ArtemiS SUITE - Modular Software Platform for Sound and Vibration Analysis

ArtemiS SUITE is the modular software platform for measuring and analyzing sound and... 

ArtemiS SUITE is the modular software platform for measuring and analyzing sound and vibration, as well as for applications in the fields of structural dynamics and transfer path analysis. It combines comprehensive and powerful tools in a standardized software environment for end-to-end, exceptionally efficient and flexible processing of all your tasks - from planning to troubleshooting.

With ArtemiS SUITE, you always get the ideal solution for optimizing product noise. If you wish, you can also consider all relevant psychoacoustic parameters. 

ArtemiS SUITE works smoothly with our powerful front ends such as HEADlab, SQobold, and SQuadriga III, and is ideal for working with both a few and more than a thousand channels. The straightforward UI with its intuitive user concept makes your work as easy as the efficient workflows, extensive features, sensibly grouped modules, and compatibility with your existing system landscape. ArtemiS SUITE adapts precisely to the needs that arise from the application scenarios.

ArtemiS SUITE also offers dongle-free network licensing and supports the free Remote Desktop Protocol (RDP).

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ArtemiS SUITE is the modular software platform for measuring and analyzing sound and vibration, as well as for applications in the fields of structural dynamics and transfer path analysis. It combines comprehensive and powerful tools in a standardized software environment for end-to-end,... 

ArtemiS SUITE is the modular software platform for measuring and analyzing sound and vibration, as well as for applications in the fields of structural dynamics and transfer path analysis. It combines comprehensive and powerful tools in a standardized software environment for end-to-end, exceptionally efficient and flexible processing of all your tasks - from planning to troubleshooting.

With ArtemiS SUITE, you always get the ideal solution for optimizing product noise. If you wish, you can also consider all relevant psychoacoustic parameters. 

ArtemiS SUITE works smoothly with our powerful front ends such as HEADlab, SQobold, and SQuadriga III, and is ideal for working with both a few and more than a thousand channels. The straightforward UI with its intuitive user concept makes your work as easy as the efficient workflows, extensive features, sensibly grouped modules, and compatibility with your existing system landscape. ArtemiS SUITE adapts precisely to the needs that arise from the application scenarios.

ArtemiS SUITE also offers dongle-free network licensing and supports the free Remote Desktop Protocol (RDP).

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The all-in-one solution for all your tasks - from planning to troubleshooting

  • ArtemiS SUITE enables you to prioritize your development in a targeted manner and to precisely define areas where and how you can improve your product.
  • ArtemiS SUITE supports you optimally at every step.
  • ArtemiS SUITE and the optimized HEAD acoustics frontends offer you all possibilities, regardless of whether you are measuring just a few or hundreds of channels.
  • With ArtemiS SUITE, you can test complex structures and systems just as efficiently and precisely as individual components.
  • ArtemiS SUITE is the solution with which you can also map all aspects of human perception.
  • You can use ArtemiS SUITE for signal analysis as well as for structural dynamics.
  • ArtemiS SUITE is the high-performance, future-proof basis for further innovative solutions. 

New in ArtemiS SUITE 18.0

Spectral Audio Feature Analysis (ASP 107, ASP 108)

Spectral audio feature analyses describe how signal energy is distributed across frequency and how this distribution changes over time, providing a compact and interpretable description of spectral distribution, shape, and temporal variability. 

 

LEAP Analysis (ASP 109)

ArtemiS SUITE provides a direct implementation of the LEAP algorithm (Listening Effort Prediction from Acoustic Parameters), accessible as a single value calculation process in Pool Projects, Automation Projects, Standardized Test Projects, and Metric Projects. As a single-ended prediction method, LEAP is able to evaluate perceived listening effort without reference signals.

 

UI Refresh

ArtemiS SUITE 18.0 introduces a refreshed user interface with a modern, consistent visual design and improved orientation, while maintaining familiar workflows.

 

Mark Analyzer (part of APR 010)

ArtemiS SUITE now enables auxiliary channels to be displayed together with Mark Analyzer results. With this option, 2D curves can be displayed on 3D or 2D analysis diagrams as an overlay to make dependencies among the plotted variables more easily visible.

