RF elements

The StarterDish antenna from RF Elements is a directional parabolic antenna with a gain of 21 dBi primarily intended for client installations. The antenna consists of a very light parabolic antenna, a simple holder for a mast with a diameter from 20 to 55 mm, a radiator is made of aluminum terminate..

The StarterDish antenna from RF Elements is a directional parabolic antenna with a gain of 24 dBi primarily intended for client installations. The antenna consists of a very light parabolic antenna, a simple holder for a mast with a diameter from 20 to 55 mm, a radiator is made of aluminum terminate..

The StarterDish antenna from RF Elements is a directional parabolic antenna with a gain of 27 dBi primarily intended for client installations. The antenna consists of a very light parabolic antenna, a simple holder for a mast with a diameter from 20 to 55 mm, a radiator is made of aluminum terminate..

StationBox is a compact outdoor enclosure for wireless platforms, access points, and all things IoT. StationBox ALU-Mini is a customizable solution for wide range of applications whenever a reliable and durable enclosure is necessary.Designed for builders SBX ALU-Mini is designed for builders..

StarterHorn antenna from RF Elements is a symmetrical antenna with a gain of 18 dBi, a radiating angle of 30° and can be installed on a bracket or mast with a diameter of 20 to 55 mm. This antenna offers the perfect combination of features and functions that address the major weaknesses of today's m..

StarterHorn antenna from RF elements is an asymmetric sector antenna with a gain of 17 dBi, with a beam angle of 30°/45° and can be installed on a holder or mast with a diameter 20 to 55 mm. This antenna offers the perfect combination of features and functions that address the major weaknesses of to..

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These featur..

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These featur..

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These featur..

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These featur..

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These featur..

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These featur..