Rs Hx Prc 6020 Technical Data May 2026

The transmitter delivers 20 W nominal output across the entire frequency range, sufficient for NVIS (Near Vertical Incidence Skywave) out to 300 km and skywave beyond 2000 km. The technical data shows:

For procurement, the following certifications are part of the technical data package:

Before diving into the raw technical data, it is important to understand the device's positioning. The RS HX PRC 6020 is a multi-band, multi-mission handheld radio. Unlike consumer-grade radios, it is built for software-defined architecture, allowing it to adapt to various waveforms and interoperability requirements. rs hx prc 6020 technical data

The RS HX PRC 6020 is designed to operate with two primary antenna types, selected via the front panel ANTENNA TUNE control or external coupler:

For field operations, ruggedness is non-negotiable. The RS HX PRC 6020 meets or exceeds: The transmitter delivers 20 W nominal output across

  • MIL-STD-461F (EMC/EMI): CE102, RE102, CS114, RS103.
  • IP67: Sealed against dust immersion in 1 m water for 30 minutes.
  • The chassis is die-cast aluminum with silicone gasketing. All connectors are NATO-standard 7-pin (audio/data) and TNC (antenna), rated for 5,000 mating cycles.

    In the world of professional two-way radio communications, few names carry as much weight in the tactical and public safety sectors as the RS HX PRC 6020. Designed to meet the stringent demands of military, law enforcement, and emergency response teams, the PRC 6020 is more than just a walkie-talkie—it is a fully-fledged, software-defined tactical communication terminal. This article provides an exhaustive examination of the RS HX PRC 6020 technical data, covering everything from frequency ranges and power output to encryption standards and environmental resistance. MIL-STD-461F (EMC/EMI): CE102, RE102, CS114, RS103

    Whether you are a procurement officer, a field technician, or a radio enthusiast, understanding the detailed specifications of the PRC 6020 is essential for evaluating its capabilities in harsh environments.