Room Modes for
Any Room Shape
Audieum Modal is the first accessible low frequency simulation tool for the acoustic design of critical listening environments.
Calculate room modes, frequency response for any room shape.
Audieum Modal is the first accessible low frequency simulation tool for the acoustic design of critical listening environments.
Calculate room modes, frequency response for any room shape.
Low frequency problems in small room acoustics oftern result in an excessive buildup of bass, which can make the overall sound in the room feel boomy or muddy.
Audieum Modal is a wave-based room mode calculator which allows to perform calculations for spaces of any shapes and help users and designers to overcome such issues.
Developed by AC Acustica, it features a simple workflow for room information input and presentation of the results, to overcome the typical steep learning curve of professional acoustic modelling software.
As opposed to traditional room mode calculators, Audieum Modal allows the analysis of any room shape.
The wave-based algorithm behind Audieum Modal allows to obtain accurate results.
Calculations are carried out by taking into account the influence of material data at the boundaries of the room.
Obtain modal frequencies, modal spacing, modal decay times and mode shapes for any kind of room.
Make auto-generated reports using our templates, or let us prepare a template for your specific needs.
Developed by acoustic engineers with extensive experience on R&D in room acoustic modelling.
As opposed to traditional room mode calculators, Audieum Modal allows the analysis of any room shape.
The wave-based algorithm behind Audieum Modal allows to obtain accurate results.
Calculations are carried out by taking into account the influence of material data at the boundaries of the room.
Obtain modal frequencies, modal spacing, modal decay times and mode shapes for any kind of room.
Make auto-generated reports using our templates, or let us prepare a template for your specific needs.
Developed by acoustic engineers with extensive experience on R&D in room acoustic modelling.