ModalAI VOXL2 + Smart Radio Integration Guide: Introduction
VOXL is an autonomous computing platform
built by ModalAI and based on the Qualcomm Snapdragon 821. The VOXL computing
platform combined with a depth camera, flight controller and the Doodle Labs
Smart Radio forms the core of fully autonomous connected robots and drones .
Refer to ModalAI’s technical documentation for information on the various
computing tasks offered by VOXL . This guide covers using the Doodle Labs
Smart Radio as a communications link between VOXL and the QGC GCS.
ModalAI VOXL2 + Smart Radio Integration Guide: Smart Radio VOXL Integration
Smart Radio VOXL Integration Updating VOXL Firmware Older versions of VOXL’s firmware do not include the necessary USB-Ethernet driver required by the Smart Radio Helix. Make sure to update your VOXL firmware following the instructions on the website ...
1. Introduction to the Smart Radio Configuration Guide
Introduction The purpose of this guide is to aid in the software configuration of the Smart Radio. This guide is organized as follows. 1. Smart Radio Settings (For all models) 2. Model Specific Configuration 3. System Configuration ...
1. Introduction to the Smart Radio Troubleshooting Guide
Introduction This is a troubleshooting guide for all Smart Radio models. The Smart Radio runs Doodle Labs Mesh Rider® OS. This guide is organized in the following sections · System Overview · Troubleshooting radio access · ...
Doodle Labs Smart Radio Serial Interface Guide - Introduction
Introduction The Smart Radio runs a customized version of Openwrt with enhancements related to the Doodle Labs Mesh Rider® technology. These enhancements are useful for applications requiring low-latency command-and-control transmission and ...
Introduction to Remote Management Guide for Smart Radio
Remote Management Guide for Smart Radio Advanced Mesh Router for Private Wireless Networks Introduction The Smart Radio runs the Mesh Rider OS. It is a customized version of Openwrt with enhancements useful for applications requiring low-latency ...