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Description
HDMI KVM Extender 4K/60Hz HDR 230ft/70m
The Evolution by Vanco EVEXKVM3 HDMI Extender over single Cat6 with Digital Audio Breakout, HDMI Loop-out, KVM, and PoE, extends 4K@60Hz, 4:4:4 Chroma, and HDR10 up to 230ft/70m. USB pass-through allows for controlling a security NVR/DVR, computer, NAS system, touch screen display, or other components that are controlled by USB with this extender. No need to run a separate line or extender just for USB control! Vanco’s patented bi-directional Power over Ethernet (PoE) Technology transmits power over Cat6, allowing either the Transmitter or Receiver to be powered without the use of a power supply for an easy installation. The transmitter is equipped with an HDMI loop-out for local monitoring or use with other distribution products. The receiver features digital optical output to break multi-channel audio out to amplifiers for a better listening experience. No EDID or EQ adjustments are necessary as the units automatically adjust for compatibility and gain. For extending full 4K resolution with up to 60Hz, 4:4:4 chroma subsampling, and HDR10, with options for connecting a keyboard, mouse, and other USB peripherals, the EVEXKVM3 is a great plug and play solution for connecting the latest components!
The EVEXKVM3 includes two units: transmitting unit (EVEXKVM3-TX) and receiving unit (EVEXKVM3-RX). The transmitting unit is used to capture the HDMI input with KVM signals and carries the signals via one cost effective Cat6 cable. The receiving unit is responsible for equalizing the transmitted HDMI signal and reconstructing KVM signals. The EVEXKVM3 offers the most convenient solution for HDMI extension over a single Cat6 with Power over Ethernet, and is the perfect solution for any application.
NOTE: – All specifications and ratings for the EVEXKVM3 have been tested and confirmed using Cat6 cabling. Cat6 or better is strongly recommended for optimum performance, achieve rated distance, and to maximize resolution capabilities of this product. Cat5e is not recommended and may not achieve distance and/or resolution expectations.
