Key benefits Dualcore, dualarchitecture processing: RP2350A chip with both ARM and Hazard3 RISCV processors, up to 150 MHz, enabling parallel tasks and flexible software development. Moderate memory for embedded projects: 520 KB RAM and 4 MB onboard flash for firmware and data storage. Flexible interfaces for integration: TypeC connectivity, stamphole mounting design for easy integration into custom baseboards, and USB 1.1 host/device support with low power consumption. Broad project versatility: extensive GPIO options and programmable capabilities suitable for a wide range of applications. Targeted for practitioners: designed for electronic engineers, developers, and educators seeking advanced functionality in a compact development board. Core specifications Chip: RP2350A with dual cores (ARM and Hazard3 RISCV) Clock speed: up to 150 MHz Memory: 520 KB RAM, 4 MB onboard flash Interfaces: USB 1.1 host/device, TypeC connector Mounting: stamphole design for seamless baseboard integration Power: lowpower operation optimized for embedded use Design and compatibility Purposebuilt for integration into custom baseboards via stamphole mounting USB 1.1 host and device support provides basic connectivity for peripherals and debug Compact form factor suitable for embedded development and spaceconstrained projects Emphasis on reliable performance for a range of development tasks without marketing fluff Who this is for Electronic engineers developing hardware and firmware Software developers prototyping embedded applications Educators and students conducting handson electronics, robotics, and controlsystem training Use scenarios Device development and rapid prototyping: implement dualcore processing workflows that separate control logic and data processing, accelerating iterative testing and deployment. Robotics control and automation: use the dualarchitecture cores to run realtime control tasks while handling sensor data processing on another core. Educational training and lab projects: a versatile platform for teaching microcontroller concepts, GPIObased experimentation, and embedded system integration in classroom settings.