The AMC series of rebroadcast equipment consists of a multi-channel head end and RF power amplifiers that can provide AM rebroadcast through catenary wire, radiating cable or antenna RF distribution systems. The AMC516A is a multi-channel head end unit. It features multiple off-air antenna capability for diversity reception, two pairs of RF outputs for connection to external RF power Amplifiers (PA516 models) for multi-bore or multi-zone tunnel applications, break-in audio message interface, and status monitoring and alarm outputs. The AMC516A may be expanded up to 16 channels in a compact 2RU 19inch rack mount enclosure. Multiple AMC516A units may be implemented in a rebroadcast system design to cater for multiple off-air signal reception locations, redundancy, or for capacities greater than 16 channels.
The AMC series of rebroadcast equipment consists of a multi-channel head end and RF power amplifiers that can provide AM rebroadcast through catenary wire, radiating cable or antenna RF distribution systems. The AMC516A is a multi-channel head end unit. It features multiple off-air antenna capability for diversity reception, two pairs of RF outputs for connection to external RF power Amplifiers (PA516 models) for multi-bore or multi-zone tunnel applications, break-in audio message interface, and status monitoring and alarm outputs. The AMC516A may be expanded up to 16 channels in a compact 2RU 19inch rack mount enclosure. Multiple AMC516A units may be implemented in a rebroadcast system design to cater for multiple off-air signal reception locations, redundancy, or for capacities greater than 16 channels.
The AMC series of rebroadcast equipment consists of a multi-channel head end and RF power amplifiers that can provide AM rebroadcast through catenary wire, radiating cable or antenna RF distribution systems. The AMC516A is a multi-channel head end unit. It features multiple off-air antenna capability for diversity reception, two pairs of RF outputs for connection to external RF power Amplifiers (PA516 models) for multi-bore or multi-zone tunnel applications, break-in audio message interface, and status monitoring and alarm outputs. The AMC516A may be expanded up to 16 channels in a compact 2RU 19inch rack mount enclosure. Multiple AMC516A units may be implemented in a rebroadcast system design to cater for multiple off-air signal reception locations, redundancy, or for capacities greater than 16 channels.
The RFI ANT-2.4-S-SMA-RP WiFi Terminal Antenna is designed for 2.4-2.5GHz omni-directional microstrip, which is terminated with reverse polarity SMA male connector. It's easy installation of connector direct mount design. Itis ideal for IEEE802.11b/g/n wireless communication applications. It is IP65 waterproof rated.
This hinged terminal antenna from RFI supports 5G and 4G cellular technologies. It's hinged swivel design allows the antenna to be positioned in a straight, right, or 45-degree angle so it can be rotated into the direction with the most signal strength and reduce interference with other antennas nearby.
MPN: ANT-5G-SMA-B
The RFI ANT-LTE-S-SMA Cellular Antenna is an ultra-wide band high performance connector mount antenna solution for worldwide 4G LTE with 2G, 3G fallback compatibility, covering all cellular bands ranging from 698-960, 1710-2170 and 2500-2700 MHz.
The RFI ANT-LTE-SMA-W is a white variant of the ultra-wideband LTE terminal antenna, offering the same high-performance connectivity across global 4G LTE bands with 2G/3G fallback. Designed for flexibility and reliability, it is ideal for a wide range of wireless communication devices.
RFI Glass Mount Antenna AP454-3G is ideal for fleet use, featuring a no-holes installation design. It operates on UHF frequencies from 403 to 520 MHz and comes with a 5m cable without a connector.
The AP454 Series is a third generation glass mount antenna for UHF applications. The AP454-3G Series is a third generation glass mount antenna for UHF applications. Featuring patented On-Glass® technology, the AP454 transmits and receives through the glass making it ideal for fleet us with no holes installation.
Antenna System Monitor 132-174 MHz 9-36 VDC; DIN Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
Antenna System Monitor 132-174 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.
Antenna System Monitor 132-174 MHz 36-60 VDC; DIN Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
Antenna System Monitor 132-174 MHz 36-60 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.
Antenna System Monitor 132-174 MHz 110-240 AC; DIN Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
Antenna System Monitor 132-174 MHz 110-240 AC; 4.3-10 Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
Antenna System Monitor 380-520 MHz 9-36 VDC; DIN Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
Antenna System Monitor 380-520 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.
Antenna System Monitor 380-520 MHz 36-60 VDC; DIN Coupler, measures Tx forward and reflected power, VSWR, and Rx RSSI levels. It supports up to 80 channels for comprehensive coverage.
Antenna System Monitor 380-520 MHz 36-60 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.
