Red Pitaya Blog | Case study

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...

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...

Why HighFinesse Has Been Integrating Red Pitaya Boards in Its Applications for Over Ten Years

22 Apr

Case study

Why HighFinesse Has Been Integrating Red Pitaya Boards in Its Applications for Over Ten Years

By Red Pitaya Team
0 Comments

In life as in business, ten years can go by as if nothing, and things that were once brand new now...

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

31 Mar

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...

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...

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...

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...

Case study

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

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

Why HighFinesse Has Been Integrating Red Pitaya Boards in Its Applications for Over Ten Years

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

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

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

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

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

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