LabOne – Instrument Control Software

LabOne® stands for platform-independent instrument control with proven measurement methodologies. The browser-based graphical user interface comes with an outstanding toolset for time- and frequency-domain analysis as well as sophisticated support to set up control loops, perform noise measurements, and interpret measurement data. Interfaces to the most popular programming languages are also available.

Powerful User Interface

LabOne stands as a user-centric graphical user interface, offering an outstanding user experience through its incorporation of advanced instrumentation and flexible software architecture.

The computer is the cockpit

Software-driven instruments present many advantages compared to instruments with arrays of buttons on their front panels. Buttons are easy to use, but they do not facilitate instrument reconfiguration. Integrated touch screens can provide a somewhat improved user experience, and yet they generally lack resolution. The test and measurement industry has been moving towards larger screens and fewer buttons on the instrument's front panel. With the LabOne user interface, Zurich Instruments omits buttons entirely and supports multi-screen, feature-rich operation with full computer control.

A configurable environment

A customizable user interface leads to a range of functionalities, including: Clear software workflows for swift data visualizationA clear map of the data flow, with key insights at each stage of the signal pathData capture with one mouse click onto local or remote storageIterative optimization of measurement parameters thanks to integrated tuning featuresReal-time data analysis on still images through cursor controlPlot acquisition as PNG, SVG and CSV files

Integrated Toolset

Choose within a range of time- and frequency-domain tools operating on fast samples (raw samples from the A/D converters) as well as on slower samples (after demodulation).

Choice of APIs

LabOne supports the most popular programming languages. Legacy code can run concurrently with new software written in another language, and your instrument's settings remain consistent as they are centrally managed by the server.