Key benefits Dual core RISCV performance and efficiency a performance 32bit RISCV processor up to 160 MHz provides responsive task handling, while a low power 32bit RISCV processor up to 20 MHz enables energy efficient operation for background tasks and idle modes. Integrated wireless connectivity supports 2.4 GHz WiFi 6 (802.11 b/g) and Bluetooth 5 (LE) with an onboard antenna, enabling reliable wireless communication without needing separate modules. Flexible memory and storage built in 320 KB ROM, 512 KB RAM, 16 KB LP and 4 MB Flash memory offering space for firmware, runtime data, and application storage to support embedded projects. Onboard color display for local UI 1.47 inch LCD display with 172 x 320 resolution and 262K color provides a compact, readable screen for status, controls, and simple interfaces near the device. Compact, readytouse design all core components are integrated, reducing the need for multiple external modules and simplifying development and deployment. Key specifications Processor: performance 32bit RISCV up to 160 MHz; lowpower 32bit RISCV up to 20 MHz Wireless: 2.4 GHz WiFi 6 (802.11 b/g) and Bluetooth 5 (LE) with onboard antenna Memory: 320 KB ROM; 512 KB RAM; 16 KB LP; 4 MB Flash Display: 1.47 inch LCD, 172 x 320 resolution, 262K color Use scenarios Smart home controller with a local user interface a compact device that runs tasks on the performance core, while maintaining battery life with the low power core, connects to home networks via WiFi and communicates with other devices over Bluetooth, and presents information on the builtin display. Portable data logger or field device a handheld unit that records data, shows realtime readings on the 1.47 inch display, and transfers data over WiFi or Bluetooth as needed, enabling quick field assessments without external displays. Prototyping and development platform for RISCV projects a versatile module suitable for developing and testing dualcore workflows, wireless connectivity features, and ondevice UI concepts before committing to a larger design.