Development Board features and benefits - Solder directly to carrier boards with USB 1.1 support for both device and host configurations; includes low-power sleep and dormant modes to improve energy efficiency in always-on or battery-powered applications. - Dual-core Arm M0+ processor with a flexible clock up to 150 MHz; 520 KB of RAM and 4 MB of onboard flash memory to support compact, self-contained embedded applications. - On-chip peripherals and performance features include accurate clock and timers, temperature sensors, accelerated floating-point libraries, and 12 programmable I/O state machines for custom peripherals. - FPC 8-pin connectors and an adapter board provide a USB Type-C port option, enabling easy connection to modern USB-C hardware and peripherals. 2-3 practical use scenarios - Prototyping USB 1.1 devices and hosts: quickly develop and test USB 1.1 based peripherals or host controllers directly on carrier boards, while benefiting from low-power modes to simulate real-world usage in portable or battery-powered applications. - Industrial and sensor-rich embedded projects: leverage precise timing, temperature sensing, and FP acceleration to run control loops, data processing, and analytics in environments requiring reliable timing and thermal monitoring. - USB Type-C peripheral development: use the adapter board with the FPC 8-pin connectors to prototype and validate USB Type-C connected devices and accessories, streamlining transitions to modern USB interfaces. Key specifications (highlights) - Dual-core Arm M0+ processor with up to 150 MHz clock - 520 KB RAM and 4 MB onboard flash memory - On-chip accurate clock, timers, and temperature sensors - Accelerated floating-point libraries - 12 programmable I/O state machines for custom peripherals - USB 1.1 compatibility for device and host configurations - FPC 8-pin connectors with adapter board for USB Type-C port Compatibility and compatibility notes - Supports soldering directly to carrier boards for USB 1.1 devices and hosts - Includes adapter solution to connect to USB Type-C ports through FPC 8-pin connectors Performance and reliability - Energy-efficient low-power sleep and dormant modes - Onboard memory and processing resources suitable for compact embedded applications - On-chip peripherals designed to enable reliable timing, sensing, and custom I/O operations Physical and usage considerations - Designed for integration into carrier boards and development environments that require USB 1.1 and USB Type-C compatibility - Suitable for rapid prototyping, testing, and deployment in embedded systems development