Clarity-Pearl Antennas Improve Public Safety Radio Coverage

Pulse Electronics introduces a new edition in the Clarity® family of antennas that operates at UHF band frequencies including 380-520 MHz and 698-960 MHz to improve public safety radio coverage. The Clarity-Pearl antennas deliver an architecturally pleasing solution to requirements set by the International Fire Code and National Fire Protection Association (IFC/NFPA) codes for public safety in-building communication. Their ultra-thin white UV stabilized plastic radome is 311mm in diameter and protrudes just 9.5mm below the ceiling for the lowest in-building antenna profile in the industry. They provide an antenna solution for challenges created by multi-story structures with weak propagation characteristics and basements with low ceilings.ntroduces a new edition in the Clarity® family of antennas that operates at UHF band frequencies including 380-520 MHz and 698-960 MHz to improve public safety radio coverage. The Clarity-Pearl antennas deliver an architecturally pleasing solution to requirements set by the International Fire Code and National Fire Protection Association (IFC/NFPA) codes for public safety in-building communication. Their ultra-thin white UV stabilized plastic radome is 311mm in diameter and protrudes just 9.5mm below the ceiling for the lowest in-building antenna profile in the industry. They provide an antenna solution for challenges created by multi-story structures with weak propagation characteristics and basements with low ceilings.introduces a new edition in the Clarity® family of antennas that operates at UHF band frequencies including 380-520 MHz and 698-960 MHz to improve public safety radio coverage. The Clarity-Pearl antennas deliver an architecturally pleasing solution to requirements set by the International Fire Code and National Fire Protection Association (IFC/NFPA) codes for public safety in-building communication. Their ultra-thin white UV stabilized plastic radome is 311mm in diameter and protrudes just 9.5mm below the ceiling for the lowest in-building antenna profile in the industry. They provide an antenna solution for challenges created by multi-story structures with weak propagation characteristics and basements with low ceilings.