Free Trial Software

Use MATLAB software to make measurements, analyze and visualize data, and create automated applications

Thank you for your interest in using MATLAB software. MATLAB is an interactive software environment and programming language with over 1 million users. MATLAB extends the functionality of your data acquisition devices, instruments such as oscilloscopes and signal analyzers, and other external hardware by enabling you to:

Generate arbitrary and standard waveforms to stimulate a circuit, device, or system
Develop and apply your own filters on instrument signals to make application-specific measurements
Create and test custom and standard modulation and demodulation schemes
Develop your own GUI-based or command-based applications for data analysis and visualization
Control test systems consisting of one or more instruments

To download your 30-day trial software, complete and submit this form.

Trial software includes MATLAB, Data Acquisition Toolbox, Instrument Control Toolbox, Communications Toolbox, Signal Processing Toolbox, DSP System Toolbox, and RF Toolbox.

Visit product pages for links to free webinars, documentation, system requirements, and more:

MATLAB is a software environment and programming language that can be used to make measurements, analyze and visualize data, generate arbitrary waveforms, and build test systems.
Communications Toolbox provides algorithms and tools for the design, simulation, and analysis of communications systems.
Data Acquisition Toolbox enables MATLAB to configure, control, and transfer data with data acquisition devices and sound cards.
DSP System Toolbox provides algorithms and tools for the design and simulation of signal processing systems.
Instrument Control Toolbox enables MATLAB to configure, control, and transfer data with instruments such as oscilloscopes, signal generators, and signal analyzers.
Signal Processing Toolbox enables MATLAB to be used to create and apply digital filters on signals.
RF Toolbox enables MATLAB to design, analyze, and visualize networks of RF components.

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