Fiber optic technology enables active optical (AOC) cables to transmit ultra-high bandwidth data signals over distances that copper cannot reach. Copper cables struggle to transmit 4K @ 60Hz at 5 meters and have to switch to modular transmitter / receiver extenders to reach greater distances, while all-in-one AOC cables can easily support DisplayPort 1.4 bandwidths of 32.4 Gbps, 8k@60Hz & 4K@144Hz over hundred meters. Just connect the two connectors to the HDTV and the source device to get the connection. It therefore represents an excellent solution for home video connections, video games, schools, showrooms and trade fairs.

The FDPC-14KAA-XX serires Armoed DisplayPort 1.4 AOC-Active Optical Cables is a high−speed DisplayPort active optical cable (AOC) designed with heavy−duty durability perfectly suited for the harshest use and abuse expected from rental and road applications, providing an ideal solution for various applications requiring uncompromised Ultra High Definition video at extended distances. With a transmission range of up to 150 meters(492feet), these cables flawlessly transmit uncompressed, full Ultra HD 8K video signals.

Constructed with high-quality stainless steel and reinforced hybrid optical fiber cable (4 Fiber & 7 Copper), the Armored HDMI 2.1 AOC-Active Optical Cables offer exceptional durability and resilience. With a crush-resistant armor capable of withstanding up to 500kg of force, these cables are designed for demanding environments. The industrial-grade TPU jacket provides a wide operating temperature range (-40℃ to +80℃), making them perfect for use in challenging settings like Medical Surgeries, Live Events Rental, Military, Shipboard, Temporary Staging, or anywhere that requires extended HDMI cables in tough conditions.

The all-in-one cable design eliminates the need for additional components, ensuring a plug-and-play experience without signal loss or degradation. Simply connect the cable between your source and display, and enjoy seamless audio/video transmission. The cable is unidirectional, connecting the source side to the source and the display side to the display.