The FMC88108-6 is a 19†rack mountable 1RU shelf, 6 Channel VHF FM Stereo rebroadcast repeater with audio break-in functionality on all channels. The RF output frequency for each channel can be configured to be the same as the off-air received frequency (non-translating), or the RF output frequency for each channel can be configured to be different to the off-air received frequency (translating). If the RF output frequency is required to be the same as the off-air received frequency for all channels, then the FMC88108-6-NT model is recommended for use.
The FMC88108-6-NT is a 19†rack mountable 1RU shelf, 6 Channel VHF FM Stereo rebroadcast repeater with audio break-in functionality on all channels. The RF output frequency for each channel is configured to be the same as the off-air received frequency (i.e. non-translating). If the RF output frequency is required to be different than the off-air received frequency for any of the channels, then the FMC88108-6 model should be used.
RFI DSP-based FM Radio Rebroadcast Headend; FMC88108-xxD supports up to 64 channels, with RDS rebroadcast and real-time content replacement features. With Break- In Facility (BIF) included, this repeater and content replacement system is ideal for FM rebroadcast systems through tunnels and buildings.
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'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.
