The RFI SW1405 is a roof mount antenna designed to deliver reliable performance in the 824-896 MHz frequency range. It delivers 2 dBi gain, providing balanced performance for urban and suburban environments.
The RFI SW1486 is a magnetic base antenna designed for portable and temporary installations in the 824-896 MHz frequency range. It features a 3 dB gain and MB14 base.
The RFI SW1495 is a high-gain roof mount antenna designed for maximum range and performance in the 824-896 MHz frequency range. With 5 dBi gain and the precision MB14 base, it is ideal for use in rural and fringe areas where signal strength is limited.
The SW1585 antenna is derived directly from our high performance cellular roof mount antenna. It is a 3 dB gain antenna, optimised for the 806-870 MHz international trunked mobile bands. The SW1585 will deliver excellent all-round performance and is generally considered to be the optimum choice for professional users.
Roof mount antennas are recommended by system operators, mobile manufacturers and system designers as they provide the strongest reception and most reliable performance of any cellular mobile antenna.
Roof mount antennas are recommended by system operators, mobile manufacturers and system designers as they provide the strongest reception and most reliable performance of any cellular mobile antenna.
Roof mount antennas are recommended by system operators, mobile manufacturers and system designers as they provide the strongest reception and most reliable performance of any cellular mobile antenna.
In the 136-175 MHz band, ¼ wave roof mount antennas remain a popular choice. Mounted high on a vehicle they provide excellent omnidirectional performance, are easily tuned and are extremely affordable.
Mounted high on a vehicle, 1/4 wave antennas provide excellent omnidirectional performance, are easily tuned and are extremely affordable. All of these antennas can be mounted to a standard 5/16" - 26 TPI base such as the MB10 or MB12 and utilise the full line of accessories and fittings available for such applications.
RFI brings 5GNR technology to our T5 Series by offering our new ground plane independent adhesive mount antenna. This solution combines wideband multi-application device functionality that caters to 5GNR, 4G LTE, 3G, 2G and CDMA technologies operating within 617 MHz to 5925 MHz frequencies. The T5 Series is a low-cost solution with easy installation through the simple peel-and-stick application in commercial, industrial and consumer industries.
RFI brings 5GNR technology to our T5 Series by offering our new ground plane independent adhesive mount antenna. This solution combines wideband multi-application device functionality that caters to 5GNR, 4G LTE, 3G, 2G, and CDMA technologies operating within 617 MHz to 5925 MHz frequencies.
RFI brings 5GNR technology to our T5 Series by offering our new ground plane independent adhesive mount antenna. This solution combines wideband multi-application device functionality that caters to 5 GNR, 4G LTE, 3G, 2G and CDMA technologies operating within 617 MHz to 5925 MHz frequencies.
RFI brings 5GNR technology to our T5 Series by offering our new ground plane independent adhesive mount antenna. This solution combines wideband multi-application device functionality that caters to 5GNR, 4G LTE, 3G, 2G and CDMA technologies operating within 617 MHz to 5925 MHz frequencies.
A Tower Top Amplifier (TTA) improves base station receiver performance at a communications network site by placing the base station receiver system's preselector and low-noise amplifiers close to the receive antenna(s), overcoming the increased system noise figure and receiver sensitivity degradation introduced in a communications system by the insertion loss of the coaxial feeder cables installed on the tower. This coaxial feeder cable loss degradation increases over longer cable lengths and at higher frequencies, and TTAs are therefore particularly beneficial for systems installed on large towers or buildings, or operating in the higher (i.e. 7/8/900MHz) frequency bands.
A Tower Top Amplifier (TTA) improves base station receiver performance at a communications network site by placing the base station receiver system's preselector and low-noise amplifiers close to the receive antenna(s), overcoming the increased system noise figure and receiver sensitivity degradation introduced in a communications system by the insertion loss of the coaxial feeder cables installed on the tower. This coaxial feeder cable loss degradation increases over longer cable lengths and at higher frequencies, and TTAs are therefore particularly beneficial for systems installed on large towers or buildings, or operating in the higher (i.e. 7/8/900MHz) frequency bands.
Transmission line antenna designs, as used in this group of antennas, provide excellent omnidirectional radiation patterns for vertically polarised antennas but allow a substantial height reduction over standard 1/4 wave whip style antennas.
Transmission line antenna designs, as used in this group of antennas, provide excellent omnidirectional radiation patterns for vertically polarised antennas but allow a substantial height reduction over standard 1/4 wave whip style antennas.
Transmission line antenna designs, as used in this group of antennas, provide excellent omnidirectional radiation patterns for vertically polarised antennas but allow a substantial height reduction over standard 1/4 wave whip style antennas.
RFI's TLA2150 is an ideal antenna solution for a wide variety of data applications in both fixed and mobile situations, including 4G, 5G, NB-IoT, and other LPWAN applications. It comes with 5m 9006 cable terminated with SMA male connector.
