Red Pitaya Blog (2)

Developing a Low-Cost Readout System for Cryogenic Detector Arrays Using the Red Pitaya Board

12 Feb

Case study

Developing a Low-Cost Readout System for Cryogenic Detector Arrays Using the Red Pitaya Board

By Red Pitaya Team
0 Comments

Cryogenic detectors, such as Microwave Kinetic Inductance Detectors (MKIDs), are central to...

Driving Innovation at HiPEAC and ICFO: A Week of Insights and Collaboration

29 Jan

Blog

Driving Innovation at HiPEAC and ICFO: A Week of Insights and Collaboration

By Red Pitaya Team
0 Comments

Last week, we had the incredible opportunity to participate in the HiPEAC 2025 Conference as...

NI myRIO-1900 Discontinuation: Why Red Pitaya is the Best Alternative

28 Jan

Case study

NI myRIO-1900 Discontinuation: Why Red Pitaya is the Best Alternative

By Red Pitaya Team
0 Comments

For years, the myRIO-1900 by National Instruments has been a cornerstone in engineering and science...

Beyond Raspberry Pi: Red Pitaya's Power for Advanced Control and Measurement Projects

24 Jan

Case study

Beyond Raspberry Pi: Red Pitaya's Power for Advanced Control and Measurement Projects

By Red Pitaya Team
0 Comments

You may have read the recently published article on Red Pitaya Working in Antarctica, in which HF...

The Secret to Faster Growth in Photonics: Open-Source Technology

15 Jan

Media

The Secret to Faster Growth in Photonics: Open-Source Technology

By Red Pitaya Team
0 Comments

Scaling up in the photonics industry isn’t easy. With rising competition, rapid tech advances, and...

A Mössbauer Spectroscopy Setup With Nothing More Than a STEMlab Board

15 Jan

Case study, Research

A Mössbauer Spectroscopy Setup With Nothing More Than a STEMlab Board

By Red Pitaya Team
0 Comments

Probably not too many people are familiar with the name Mössbauer, so there’s no shame in having to...

Transforming Linear Electronics Labs with Red Pitaya: A Modern Educational Revolution

7 Jan

Case study, Academia

Transforming Linear Electronics Labs with Red Pitaya: A Modern Educational Revolution

By Red Pitaya Team
0 Comments

The challenges faced by engineering education are well documented: limited budgets, inflexible lab...

Achieving Ultra-Stable Frequency Dissemination with Red Pitaya: A Fully Digital Doppler Cancellation Technique

23 Dec

Case study, Research

Achieving Ultra-Stable Frequency Dissemination with Red Pitaya: A Fully Digital Doppler Cancellation Technique

By Red Pitaya Team
0 Comments

In the field of precision time and frequency distribution, maintaining ultra-stable signals over...

PiRadar Project Connecting Low-Cost Radar Nodes for Ionosphere Imaging

17 Dec

Case study

PiRadar Project Connecting Low-Cost Radar Nodes for Ionosphere Imaging

By Red Pitaya Team
0 Comments

This isn’t the first time we’ve talked about low-cost self-made radar systems here. A previous...

Revolutionizing Engineering Education: Power Electronics Laboratory with Red Pitaya

9 Dec

Case study, Academia, Research

Revolutionizing Engineering Education: Power Electronics Laboratory with Red Pitaya

By Red Pitaya Team
0 Comments

Engineering education is advancing rapidly, driven by the need for innovative tools and techniques...

Red Pitaya Blog

Developing a Low-Cost Readout System for Cryogenic Detector Arrays Using the Red Pitaya Board

Driving Innovation at HiPEAC and ICFO: A Week of Insights and Collaboration

NI myRIO-1900 Discontinuation: Why Red Pitaya is the Best Alternative

Beyond Raspberry Pi: Red Pitaya's Power for Advanced Control and Measurement Projects

The Secret to Faster Growth in Photonics: Open-Source Technology

A Mössbauer Spectroscopy Setup With Nothing More Than a STEMlab Board

Transforming Linear Electronics Labs with Red Pitaya: A Modern Educational Revolution

Achieving Ultra-Stable Frequency Dissemination with Red Pitaya: A Fully Digital Doppler Cancellation Technique

PiRadar Project Connecting Low-Cost Radar Nodes for Ionosphere Imaging

Revolutionizing Engineering Education: Power Electronics Laboratory with Red Pitaya

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