Red Pitaya

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. hubs.la/H0Qgj4P0

Good things come in threes! 🎉 We're heading into the final stretch of 2026 with three award nominations for our STEMlab TI Series and OpenLabCtrl. A lovely nod to our work and the community that inspires it. ❤️

Same hardware model. Same firmware. Different fingerprints. 👀 Researchers used Red Pitaya and ML to identify individual devices from tiny analog differences in their digital signals, achieving 99.5% accuracy in controlled tests. Read more → hubs.la/Q04Czrqh0.

Munich, see you at electronica 2026! 🔴 📅 November 10–13 📍 Analog Devices | Hall C4, Booth 121 Attending? Reserve a time slot with our team in advance so we can meet and discuss your projects. 🔗 Book your meeting here: hubs.la/Q04CrGdM0

Product Highlight: SDRlab 122-16 16-bit acquisition, low-phase-noise clocking, and real-time FPGA processing. A compact platform for serious RF experimentation. Standalone or kit → hubs.la/Q04B_c5z0

Happy #DayOfPhotonics! 💡 We're shedding some light on how Red Pitaya supports photonics research, from laser locking and frequency stabilization to precision optical measurements. Explore → hubs.la/Q04BSHvX0

From your first measurements to custom FPGA projects. ⚡ Our new hands-on book with Elektor explores Python, signal processing, and building with STEMlab Gen 2. Take a look inside → hubs.la/Q04BHldC0

50 Ω or High-Z? ⚡ The right input impedance can make all the difference in your measurements. Here's what to know when working with Red Pitaya → hubs.ly/Q04BxpPg0.

From an idea to a working FPGA instrument - with a little help from AI. 🤖 Meet Red Pitaya Copilot. We're exploring a new way to develop custom instruments, with engineers still in control. Read more → hubs.ly/Q04Bfhqf0.

You asked for more technical content. We ran a red wire straight from our lab to your inbox. 🔴 Meet The Red Wire — engineering insights, industry news, and conversations with our CTO. First issue lands tomorrow! Subscribe → hubs.la/Q04zT9lx0

Photonic Days Berlin is still in full swing! ⚡ Live demos, great conversations, and plenty of interesting ways Red Pitaya is being put to work. Still here? Find us at Booth B16. 👋

The FPGA might fit your project. The board around it might not. Our latest blog looks at what really matters when choosing an FPGA platform for industrial R&D. Read more → hubs.la/Q04zqHv90.

A dispatch from our favourite traveller, Mike. 🇯🇵 Latest sighting: aboard a Shinkansen doing 300 km/h between Nagoya and Tokyo, somewhere between customer and partner meetings. Mike keeps moving. We try to keep up. 🚅

Two surface electrodes. RF measurements. No internal probe. Researchers developed a non-invasive approach to GERD monitoring using radiofrequency spectrophotometry, with Red Pitaya STEMlab 125-14 at the core of the acquisition system. Read more → hubs.la/Q04yy8tG0

FPGA still on your “I should learn this properly” list? Early-bird registration for our FPGA Course for Scientists ends October 1st. 18 hours. 100% online. Hands-on FPGA development. Limited to 30 participants. Next cohort starts Nov 4th → hubs.la/Q04ypPXY0

Code can tell you something went wrong. The signal can tell you why. At an EESTEC Ljubljana workshop, students used Zephyr RTOS, Nordic hardware & Red Pitaya to connect software behavior with what was actually happening on the wire. Read more: hubs.la/Q04y67hn0

An MRI console doesn’t have to be a black box. In 2018, OCRA demonstrated an open-source MRI console with less than $500 in essential electronics - powered by Red Pitaya STEMlab 125-14. That was only the beginning. Read the story → hubs.la/Q04y15RX0

Robotics, hands-on demos & curious minds 🤖 Great to see Red Pitaya featured by @DigiKey at the Pittsburgh Robotics Network Discovery Day alongside STMicroelectronics and XRP. Thanks for bringing us along! ❤️

electronica India starts today! 🇮🇳 If you’re at BIEC Bengaluru from 16–18 September, visit the Brilliant Electro-Syztems Pvt. Ltd. stand to discover Red Pitaya. We look forward to meeting you!

Open-source hardware meets low-field MRI. The MaRCoS project uses Red Pitaya’s SDRLab 122-16 for precise control of RF, gradients, timing, and data acquisition. Read more: hubs.la/Q04xwPQW0

Fast-neutron detection, in a compact package. EJ-276D scintillator, dual SiPM readout and Red Pitaya FPGA-based acquisition — powered by a single +5 V source. Small footprint. Serious measurement. hubs.la/Q04x0Hdm0