 

 

Structural Analysis – Model Updating API (ASX 10)

ArtemiS SUITE now provides API access to structural dynamics algorithms used in Shape Comparison Projects. Users can calculate MAC (Modal Assurance Criterion) matrices programmatically and integrate modal comparison into automated model-updating workflows. In automated model updating, an optimizer can compare simulated and measured mode shapes, adjust the digital model, and repeat the process without manually opening the corresponding Shape Comparison Project each time.

 

IRIG 106 Chapter 10 Support (ASP 708)

ArtemiS SUITE now supports IRIG 106 Chapter 10 data streams as Recorder frontends. Users can read analog channel data from UDP network streams and record it together in their ArtemiS SUITE workflow. This enables aerospace test teams to integrate externally configured telemetry recorders into the ArtemiS SUITE recording workflow while continuing to use their existing data acquisition infrastructure in parallel.

 

TPA Project (APR 600)

ArtemiS SUITE can now automatically generate a structured Report from a TPA Project, compiling relevant project information, measurement metadata, analysis results, and documentation in accordance with the requirements of ISO 20270:2019 (Characterization of sources of structure-borne sound and vibration — Indirect measurement of blocked forces).

Highlights

  • A single platform for acoustic and vibration analysis, structural dynamics, and much more
  • Over 150 analysis methods from FFT and third-octave analysis to advanced psychoacoustic parameters offer unique technological depth
  • Due to its modular structure, ArtemiS SUITE scales easily as requirements grow
  • Broad interface support and compatibility through open system architecture for seamless integration into existing systems and workflows
  • The large selection of software modules makes it possible to create a software package that is optimally tailored to individual requirements
  • All applications in a standardized software environment with a clearly designed interface and intuitive operating concept
  • All workflows are structured in a project-oriented manner
  • Efficient transfer path analysis with Blocked Forces (incl. ICC+) and Virtual Point Transformation (ASP 601)
  • Compare multiple measurement data sets and analysis results automatically with Comparison Report
  • Automated test sequences and reporting save considerable time and deliver consistent, reproducible results 

Applications

  • Sound and vibration analysis
  • Transfer path analysis (TPA)
  • Sound design and sound optimization
  • Modal analysis, operational vibration analysis, structural dynamics
  • Acoustic test benches and automation
  • Troubleshooting
  • Product validation through automated or standardized testing 

Features

  • Data acquisition:
    • Recording of sound, vibration and other variables such as temperature, voltage and torque
    • Recording and decoding of fieldbus data such as CAN, CAN-FD and FlexRay
    • Implementation of measurement sequences and standardized tests for measurement and validation tasks
    • Simplified planning and execution of measurements using the sensor library, online monitor and measurement point library with 3D model support
    • Document recordings with user-defined metadata for metadata-based search and data management
    • Assistance-guided data acquisition:
      • Impact hammer measurement for structural analysis
      • Sound intensity measurement in accordance with ISO 9614 to determine the sound power
  • Listening:
    • Playing back recordings in the player
    • Aurally accurate playback with recording and playback equipment from HEAD acoustics
    • Online filtering in the mark analyzer: quickly detect disturbing noises
    • Jury testing and metrics with SQala and Metrics Project: Create noise metrics based on listening test results. It is possible to map the perceptual assessment by test subjects with a calculation
  • Editing:
    • Processing measurement data with the channel editor, marker editor and other tools
    • Sound engineering: interactively edit sound recordings with FIR and IIR filters
    • Creating calculated channels using calculation projects and speed generators
    • Generate synthetic signals using mathematical expressions or existing recordings in the signal generator
  • Analyzing:
    • Analyze recordings using various analysis algorithms
    • More than 150 analyses and statistical functions:
      • Essential analyses such as FFT, third-octave and octave analyses
      • Standardized methods (e.g., sound power according to the ISO 3740 series and speech intelligibility)
      • Psychoacoustic analyses such as loudness, sharpness, roughness and tonality according to the latest standards (e.g. ECMA-418-2)
      • Complex procedures that correspond to the pattern recognition of the auditory system
      • Calculating transfer functions and single-number values
    • Mark analyzer: View analyses and listen to the recording at the same time.
    • Powerful modules for structural analysis:
      • Modal analysis: Intuitive and interactive determination of the natural vibration modes of a test object
        • Shape comparison: Analysis and comparison of deflection shapes from test and simulation
        • Operational vibration analysis: Investigate the actual behavior of mechanical structures
        • Shaker configuration and monitoring in the recorder for easy execution of shaker measurements
      • Efficient Transfer Path Analysis:
        • The TPA project guides the user through all the steps of a transfer path analysis.
        • Optional further processing and analysis in the Prognoise software
        • Blocked forces determination according to ISO 20270
        • Virtual point transformation in the TPA project
        • Support in validating the TPA model using Interface Completeness Criterion (ICC+) and synthesis fidelity analyses
  • Presentation:
    • Sophisticated visualization tools
    • Data Viewer: clearly display analysis results, including a wide range of diagram functions and simple PowerPoint export
    • 2D and 3D diagrams, XY diagram, single value diagram, point map, , and color band diagram for visualizing the data
    • Numerous sophisticated diagram cursors to work interactively with the results
    • Create report templates with flexible data bindings and export reports as PPTX or PDF
    • Create comparison reports to compare different development statuses or to benchmark different products with a single click
  • Extension:
    • Comprehensive and user-friendly APIs for developers to extend and automate the software.
    • HEAD System Integration and Extension (ASX): Integration of the software into existing systems or extension with your own developments
    • Analysis add-ins for easy integration of analysis processes from an external program, such as MATLAB or Python
    • Import and export of common file formats (e.g. MDF4, UFF, WAVE, MP3)
    • Native support of the ATFX file format in ArtemiS SUITE
    • Hardware integration
      • Integration of CSM high-voltage and high-speed front-end modules
      • Support of hardware from Vector Informatik GmbH for automotive Ethernet measurements with ArtemiS SUITE

