Key benefits Dualcore RP2350A architecture with ARM and Hazard3 RISCV processors enables realtime control and flexible level processing on a single board, reducing the need for multiple devices. Up to 150 MHz clock speed provides responsive performance for embedded control, data processing, and multitasking applications. Extensive GPIO options support connection of sensors, actuators, and peripherals, enabling rapid prototyping across a wide range of projects. On chip clocks and timers deliver precise timing for realtime tasks, scheduling, and reliable operation. Integrated temperature sensing adds environmental awareness and helps with thermal monitoring and management in embedded systems. Tailored for electronic engineers, developers, and educators seeking advanced functionality and versatility in their projects. What makes it stand out The RP2350A chip combines dualcore capability with both ARM and Hazard3 RISCV processing, offering flexible software ecosystems and execution models on one development board. The combination of precise timing features, temperature sensing, and broad I/O makes it suitable for robotics, automation, and educational use without needing additional hardware. Key specifications and capabilities Processor: RP2350A with dualcore ARM and Hazard3 RISCV processors Clock speed: up to 150 MHz Peripherals: onchip clocks and timers Sensing: integrated temperature sensor I/O: extensive GPIO availability for sensors, actuators, and peripherals Target applications: device development, robotics control, educational training and experiments Use scenarios Robotics control and automation Use the dualcore architecture to separate realtime control tasks from higher level processing or planning. Connect sensors and actuators via GPIO, implement motor control loops, and perform sensor fusion for autonomous or semi autonomous robotics projects. Education and hands on training Leverage the onchip clocks, timers, and temperature sensing to demonstrate realtime systems, timing analysis, and hardware/software integration in classrooms or labs. Ideal for projects and experiments that teach embedded programming, peripheral interfacing, and system debugging. Prototyping smart devices and IoT Process sensor data locally, perform edge analytics, and manage device control without relying solely on external computing resources. Useful for rapid prototyping of embedded products, prototypes, and proof of concept demonstrations. Note on use and compatibility This board is designed for developers, engineers, and educators seeking a capable, single board solution for embedded development, robotics, and teaching environments. It supports practical, real world tasks through its dualcore compute, timing accuracy, environmental sensing, and broad GPIO reach, enabling a range of project types without needing additional core hardware.