The Arduino UNO Q 2GB (ABX00162) is a hybrid development board that integrates a Qualcomm Dragonwing QRB2210 microprocessor and an STM32U585 microcontroller, delivering a powerful combination for advanced embedded projects. The board runs on Linux Debian OS, enabling seamless AI vision, voice processing, IoT connectivity, and robotics applications. Its dual-processor architecture allows efficient task distribution: the MPU handles heavy computation and operating system tasks, while the MCU manages real-time control and low-power operations. The inclusion of 2GB RAM provides sufficient memory for running complex algorithms and multitasking. Connectivity options include Wi-Fi 5 and USB-C, ensuring fast data transfer and easy peripheral integration. The board is built with a robust PCB and compact form factor, suitable for prototyping and production environments. Designed for makers, engineers, and educators, this board offers a versatile platform for exploring edge AI, smart devices, and automated systems. The STM32U585 MCU features hardware security and low power consumption, making it ideal for battery-powered and security-sensitive applications. The Qualcomm processor brings high-performance multimedia and AI acceleration, supporting camera interfaces and audio processing. All components are carefully selected for reliability and long-term stability. The board’s build quality emphasizes durability, with reinforced connectors and proper thermal management. It supports a wide range of peripherals through its GPIO pins and expansion headers. The Linux Debian environment provides a familiar software ecosystem, simplifying development with existing tools and libraries. Users can leverage Python, C++, and other languages for rapid prototyping. The board is also compatible with Arduino shields and additional modules, extending its functionality. Its affordable price point makes advanced AI and IoT development accessible to a broader audience. The hybrid design reduces the need for separate boards, streamlining project assembly and reducing overall costs. Whether for educational demonstrations, research, or commercial product development, this board delivers consistent performance and flexibility. The careful balance between processing power and power efficiency suits always-on and interactive applications. With support for both high-level AI frameworks and low-level firmware, developers can optimize performance across different tasks. The board’s thermal characteristics allow sustained operation without throttling under normal workloads. Its mechanical dimensions align with standard mounting patterns, enabling integration into enclosures and projects. The packaging includes necessary documentation and support resources to accelerate the learning curve.

The Arduino UNO Q 2GB represents a cost-effective entry point into sophisticated embedded systems, combining the strengths of two processor architectures for diverse use cases.