Red Pitaya Blog

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...

How to Retrofit an Obsolete Spectrofluorometer using Red Pitaya FPGA Control

10 Jun

Case study

How to Retrofit an Obsolete Spectrofluorometer using Red Pitaya FPGA Control

Overcoming software and hardware obsolescence to enable advanced upconversion nanoparticle (UCNP)...

Overcoming the Black-Box Limitation: Quantifying Parameter Sensitivity in IEC 60270 Partial Discharge Measurements

29 May

Case study

Overcoming the Black-Box Limitation: Quantifying Parameter Sensitivity in IEC 60270 Partial Discharge Measurements

In high-voltage factory acceptance testing (FAT) and on-site asset diagnostics, partial discharge...

ECEDHA Webinar Highlights: Expanding Hands-On Engineering Education With Open-Source Labs

27 May

Blog, Academia

ECEDHA Webinar Highlights: Expanding Hands-On Engineering Education With Open-Source Labs

How do universities deliver more hands-on lab experiences without increasing already constrained...

Breaking the SILO: Simultaneous Radar Sensing and Communication with COTS Hardware

20 May

Case study

Breaking the SILO: Simultaneous Radar Sensing and Communication with COTS Hardware

Traditionally, radar and communication have been treated as two distinct silos, each requiring its...

PWM Audio Analysis with FPGA + Red Pitaya Gen 2

12 May

Case study

PWM Audio Analysis with FPGA + Red Pitaya Gen 2

A practical look at spectrum behavior in Class-D–style signals

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...

Red Pitaya Blog

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

How to Retrofit an Obsolete Spectrofluorometer using Red Pitaya FPGA Control

Overcoming the Black-Box Limitation: Quantifying Parameter Sensitivity in IEC 60270 Partial Discharge Measurements

ECEDHA Webinar Highlights: Expanding Hands-On Engineering Education With Open-Source Labs

Breaking the SILO: Simultaneous Radar Sensing and Communication with COTS Hardware

PWM Audio Analysis with FPGA + Red Pitaya Gen 2

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

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