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Measurement Software

OXYGEN - DEWETRON's intuitive Measurement Software

OXYGEN 7.1: Great usability and exciting new features, especially modal test. The new release is available for download now.
The OXYGEN measurement software is the most intuitive and easy-to-use software in the data acquisition sector. Its instruments and controls make it easy to navigate through tons of data. Made by DEWETRON.
  • All-in-one software for measurement, visualization, and analysis
  • Wide range of interfaces for testbed integration – including
    remote control capability via TCP/IP
  • OXYGEN-SDK plugin interface for customization
  • Unlimited installations for data view and analysis (license-free)


We release a new version of our data acquisition software OXYGEN at the end of each quarter. To keep an overview of the new features, have a look at our OXYGEN roadmap. Following, we have summarized the new features of the last releases.




Release date Q1-2024 Release date Q2-2024 Release date Q3-2024
  • Release of the first modal test version
    • Hammer excitation
    • Calculation of the mode indicator function (MIF)
    • Data export to *.uff
  • Saturation meter
  • Improvements of usability:
    •  TEDS Editor
    • Editing trigger settings via SCPI
  • Modal test improvements
  • TRION3-AOUT Math output
  • Simplified *.xml-setup for setup creation with 3rd party tools
  • DataStream interface offline support
  • Further work on OXYGEN Modal test option
  • Import for *.d7d/ *.dxd-files
  • *.ESI file extension for EtherCAT
  • Ethernet receiver improvements: Configuration via OXYGEN GUI
  • Power extensions, i.e. several DC groups for efficiency, smaller Pst/ Plt
    aggregation time, …

Do you have any questions regarding the new features?

Which feature or improvement would you like to see in OXYGEN? Feedback is always welcome!


Don’t miss the next update! Sign up for our reminder email when a new version of OXYGEN is released!


Do you want to see OXYGEN in action?

We prepared a variety of tutorial videos for you. By doing so, we want to give you an idea of how easy it is to work with our measurement software OXYGEN. Do you maybe already use OXYGEN? Then we have even more good news for you! In addition to our tutorial videos, you can find many trainings and step-by-step guides on our website. Simply follow the links below.



Operating systems

We are the only manufacturer of measurement technology to offer you the advantage of choosing between Windows and Linux.

Since the new release of our intuitive measurement software OXYGEN 6.2, it now also runs without restrictions on the Linux operating system. Beside Windows, our software now supports the distributions Red Hat Enterprise Linux 8 (RHEL8) and Ubuntu 20.04 LTS.

Measurement setups and DMD measurement data are fully compatible between the different operating systems. This means that it is no problem to create a setup under Windows and then use it on the Linux measurement system. Also OXYGEN-Net systems can be built from both Windows and Linux based measurement systems.

Furthermore, it is possible to develop and use OXYGEN SDK plugins with both operating systems. Corresponding examples and documentation can be found on GitHub. If you have developed your own software based on TRION SDK, you also have the option to use Linux. The programming interface is identical to the Windows version.

OXYGEN Data Acquisition for Continuous and Synchronous Acquisition of Data from Several Sources

Data Acquisition

Data acquisition is one of the core features of OXYGEN. It is capable of continuous and synchronous acquisition of data from several sources: analog, digital, encoder, CAN, Ethernet, video, GPS and much more.

  • Analog data with up to 10 MS/s via TRION3
  • Digital and encoder data with automatic rpm and angle calculation
  • CAN(-FD) decoding via *.dbc, including  J1939. Compatible with Vector VN-series (option)
  • Ethernet receiver for external sensors (option)
  • Video data from USB or GigE-camera
  • Precision GPS position data via TRION, GeneSys ADMA or OxTS RT series
  • Plugin to request and decode OBD2 parameters (from OXYGEN 5.7)

With OXYGEN’s modal test option, you can analyze the frequency characteristics of a mechanical structure to determine resonances, damping characteristics and more.

