Used to measure vibrations at various points of the product. They help identify vibration sources and indirectly noise sources, as well as identify their frequency and amplitude.

Used to measure noise levels, particularly in vehicle cabins or near machinery. It is possible to measure sound pressure levels and/or sound power to identify the contributions of sound sources and assess the perceived sound quality.

Excitation systems that simulate vibrations (induced or generated) to evaluate the behavior of products under specific conditions. They are often used to test components and systems, both to characterize their dynamic response and to subject them to vibratory stresses for durability testing.

Data acquisition and analysis tools for dynamic signals that are capable of measuring the characteristics of complex processes such as noise and vibrations, calculating metrics in both the time and frequency domains.

Complementary to tests on real components and systems, FEA simulations help predict the NVH behavior of a product in virtual environments, reducing the need for extensive physical prototypes.

Techniques used to map the deformation of a structure to identify vibration sources. It is particularly useful for determining areas of interest in complex structures such as transportation system structures, civil engineering structures, and industrial machinery.

Methods for objective assessment of sound perception. Essential for understanding how noise and vibrations influence the listening experience and the perception of quality.