The KP-5PDRPG2-1 is a 1-foot, 24 dBi parabolic antenna operating from 4.9 GHz to 6.4GHz. This antenna includes the KP-5PDA-UPRG2 radio adapter which is designed specifically for the Ubiquiti Rocket Prism 5AC and 5AC Gen 2 radios.
This 1-foot 5GHz ProLine Parabolic Antenna is engineered to suppress side-lobes and back-lobes and is excellent at rejecting interference. With this antenna's over 24 dBi gain and 35 dBi front to back ratio, the operator will maximize the potential of the radio by improving signal strength and reducing the noise floor in the point-to-point (PtP) link.
Our parabolic antennas are perfectly suited for high density PtP client-premise equipment or backhaul applications. Their port isolation and cross polarization are over 25 dB which is essential in maximizing throughput from multi input multi output (MIMO) multiplexing schemes.
The KP-5PDRPG2-1 features high-grade, powder-coated aluminum reflector, mounting brackets, and hardware which allow up to 20 degrees of azimuth and elevation mechanical tilt and supports pole diameters of 0.75 in to 4.5 in. These rugged antennas are built a grade above the rest and rated to survive up to 125mph. The reflectors are made from dent-resistant, high grade aluminum that is powder-coated a light-grey color. The antennas integrated and removable red handle can be used to carry or hoist the antenna for safer installation.
The quick connect waveguide allows changing out the adapter for quick radio swap outs without the need to remove the antenna or tools. The antenna supports both Horizontal/Vertical and Dual +/- 45 Degree Slant polarization schemes which can be changed in the field through a simply rotation of the adapter.
The KP-5PDA-URPG1 is a push-in adapter that features simplified installation with patented, quick-connect waveguide technology to the antenna and a durable housing to snap in the radio without any additional cables or taping. The weatherproof adapter is built to withstand challenging environments subject to intense UV, rain, snow, and ice and is highly reliable over a longer product lifetime.
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