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96-Channel High-Speed Data Acquisition System Using Red Pitaya STEMlab

5 Aug

Case study

96-Channel High-Speed Data Acquisition System Using Red Pitaya STEMlab

By Red Pitaya Team
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Prevas Test & Measurement in Lund, Sweden, in collaboration with the Swedish Spent Nuclear Fuel and...

How to Build a DIY FMCW Radar with Red Pitaya: Complete Student Guide

29 Jul

Academia

How to Build a DIY FMCW Radar with Red Pitaya: Complete Student Guide

By Red Pitaya Team
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Evolving the Platform: Comparing the Original STEMlab 125-14 to Gen 2

23 Jul

Blog

Evolving the Platform: Comparing the Original STEMlab 125-14 to Gen 2

By Red Pitaya Team
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When we set out to develop Gen  2, our goal was simple: keep everything that made the...

Build a LEGO Quantum Interferometer: Hands-On Quantum Physics for All

10 Jul

Case study

Build a LEGO Quantum Interferometer: Hands-On Quantum Physics for All

By Red Pitaya Team
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The quantum revolution promises to transform computing, communication, and our fundamental...

Red Pitaya Powers Methane Monitoring Tech: Featured on Engineering Matters Podcast

1 Jul

Media

Red Pitaya Powers Methane Monitoring Tech: Featured on Engineering Matters Podcast

By Red Pitaya Team
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Red Pitaya, a leader in open-source multifunction measurement tools, was recently featured on the ...

Red Pitaya and Texas Instruments team up to launch next-gen STEMlab boards for high-performance data acquisition

24 Jun

Announcements

Red Pitaya and Texas Instruments team up to launch next-gen STEMlab boards for high-performance data acquisition

By Red Pitaya Team
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Munich, Germany – June 24, 2025 – Red Pitaya, a multi-award-winning leader in providing compact,...

Pre-Orders Are Now Open for Red Pitaya STEMlab 125-14 Gen 2

24 Jun

Blog

Pre-Orders Are Now Open for Red Pitaya STEMlab 125-14 Gen 2

By Red Pitaya Team
0 Comments

The wait is over—STEMlab 125-14 Gen 2, the next generation of our flagship board, is now available...

PyRPL – Open-Source FPGA-Controlled Software for Quantum Optics

10 Jun

Case study

PyRPL – Open-Source FPGA-Controlled Software for Quantum Optics

By Red Pitaya Team
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In the realm of quantum optics, precision and adaptability are paramount. This is where PyRPL...

Red Pitaya’s Split Trigger Mode: Precision Data Acquisition, Channel by Channel

29 May

Blog

Red Pitaya’s Split Trigger Mode: Precision Data Acquisition, Channel by Channel

By Red Pitaya Team
0 Comments

In this article, we’ll introduce Red Pitaya’s new split trigger acquisition mode, but first let’s...

Advancing Gastroenterology Research with a Portable Bioimpedance Measurement System Based on the Red Pitaya Platform

7 May

Case study

Advancing Gastroenterology Research with a Portable Bioimpedance Measurement System Based on the Red Pitaya Platform

By Red Pitaya Team
0 Comments

Bioimpedance spectroscopy (BIS) has revolutionized how we understand biological tissues and monitor...

Posts by Red Pitaya Team

96-Channel High-Speed Data Acquisition System Using Red Pitaya STEMlab

How to Build a DIY FMCW Radar with Red Pitaya: Complete Student Guide

Evolving the Platform: Comparing the Original STEMlab 125-14 to Gen 2

Build a LEGO Quantum Interferometer: Hands-On Quantum Physics for All

Red Pitaya Powers Methane Monitoring Tech: Featured on Engineering Matters Podcast

Red Pitaya and Texas Instruments team up to launch next-gen STEMlab boards for high-performance data acquisition

Pre-Orders Are Now Open for Red Pitaya STEMlab 125-14 Gen 2

PyRPL – Open-Source FPGA-Controlled Software for Quantum Optics

Red Pitaya’s Split Trigger Mode: Precision Data Acquisition, Channel by Channel

Advancing Gastroenterology Research with a Portable Bioimpedance Measurement System Based on the Red Pitaya Platform

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