  • DUT excitement via modal hammer
  • SISO & SIMO tests with moving hammer and moving sensor
  • Calculation of
    • Complex transfer function
    • Coherence of several hits
    • Mode indicator function
  • Various interactive visualization options
  • Data export into *.uff and other formats for post processing
Modal Test with OXYGEN

Frequency measurement

From OXYGEN 5.7, a new calculation module is available – the frequency measurement.

  • Block-wise frequency calculation of periodic signals
  • Select the window duration from 0.01 to 1 second
  • Select the window overlap between 0 and 90 %
  • Select the minimum and maximum frequency between 0 and 5000 Hz


The second core feature of OXYGEN is powerful data recording. All the acquired data can be stored in one data file with a simple touch on the record button. With the right hardware, you can achieve data rates up to 1 GB/s, you don’t have to bother to lose anything.

  • DejaView to review data during recording
  • File-split option for generating a new file after an amount of time, event occurrence or on absolute time
  • Channel-wise sample rate selection
  • Channel-specific storing options for waveform and statistics data recording
  • Open on any PC with the installed OXYGEN software (for FREE)
  • Adjustable playback speed from 1/1000 x to 1000x (from OXYGEN 5.5)
OXYGEN Recording with high Data Rates up to 1 GB/s
Screen with multiple *.dmd-files

Data navigation with *.dmd-files

With the OXYGEN 6.0 release, you have new possibilities for data navigation with *.dmd-files:

  • Open several *.dmd-files from one OXYGEN-NET recording
    • Store merged data
  • Store merged data into a new *.dmd-file
  • Export data of several *.dmd-files successively via batch export
  • Apply changes from one *.dmd-file to other *.dmd-files automatically
    • Changes to the measurement screen
    • Offline changes in the channel list (formulas, power groups, CAN channels, …)

Array math formulas

Starting with OXYGEN 6.0, several array channels (e.g. harmonics, FFT, CPB channels, …) can be used in formulas.

  • Basic math operations are supported for arrays with the same dimensions
    (+, -, *, /)
  • Possibility to use different operators
    • Standard operators
    • Logic operators
    • Triognometric operators
  • Extraction of adjacent elements into a new array in C++/Python syntax
  • Assignment of arrays to statistics

Setup configuration lock/security

The protection mechanism (from OXYGEN 5.5) helps to save your setup against unwanted manipulation. It allows you to password-protect the settings of the following items and functions:

  • Channel list
  • Recording stop
  • Measurement screen design
  • Save setup
  • Recording settings such as event-based recording settings and multi-file recording options
OXYGEN Visualization screen


The right visualization gives the data its value. Attractively designed visualization instruments with intuitive and smooth operation.

  • 16 different visualization instruments for every purpose
  • Highly customizable screens, perfect for your application
  • Multi-monitor support for best overview


Are you recording but want to look at a previously recorded measurement file? The OXYGEN Viewer can be opened multiple times parallel to another OXYGEN. Review, reporting, analysis and post-processing with offline math is made convenient for you.

  • OXYGEN Viewer can be used parallel to another OXYGEN in separate windows
  • Also during an active recording
  • Post-processing features also available in Viewer Mode
OXYGEN Order Analysis Feature for Rotating Machine’s Noise and Vibration

Order Analysis

Analysis module for rotating machine’s noise and vibration. This feature turns your OXYGEN into a full order analysis instrument for calculation and visualization of frequency and order spectra vs. speed.

  • Simultaneous frequency and order domain analysis
  • Smart resampling algorithm for accurate and fast results
  • Selectable speed ranges from 60 rpm to 100.000 rpm
  • Order resolution from 0.01 to 1, with up to 90 % overlapping
  • Order extraction for selected orders for use in recorder or XY-instrument
  • Visualization of the result matrix in intensity diagrams

Power Analysis

Turn your DEWETRON measurement device into a fully-featured power analyzer. This feature is the core feature of our PA-series devices, but also available for any other device. Its flexibility and feature scope are outstanding on the market:

