HEAD acoustics GmbH

■Summary ArtemiS SUITE is a modular software platform for sound and vibration measurement analysis. A variety of tools are comb...

• Analysis Software

• Vibration Analysis Software

HMS II.3 LN HEC is a full-band dummy head measurement system that anatomically accurately reproduces the human ear. The low-noi...

■Summary HEAD acoustics System Integration (ASX 01-ASX 05) allows ArtemiS SUITE to be seamlessly integrated into the user's ope...

• Business Efficiency Systems / Software

• Integration Platforms

■Summary ACQUA is highly sophisticated for electro-acoustic testing of voice quality and audio quality: transmission scenarios ...

• Analysis Software

• Debugging Software

■Summary HMS V digital dummy heads feature state-of-the-art technology, great flexibility and ease of use. Thanks to dual ADC t...

The full-band dummy head measurement system HMS II.3-LN is especially suitable for low-noise measurements of sound sources near...

■Summary A powerful battery and rich integrated interfaces make the SQuadriga III compact handheld system with 8 analog channel...

■Summary The full-band dummy head HMS II.6 is ideal for measuring the voice and audio quality of equipment used at a distance f...

■Summary ArtemiS SUITE is a modular software platform. The module structure is easy to understand and is grouped by theme to av...

• Analysis Software

• Vibration Analysis Software

The new generation of modular HEADlab data acquisition systems is even more mobile-friendly than previous models. The new model...

■Summary The HEADlab system can be easily configured by selecting modules to be combined with the controller. The following mod...

labCORE is expandable in hardware and software. The hardware platform can be flexibly expanded and adapted to suit measurement ...

■Summary HMS II.4 is a full-band dummy head dedicated to measuring voice and audio quality in the receiving direction. Ideal fo...

■Summary PROGNO[I]SE is a software program for binaural transmission path analysis and synthetic sound creation (BTPA/BTPS). Th...

• Analysis Software

• Debugging Software

■Summary HMS II.5 is a full-band dummy head dedicated to measuring voice and audio quality in the transmit direction. It is esp...

Test specifications from international standards bodies cover a wide range of measurement and analysis for the evaluation and o...

■Summary labSAR I allows HEADlab systems to function autonomously and facilitates remote operation. Quickly and securely connec...

■Summary Analog HSU (HEAD-Shoulder Unit) dummy head microphones are the perfect solution for creating reproducible biaural reco...

■Summary The HIB I (Headset Interface Box) can be used as a reference interface for audio and voice quality testing of headphon...

■Summary SQobold is a compact and portable 4-channel data acquisition system for advanced sound and vibration measurements. It ...

■Summary HMS II.3 is a full-band dummy head that is ideal for measuring the audio and voice quality of audio and calling device...

■Summary Compact Analysis is an introductory module for ArtemiS SUITE sound and vibration analysis. This tool has been commerci...

■Summary ArtemiS SUITE's structural analysis allows you to get the results you need with the comfort and efficiency you are fam...

■Summary labCORE is a modular hardware platform customized for use with the measurement and analysis software ACQUA for high pr...

■Summary labCOMPACT II is a compact and simple 2nd generation HEADlab system with significantly improved frequency range and ex...

HMS II.3 ViBRIDGE is a full-band artificial head measurement system that accurately reproduces the ear and is capable of simula...

■Summary A variety of ACQUA options ACOPTs are available that allow software performance to be customized to suit individual ne...

labHSU is a highly flexible 2-channel data acquisition system in the HEADlab family format. It can be operated on a PC as a mod...

■Summary move°S is an optional upgrade for all head measurement systems HMS II.x and head shoulder units (HSU III.2, HSU III.3)...