RFI Technology Solutions CD64 UHF High Gain Mopole Antenna

RFI Technology Solutions has released the CD64 UHF High Gain Mopole Antenna, a high-gain ground independent antenna engineered to deliver enhanced RF performance across the 450–470 MHz frequency range. Pre-tuned to this band, the antenna has been specifically designed to meet the needs of emergency services and private LMR (land mobile radio) networks, where reliability and performance are critical. The design incorporates RFI’s matching circuit technology, which enables high efficiency while maintaining full ground independence.

The antenna’s key advantage lies in its 6 dBq peak gain, designed to provide greater coverage and improved signal strength compared to many wideband antennas. This makes it particularly valuable in regional and low-coverage environments where higher gain is necessary to extend communication range. By focusing on the 450–470 MHz band, the antenna achieves high performance while still offering wideband capability within this spectrum.

Engineered for straightforward integration, the antenna features an MBC mount, enabling seamless replacement or upgrade of existing installations without the need for significant modifications. Its ground independent design reduces reliance on vehicle or mounting surface ground planes, enabling consistent performance across a wide range of deployment scenarios. This versatility makes it a practical solution for both mobile and terminal applications within private radio networks.

Durability and operational resilience have been central to the design. The antenna incorporates a flexible stainless steel whip, which provides resistance to physical impacts and harsh operating conditions often encountered in field and fleet environments. Combined with RFI’s high-quality manufacturing standards, this enables the antenna to maintain long-term service life even in demanding operational roles.

Overall, the antenna delivers a technical balance of high gain, wideband operation and rugged construction. With its 6 dBq peak gain, ground independence and durable whip design, it offers an efficient solution for emergency services, private LMR networks and fleet operators requiring enhanced communications in challenging environments.