  • Analysis of 1-9 phase power systems (1P2W, 2V2A, 3P3W, 3P4W, 2x 3P3W, …)
  • Several power systems are logically summarized into Power Groups
  • Gapless cycle-by-cycle calculation, no blind spots
  • Unique fundamental frequency detection with delay compensation for highest accuracy and reliability of the results
  • BASIC features: voltage, current RMS, AVG, fundamental and symmetrical components, active/reactive/apparent power total and fundamental as well as energy
  • ADVANCED features: harmonics (IEC 61000-4-7), flicker (IEC 61000-4-15), flicker emission (IEC 61400-21) and mechanical power/efficiency
  • EXPERT features: rolling calculation meets FGW-TG3 (TR3) requirements
  • Power analysis is also available offline (from OXYGEN 5.4)
  • From OXYGEN 5.5, it is possible to conduct d/q analysis including an automated angle offset detection and to enable line-line harmonics calculation and THD for three-phase configurations
  • A dedicated tab for harmonics shown in a table for voltage, current and power is available in the power instrument
OXYGEN Power Analysis

Matrix Sampler for Efficiency Maps

The matrix sampler is the solution for visualizing the efficiency of your electric drivetrain at different load steps or running speeds online. Create the calculation module directly in your power group. The efficiency map of the drivetrain will be filled up during the measurement.

  • Possibility to refill single measurement points without overwriting the whole matrix
  • Easy-to-use and intuitive operation
  • Several trigger options to fill the map with data
  • Freely definable matrix size
  • Assignment of any channel to  X-, Y- and Z-axes for visualizing any 3-dimensional signal dependencies

Sound Level

The sound Level plugin provides online determination of the time dependent sound pressure level, the energy equivalent sound pressure level, freely definable statistical sound pressure levels and many more. This plugin turns your DEWETRON device into the ideal solution for analyzing the acoustical emission of machines, for determining the spatial and statistical sound pressure level distribution in buildings and for long-term noise monitoring.

  • A-,  B-, C-, D- and Z-frequency weighting (according to DIN EN 61672-1)
  • Fast, slow and impulse time weighting (according to IEC 651)
  • Reference level for air (20 µPa) and water (1 µPa)
  • Overall and interval logging
  • Audio Replay feature (available from OXYGEN 5.3) providing the following controls: mute channels, volume fader, left-right-balancing, levelmeter
OXYGEN C++ Plugin Interface for Customization

Plugin Interface

You like OXYGEN, but it does not cover all your needs? Customize it! We are proud to announce our new plugin interface, which gives you the possibility to add more software functions on your own. Learn more in our OXYGEN SDK brochure.

  • C++ Plugin Interface for customization
  • Add complex mathematical calculations, which are not supported by built-in functions
  • Use 3rd-party sensors and data sources and bring them into OXYGEN
  • Output data from OXYGEN via not supported interfaces
  • Use the Serial-CSV reader plugin to read CSV-data from serial devices. If the information is available in the header, OXYGEN automatically detects the number of channels as well as the channel names. The plugin is able to work on ARDUINO boards.
  • Visit us on GitHub and download example code:


Use our TRION-BASE, TRION-TIMING or TRION-VGPS module to acquire data synchronously to other measurement devices. Relative time and absolute time synchronization are supported.

  • Absolute time synchronization via PTP (IEEE 1588), GPS and IRIG
  • Relative time synchronization via PPS and TRION-SYNC-BUS
  • Optional synchronization of operating system time
OXYGEN Trigger and Events for differnt Trigger Conditions

Trigger & Events

The powerful trigger and event system makes it easy to record data in case of events, create marker, set a digital output or make a snapshot of the actual measured data. The user can create different events, each consisting of one or more trigger conditions and one or more actions.

  • Many different trigger conditions: signal level (positive/negative edge, window) with optional rearm level, keyboard or time
  • Powerful actions like start/stop of recording, set an alarm with optional digital output, set a marker with pre-defined text or make a snapshot of the actual measured data.
  • Create data files with fixed length. The measurement will be stopped after a defined time and is available in Continuous and Trigger Mode (from OXYGEN 5.6).

