Quectel QSM882GP-WF Single Board Computer with Qualcomm QCS8550 Processor

The Quectel QSM882GP-WF is an intelligent single board computer (SBC) built on the Qualcomm QCS8550 platform. It is equipped with Qualcomm's flagship IoT processor, supporting both Ubuntu and Android operating systems. Featuring a high-performance eight-core Kryo™ CPU, Adreno™ 740 GPU, Adreno 1295 DPU, Adreno 8550 VPU, Hexagon™ DSP, and Spectra™ ISP, the QSM882GP-WF delivers powerful computing performance and rich multimedia capabilities designed for high-computing, edge computing, and advanced multimedia applications in industrial and consumer markets.

This high-end single-board computer is purpose-built for advanced edge AI, intelligent vision, and premium multimedia applications. It brings flagship-level computing, graphics, and neural processing into a compact embedded form factor, making it suitable for robotics, smart cameras, edge AI boxes, interactive displays, and other demanding IoT devices.

The QSM882GP-WF supports Wi-Fi, Bluetooth, and independent BeiDou positioning, and features a low-power sleep mode. The board integrates a variety of interfaces to support diverse application requirements:

• Ethernet
• AHD Camera Input
• HDMI
• eDP Display
• PCIe
• UART
• USB
• I2C
• SPI

This powerful connectivity significantly expands the board's versatility in M2M applications, making it an ideal choice for video conferencing, live broadcasting, gaming, edge computing, robotics, AR/VR, smart retail, smart security, and numerous other terminal products and industries.

With a strong heterogeneous computing architecture, this platform handles complex workloads such as multi-camera input, real-time video analysis, natural language interaction, and on-device AI inference. Its advanced vision and graphics capabilities support rich display output and high-quality image processing, enabling smooth user interfaces, immersive media experiences, and reliable machine-vision tasks.

The QSM882GP-WF also integrates modern wireless connectivity, helping devices stay connected without relying on bulky external modules. This makes it easier to build all-in-one intelligent terminals that combine sensing, computing, display, and communication on a single board.