HDMI cables are great for transmitting audio and video signals short distances, but larger buildings and larger rooms often need electronics inline to ensure signal performance. Simply pulling a long HDMI cable or connecting multiple HDMI cables together can cause signal drop out, interference, pixelization and a host of other signal and performance problems.
The TL-FO-HD replaces a traditional HDMI cable with active electronics designed specifically for sending audio and video signals up to 1,000 feet. Simply connect the TL-FO-HD transmitter to your source device (often a switcher, matrix, DVD player or cable box), connect the TL-FO-HD receiver to your destination device (often a display or projector), connect the two units with a fiber optic patch cord (sold separately), and connect the power supplies.
Unlike boosters or twisted pair extenders, the TL-FO-HD uses fiber optic technology that is immune to outside electrical interference and will better future-proof your facility.
Note:
- The full product specifications below are from the manufacturer and may contain information related to other package quantities that will not apply to the product that you are reviewing. Please confirm the actual content and/or package quantity from the main product specifications page.
- These specifications may represent the entire product series/model/line to which this product belongs with specific configuration differences between the individual products stated.
- These specifications may have been copied from the same product in other region/country in which case there might be minor differences in region-specific data such as Input Voltage, Terms of Warranty etc.
- Transmit HDMI audio & video over a fiber optic patch cable
- Extend 1080p HD up to 1,300 ft. (400m.)
- Extend 4K@30 HD up to 1,000 ft. (300m.)
- LC connectors on both the transmitter and receiver
- Male HDMI connectors for direct connection to devices
- Single or multimode fiber compatible
- Powered via USB or standard AC
- Single fiber cable transmission
- Immune to RF and EM interference