Math and Calculation

The highly customizable setup also allows the creation of several software channels to meet your purposes:

  • Formula for arithmetic and more advanced calculations (trigonometric, logical and measurement functions)
  • Block-wise statistics to calculate AVG, RMS, MIN and MAX values
  • High, low, bandpass and bandstop IIR-filter up to the 10th order
  • DMS-rosette calculation module for 45°, 60°, and 90° setups
  • Psophometric analysis for railway and telecommunication applications
  • Group formulas to keep a better overview (from OXYGEN 5.6)
  • And many more
OXYGEN Math and Calculation Features
OXYGEN Postprocessing and Analysis of Recorded Data

Analysis and Postprocessing

The real work often begins after the live measurement. To complete this workflow, OXYGEN also supports post-processing and analysis of the recorded data.

  • Use many of the math and calculation (also incl. FFT) features to refine your measurement results
  • Create new visualizations and measurement screens
  • Quick navigation through the data with well-known gestures and intuitive zoom and scrolling mechanisms
  • Create reporting pages (see below)
  • Export data to complete your workflow
  • And the best: you can do that also on your PC, license-free!

Export Features

If you need to use other analysis software for further data processing, we offer data export for the most common applications and formats.

  • Universal formats: CSV and TXT with selectable delimiter and timestamp format
  • Advanced formats: Excel (.xlsx), Matlab (MAT ver. 7.2), ASAM MDF4 (4.0 and 4.1) and DMD
  • From OXYGEN 6.0: Export into Universal File Format 58 (*.uff)
  • Additional formats (from OXYGEN 5.3): *.wav (as add-on for the sound level package) and *.rsp (*.RPCIII) as state-of-art format for RLD applications
  • Select channels and/or time-range of the exported data
  • Optional automatic export at measurement end
  • From OXYGEN 5.5, you can also export your data in *.dat (DIAdem) and *.nt (DynaWorks)
  • From OXYGEN 5.7, you can also export your data in *.h5 (HDF5)
  • For *.xlsx-files, you can choose to create a new spreadsheet for a new recording event or for every new measurement file (from OXYGEN 5.7)
  • Select if all or only some statistic parameters (AVG, RMS, MIN, MAX) of the reduced data should be exported (from OXYGEN 5.7)
OXYGEN Export to csv, txt, xls, mathlab, asam, dmd, etc.

Video Input

Do you want to record video data additionally to your sensor inputs? No problem with OXYGEN! Use any USB-cam which is supported in Windows 10 or use our synchronized Manta GigE-cam for frame-by-frame synchronous acquisition.

  • Support of USB-cams as well as Manta GigE-cam
  • Separate video file for viewing and editing in other applications in MKV-format
  • From OXYGEN 5.5: Bandwidth usage decreases by 50 %, CPU load during recording is minimized
  • Usage of multiple Ethernet ports when using several cameras
  • Various USB-webcams are compatible with DEWETRON measurement systems (might require OXYGEN 5.6 depending on the type).
  • From OXYGEN 6.0, the rotation of video pictures in channel setup or video instrument is possible (90°, 180°, 270°)

Load external video

With this feature, you can synchronize video data to sensor data. The video data can be acquired by a highspeed camera, but also by any other camera.

  • Load a video file that was recorded with a 3rd party software in PLAY mode during analysis
  • Manually synchronize the video to the measurement data
  • Analyze both video and sensor data synchronized in OXYGEN
  • It is also possible to save a measurement screen to a video file
  • Supported formats are AVI (uncompressed), MKV (VP7 and h264), MP4 (h264)

Sensor Database

You are tired of setting up a sensor every time with all its properties? We have the solution: the sensor database is your personal list of sensors which you can simply use in the channel setup

