Antenna Recommendations for UAS: Introduction
Antennas play an important role to get the
maximum performance from the Doodle Labs radios. This document provides general
antenna recommendations for UAS use cases. The document is organized as follows
Considerations for UAS
Considerations for GCS
Antenna Recommendations for UAS: Antenna Considerations
Antenna Considerations Some of the important things to consider when selecting an antenna are - 1. Center Frequency, Bandwidth, VSWR, Impedance 2. Antenna Gain, Radiation Pattern and Beam Width 3. Polarization (single or double) ...
Antenna Recommendations for UAS: Recommended Antennas
Recommended Antennas When choosing antennas, choose a reputable manufacturer, and avoid low cost antennas, or antennas which do not have a full list of specifications. If the antenna is very small (smaller than ½ a wavelength), then you should be ...
Optimizing the RF Link: Introduction
Introduction One of the most frequent questions we get is “how far can your radios go?” This is not an easy question to answer, as there are many factors that go into this. This application note gives an overview of the major considerations and ...
Videos: Introduction to Traffic Prioritization
Introduction to Traffic Prioritization Link: https://www.loom.com/share/b64e59bccf734c44bca5132e49dd6d74 Topics This explains how the Smart Radio uses Differentiated Services along with our URLLCFeature to prioritize specific data traffic, i.e., ...
Smart Radio LTE Failover: Introduction
Introduction This application note describes how to use LTE as a failover for the Smart Radio’s Mesh Rider wireless link. Smart Radio LTE Failover is an optional add-on license to the Mesh Rider OS to create highly resilient private wireless ...