Our objective is to help you integrate our products as easily as possible. We hope information in this library provides the answers you need.
Optimizing the Link Distance
Some useful tips and discussion on optimizing the RF links with the Smart Radio.
Optimizing Latency for C&C (URLLC)
This is a brief description of how the Smart Radio ensures the data link for mission critical command and control data.
This application note describes the integrated mesh capabilities of the Smart Radio.
Antenna Selection – Overview
Antennas play an important role in the operation of the wireless link. This application note provides an overview on how antennas work.
Video Streaming Tutorial
This application note is a basic tutorial on how to get started with video streaming using the Smart Radio.
Video Streaming with the Nvidia Jetson Nano
This is a basic tutorial on how to get started with the Doodle Labs Smart Radio and the Nvidia Jetson Nano in a video streaming application.
Visit the Downloads Page for Design-In Documents, Integration Guide, Configuration Guide, Mechanical Drawings and Embedded Software.
Please refer to the extensive set of documentation for quick resolution of your questions. You may contact us for additional troubleshooting and integration support.
Mesh Rider Technology – Overview
Mesh Rider is a state-of-the-art broadband technology by Doodle Labs for Industrial-grade private wireless networks. It features COFDM/MIMO, high-throughput, long-range, mesh and frequency flexibility to operate in many industry specific bands.
CBRS with Mesh Rider – Overview
New CBRS (Citizens Band Radio Service) allocates 150 MHz of additional license free shared spectrum for commercial wireless applications. Doodle Labs extends the Mesh Rider to offer innovative industrial-grade private wireless solutions.
Industrial Grade Private Wireless
Doodle Labs’ Mesh Rider technology enables Industrial-grade private wireless networks suitable for a variety of uses cases.
Doodle Labs Prism WiFi Technology
Overview of Doodle Labs frequency shifting technology.