Discover the latest high gain omni-directional antennas from Alaris Antennas
Alaris Antennas provides several different omni-directional antennas designed for high-gain performance in specific frequency ranges.
These antennas are suitable for various mounting platforms, such as manpacks and mobile electronic devices. Each antenna utilizes a collinear dipole array radiator with an integrated balun, making it groundplane independent. The antennas are designed for use in extreme operational conditions and are intended for communication applications.
Overall, these antennas are versatile, robust, and designed to meet communication needs in challenging operational conditions.
OMNI-A0109
High Gain L-Band Omni Antenna
The OMNI-A0109 is a 1.15 to 1.4 GHz omni-directional collinear high gain L-band omni antenna with groundplane independent radiator and wideband, high-gain performance.
OMNI-A0136
High Gain S-Band Omni Antenna
The OMNI-A0136 is a wideband, high gain omni-directional antenna for use in the 3.0 to 3.5 GHz upper S-band frequency range at power levels up to 20 W.
OMNI-A0137
High Gain C-Band Omni Antenna
The OMNI-A0137 is a wideband, high gain omni-directional antenna for use in the 4.4 to 5.0 GHz frequency range at high-power levels up to 10 W.
OMNI-A0138
High Gain C-Band Omni Antenna
The OMNI-A0109 is a 1.15 to 1.4 GHz omni-directional collinear high gain L-band omni antenna with groundplane independent radiator and wideband, high-gain performance.
OMNI-A0142
High Gain S-Band Omni Antenna
The OMNI-A0142 is a wideband, high gain omni-directional antenna for use in the 2.0 to 2.5 GHz frequency range at high-power levels up to 20W.
Alaris Antennas' Directional Finding antennas are available for purchase from APC Technology. For technical advice and details about other antennas, you can speak to one of our RF and Microwave specialists. Call a member of our team or arrange a meeting to discuss your applications and projects.
Alaris Antennas offers specialised antenna solutions, with specific expertise in Direction Finding (DF), Monitoring, Jamming, Counter-RCIED and Communication applications, Log Periodic Dipole Arrays (LPDA), Masts and supporting RF Electronics.