RT60

Acoustic Camera Mapping

At Packsound, we offer state-of-the-art Acoustic Camera Mapping Services to detect, visualize, and analyse sound sources in real-time using advanced beam forming and microphone array technology.

Our portable, high-resolution acoustic imaging system overlays a color-coded sound intensity map onto real world visuals helping clients locate noise hotspots, identify leaks, and optimize acoustic performance in environments ranging from factories and testing labs to auditoriums and construction sites.

Acoustic Camera Mapping
ParameterSpecifications
Microphone Array24 to 128 MEMS or condenser microphones (circular, spiral, or customized array configuration)
Frequency Range30 Hz – 20,000 Hz (broadband)
Dynamic Range> 60 dB
Sound Pressure LevelDetectable from 30 dB(A) to 130 dB(A) depending on environment
Spatial Resolution1–10 cm at 1 meter distance (varies with array size and algorithm)
Image OverlayReal-time heatmap (dB scale) over high-res camera feed
Mapping OutputdB(A), 1/3 Octave, FFT, Spectrogram, Tonal Detection
Frame Rate (Visual)Up to 25–30 fps with live acoustic overlay
Detection Range0.5 m to 50 m (optimized for short to mid-range precision diagnostics)
Beamforming AlgorithmsTime Delay, Adaptive Beamforming, CLEAN-SC, MUSIC (based on software used)
Operating EnvironmentIndoor / Outdoor (weather-resistant options available)
Power SupplyBattery or AC-powered; portable system with 2–6 hour operational time
Data ExportHeatmap video, stills, .wav audio logs, .csv spectral data
Mounting OptionsTripod, hand-held, wall-mounted, drone-compatible (optional)
Software FeaturesLive view, frequency filtering, source isolation, automatic peak finder
Compliance StandardsISO 3382 (room acoustics), ISO 3745 / 3744 (sound source level), EN 61672, IEC 60268-16

Why Choose PackSound for Acoustic Camera Mapping?

PackSound’s Acoustic Camera Mapping services provide precise, high-resolution visualization of sound sources, helping you identify and analyze noise and vibration in any environment. Using advanced microphone arrays with 24 to 128 MEMS or condenser microphones, we capture acoustic data across 30 Hz to 20 kHz, enabling detailed spatial and spectral analysis of sound.

Our systems generate real-time heatmaps, FFT, 1/3 octave, spectrograms, and tonal detection overlays on high-resolution video, giving engineers, consultants, and facility managers an intuitive visual understanding of sound behavior. With support for multiple beamforming algorithms like Time Delay, CLEAN-SC, MUSIC, and Adaptive Beamforming, we ensure accurate pinpointing of sources from 0.5 m to 50 m depending on the environment.

Whether you’re assessing industrial machinery, HVAC systems, building acoustics, or outdoor noise, our portable, battery or AC-powered setups with tripod, wall, hand-held, or drone mounting options deliver flexibility and precision. Data exports in heatmap videos, stills, audio logs, and spectral CSVs allow for further analysis, reporting, and compliance documentation.

PackSound empowers you to visualize, analyze, and solve noise problems with actionable insights, enabling informed decisions for design, mitigation, R&D, or regulatory purposes. With Acoustic Camera Mapping, identifying and controlling sound becomes measurable, precise, and presentation-ready.

Frequently Asked Questions (FAQs)

Acoustic Camera Mapping uses advanced microphone arrays to detect, visualize, and analyze sound sources in real-time. It provides heatmaps and frequency data to identify problem areas and optimize acoustic environments.

Our systems are suitable for indoor and outdoor applications, including industrial machinery, HVAC systems, auditoriums, classrooms, and public spaces. Weather-resistant options and portable setups make it versatile for various settings.

Depending on the array configuration and distance, the system provides spatial resolution from 1–10 cm at 1 meter, enabling precise identification of noise sources for diagnostic and mitigation purposes.

PackSound delivers real-time heatmaps, video overlays, spectrograms, 1/3 octave analysis, tonal detection, and exportable data in formats like heatmap videos, still images, .wav audio logs, and .csv spectral data.

It allows engineers, architects, and consultants to visualize noise sources, understand acoustic behavior, troubleshoot problems, and implement mitigation strategies efficiently. The results are presentation-ready and suitable for R&D, compliance, or client reporting.