Quectel PI-SG565D: Fast Track to Innovative, High-Performance Applications

The Quectel PI‑SG565D is an appealing platform for any developer who needs high computing power, multimedia features, and flexible connectivity in a Single Board Computer (SBC). It neatly fills the gap between lightweight SBCs, like the Raspberry Pi class, and more costly embedded platforms, especially when you’re dealing with demanding AI tasks or video processing.

Quectel PI-SG565D: SBC Multimedia and Computing Powerhouse

The Quectel PI‑SG565D, also known as the QuecPi PI‑SG565D, is a high-performance SBC or smart MOB development board. It’s built on the Smart Mobility Architecture (SMARC) module concept and targets everything from AIoT (Artificial Intelligence of Things) and edge computing to robotics, industrial control, multimedia, and other data-intensive applications. 

Key features and functions of the Quectel PI-SG565D

We've distilled the essential features and functions of the PI-SG565D SBC straight from Quectel’s technical documentation. For complete technical certainty, always consult the datasheet.

• Processor and compute:  
• Qualcomm QCS6490, 8-core, 64-bit processor 
• Computing power up to 12,15 TOPS, includes Adreno‑642L/643 GPU
• Memory and storage: 
• Default RAM: 8 GB LPDDR4X 
• Storage: UFS (128 GB default, with an option up to 256 GB)
• Expansion: supports external eMMC or SSD
• Network and wireless connectivity: 
• Wireless: Dual-band Wi-Fi (2,4 GHz and 5 GHz, IEEE 802.11a/b/g/n/ac), Bluetooth 5.0
• Wired: Gigabit Ethernet
• Multimedia, video and display: 
• GPU: Adreno 642L/643
• Video encoding: up to 4K at 30 fps (H.264/H.265) 
• Video decoding: up to 4K at 60 fps (H.264, H.265, VP9)
• Display: dual displays via DisplayPort (DP) + LCM (MIPI‑DSI) or DP + HDMI
• Camera: two MIPI‑CSI camera interfaces
• Audio: 3,5 mm jack, HDMI audio output, digital microphone input channel
• I/O interfaces:
• Power: USB‑C for power supply
• High-speed: 1 × PCIe interface
• USB: multiple USB ports (exact count varies by source)
• GPIO: Raspberry Pi 40‑pin compatible GPIO expansion connector
• Storage: SD card expansion
• Debug: Debug UART (“DBG_UART”) for serial console
• Physical and mechanical properties:
• Dimensions: approximately 108,94 mm × 68,70 mm × 23,00 mm 
• Weight: ~71,6 g

• Operating system and software: 
• OS support: Linux variants (Ubuntu, Yocto) 
• Open source: fully open-source hardware/software 
• Access: root login via UART as default
• Tools: developer tools and documentation available through QuecDevZone

• Lifecycle support: 
• Support and availability officially declared until 2036
• Main architectural and design strengths:
• Compute and GPU: QCS6490 high-end SoC aimed at AI-supported tasks
• Acceleration: strong graphical and multimedia acceleration via Adreno GPU integration
• Dual display and multimedia capabilities: 
• Display support: supports dual display output (DP + HDMI or DP + LCM)
• Use case: ideal for digital signage, kiosks, or split-display applications
• Camera support: dual camera inputs (via MIPI-CSI) enable video input and computer vision workflows
• Rich I/O: 
• Flexibility: PCIe, multiple USB, SD card, and the 40-pin GPIO connector
• Compatibility: Raspberry Pi GPIO compatibility facilitates the reuse or porting of existing add-ons ("HATs") designed for Raspberry Pi
• Open ecosystem: 
• Accessibility: highly accessible for developers due to open hardware and software platform 
• Resources: Quectel-sourced documentation, firmware, quick guides, and tools 
• Developer access: commitment to developer freedom by booting to a root console via UART

Practical use cases for the Quectel PI-SG565D

• Edge computing & AI inference: perfect for things like image processing, such as smart cameras, local analytics, robotics, and real-time control
• Multimedia and terminal devices: think digital signage, interactive kiosks, displays, and set-top boxes
• Industrial control and automation: suitable for PLC-like tasks, machine control, industrial PDAs, and HMI (Human-Machine Interface) panels
• Robotics and autonomous systems: well-suited for robotic vision, SLAM and similar applications via multiple camera support, GPU, and enhanced connectivity
• IoT and gateways: a powerful gateway, offering plenty of RAM, storage, networking features, and the capacity to connect to the cloud, local devices, and sensors

Getting started with the Quectel PI-SG565D

When you first start working with the Quectel PI-SG565D development board, these few useful tips will make sure you hit the ground running.

• Booting and login: 
• You can use the debug UART (“DBG_UART”) to access the serial console.
• When you power it on for the first time, the default login is root, and no password is needed.
• Display via Type‑C/DP: 
• The board supports using the USB-C port as a DisplayPort (DP) interface. This means you can connect a DP display via the Type-C port, run display services (like Weston) in Linux, and play video using Gstreamer.
• File systems and storage expansion:
• In addition to the internal UFS storage, you have external options like SSD and eMMC, along with SD card support. This gives you great flexibility for capacity and performance.

SBC/Edge-AI highlights of the Quectel PI-SG565D

• Performance of 12 – 12,5 TOPS 
• Support for two displays and two camera inputs 
• Open hardware/software and Raspberry Pi compatibility

The Quectel PI-SG565D-WF 8+128 (PISG565DWF-8H128-AAPCB) is now part of our in-stock product range and is ready to take on the challenges of your next project.