  • Simple edit of the sensors with a workflow similar to the channel list
  • Store name, serial number and scaling information of each sensor you want to use, including optional settings of the used input channel like measurement mode, filter, and excitation
  • Independent from the measurement setup, you can create your personal sensor database once and use them on all your measurement devices by simply copy/paste of the database
OXYGEN Sensor Database for a fast Workflow
OXYGEN Reporting Features for simple and easy Printing


Use OXYGEN for your whole measurement workflow. From acquiring data to post-processing and finally reporting the data. OXYGEN supports you with the creation of simple reports, which you can create very fast:

  • Separate reporting pages (additional to the measurement screens) with typical printing layout (A4, letter, portrait, and landscape)
  • Just duplicate a measurement screen or create new pages with a simple click
  • Use all instruments and visualizations also in the reporting pages
  • Separate time-cursor on each page available to report different time snippets in one report
  • Directly print or save to pdf

Remote Control and Data Transfer

OXYGEN does not only support local operations like many other measurement software, but also a remote control for setup, acquisition, and measurement. Different options are available:

  • SCPI over Ethernet (included) for loading setup, recording control, and data transfer
  • XCP over Ethernet (optional) for recording control and data transfer (ASAM standard) to testbed controller (Vector CANape or ETAS INCA) with up to 10 kS/s
  • EtherCAT in combination with TRION-EtherCAT
  • CAN input and output (trigger measurement or cyclically sent data)
  • Remote desktop and VNC operation possible
  • OXYGEN 5.3 provides some more SCPI functionality. Summed up, it is possible to asynchronously load a setup without the SCPI interface being blocked, to read the current loaded setup name and to show when the setup has been successfully loaded.
  • From OXYGEN 5.5, header data can be set and modified by SCPI commands and the synchronization status of your DAQ system can be queried with a dedicated command
OXYGEN Remote Control and Data Transfer Features

Data Stream

Live data processing in your own application? The data stream feature makes it possible! Stream the acquired data (including calculated data like power or statistics) via TCP/IP with high speed to one or even more applications.

  • Stream the acquired data via TCP/IP
  • Configure stream(s) via SCPI-interface for fully remote-control operation
  • Supports 1 to N streams, individually configurable channel selection
  • Example stream decoder available in C and Python


Many applications require more than one measurement device, sometimes even at different locations. OXYGEN-NET makes it possible, to sum up, all devices to one virtual measurement device. You only need a reliable network connection, and you can simply claim all available nodes and operate it from the main device.

  • Create one big virtual device with several remote nodes (measurement cloud)
  • No complicated settings needed, simply claim and remove nodes with one click
  • Works with absolute time synchronization as well as with TRION-SYNC-BUS
  • Remote and local data storage possible for redundancy
OXYGEN Net Option


From version 5.3, OXYGEN offers hardware support for Altadt to decode ARINC signals based on PMC-429. It offers an integrated rich database, including Equipment IDs and Labels from the ARINC standard, and can decode an assigned RAW Message Channel. Support of loading user defined databases and online decoding complete the Decoder Plugin.

  • 4-channel and 16-channel option available
  • Select a bus channel and add ARINC decoder and select a new Equipment ID from database or file
  • The included database from ARINC standard can be used – no extra installations or files are needed
  • Different settings are available to edit labels and save in a setup file
  • The raw data stream can be displayed
  • Message decoding supported online during the measurement and offline while data analysis


Starting with OXYGEN 5.4, you can read and store data from MODBUS TCP clients. With the MODBUS TCP plugin, you can read and analyze data from the DUT to determine the internal state compared to the measured values. With this plugin, you can use DEWETRON’s data acquisition software OXYGEN as a monitoring software for MODBUS.

  • This can be important for e.g. solar inverters, power converters or energy monitors
  • The usage is easy:  Click on ‘+’ to add a channel, select the MODBUS receiver, load an *.xml description file, adapt the settings and add channels


From OXYGEN Version 5.4, our measurement software offers hardware support of Altadt MIL 1553 boards.
This feature is beneficial for the aerospace & defense sector.

