Applications for your Red Pitaya
Red Pitaya is a very powerful and precise multifunction measurement tool that can replace a stack of lab instruments. All the applications are Web based, FREE of charge and come along when purchasing the board.
Learn more about available applications by clicking on the icons below:
Oscilloscope &
Signal generator
This application will turn your Red Pitaya board into a 2-channel Oscilloscope and 2-channel Signal generator.
Logic analyzer
The Logic Analyzer application enables the representation of the binary states of digital signals.
Spectrum analyzer
This application will turn your Red Pitaya board into a 2-channel DFT Spectrum Analyzer.
LCR meter
This application will turn your Red Pitaya board into an affordable LCR meter.
Bode analyzer
This application will turn your Red Pitaya board into an affordable Bode analyzer.
Vector network analyzer
Vector network analyzer is great solution to test and optimize
performance of antennas, RF switches and much more.
Remote control
Red Pitaya board can be controlled remotely over LAN or wireless interface using MATLAB, LabVIEW, Scilab or Python via Red Pitaya SCPI (Standard Commands for Programmable Instrumentation) list of commands. SCPI interface/environment is commonly used to control T&M instruments for development, research or test automation purposes.
MATLAB
Control your Red Pitaya with MATLAB - the easiest and most productive software environment for engineers and scientists. Perfect combination to speed up your research, prototyping and testing.
LabView
Control your Red Pitaya with LabVIEW - software designed for the fast development of any engineering application that requires test, measurement, or control.
Python
Control your Red Pitaya with Python - the most popular script language used by research designed for the fast development of any engineering application that requires test, measurement, control & signal processing.
Programming
For those that would like to program their own applications, we have provided C & Python APIs that enable super easy access to all RP features, while more advanced users can also create and run their own FPGA logic.
C API
A list of built-in C code functions (APIs) providess full control over the Red Pitaya board (signal generation and acquisition, digital I/O control, communication: I2C, SPI, UART, and others).
Jupyter notebook / Python
Jupiter notebook enables you to execute Python code and control Red Pitaya hardware features, visualize data and add explanatory text or write interactive documents directly from WEB browser Jupyter notebook Python editor.
FPGA
Red Pitaya FPGA code examples include complete control logic over the signal acquisition and generation and more with all image build instructions and register map documentation. Code if free and available on Github.
Explore Red Pitaya Resources
Our team constantly works on enriching our information base which makes your experience with Red Pitaya better. Check out the documentation, teaching materials and case studies and start your Red Pitaya journey!
Documentation
Find the information about getting started, more about applications and the developer's guide here.
Teaching material
Explore our library of step-by-step examples, video tutorials and advanced FPGA excercises.
Case studies
Check out what epic projects have already been done with Red Pitaya.