For electronic engineers, developers and educators seeking advanced functionality and versatility in their projects, the RP2350A microcontroller development board delivers a capable platform for complex applications. Key benefits and features - Dual-core architecture: features the RP2350A chip with a double core combination of ARM and Hazard3 RISC-V processors, running up to 150 MHz for multi-threaded and parallel tasks. - Sufficient onboard memory: 520 KB RAM and 4 MB onboard Flash for firmware, data buffers, and local processing. - Flexible connectivity and integration: Type-C port and USB 1.1 host/device support enable easy USB connectivity; stamp hole design facilitates seamless mounting on custom baseboards. - Low power operation: designed with low power characteristics to support energy-conscious projects and battery-powered deployments. - Precise timing and sensing: on-chip clocks and timers provide accurate timing control, complemented by an integrated temperature sensor for environmental monitoring and fault detection. What makes it stand out - Combines dual architecture with a practical speed, enabling concurrent tasks such as data acquisition, signal processing, and control logic without external co-processors. - Built-in flash and RAM reduce the need for external memory components, simplifying designs and prototyping. - Easy physical integration with baseboards through stamp holes, and modern USB connectivity via Type-C, supporting simple expansion and upgrade paths. - A compact, versatile development board suited for both advanced development and educational settings, with clear access to timing and sensing peripherals. Use scenarios - Real-time embedded control and data acquisition: use the dual cores to run sensor data collection on one core while executing control algorithms on the other, enabling responsive robotics or automation prototypes. - Educational labs and demonstrations: teach students how multi-core embedded systems operate, compare ARM and RISC-V tooling, and illustrate USB connectivity and low-power concepts in a hands-on environment. - Prototyping USB-enabled devices and custom baseboards: leverage the Type-C interface and stamp hole mounting to quickly prototype and validate USB peripherals, expand functionality on custom baseboards, and perform low-power demonstrations.