📄️ Device Specifications
The RUBIK Pi 3, powered by the Qualcomm® QCS6490 SoC, is engineered for high-performance computing and seamless integration with modern development workflows. This guide walks you through setting up your board with Canonical Ubuntu, enabling you to explore and prototype end-to-end AI and multimedia applications.
📄️ Setup your device
This chapter offers a streamlined guide for developers to set up the RUBIK Pi 3 development board across Ubuntu, Windows®, and macOS® environments. Whether you're powering on the device for the first time, configuring the debug UART for serial access, or establishing network and SSH connections, this section ensures a smooth and reliable onboarding experience.
🗃️ Update Software
2 items
🗃️ Peripherals and Interfaces
12 items
📄️ Prebuilt Sample Applications
The Qualcomm Intelligent Multimedia SDK (IMSDK) includes a set of prebuilt sample applications designed to help developers quickly evaluate multimedia and AI capabilities on Qualcomm® hardware. These applications are built using GStreamer pipelines and IMSDK plugins, and serve as reference implementations for common use cases such as camera capture, video playback, object detection, pose estimation, and more.
📄️ Qualcomm® Qdemo
The Qualcomm® Qdemo application provides a graphical interface to explore multimedia and AI sample applications powered by the Qualcomm Intelligent Multimedia Product (QIMP) SDK. Designed for developers working on Ubuntu-based Dragonwing boards, Qdemo enables rapid evaluation of AI pipelines and multimedia capabilities without writing GStreamer code manually. These applications demonstrate real-time performance by leveraging GPU and NPU acceleration, thanks to QIMP’s zero-copy architecture. The QIMP SDK handles tasks like video capture, resizing, cropping, inference, and rendering—all orchestrated through GStreamer plugins such as:
📄️ Deploy OpenClaw on RUBIK Pi 3 (Ubuntu)
🗃️ Application Development and Execution Guide
4 items
📄️ Technologies
The Technologies section serves as a foundational guide to the diverse suite of software components and frameworks that power Qualcomm’s embedded Linux platforms.
🗃️ Troubleshooting
4 items
📄️ Linux Kernel
This chapter describes how to configure and build a customized kernel for your RUBIK Pi.
📄️ Datasheet
Overview