professional world.
A truly exceptional home cinema is about more than stunning visuals. From the subtlest details to room-shaking bass, immersive surround sound brings every scene to life, placing you at the centre of the action and delivering cinema exactly as it was intended to be experienced.
