Introductory education pricing A portable, FPGA-based embedded controller designed for hands-on robotics, control, and mechatronics education. Product Overview Move from measurement to real embedded systems. This student embedded controller kit enables learners to design, deploy, and test real-time control and robotics systems using actual hardware—not simulations alone. Built around a real-time processor and reconfigurable FPGA, it bridges classroom theory with industry-relevant practice. Designed for engineering education, project-based learning, and capstone design, this compact controller supports sensors, actuators, and custom I/O while remaining portable enough for take-home labs and team projects. Why Choose This Kit • Purpose-built for engineering, robotics, and mechatronics education• True real-time processor plus FPGA architecture• Enables closed-loop control with real sensors and actuators• Portable and robust for student projects and take-home use• Widely adopted in university robotics and control curricula Embedded Control & I/O Capabilities This controller supports a broad range of hands-on system design and control activities, including the following capabilities. • Analog input for sensor interfacing• Analog output for actuator control• Digital I/O for logic, timing, and communication• PWM and encoder support for motors and motion systems• FPGA-based timing and deterministic control• Real-time processing for closed-loop applications Common learning applications include the following areas. • Robotics and autonomous systems• Mechatronics and motion control• Embedded systems design• Control systems and real-time computing• Sensor integration and data acquisition Typical Use Cases This controller is commonly used in the following scenarios. • University robotics and mechatronics courses• Control systems laboratories• Capstone and design-based projects• Autonomous vehicle and mobile robot platforms• Rapid embedded prototyping and experimentation What’s Included • Student embedded controller (NI myRIO platform)• Power supply and connection cable• Onboard I/O connectors (integrated)• Protective packaging or storage box Accessory contents may vary slightly by batch. Software Compatibility Compatible with NI-supported development environments (such as LabVIEW) commonly used in engineering and robotics education. Software licences and downloads are provided directly by National Instruments and are not included with this hardware purchase. Many universities and students already have access through existing academic licences. Please ensure you have access to compatible NI software before purchase. For official documentation, drivers, and software support, refer to the LabVIEW myRIO Software Bundle download page and the NI myRIO-1900 Getting Started Guide & Specifications PDF on the National Instruments website. Technical Summary • Architecture: Real-time processor + FPGA• Analog input: Sensor-level interfacing• Analog output: Actuator and control signals• Digital I/O: Deterministic, FPGA-based• Control: Real-time and hardware-timed• Application: Robotics, control, embedded education Trademark Notice NI and myRIO are trademarks of National Instruments. This product is resold by Core Devices and is not affiliated with or endorsed by National Instruments.
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