Variants

ArtemiS SUITE – Software platform, Interface

ArtemiS SUITE Modules

As a modular software platform, ArtemiS SUITE can be tailored to the customer's requirements using a wide range of modules.

Screen showing HEAD System Integration and Extension ASX

ArtemiS SUITE System Integration and Extension

ASX 00 – ASX 08 allow ArtemiS SUITE to be seamlessly integrated into user's own operating processes and existing system landscape.


Trainings

Boost your expertise with HEAD acoustics Training Center

Our face-to-face courses and seminars are designed to help you get the most out of our products. Each session combines clear explanations of the theoretical background with practical, hands-on exercises—so you can immediately put your knowledge into action.

 

By learning directly from our experts, you will:

 

  • Gain practical skills that make daily work faster and easier
  • Get answers to your specific questions and challenges
  • Build confidence in using our solutions effectively
  • Benefit from interactive discussions and best-practice sharing

FIND YOUR FACE-TO-FACE ONLINE TRAINING

Don’t just learn the software—master it.

Downloads

Customer Downloads for Artemis SUITE

HEAD Interactive Diagram

HEAD Interactive Diagram is a PowerPoint add-in from HEAD acoustics that allows users to embed ArtemiS SUITE diagrams in PowerPoint and to keep using the diagram functionality provided by ArtemiS SUITE (zoom, scaling, magnifying glass).

HEAD System Integration and Extension (ASX)

HEAD Updater - Tool for online and offline updates of HEAD acoustics software and licenses

Sound & Vibration
ArtemiS SUITE Modules
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Sound & Vibration
ArtemiS SUITE Extensions
(ArtemiS SUITE Extensions,ArtemiS Extensions,SUITE Extensions,Extensions,5090,5091,5092,5093,5094,5095,5096,5097,5098)
Handheld
SQuadriga III
(SQuadriga III,SQuadriga 3,SQuadriga,3324,9850,3322)
Handheld
SQobold
(SQobold,3302,9859,3393,3394,3322)
Modular & Scalable
HEADlab II
(headlab,3700,1520,1574,3760,3769,3562)
Binaural Recordings
BHS II
(BHS II,BHS 2,BHS,3322)
Sound & Vibration
Compact Analysis
(Compact Analysis,50100)
Sound & Vibration
HEAD Companion
(HEAD Companion,Companion,4906)
Jury Testing
SQala
(SQala,50500,51501,51502)
Artificial Heads
HMS V
(HMS V,HMS 5,HMS,artificial head,head,binaural,1500,1502,1520,1574,1967)
Artificial Heads
HSU III.2, HSU III.3
(HSU III.2,HSU III.3,HSU III,HSU 3,HSU,artificial head,head,binaural,1391,1326,1520,1574,1967)
Binaural Recordings
SQope
(SQope,3300)