RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI's RF over Fibre (RFoF) transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI RF Over Fibre (RFoF) Transceivers Tx1310nm/Rx1550nm (WDM) 132-1000 MHz; (Modem); SM FC/APC; SMA(F); DB9(M); +12VDC are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI RF Over Fibre (RFoF) Transceivers Tx1550Nm/Rx1310nm (WDM) 132-1000 MHz; (Modem); SM FC/APC; SMA(F); DB9(M); +12VDC transceivers are available in either Tx-only, Rx-only or Tx/Rx configurations. They are a complete self-contained module consisting of a transmitter which converts the RF signal into an optical signal and/or a receiver which converts the optical signal back into RF.
RF over Fibre facilitates the transportation of signals over long distances leveraging the lower loss of fibre cables compared to RF feeder cables.
RFI FP-1 Antenna Clamps are lightweight yet durable, featuring stainless steel U-bolts for a secure and long-lasting installation. These clamps are perfect for a wide range of antenna sizes between 25 to 50 mm.
The FSA Series arrays are based on the popular OA Series dipole array antennas. Supplied in kit form the these antennas are delivered in flat-pack packaging to minimise freight and warehousing issues and allow for simplified assembly at time of installation.
The RFI FSA10-67-P UHF Flat Screened Array(403-512 MHz) - 5 dBd, enhances your network by featuring a 130-degree beamwidth. This array is ideal for extended networks.
The RFI FSA20-67-P UHF Flat Screened Array (403-512 MHz) - 6 dBd, enhances your network by featuring a 130-degree beamwidth. This array is ideal for extended networks.
The RFI FSA40-67-P UHF Flat Screened Array(403-512 MHz) - 9 dBd, enhances your network by featuring a 130-degree beamwidth. This array is ideal for extended networks.
The FW1 is a traditional braided fibreglass antenna. It is constructed from a copper braid placed over a fibreglass black sleeved with black UV stabilised heatshrink, and mounted on a chrome plated brass ferrule.
Heavy Duty 4.5 dBi centre loaded colinear, fibreglass whip. Black heatshrink tubing with black chrome RFI style ferrule. Fits standard 5/16 26 TPI base. 680 mm long. 400-430 MHz.
Heavy Duty 4.5 dBi centre loaded collinear, fibreglass whip. Black heatshrink tubing with black chrome RFI style ferrule. Fits standard 5/16 26 TPI base. 655 mm long. 450-470 MHz.
FW15-HD is a heavy-duty 4.5 dBi fibreglass whip antenna features black heatshrink tubing and a black chrome RFI-style ferrule. It fits standard 5/16 26 TPI bases, measures 580 mm, and operates at 470-490 MHz.
The FW1 is a traditional braided fibreglass antenna. It is constructed from a copper braid placed over a fibreglass black sleeved with black UV stabilised heatshrink, and mounted on a chrome plated brass ferrule.
RFI's new FWA-XPOL Directional Panel Antenna is specifically designed for Fixed Wireless Access (FWA) of cellular networks. The antenna offers the narrowest azimuth beamwidth in its form factor and has sidelobes typically less than 20dB for 1710-2700 and 3400-3800 MHz. Ideal for areas with high interference.
RFI's GM06-0738 LTE SISO Parabolic antenna has been designed to maximise throughput for modern LTE/5G repeater systems. Featuring wideband, Low PIM performance and high gain, this product minimises noise thus maximising SINR, to deliver an improved level of reliability and predictability via a cleaner, more direct link to donor sites.
