Red Pitaya Blog

How to Achieve Phase-Coherent Multichannel Data Acquisition at Scale

5 May

Media

How to Achieve Phase-Coherent Multichannel Data Acquisition at Scale

For engineers working on MIMO communications, quantum control loops, or phased-array radar, the...

Build, Measure, Control: Red Pitaya & XRP Robotics Workshop at ETH Zürich

30 Apr

Blog, Academia

Build, Measure, Control: Red Pitaya & XRP Robotics Workshop at ETH Zürich

In engineering education, there is a massive leap between understanding a concept on a whiteboard...

How Oklahoma State University Uses Red Pitaya to Measure Radiation in Space, Stratosphere, and Sky

28 Apr

Blog, Case study

How Oklahoma State University Uses Red Pitaya to Measure Radiation in Space, Stratosphere, and Sky

The E.V. Benton Radiation Physics Laboratory at Oklahoma State University has built a radiation...

Big News: We Partnered with Elektor on a New STEMlab Gen 2 Book

22 Apr

Announcements

Big News: We Partnered with Elektor on a New STEMlab Gen 2 Book

We’ve teamed up with Elektor to release a new hands-on book focused on the Red Pitaya STEMlab Gen 2...

Remote FPGA Verification with Real Signals Using Red Pitaya Gen2

8 Apr

Case study

Remote FPGA Verification with Real Signals Using Red Pitaya Gen2

Simulation catches logic errors. It does not tell you what happens when your design meets real...

Embedded World 2026: Multichannel Systems Take Center Stage

24 Mar

Announcements

Embedded World 2026: Multichannel Systems Take Center Stage

Embedded World 2026 was an exciting few days for Red Pitaya, with one clear highlight: our...

FPGA-Based RF Signal Processing: Exploring the Red Pitaya STEMlab 125-14

17 Mar

Case study

FPGA-Based RF Signal Processing: Exploring the Red Pitaya STEMlab 125-14

In the world of FPGA and SoC development, tools like Vivado and PetaLinux are industry standards....

How Red Pitaya Enables Multichannel Synchronization and 62.5 MB/s Streaming at Embedded World 2026

12 Mar

Media

How Red Pitaya Enables Multichannel Synchronization and 62.5 MB/s Streaming at Embedded World 2026

At Embedded World 2026 in Nuremberg, DigiKey interviewed Miha Gjura, Field Application Engineer at...

Red Pitaya Unveils Expanded Multichannel Synchronization and High-Speed Streaming at Embedded World

10 Mar

Announcements

Red Pitaya Unveils Expanded Multichannel Synchronization and High-Speed Streaming at Embedded World

New capabilities let engineers build scalable, synchronized multiboard systems with dramatically...

Compact RF Sawtooth Generator: Redefining Beam Bunching Efficiency for Particle Accelerators

3 Mar

Case study

Compact RF Sawtooth Generator: Redefining Beam Bunching Efficiency for Particle Accelerators

In particle accelerator facilities, the difference between a successful nuclear physics experiment...

Red Pitaya Blog

How to Achieve Phase-Coherent Multichannel Data Acquisition at Scale

Build, Measure, Control: Red Pitaya & XRP Robotics Workshop at ETH Zürich

How Oklahoma State University Uses Red Pitaya to Measure Radiation in Space, Stratosphere, and Sky

Big News: We Partnered with Elektor on a New STEMlab Gen 2 Book

Remote FPGA Verification with Real Signals Using Red Pitaya Gen2

Embedded World 2026: Multichannel Systems Take Center Stage

FPGA-Based RF Signal Processing: Exploring the Red Pitaya STEMlab 125-14

How Red Pitaya Enables Multichannel Synchronization and 62.5 MB/s Streaming at Embedded World 2026

Red Pitaya Unveils Expanded Multichannel Synchronization and High-Speed Streaming at Embedded World

Compact RF Sawtooth Generator: Redefining Beam Bunching Efficiency for Particle Accelerators

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