Arduino makes it simple to build.

Red Pitaya makes it possible to measure, analyze, and truly understand.

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Arduino boards are beloved for their simplicity and flexibility. But when it comes to measuring real signals, debugging sensors, or analyzing communication protocols, a basic Arduino can only take you so far.


That’s where the Arduino X Red Pitaya Maker-to-Engineer Lab Kit comes in.
By pairing the Arduino Uno R4 WiFi with the Red Pitaya STEMlab 125-14, this kit transforms ordinary breadboard projects into professional-grade experiments.

For students, it’s a leap from “just building” into truly measuring, testing, and understanding engineering systems.
For professors, it’s a ready-to-use teaching kit that simplifies lab work, accelerates learning, and provides real measurement tools in a compact, cost-effective package.

🔬 Red Pitaya STEMlab 125-14

  • High-performance signal analysis platform 
  • 125MS/s sampling rate, 14-bit resolution
  • Built-in oscilloscope, logic analyzer, spectrum analyzer
  • Compact, credit card-sized platform

🤖 Arduino Uno R4 WiFi

  • Familiar, beginner friendly control board 
  • Perfect for sensor interfacing and control logic
  • Easy integration with Red Pitaya

Essential Components 

  • Breadboard, jumper wires, resistors
  • Ultrasonic sensor (distance measurement)
  • RFID + NFC modules (wireless communication)
  • Photodiode (light sensing)
  • Additional components for advanced experiments

Open-Source Teaching Materials

  • Ready-to-use lab exercises
  • Example code for Arduino IDE
  • Step-by-step guides for both students & instructors
    FIND OUT MORE

 

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NEW: Arduino IDE Library for Red Pitaya

Control Red Pitaya directly from Arduino using a dedicated Arduino IDE library.
This lets students use familiar Arduino syntax while accessing professional-grade measurement tools—no complex APIs, no switching between environments.

 

What Students Will Build & Understand 

  • Signal Analysis & Debugging: Visualize real-time signals, debounce inputs, analyze integrity issues

  • Communication & Timing: Decode PWM, ultrasonic echoes, RFID & I²C protocols

  • Advanced Sensor Integration: Environmental monitoring, feedback control, light analysis

Capstone-Ready Projects

  • Smart Access Control with RFID & real-time processing

  • Environmental Monitoring Station with multi-sensor data acquisition & visualization

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Why Educators Chose This Kit

For Students: 
  • Hands-on Experience: Real engineering tools and techniques 
  • Industry Preparation: Skills directly applicable to professional work 
  • Problem Solving: Complex, multi-disciplinary challenges 
  • Portfolio Development: Professional-quality projects for resumes 
For Institutions: 
  • Modern Lab Equipment: Industry-standard tools in compact form 
  • Space Efficient: Credit card-sized platform saves lab space 
  • Budget Friendly: Significant cost savings vs. traditional equipment 
  • Future-Proof: Software-defined platform with ongoing updates 

For Instructors: 
  • Ready-to-Use Content: Pre-designed labs and exercises 
  • Flexible Implementation: Adaptable to various course structures 
  • Cost-Effective: Replaces multiple expensive lab instruments 
  • Comprehensive Support: Documentation, examples, and community 
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Educational Benefits

Built for Teaching 

Pre-made lab exercises and projects focused on:

  • Signal integrity analysis 
  • Sensor interfacing techniques
  • PWM signal analysis
  • I²C communication protocols
  • Real-time data capture and processing 

Industry-Relevant Tools 

Students get hands-on experience with professional instrumentation:

  • oscilloscope capabilities for waveform analysis,
  • logic analyzer for digital signal debugging, and
  • spectrum analyzer for frequency domain analysis 

Scalable for the Classroom 

  • Easy to deploy in group projects and course modules 
  • Perfect for senior design capstone projects 
  • Comprehensive documentation and learning materials 
  • Suitable for multiple engineering disciplines 

Cross-Disciplinary Applications 

  • Electronics Engineering: Circuit analysis and design 
  • Mechatronics: Sensor integration and control systems 
  • Embedded Systems: Real-time programming and debugging
  • IoT Development: Communication protocols and data acquisition 

Getting Started

Ready to Order?

The complete Maker-to-Engineer Learning Lab bundle is available exclusively through DigiKey here.

Want to See It in Action?

Explore the full learning platform with step-by-step exercises and student-ready content.

Need Support or Have Questions?

  • Schedule a consultation with Red Pitaya representative to discuss implementation here.
  • For academic discounts and bulk orders reach out to: ziga.agostini@redpitaya.com
  • Technical support and curriculum development available.

Additional Resources 

Technical Documentation:

Academic Programs: 

Product Information: 

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