Trinnov Optimizer

Other Processors

Acoustic
measurements &
analysis

- integrated, automatic impulse response measurements
of all loudspeakers and drivers
- integrated, automatic time-frequency analysis: direct sound and late reverberation are analyzed separately
- graphic display of amplitude & phase response
- 10 seconds per channel.

- external, third party
measurement tools
- pink noise can’t make the difference between the loudspeaker’s sound and the room’s response.

Room
equalization

- automatic optimization of amplitude and phase response according to target curves
- the loudspeaker and the room are separately equalized
- automatic alignment of delays and gains for every loudspeaker
- Fine-tuning via FIR, parametric and graphic EQs.

- manual adjustment of parametric and graphic EQs according to the interpretation of
the measurements.

Crossover
alignment

- optimizes directivity and attack
- automatic alignment of delays and gains for every driver
- graphic display of filters, amplitude & impulse response
- manual fine-tuning.

- manual, time-consuming process.

Bass
management

- automatic alignment of the subwoofer’s gain
- optimizes the overlapping frequency region
- separate subwoofers for L&R channels are supported.

- manual adjustment of the subwoofer’s gain and phase.

Processing
platform

- standard linux-intel architecture
- 64-bit floating point precision
- real-time control via monitor & mouse or through the network via a standard VNC client (PC or Mac)
- optional touchscreen.

- proprietary dsp architecture
- 32-bit (floating / fixed point)
- offline control via proprietary software.

Results

- maximal translation of the mix for a majority of listeners and across multiple rooms.

- highly dependent on
know-how about acoustic measurements.