I'm sure you've heard of Swiss Army knives, now imagine a Swiss Army knife for engineers. Red pitaya, with its many applications, offers the same versatility. https://t.co/g83CVhmqtD
Can AI predict when a milling tool needs replacing?
Together with Klepsydra Technologies, we brought a Fraunhofer-developed AI model to the Red Pitaya STEMlab 125-14 GEN 2 in just a few days, using vibration data for real-time tool wear detection. Check it out!
A >20% difference in measured partial discharge levels. Same discharge source. Standard-compliant instruments.
HIGHVOLT used Red Pitaya STEMlab 125-14 to investigate how signal-processing choices impact IEC 60270 measurements.
Read more 🔗
https://t.co/zdzsCqo3y8
Give students flexible hardware and interesting things happen. ⚡
In Elektor’s latest conversation, our Field Application Engineer Miha Gjura discusses how Red Pitaya is used in education, research, and industry - including a student-built radar project.
https://t.co/UeZEvXKyvL
Radar + communication, without separate hardware? 👀
Researchers from Fraunhofer FHR & IZM demonstrated simultaneous sensing and data transmission using COTS automotive radar hardware - with Red Pitaya powering real-time processing behind the scenes.
https://t.co/YP7g3y8A8S
Compact. Open-source. Built for precision.
The STEMlab 125-14 GEN 2 series delivers upgraded hardware, higher ENOB, lower jitter, and improved signal integrity for demanding lab and embedded applications.
Learn more: https://t.co/rcrMMyOZU3
In collaboration with Farnell and element14, we’re inviting engineers to get hands-on with the STEMlab 125-14 PRO Gen 2 Starter Kit. We’re looking forward to seeing how you will put it to work.
📅 Enrollment ends June 7, 2026!
https://t.co/0QJbIqAXwa
FPGA + real-world signal validation 🎧⚡
A recent project by ControlPaths uses the Red Pitaya STEMlab 125-14 PRO Gen 2 to analyze how PWM modulation impacts audio signals across different resolutions.
Read more on our blog 👇
https://t.co/lrjGiOrmAc
Analog lock-in amplifiers helped shape laser stabilization for decades.
Digital DSP and FPGA-based systems are taking it further.
Our CTO explores what software-defined laser stabilization means.
Recently featured in Laser Focus World 👇
https://t.co/Z5RLHvfNWs
Test & measurement is evolving ⚡
Join our FAE Miha Gjura at Elektor Lab Talk #46 on May 13, 16:00 CEST, for a talk on reconfigurable instruments, FPGA-based workflows, and what’s new around the Red Pitaya platform.
https://t.co/WWEFjye5a9
Simulation finds logic bugs.
Reality = analog noise, non-ideal ADCs, real signals.
A project by Pablo Trujillo Juan shows how to bridge that gap with remote, analog-in-the-loop FPGA testing using Red Pitaya.
Read more 👇
https://t.co/RlHwAWxWsa
Scaling channels is easy. Keeping them phase-coherent isn’t.
At Embedded World 2026, we showed a modular alternative to expensive, fixed-channel setups - and it got noticed.
A smarter way to approach multichannel data.
https://t.co/mkW8XbcAg0.
You’ve seen the highlights — now the full story, day by day.
At ETH Zürich with EESTEC LC Zurich + Digi-Key Electronics:
signals → systems → robots
Full breakdown in our latest blog 👇
https://t.co/6xL2QmX7Re
3 days to go.
How are ECE programs rethinking lab experiences?
Join us with ECEDHA to explore how open-source is reshaping engineering education.
Register 👇
https://t.co/3TkcaVZssa
We teamed up with Elektor to help you get hands-on with Red Pitaya STEMlab Gen 2.
From Python to FPGA (Vivado), build real-world projects step by step.
Learn more 👇
https://t.co/eeOGmFIVYm
Rocket malfunction. Hard landing.
Still working.
That’s Red Pitaya.
From space missions to high-altitude balloon flights, see how Oklahoma State University is building affordable radiation measurement systems for extreme environments.
https://t.co/tOSok5qRe5
From first signals to fully functional robots ⚡
At ETH Zürich, students moved from theory to real systems, using Red Pitaya to measure, analyze, and control hardware.
From OpAmps to XRP robots 🤖
Thanks @digikey & EESTEC LC Zurich 🙌
Headed to ETH Zurich!
Students will build robots with XRP (via @digikey) - and use Red Pitaya to go deeper: testing + understanding hardware subsystems.
Not just coding. Real engineering. 🔧
Shop the setup → https://t.co/CpA9iB2vGl
See it in action 🎥: https://t.co/V1iT0O64EI