  • Receive and decode messages and visualize signals
  • Export decoded signals
  • Implementation works like a “BUS MONITOR”
  • Message decoding supported online during the measurement and offline while data analysis

CPAD decoder plugin

This feature allows to acquire CPAD data without the need of a *.dbc-file (from OXYGEN 5.6)

  • Easy configuration of CPADs directly in OXYGEN
  • Decoding via *.dbc files
  • Decoding of CAN and CAN-FD data via ARXML files


From OXYGEN 5.4 you can use the implemented function generator in our measurement software.

  • Standard waveforms (sine, square, triangle)
  • Custom waveforms (four different custom waveforms for each board)
  • Drag and drop the CSV-file and make use of up to 16384 samples per waveform

CPB Analysis

This feature (available from version 5.3) enables you to calculate a Constant Percentage Bandwidth (CPB) spectrum. According to EN61260, octave, third octave or twelfth octave band resolution can be chosen. You can also select the minimum and maximum frequency as well as the optional A-, B-, C- or D-frequency weighting. The result is an amplitude or decibel spectrum with freely definable reference value and level.

  • Automatic calculation of CPB spectrum
  • Visualization of CPB spectrum by adding a new Array Chart
  • Visualization of energetic sum, minimum or maximum as separate bin
  • Easy copying and pasting of data into Excel
OXYGEN FFT Feature for Frequency Domain Analysis

FFT Analysis

Frequency domain analysis at its best! OXYGEN assists every application with its high flexibility and easy usage. Powerful instruments and math calculations are available to get every exercise done:

  • Freely selectable (not only 2^N) number of input samples or line resolution
  • Optional zero-padding for higher line resolution
  • 7 different window types
  • Spectrum analyzer instrument with 18 different scaling types (amplitude, RMS, PSD, decibel, …)
  • Average and overlap feature
  • Spectrogram instrument for time-dependent analysis with selectable color map
  • FFT Reference Curves feature (available from OXYGEN 5.3) shows two reference curves in the spectrum analyzer and changes the instruments’ background color in case the threshold is exceeded. Values can be defined via a table and copied and pasted from or into Excel.
  • The Spectrum Analyzer Instrument is now able to show harmonic cursors (from OXYGEN 5.4)
  • You can now switch the frequency unit from Hz to CPB on the frequency axis of the Spectrum Analyzer Instrument

Swept Sine Analysis

Calculation module for swept-sine structural analysis like shaker tests. This feature helps you creating bode diagrams of your device under test.

  • Synchronization from 1 Hz to 20 kHz
  • Calculation of total and fundamental amplitude and phase
  • One to many input channels per synchronization source
  • Visualize amplitude and phase data in a spectrum analyzer instrument as a bode diagram
OXYGEN Swept Sine Analysis Option for Shaker Tests
OXYGEN IMU Support for GeneSys ADMA and OxTS RT series

IMU Support

OXYGEN supports two different brands of IMUs (Inertial Measurement Unit) for precise measurement of a vehicle position. GeneSys ADMA and OxTS RT series are the first choices when it comes to ADAS testing equipment.

  • Support of GeneSys ADMA (Version 3.3) and OxTS RT series (NCOM and RCOM data streams)
  • Synchronous acquisition of position and auxiliary data in OXYGEN via Ethernet (UDP)
  • 1-6 simultaneous streams are supported, with pre-defined packet decoding patterns

Bird’s Eye

The OXYGEN Bird’s Eye plugin is the state-of-the-art software plugin to visualize the testing environment of your (ADAS) test within the software. Based on the acquired IMU data, the position and movement of all involved objects are updated online. Using the shape editor, a realistic contour of each involved object (i.e. VUT, GVT) can be created for precise distance calculations between test objects.

