Triad RF Systems

Radio Systems

Radio Systems

The THPR (Triad High Power Radio) series is the latest addition to our product line, and is an evolution of many years of experience enabling some of the highest data-rate, longest range wireless links in the Unmanned Land, Sea, and Air Systems industry.

 

Our THPR modules address all power drift issues by featuring advanced active power control and equalization circuitry ensuring that both the RF Output Power and Signal-to-Noise Ratio (SNR) delivered to the antennas remains ultra-stable in the presence of fluctuations arising from following factors: 

 

 

  • Drift in gain, power, signal to noise ratio, and other variables over temperature and frequency
  • A minimal (or non-existent) level of analysis of margin-robbing EMI emanating from the vehicle, GCS system, and environment.
  • Co-channel RFI issues
  • Insufficient RF and/or DC bus filtering to mitigate EMI / RFI issues
  • Sub-optimal cables, interconnects and antenna selection / positioning
  • Lack of maintenance and establishment of pre- and post- flight tests and checks to ensure that the links are always working at peak performance levels
  • Video encoder optimization and radio settings errors

 

Our experience has shown us that most long range, high bandwidth video, data and C2 links severely under-perform (and frequently fail to achieve their goals) due to the above factors.

 

Triad’s team of engineers and application specialists from their Data Link Services division assist and support your team in addressing the remaining factors involving hardware installation, tailoring the payload to fit your vehicle, and all EMI / link margin issues. This results in a system with unmatched reliability and ease of use. Triad’s THPR series enhanced radios yield links that are easier to integrate, deploy, and maintain than any other solution in the industry. Fill out the form below to request a radio system quote.

Request a Radio System Quote

All rights reserved. Copyright ©2019 Triad RF Systems
X
We use cookies to enhance your user experience. By continuing to browse this site, you are giving your consent for cookies to be used. For more information, please refer to our Privacy Policy.