RF ELEMENTS
RF Elements HG3-TP-A90 16dBi 90° Sector Antenna 5.15-6GHz TwistPort
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Product details
PRODUCT OVERVIEW
RF elements HG3-TP-A90 asymmetrical horn antenna engineered for 5GHz wireless deployments featuring 16 dBi gain, 90° beamwidth, TwistPort™ connectivity, high noise rejection, and stable wideband performance.
PRODUCT TYPE
Antennas (Networking)
KEY FEATURES
• Asymmetrical horn antenna design with elliptical beam shape
• 16 dBi antenna gain
• 90° azimuth coverage
• Operates across 5180-6000 MHz frequency range
• Naturally suppressed sidelobes for enhanced noise rejection
• Stable radiation pattern across the entire operating band
• Balanced horizontal and vertical beam patterns
• Increased gain compared to symmetrical horn antennas with similar azimuth beamwidth
• TwistPort™ quick-locking waveguide connector system
• Virtually lossless radio connection without coaxial cable attenuation
• Compatible with TwistPort™ adaptors for supported third-party radios
• Supports compatible radios from Ubiquiti, Mimosa, MikroTik, and Cambium Networks using appropriate TwistPort™ adaptors
• Solid aluminum construction for outdoor deployments
• Weather-resistant design using aluminum, stainless steel, ABS plastic, and high-density polyethylene
• Adjustable mounting bracket for simplified installation
• Single-tool installation process
TECHNICAL SPECIFICATIONS
• Manufacturer: RF elements
• Model: HG3-TP-A90
• Product Type: Asymmetrical Horn Antenna
• Frequency Range: 5180-6000 MHz
• Gain: 16 dBi
• Beamwidth: 90°
• Beam Shape: Asymmetrical / Elliptical
• Connector Type: TwistPort™
• Technology: Waveguide quick-lock connector
• Radiation Pattern: Balanced H+V beams
• Sidelobes: Naturally suppressed
• Mounting Type: Pole mount
• Construction Materials: Aluminum, stainless steel, ABS plastic, high-density polyethylene
• Outdoor Rated: Yes
INTENDED USE / APPLICATIONS
• Point-to-point and point-to-multipoint wireless deployments
• High-density wireless sector coverage
• Long-range wireless networking applications
• Tower and elevated wireless installations
• Noise-sensitive RF environments
• Wireless broadband infrastructure deployments
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