The RP2350 Can development board is designed to meet application needs with precision and stability across a range of use cases, including projects, intelligent home systems, automation controls, and educational training. Reliable CAN connectivity and easy integration XL2515 CAN controller supports CAN 2.0B at up to 1 Mbps for robust communication. TypeC interface facilitates seamless connection and reliable data transfer. performance, dualcore architecture Dualcore configuration combines ARM M33 and Hazard3 RISC V processors. Operates at 150 MHz to deliver responsive performance for development and testing. Flexible memory and storage Onboard memory includes 520 KB and 4 MB onchip flash for code and data storage. Power efficiency and versatility Features low power sleep modes and USB mass storage recognition. Programmable peripherals enable for a variety of applications. Use scenarios Smart home control hub or gateway: manage sensors, actuators, and automation routines with stable CAN communications and easy USB storage for firmware updates. CANbased prototyping for robotics or industrial automation: rapid development and testing of CAN networks and control logic with a capable dualcore processor. Educational and training environments: handson learning for embedded systems, CAN communication, and mixedarchitecture programming (ARM M33 and RISCV). What makes it stand out Clear emphasis on precision, stability, and reliable CAN performance (CAN 2.0B up to 1 Mbps) combined with a dualcore architecture for fast development cycles. Compact, versatile platform suitable for projects, home automation, automation controls, and educational purposes. Flexible I/O and storage options through a TypeC interface and USB mass storage recognition, enabling straightforward integration and workflow.