Description

Monoprice Blackbird 4K60 Video Extender with HDMI over Cat6/6a up to 60m

This Blackbird™ 4K HDMI® Extender can extend HDMI signals to distances up to 164 feet (50 meters) over a single Cat6 Ethernet cable. It supports video resolutions up to 4K@60Hz YCbCr 4:4:4 with support for HDCP™ 2.2/1.4. It features 18Gbps bandwidth and supports all the features of the HDMI 2.0 specification. It also features one-way IR pass-through, which allows for video source control from the remote location. The transmitter has an HDMI loop-through output, so you can connect a local display.

Features:

• Compliant with the HDMI® 2.0, HDCP™ 2.2/1.4, and DVI™ 1.0 specifications
• Supports 18Gbps bandwidth
• Supports input and output video resolution up to 4K@60Hz YCbCr 4:4:4
• Extends HDMI signals to distances up to 229 feet (70 meters) over a single Ethernet cable
• Includes an HDMI loop-through output
• Supports one-way IR pass-through
• Supports IR signals in the 20 ~ 60 kHz range
• Supports HDR video
• Supports the Power over Cable (PoC) feature, allowing the transmitter or receiver to get its power over the Ethernet cable
• Supports automatic EDID® copy from the connected display

• Video Extender Transmitter/Receiver is all you need for dependable and productive audio/video transmission
• 1080p supported video mode for pleasurable viewing and dependable usage
• 3840 x 2160 maximum video resolution for a vivid, crystal clear display with added productivity
• HDMI in allows convenient transfer of content and data to video extender transmitter/receiver to ensure maximum dependability
• HDMI out enables you to transfer data from your devices to video extender transmitter/receiver with added efficiency
• USB connectivity allows dependable and efficient power supply with maximum productivity
• The 24281 video extender transmitter/receiver provides plenty of freedom with wired connectivity
• 1 input devices supported for maximum productive usability
• 2 output devices supported for maximum productive usability
• 229.66 ft maximum operating distance to allow efficient coverage and maximum usability