Lightweight four-channel mobile sound and vibration measurement system for acquiring, analyzing, and documenting data in the field.

Handheld sound and vibration measurement system for mobile recording, playback, and analysis in any environment.

Probe coil for verifying hearing-aid compatibility of telephony handsets by measuring magnetic coupling performance.

Modular multi-channel data acquisition system for sound and vibration measurements, scalable from mobile setups to high-channel-count applications.

Controller and input modules for configuring HEADlab systems to specific multi-physics measurement tasks.

Reference interface for measuring and assessing headset quality and the headset functionality of telephones.

Hardware interface for testing POTS functionality of IP-based home gateways, DSL modems, and cable modems.

Compact HEADlab system for 12 analog/ICP sensors, mobile operation, and high sampling rates.

Compact HEADlab system for 24 analog/ICP sensors, mobile operation, and high sampling rates.

Modular hardware platform for high-precision voice and audio quality testing with ACQUA. Flexible I/O, interfaces, and extensions make labCORE adaptable to many test scenarios.

Extensions for labCORE, adding interfaces, measurement channels, codecs, equalization, and application-specific functionality.

Flexible HEADlab-based system for high-quality binaural data acquisition in a wide range of measurement situations.

Platform for autonomous, remote-controlled multi-physics measurements with HEADlab systems in secure and stable setups.

Four-channel front end for fast, accurate, and cost-effective vibroacoustic end-of-line testing and quality control.

Motorized rotating reflector for reproducibly changing acoustic echo paths in hands-free communication and other acoustic tests.

High-precision, ultra-silent turntable for automated orientation-dependent acoustic tests of audio and communication devices.

Modules for evaluating product sound with psychoacoustic and sound quality metrics in ArtemiS SUITE.

Analysis modules for evaluating sound and vibration data in time, frequency, psychoacoustic, and application-specific workflows.

Modules for automating standardized measurement, analysis, and reporting workflows in ArtemiS SUITE.

Modules for signal acquisition, signal processing, and preparation of sound and vibration data in ArtemiS SUITE.

Software tools for modal analysis, operating deflection shapes, vibration animation, and structural dynamics in ArtemiS SUITE.

Software framework for sound and vibration analysis, combining projects, signal processing, data management, reporting, and scalable extensions.

Transfer path analysis software for building vibroacoustic models and quantifying airborne and structure-borne path contributions.

Easy-to-use sound and vibration analysis package for compact, efficient evaluation of measurement data.

Analysis software for intelligent, versatile end-of-line testing and production quality monitoring.

Free desktop application for setup, control, and handling of HEAD acoustics data acquisition systems.

Software for binaural transfer path analysis and synthesis, enabling prediction and targeted modification of product noise.

Measurement and analysis software for automated voice and audio quality testing. ACQUA covers signal generation, measurement control, analysis, reporting, and standards-based test sequences.

Modular ACQUA extensions for specific measurements, calculations, perception-based methods, and reporting functions.

Complete implementations of international, provider-specific, and HEAD quality standards for repeatable voice and audio quality tests.

Software for objective evaluation of automatic speech recognition performance under realistic acoustic conditions, including noise, room effects, talkers, languages, and accents.

Handset positioner for reproducible voice quality tests of handsets, smartphones, and tablets with artificial heads.

Motorized handset positioner for fully automated and reproducible voice quality tests of handsets, smartphones, tablets, and display speaker devices.

Fullband artificial head for measuring voice and audio quality of close-to-ear audio and telecommunication devices.

Low-noise artificial head with ear simulator, especially suited for audio tests of ANC headphones and headsets.

Fullband artificial head measurement system with anatomically correct ear replication for realistic close-to-ear testing.

Fullband artificial head with anatomically correct ear replication and bone-conduction simulation for in-ear devices.

Fullband artificial head for close-to-ear measurements in receiving direction.

Fullband artificial head for close-to-ear measurements in sending direction.

Fullband artificial head for far-to-ear acoustic measurements of voice and audio quality.

Fullband artificial head with free-field ICP microphones for testing far-from-the-ear telecommunication equipment.

Digital artificial head for aurally correct binaural recording and equalized playback, with high dynamic range, flexible interfaces, and stand-alone operation.

Head shoulder unit with ICP microphones for reproducible binaural recordings and aurally accurate measurements.

Head shoulder unit with special condenser microphones for aurally accurate recording of extremely low sound pressures.

Ultra-silent motorized rotation upgrade for artificial heads and head shoulder units, enabling repeatable head movements during acoustic measurements.

Head microphone for binaural recordings without an artificial head, enabling realistic product sound evaluation in mobile scenarios.

Calibratable binaural headset for mobile, aurally accurate recordings with SQuadriga III and SQobold.

Digital binaural headset for easy mobile recording, saving, and playback with the HEAD B2U app.

Distribution amplifier for electro-dynamic headphones, enabling several listeners to monitor the same signal in controlled listening setups.

Equalized HEAD headphones for aurally correct playback of binaural recordings and reliable listening evaluations.

Compact entry-level playback unit for level-correct and equalized binaural listening via calibrated HEAD headphones.

Playback unit for collaborative sound evaluation, with display, two headphone outputs, and higher-resolution individual headphone equalization.

Studio-grade playback system for reference-quality binaural reproduction via headphones, speakers, and shakers in advanced listening setups.

Fully automated background noise simulation for systems with distributed and complex microphone setups, especially vehicle applications.

Fully automated background noise simulation for repeatable testing of smartphones and other communication devices in laboratory setups.

Room reverberation simulation for realistic and reproducible send-path testing, controlled via 3PASS lab or 3PASS flex.

Software for semi-automated equalization and playback of prerecorded background noise in laboratory setups.

Software for semi-automated equalization and playback of prerecorded background noise in vehicle cabins.

Subwoofer for reproducing low-frequency noise in listening studios, vehicles, and controlled playback setups.

Audio distribution hardware for operating HEAD acoustics background noise simulation systems with repeatable multi-channel playback.

Asymmetrical 8-channel microphone array for recording 3D background noise scenarios at typical handheld and hands-free device positions.

Symmetrical 8-channel microphone array for recording 3D background noise scenarios close to both ears of an artificial head.

Jury testing software for setting up, conducting, and evaluating listening tests in single-user systems or listening studios.

Hardware interface for the PreSense NVH simulator, supporting virtual engineering and early-stage NVH performance analyses.

Interactive NVH simulator for virtual engineering and prototyping, enabling realistic evaluation of vehicle sound and vibration before physical prototypes are available.

Interactive vehicle interior sound simulation for realistic, immersive driving scenarios in vehicle simulators.

Seat-based 4-channel system for experiencing vehicle interior sound and vibration in a realistic driving context.

Seat-based 6-channel system for a more immersive vehicle interior simulation with extended sound and vibration feedback.

Software for offline processing of HEAD VISOR recordings in real time.

Hand-held acoustic camera with up to 120 microphones.