Red Pitaya Blog (2)

Pulse 2.0 Interviews Red Pitaya CEO on Open FPGA-Based Lab Instrumentation

22 Jan

Media

Pulse 2.0 Interviews Red Pitaya CEO on Open FPGA-Based Lab Instrumentation

Pulse 2.0 recently published an in-depth interview with Red Pitaya CEO Mateja Lampe Rupnik,...

Red Pitaya sees strong U.S. growth as quantum and photonics markets accelerate

20 Jan

Announcements

Red Pitaya sees strong U.S. growth as quantum and photonics markets accelerate

Slovenian technology company reports that the U.S. now consistently accounts for more than 50% of...

FPGA-Based Test and Measurement: What Red Pitaya Gen 2 PRO Changes for Modern Labs

20 Jan

Media

FPGA-Based Test and Measurement: What Red Pitaya Gen 2 PRO Changes for Modern Labs

Traditional lab instruments were never designed for the pace of modern engineering. Today’s...

Portable Engineering Labs: How SMU Transforms Hands-On ECE Education with Red Pitaya

15 Jan

Academia

Portable Engineering Labs: How SMU Transforms Hands-On ECE Education with Red Pitaya

Students bring a complete engineering workbench home in their backpacks—transforming “anytime,...

FPGA Course for Scientists — Cohort 5 (January 2026)

13 Jan

Blog

FPGA Course for Scientists — Cohort 5 (January 2026)

Looking for an FPGA training course that combines hands-on FPGA design, real-world signal...

Nuclear Reactor Power Measurement Using Cherenkov Radiation and Red Pitaya DAQ

13 Jan

Case study

Nuclear Reactor Power Measurement Using Cherenkov Radiation and Red Pitaya DAQ

Fission reactors are experiencing a kind of renaissance while the world awaits fusion reactors to...

Building a High-Resolution Alpha Spectrometer with Red Pitaya

6 Jan

Case study

Building a High-Resolution Alpha Spectrometer with Red Pitaya

Alpha spectrometry remains one of the most precise and challenging methods for studying radioactive...

All Things Open: Scaling Methane Detection with Open Source FPGA: From Lab Prototype to Industrial Deployment

18 Dec

Media

All Things Open: Scaling Methane Detection with Open Source FPGA: From Lab Prototype to Industrial Deployment

From spotless lab results to rugged field deployments, scaling precision methane detection isn’t...

Photonics Spectra: Why Open Source Hardware Is the Most Viable Path for Modern R&D

18 Dec

Media

Photonics Spectra: Why Open Source Hardware Is the Most Viable Path for Modern R&D

In a recent article published by Photonics Spectra (photonics.com), Red Pitaya CTO Črt Valentinčič...

17 Dec

Blog

December 2025 OS release

The new Red Pitaya OS 2.07-48 (December 2025 release) has arrived — and it’s a major step forward....

Red Pitaya Blog

Pulse 2.0 Interviews Red Pitaya CEO on Open FPGA-Based Lab Instrumentation

Red Pitaya sees strong U.S. growth as quantum and photonics markets accelerate

FPGA-Based Test and Measurement: What Red Pitaya Gen 2 PRO Changes for Modern Labs

Portable Engineering Labs: How SMU Transforms Hands-On ECE Education with Red Pitaya

FPGA Course for Scientists — Cohort 5 (January 2026)

Nuclear Reactor Power Measurement Using Cherenkov Radiation and Red Pitaya DAQ

Building a High-Resolution Alpha Spectrometer with Red Pitaya

All Things Open: Scaling Methane Detection with Open Source FPGA: From Lab Prototype to Industrial Deployment

Photonics Spectra: Why Open Source Hardware Is the Most Viable Path for Modern R&D

December 2025 OS release

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