Target audience and purpose Ideal for electronic engineers, developers, educators, and enthusiasts. This board serves both professional projects and educational programs, offering extensive programming options to support a wide range of work and learning objectives. Key capabilities and versatility Low power sleep mode, USB mass storage recognition, and programmable machines enable a flexible platform for creating peripherals and innovative solutions. The design supports diverse use cases from prototyping to classroom demonstrations. Memory, interface, and CAN connectivity 520KB RAM and 4MB onchip flash provide compact yet usable storage for embedded applications. TypeC interface ensures straightforward physical connectivity and modern I/O compatibility. Reliable communication is achieved with the XL2515 CAN controller, supporting CAN 2.0B at up to 1 Mbps. Performance and architecture RP2350 CAN Development Board features a doublecore architecture combining ARM M33 and Hazard3 RISC V processors, running at 150 MHz to deliver fastspeed computing for development and testing environments. Use scenarios Educational labs and training programs: students and educators can explore embedded systems, CAN networking, and peripheral development in a handson setting. CANbased prototyping for automation or robotics: design, test, and debug CANenabled control and data acquisition systems using a compact development platform. Custom peripherals and USBenabled devices: build and evaluate programmable peripherals, USB storage related projects, and related hardware extensions with a TypeC interface and flexible software options.