Advanced Acoustic Measurement Solutions

Combining AI with comprehensive vehicle acoustic analysis.

Innovative Acoustic Solutions

Integrating advanced acoustic measurement with AI for superior vehicle noise and vibration analysis.

A person is sitting in a white vehicle with the door open, working on a laptop. The background has anechoic chamber panels, indicating a testing or experimental environment.

A hand holds a red sound level meter with a digital display reading 00.7. The background is blurred, suggesting an indoor environment, possibly with audio equipment nearby.

Advanced Acoustic Solutions

Integrating AI with acoustic measurement for superior vehicle noise and vibration analysis.

Comprehensive NVH Analysis

We compile structured datasets of vehicle acoustics, enhancing understanding through advanced analysis techniques.

A laboratory setting featuring a large, square room with padded, soundproof walls arranged in a grid pattern. In the foreground, a large directional antenna or device with wires is positioned on a wooden stand. In the center of the room, blue foam pyramids are arranged on a platform, likely used for acoustic testing, with some red cubes and additional equipment in the background.

Multi-Dimensional Insights

Our specialized signal processing extracts features from NVH data, correlating them with perceptual attributes.

A pattern of black acoustic foam panels arranged in a grid. Each panel features alternating horizontal and vertical grooves, creating a textured appearance that absorbs sound. The lighting emphasizes the texture and depth of the grooves.

Acoustic Insights

Innovative approaches to enhance vehicle acoustic performance and perception.

A close-up view of a car interior featuring a speaker and an air vent on the dashboard. The speaker is located near the side mirror and has a circular design with a grille pattern. The air vent has a rectangular shape with a metallic frame. The materials appear to be a mix of leather and plastic, contributing to a modern and clean aesthetic.

Data Analysis

We compile structured datasets of vehicle acoustics, combined with detailed subjective evaluations for comprehensive insights into noise and vibration characteristics across various vehicle segments.

A white sports car is positioned on a dynamometer in a dimly lit garage. The car's rear lights are illuminated, and there is a screen displaying data in the background. The room is industrial in design with metal platforms and equipment surrounding the vehicle.

Signal Processing

Utilizing advanced techniques to extract features from raw acoustic data, enabling a deep understanding of frequency content, modulation, and perceptual attributes essential for improving vehicle sound quality.