The Atlona AT-PRO5-MX810 is an 8x10 matrix switcher with eight HDMI inputs, two HDMI outputs, and eight AV extension outputs with SDVoE 10GbE connectivity for ultra-high definition video and audio delivery to an Atlona AT-PRO5-101-SC-RX or AT-PRO5-101-RX receiver. Part of the PRO5 Series, this matrix switcher is HDCP 2.3 compliant, and supports 4K/60 4:4:4 and HDR at HDMI data rates up to 18 Gbps. Each SDVoE extension output includes an RJ45 port, and an SFP+ cage for copper or fiber optic connectivity to transmit video, embedded audio, Gigabit Ethernet, and RS-232 and IR control signals to the receiver. The RJ45 port allows extension up to 330 feet (100 meters) over CAT6a UTP cable, along with PoE for powering the receiver, while the SFP+ cage can be used with a compatible fiber optic transceiver module to extend from 38 meters up to 10 kilometers over fiber optic cable. Video processing is available in the PRO5-101-SC-RX scaling receivers, including 4K video upscaling and downscaling with frame rate conversion, and video wall processing. This HDMI to SDVoE matrix switcher is equipped with a comprehensive host of audio and control system integration features, making it ideal for a wide range of commercial applications requiring multi-zone AV distribution with long-distance signal extension.
SDVoE-based, Point-to-Point AV Transmission
The AT-PRO5-MX810 leverages 10GbE long-distance connectivity for each SDVoE extension output to a PRO5 Series receiver.
Copper or Fiber Optic Connectivity for each SDVoE Extension Output
The RJ45 port allows extension up to 330 ft (100 m) over CAT6a cable. The SFP+ cage can be used with compatible fiber optic transceiver module to extend from 38 m up to 10 km over fiber optic cable.This unit is compatible with StarTech's ST-455883B21ST SFP Module.
Please Note: You can select copper or fiber, but not both simultaneously.
Comprehensive CEC Display Control
The PRO5-MX810 can send display power on/off and volume control to a specific SDVoE extension or HDMI output. A CEC command for an output can be individually modified to ensure compatibility with the display. CEC control can be manually triggered by IP or RS-232 control commands, or automatically based on source signal presence at an output.