Red Pitaya Blog

Young Talent Meets Quantum Physics: Workshop at the Girls' Technology Congress

28 Jul

Blog

Young Talent Meets Quantum Physics: Workshop at the Girls' Technology Congress

On October 16, 2025, we had the pleasure of participating in the Girls' Technology Congress, an...

23 Jul

Open-Source Experimental Control on Red Pitaya: A Comprehensive Review & Selector Guide

When setting up a laboratory, researchers face a choice: invest heavily in proprietary commercial...

Red Pitaya OS 3.0 Is Here: A Major Platform Update

22 Jul

Blog, Announcements

Red Pitaya OS 3.0 Is Here: A Major Platform Update

Red Pitaya OS 3.0 is now available.

How Jefferson Lab Built Scalable Real-Time Accelerator Instrumentation Using FPGA-Based Data Acquisition

21 Jul

Case study

How Jefferson Lab Built Scalable Real-Time Accelerator Instrumentation Using FPGA-Based Data Acquisition

Modern particle accelerators generate enormous amounts of measurement data that must be acquired,...

ControlPaths: Building a GNU Radio SDR with Red Pitaya STEMlab

14 Jul

Media, Case study

ControlPaths: Building a GNU Radio SDR with Red Pitaya STEMlab

ControlPaths demonstrates how to transform a Red Pitaya STEMlab into a flexible software-defined...

Replacing Obsolete Windows XP DAQ Cards: A Modern CRDS Red Pitaya & LabVIEW Architecture

7 Jul

Case study

Replacing Obsolete Windows XP DAQ Cards: A Modern CRDS Red Pitaya & LabVIEW Architecture

Bypassing legacy hardware limitations to achieve stable, driver-independent Cavity Ring-Down...

Minimizing Optical Delay Lines in CV-MBQC: Sub-Microsecond Feed-Forward Loops with Red Pitaya FPGAs

29 Jun

Case study

Minimizing Optical Delay Lines in CV-MBQC: Sub-Microsecond Feed-Forward Loops with Red Pitaya FPGAs

Overcoming the classical latency bottleneck in Xanadu’s Aurora to suppress optical erosion and...

Open Source Quantum Experiment Control with OpenLabCtrl

24 Jun

Blog

Open Source Quantum Experiment Control with OpenLabCtrl

Reports from the World Economic Forum (WEF) and Plug and Play warn that as quantum technology...

How to Achieve Sub-10-Micrometer Ultrasound Tracking with Red Pitaya FPGA Control

18 Jun

Case study

How to Achieve Sub-10-Micrometer Ultrasound Tracking with Red Pitaya FPGA Control

Bypassing vendor-locked instrumentation to capture real-time, non-invasive continuous hemodynamic...

Electronic Design: How Arduino and Raspberry Pi Enable High-Speed RF Measurements with FPGA Instrumentation

16 Jun

Media

Electronic Design: How Arduino and Raspberry Pi Enable High-Speed RF Measurements with FPGA Instrumentation

Electronic Design recently featured an article by Red Pitaya CTO Črt Valentinčič examining how...

Red Pitaya Blog

Young Talent Meets Quantum Physics: Workshop at the Girls' Technology Congress

Open-Source Experimental Control on Red Pitaya: A Comprehensive Review & Selector Guide

Red Pitaya OS 3.0 Is Here: A Major Platform Update

How Jefferson Lab Built Scalable Real-Time Accelerator Instrumentation Using FPGA-Based Data Acquisition

ControlPaths: Building a GNU Radio SDR with Red Pitaya STEMlab

Replacing Obsolete Windows XP DAQ Cards: A Modern CRDS Red Pitaya & LabVIEW Architecture

Minimizing Optical Delay Lines in CV-MBQC: Sub-Microsecond Feed-Forward Loops with Red Pitaya FPGAs

Open Source Quantum Experiment Control with OpenLabCtrl

How to Achieve Sub-10-Micrometer Ultrasound Tracking with Red Pitaya FPGA Control

Electronic Design: How Arduino and Raspberry Pi Enable High-Speed RF Measurements with FPGA Instrumentation

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