Red Pitaya: An All-In One Solution That Grows With The Student
“This is really cool, man!”
Connor Homayouni
Research Assistant at Oakland University
Red Pitaya is not just a tool; it's an educational journey that takes students from the fundamentals of electrical engineering to the frontiers of space exploration and cutting-edge research. Say goodbye to scattered learning and hello to a seamless, powerful educational experience.
Red Pitaya combines a compact, powerful hardware platform with versatile software tools, creating an all-in-one lab for hands-on ECE learning. This Swiss Army knife of engineering education replaces multiple specialized instruments, saving space and resources.
As a software-defined instrument, Red Pitaya introduces students to the world of measurements in electrical engineering. Perfect for beginners, it provides a user-friendly interface for learning the basics of signal analysis and data acquisition.
As an open-source, remotely controlled platform, Red Pitaya empowers students to tackle complex projects with ease. Its flexibility allows for creative solutions in various fields, from IoT to advanced signal processing, all accessible from anywhere.
Red Pitaya evolves with students' academic journey, transforming into a powerful research tool. It excels in experiment control and high-precision data acquisition, making it an invaluable asset in laboratories across disciplines.
As a software-defined instrument, Red Pitaya introduces students to the world of measurements in electrical engineering. Perfect for beginners, it provides a user-friendly interface for learning the basics of signal analysis and data acquisition.
As an open-source, remotely controlled platform, Red Pitaya empowers students to tackle complex projects with ease. Its flexibility allows for creative solutions in various fields, from IoT to advanced signal processing, all accessible from anywhere.
Red Pitaya evolves with students' academic journey, transforming into a powerful research tool. It excels in experiment control and high-precision data acquisition, making it an invaluable asset in laboratories across disciplines.
As soon as you power it on, Red Pitaya is ready to replace multiple instruments commonly found in engineering laboratories. Since it uses a web interface, you don't need any dedicated software to start measuring, only a web browser.
With its FPGA and powerful processing capabilities, students can design and implement DSP algorithms directly on the device.
Utilizing Red Pitaya's capability to generate and measure signals in real-time, students can develop and test control algorithms and systems.
Red Pitaya supports courses in
digital systems design using VHDL
and Verilog, helping students
develop on their own.
Through programming the FPGA and using the Linux OS on the ARM processor, students can develop embedded systems.
Red Pitaya can be used to analyze and monitor electrical parameters in renewable energy systems.
With its FPGA and powerful processing capabilities, students can design and implement DSP algorithms directly on the device.
Utilizing Red Pitaya's capability to generate and measure signals in real-time, students can develop and test control algorithms and systems.
Red Pitaya supports courses in
digital systems design using VHDL
and Verilog, helping students
develop on their own.
Through programming the FPGA and using the Linux OS on the ARM processor, students can develop embedded systems.
Red Pitaya can be used to analyze and monitor electrical parameters in renewable energy systems.
providing hands-on learning experiences essential for understanding complex physical phenomena. Its powerful FPGA-based architecture supports various key fields and courses:
With its simple interface, Red Pitaya can be an entry point for measuring electrical signals in high school classrooms or a spring board toward advanced research projects for the more ambitious students.
We’re pleased to offer a 10% discount on select kits for our academic customers. Reach out for a quote or to learn more!
We’re pleased to offer a 10% discount on select kits for our academic customers. Reach out for a quote or to learn more!
Sakura Particles, a team of high school students from Japan, has designed a homemade cosmic ray imaging detector.
Discover how they used Red Pitaya to become the first group from Japan to have their science experiment accepted at CERN
Researchers at Oklahoma State University, led by Dr. Eric Benton and Tristen Lee, have developed three innovative radiation dosimeter projects: SpaceTED, AirTED, and AirSiD. These devices address the critical need for accurate radiation exposure measurement in space and at high altitudes, from the International Space Station to high-flying aircraft.
Southern Methodist University (SMU) has successfully integrated Red Pitaya into their Digital Signal Processing classes, enabling students to continue hands-on learning during the COVID-19 pandemic. The Red Pitaya STEMlab 125-10 boards allowed students to have a laboratory on their desk at home, ensuring uninterrupted education.
Sakura Particles, a team of high school students from Japan, has designed a homemade cosmic ray imaging detector.
Discover how they used Red Pitaya to become the first group from Japan to have their science experiment accepted at CERN
Researchers at Oklahoma State University, led by Dr. Eric Benton and Tristen Lee, have developed three innovative radiation dosimeter projects: SpaceTED, AirTED, and AirSiD. These devices address the critical need for accurate radiation exposure measurement in space and at high altitudes, from the International Space Station to high-flying aircraft.
Southern Methodist University (SMU) has successfully integrated Red Pitaya into their Digital Signal Processing classes, enabling students to continue hands-on learning during the COVID-19 pandemic. The Red Pitaya STEMlab 125-10 boards allowed students to have a laboratory on their desk at home, ensuring uninterrupted education.
»We have been making extensive use of Red Pitaya, which has become an essential part of our activities as we conduct educational activities on radiation measurement targeted at middle and high school students. The range of research made possible by fast data collection is broad, and in this respect, Red Pitaya has become an important and easily accessible tool for middle and high school students.«
CEO at Accel Kitchen LLC, Associate Professor at Waseda University
»The Red Pitayas are actively being used in some lab experiments in the Introduction to Quantum Engineering course. The kits are very easy to use and impactful for our experiments. We hope to continue using them in our work for many years to come!«
Ph.D. (Cornell University), Associate Professor, Electrical Engineering IIT Bombay
I participated in the "Stranded in Space with Red Pitaya" hackathon in early 2023, and it was an awesome experience! We used the STEMlab 125-14 to create an IR communication system that used Morse code as its protocol. I was deeply impressed by the Red Pitaya’s ease of use: simply include the custom RP library in your Python project folder, upload to the hardware, and it runs oh-so smoothly. It's also incredibly versatile with ample ports for hardware connections, and we could bring our project to life in a single day. The hackathon itself was also really fun and engaging, and I learned a ton about radio communication protocols. I'd definitely recommend Red Pitaya to any student interested in exploring the world of electronics and software!
student at UC San Diego
Never start designing course materials from scratch again! We offer a growing library of teaching materials developed by educators worldwide and Red Pitaya’s experts. You can either take inspiration from entire courses or individual theory lessons and experiments.
Experience the power of Red Pitaya firsthand and see why educators
and students worldwide are choosing our platform.
To support our academic customers, we offer a 10% discount on selected kits. Get in touch to request a quote or find out more.
To support our academic customers, we offer a 10% discount on selected kits. Get in touch to request a quote or find out more.
Red Pitaya is not just a tool; it's an educational journey that takes students from the fundamentals of electrical engineering to the frontiers of space exploration and cutting-edge research. Say goodbye to scattered learning and hello to a seamless, powerful educational experience.
Red Pitaya combines a compact, powerful hardware platform with versatile software tools, creating an all-in-one lab for hands-on ECE learning. This Swiss Army knife of engineering education replaces multiple specialized instruments, saving space and resources.
“This is really cool, man!”
Connor Homayouni
Research Assistant at Oakland University