- Real-time performance and sensing: Accurate clock and timer on chip, built-in temperature sensors, accelerated floating-point libraries on chip, and 12 programmable IO state machines for peripherals. This enables precise timing, reliable temperature monitoring, and efficient peripheral control in complex projects. - Easy development and storage: Drag-and-drop programming with USB mass storage for fast setup and code transfer. Simplifies prototyping and reduces development time. - Rich I/O and communication: 28 multi-function GPIO pins; 2 x SPI; 2 x I2C; 2 x UART; 4 x 12-bit; 16 x controllable K. Flexible interfaces support a wide range of sensors, actuators, and external modules. - USB-C ready and adaptable: 3.8-pin FPC connectors for USB Type-C port with an adapter board, enabling modern connectivity and easy integration with other equipment. - Powerful processing and memory: Dual-core ARM M0+ processor with a flexible clock up to 150 MHz; 520 KB of RAM and 4 MB of onboard flash memory provide ample headroom for embedded applications and firmware. - Practical use scenarios: - Embedded data logging and monitoring: Utilize on-chip temperature sensing, accurate timing, and ADC-like 12-bit peripherals for reliable data capture in industrial or environmental monitoring. - Real-time control and automation: Leverage IO state machines and multiple serial interfaces to manage sensors and actuators with deterministic timing. - rapid USB-C peripheral prototyping: Drag-and-drop workflow and USB mass storage support a quick path from concept to testable prototypes. - This device offers a compact, feature-rich platform with robust timing, flexible I/O, and strong on-board memory, suitable for development, sensing, and control in diverse applications.