Red Pitaya Blog | Case study

Students Build AI-Powered Predictive Maintenance System with Red Pitaya: 98% Accuracy in Equipment Failure Prediction

2 Dec

Case study

Students Build AI-Powered Predictive Maintenance System with Red Pitaya: 98% Accuracy in Equipment Failure Prediction

By Red Pitaya Team
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How Five Engineering Students Created an Affordable Industrial IoT Solution Using FPGA and Machine...

Building an FPGA Flight Controller with Sensor Fusion: A Student's Journey to Auto-Stabilized Drone Flight

18 Nov

Case study

Building an FPGA Flight Controller with Sensor Fusion: A Student's Journey to Auto-Stabilized Drone Flight

By Red Pitaya Team
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How a recent University of Kentucky graduate combined his passion for drones and FPGAs to create an...

Bridging Makers and Engineers: How Red Pitaya and Arduino Power Modern Embedded Learning

30 Oct

Case study

Bridging Makers and Engineers: How Red Pitaya and Arduino Power Modern Embedded Learning

By Red Pitaya Team
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Embedded projects at the entry level often emphasize simple functionality such as reading sensors,...

Red Pitaya and Arduino in Industry - Deterministic Instrument Control with SCPI over UART

21 Oct

Case study

Red Pitaya and Arduino in Industry - Deterministic Instrument Control with SCPI over UART

By Red Pitaya Team
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In industrial automation and production testing, reliable and deterministic communication between...

Implementing Pound-Drever-Hall Locking with Red Pitaya for OPO Squeezed Light Generation

23 Sep

Case study

Implementing Pound-Drever-Hall Locking with Red Pitaya for OPO Squeezed Light Generation

By Red Pitaya Team
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RF Signal Capture and Real-Time Analysis with Red Pitaya STEMlab 125-14: An Embedded Use Case

13 Aug

Case study

RF Signal Capture and Real-Time Analysis with Red Pitaya STEMlab 125-14: An Embedded Use Case

By Red Pitaya Team
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The reliable capture and precise analysis of RF signals are at the core of many of today’s embedded...

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...

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...

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

Case study

Students Build AI-Powered Predictive Maintenance System with Red Pitaya: 98% Accuracy in Equipment Failure Prediction

Building an FPGA Flight Controller with Sensor Fusion: A Student's Journey to Auto-Stabilized Drone Flight

Bridging Makers and Engineers: How Red Pitaya and Arduino Power Modern Embedded Learning

Red Pitaya and Arduino in Industry - Deterministic Instrument Control with SCPI over UART

Implementing Pound-Drever-Hall Locking with Red Pitaya for OPO Squeezed Light Generation

RF Signal Capture and Real-Time Analysis with Red Pitaya STEMlab 125-14: An Embedded Use Case

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

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

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

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

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