Meridian Technologies:
Bespoke Signal Mapping

Designing loudspeakers requires the use of multiple drive units to handle different frequency ranges. Controlling how these multiple drive units interact is very important, especially in the frequency ranges where the drive units crossover from one to another. If the crossover regions are not handled carefully then the drive units can interact destructively, giving a poor response.

Meridian Bespoke Signal Mapping utilises digital signal processing to apply tailored crossover filters that are designed specifically for each configuration of drive units. This results in the optimal response from multi-way loudspeakers, ensuring that all drive units complement one another, providing a consistent response at all frequencies.
CHALLENGE

Designing loudspeakers requires the use of multiple drive units to handle different frequency ranges. Controlling how these multiple drive units interact is very important, especially in the frequency ranges where the drive units crossover from one to another.

SOLUTION

Meridian Bespoke Signal Mapping utilises digital signal processing to apply tailored crossover filters that are designed specifically for each configuration of drive units.

RESULT

This results in the optimal response from multi-way loudspeakers, ensuring that all drive units complement one another, providing a consistent response at all frequencies.

Next page

Meridian Technologies:
Resonance Control