Explore VHF and UHF communication solutions including antennas, filters, amplifiers, and couplers. Ideal for broadcasting, emergency services, and industrial use.
The RFI YB6-99 is a Yagi antenna designed for frequencies between 330 and 600 MHz, featuring 6 elements. It is custom tuned for optimal performance in this frequency range, making it ideal for various communication applications.
The RFI COL81-870-P is a meander collinear antenna designed to operate within the 806-870 MHz frequency range, offering unity gain and -150 dBC PIM performance. It features a 4.3-10(F) connector and is ideal for various wireless communication applications. This range of Meanderâ„¢ collinear antennas has been specifically designed for wireless applications requiring high performance, broad bandwidth and exceptional PIM and PIP specifications.
The RFI COL81-806-P is a meander collinear antenna designed to operate within the 746-806 MHz frequency range, offering unity gain and -150 dBC PIM performance. It features a 4.3-10(F) connector and is ideal for various wireless communication applications.
The RFI CDR5000-WB is a UHF CB collinear antenna that operates on 477 MHz with a 5 dBi gain. It comes with a 5-meter cable, an FME(F) connector, and a UHF(M) adaptor. This RFIÂ antenna has a white radome and a black spring.
The RFI CDQ8000-WB is a UHF CB collinear antenna for 477 MHz with an 8 dBi gain. It comes with a 5m cable, an FME(F) connector, and a UHF(M) adaptor. The antenna has a white radome and a black spring, making it durable for outdoor or mobile use.
The RFI CDQ3000-BL is a UHF CB collinear antenna designed for 477 MHz with a 3 dBi gain. It features a 5-meter cable with an FME(F) connector and includes a UHF(M) adaptor. The antenna has a long black radome, making it durable and suitable for a variety of outdoor or mobile UHF CB applications.
RFI ASM8796-4.3 Antenna System Monitor 870-960 MHz 9-36 VDC; 4.3-10 Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
RFI’s Transmitter Hybrid Combiners offer an innovative and compact solution that simplifies the design, quotation, procurement and installation of transmitter combining for applications requiring 2-9 Tx channels.
RFI’s Transmitter Hybrid Combiners offer an innovative and compact solution that simplifies the design, quotation, procurement and installation of transmitter combining for applications requiring 2-9 Tx channels.
RFI’s Transmitter Hybrid Combiners offer an innovative and compact solution that simplifies the design, quotation, procurement and installation of transmitter combining for applications requiring 2-9 Tx channels.
Expandable Series Combiner transmit/receive multicouplers are ideally suited to both analogue and digital UHF voice and data applications. These channels utilise dual cavities to provide the transmitter carrier and noise suppression required for use on single (shared) transmit and receive antennas. Transmit channels may be ordered complete with dual isolators.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike ‘star’ or ‘parallel’ harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike ‘star’ or ‘parallel’ harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike ‘star’ or ‘parallel’ harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
Expandable Series Combiner transmit/receive multicouplers are ideally suited to the often challenging frequency plans of VHF base station applications. These channels utilise dual cavities to provide the transmitter carrier and noise suppression required for use on single (shared) transmit and receive antennas. Transmit channels may be ordered complete with dual isolators.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike ‘star’ or ‘parallel’ harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
ASM Antenna Line Coupler is used for measurement of Tx forward and reflected power.
Each ASM is supplied with one Antenna Line Coupler, additional couplers may be ordered separately.
ASM Antenna Line Coupler is used for measurement of Tx forward and reflected power.
Each ASM is supplied with one Antenna Line Coupler, additional couplers may be ordered separately.
ASM Antenna Line Coupler is used for measurement of Tx forward and reflected power.
Each ASM is supplied with one Antenna Line Coupler, additional couplers may be ordered separately.
ASM Antenna Line Coupler is used for measurement of Tx forward and reflected power.
Each ASM is supplied with one Antenna Line Coupler, additional couplers may be ordered separately.
ASM Antenna Line Coupler is used for measurement of Tx forward and reflected power.
Each ASM is supplied with one Antenna Line Coupler, additional couplers may be ordered separately.
This Temperature Sensor is an option for the Antenna System Monitor’s Site Alarm Module (SAM) and allows the measurement, monitoring and alarming of the temperature of an equipment room, rack cabinet, UPS battery, etc.
