Altitude16
For conventional power amplifiers and cinemas that fit within twenty processed channels.
Explore Altitude16 →OPTIMIZER · REMAPPING · WAVEFORMING · SOFTWARE-DEFINED
Trinnov processing.
The Altitude family is less a collection of boxes than a common software platform expressed through three different system architectures: analog-first Altitude16, expandable Altitude32 and network-first AltitudeCI.
WHAT MAKES TRINNOV DIFFERENT
01
Optimizer
Measures timing, level, amplitude, phase and loudspeaker behaviour as one system.
02Remapping
Uses measured speaker geometry to reduce spatial errors when physical placement is imperfect.
03WaveForming
Controls bass as a three-dimensional acoustic field using coordinated subwoofer arrays.
04Software-defined
Decoders, routing and acoustic functions can evolve without replacing the entire processor.
WHICH ALTITUDE?
Altitude32
For larger cinemas, active crossovers and projects where analog output count must scale significantly.
Explore Altitude32 →AltitudeCI
For Dante/AES67 racks, digital-input amplification and systems designed around networked audio.
Explore AltitudeCI →THE 3D CALIBRATION MODEL
The room is measured as geometry as well as acoustics.
Trinnov’s four-capsule microphone establishes the physical position of every loudspeaker in distance, azimuth and elevation while also measuring its acoustic response.
That extra geometric information is what allows Optimizer and Remapping to address problems a conventional one-dimensional room-EQ workflow cannot see.
How the 3D microphone works →BASS ARCHITECTURE
WaveForming changes the room-design conversation.
WaveForming does not begin with an EQ curve. It begins with subwoofer placement, room dimensions and a measurement volume. Front and rear arrays can be used to generate, steer and actively absorb low-frequency energy.
EMITTER ARRAYCONTROLLED LISTENING VOLUMEABSORBER ARRAY
MANUFACTURER REFERENCE
Official product information.
Specifications, licenses and regional availability can change. Confirm the final project configuration before ordering.
THE TRINNOV DIFFERENCE
Three technologies change the conversation from “room correction” to system engineering.
01Optimizer3D measurement · target curves · phase / amplitude optimisation · bass management02RemappingMeasure real speaker positions and reconstruct intended spatial placement03WaveFormingMulti-subwoofer wave control · decay management · seat-to-seat consistency04Software-defined platformWhy major new processing capabilities can arrive without replacing the processor
AUDIO PROJECT
Design the Altitude around the room.
Send the speaker layout, subwoofer architecture, amplification plan and rack/network concept.