Qualcomm Robotics RB5/RB6 - Thundercomm SDK Manager

Qualcomm Robotics RB5/RB6
Introduction
SoM Overview Why the RB5/RB6? Carrier Boards Qualcomm Robotics RB5 developer kit Qualcomm Robotics RB6 platform
Software Development Support
Boot Devices Thundercomm SDK Downloading SDK Installing SDK Generating Image and flashing Linaro Getting Started Flashing Bootloader Flashing Boot Image and Rootfs Special / Debug Modes Setting up board in EDL Mode Setting up board in Fastboot Mode
Development in the Board
Getting into the Board Using ADB Using Serial Console Using SSH Device Setup WiFi setup HDMI setup Update Ubuntu Packages
Build from source
Base Image Customize Image
Capture Subsystem
Hardware Capture Components Software Capture Components Building your own camera sensor driver
Image Processing and Acceleration Software
GPU Profiling Fast CV Installing Hexagon SDK Installing Fast CV Building your own Fast CV application
GStreamer Pipelines
Capture and Display Video Encoding Video Decoding
AI Acceleration
Neural Processing SDK Downloading Requirements Setup SDK Environment Install qtimlesnpe Running Inception v3 Running MobileNetV2 + SSD TensorFlow Example pipeline TensorFlow to DLC Conversion
Sensors
IMU
Demos
Drone Demo Smart Camera
Contact Us

The Thundercomm SDK Manager is the official tool to work with Qualcomm Robotics RB5/RB6 (QRB5165). It provides an end-to-end image generation solution for developers to work with RB5/RB6 devices. In this section, you will learn how to get started with Thundercomm SDK Manager, this will allow you to create OS Images for your board and flash it. The following sections will provide information about what is included in the SDK, a description of its components, and how to use them to get your Qualcomm Robotic RB5/RB6 up and running.

• The Downloading SDK section covers how to download the SDK Manager in the host computer.
• The Installing SDK section covers how to install de SDK Manager and have it set up and ready to use.
• The Generating Image and Flashing section covers the steps to generate a LE or LU image and flash them in the board.