  • Creation of complex 2-dimensional realistic vehicle shapes incl. automatic and EURO NCAP-conform POI-assignment
  • Online distance calculations between all involved objects
  • Proving ground and test setup visualization from the bird’s eye view
  • From OXYGEN 5.6, you can define KML track data as center, left or right boundary of the driving track to simplify the definition.
OXYGEN screenshot of Bird's Eye Plugin
OXYGEN Ethernet Receiver Option for Decoding UDP-Packets

Ethernet Receiver

You have data sources you want to use in OXYGEN? The Ethernet receiver is the solution. It supports the decoding of UDP-packets into OXYGEN channels to be visualized and recorded together with all your other data. On the other hand, data can be output via UDP streams for monitoring on different instances.

  • Support of 1 to several receiver and sender instances
  • Simple XML decoding structure for packet description
  • Optional time synchronization with timestamp decoding


Data acquisition over CAN is also possible with various TRION(3) modules. Here are only some of the features you can benefit from in OXYGEN:

  • Use the CAN editor to add or delete signals, edit CAN messages or CAN signals (from OXYGEN 5.7)
  • Add comments for better traceability during postprocessing directly in the CAN editor (from OXYGEN 5.7)
  • Decoding of CAN messages and editing the CAN channel setup works without the *.dbc-file (from OXYGEN 5.7)


You need the acquired data to be available on the CAN-bus? No problem, the optional CAN-transmit function makes it very easy to serve almost every OXYGEN channel cyclically on the CAN-bus.

  • Supports TRION-CAN (incl. TRION-MULTI and TRION-dLV) and Vector CAN
  • Send and receive simultaneously on the same bus
  • Simply drag’n’drop the channels to the CAN-signal
  • Selectable transmission interval individual for each CAN-message
  • Optionally tune the transmission delay to choose between quality or responsiveness
OXYGEN CAN-Out Option for CAN-Transmit Function
Software Option for Vector CAN Adapters

Vector CAN

Standard CAN does not meet your requirements anymore? Together with Vector CAN adapters and this software option you are ready to use CAN-FD. Data rates up to 8 MBaud can be achieved, with a payload of up to 64 Byte. Changed your mind about the selected signals? No problem, CAN(-FD) messages can also be decoded offline!

  • Support of Vector VN1610, VN1630 and VN1640 USB-adapters
  • Use CAN and CAN-FD simultaneously
  • Software-sync mechanism for advanced timestamp accuracy
  • CAN-OUT is also supported to send measurement data
  • Decode CAN(-FD) messages online and offline

Vector Flexray

The usage of FlexRay was never that easy! With OXYGEN you can read raw FlexRay frames and decode them into individual signals with the support of the FlexRay adapters from Vector (e.g. VN7610). To fully adjust to your needs, the channels for decoding can not only be selected online but it also works offline.

  • Usage of FlexRay with adapters from Vector (e.g. VN7610)
  • Compatible with Fibex 2.0 to 4.1.2 Standard for description file (ASAM MCD-2 NET)
  • Intuitive Channel picker for signal selection
  • Decoding works online and offline
XCP-OUT plugin - for XCP over Ethernet


The CAN-OUT is not fast enough for your automotive testbed? Use XCP over Ethernet instead. With this option, the OXYGEN software acts as XCP-slave and serves measurement data to your testbed:

  • ASAM standard (XCP version 1.2), automatic A2L generation
  • Polling and DAQ-list support (up to 10 kS/s) for live transfer of measurement data
  • Control of measurement and software synchronization available
  • Use together with Vector CANape or ETAS INCA


Does your testbed only support EtherCAT as data and control interface? No problem, we also have a solution for this! Together with our TRION-EtherCAT hardware, we can satisfy your needs:

  • Transfer up to 100 measurement channels via EtherCAT
  • 500 Hz update rate
  • No realtime capability
  • Additional transfer of absolute timestamp for post-synchronization of the data
  • Automatic ESI-file generation
OXYGEN EtherCAT Option
OXYGEN C++ Plugin Interface for Customization


  • TEDS support (from OXYGEN 5.6) allows the user to read data from sensors with TEDS interface and set the respective channel correctly.
  • It is possible to create textual and numeric headers. Numeric headers can directly be used as formula constants in math calculations (from OXYGEN 5.6).
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