Kramer EXT3-C-WP-XR-T 4K60 4:4:4 USB-C Wallplate Transmitter with USB, Ethernet, RS-232, IR Over Extended-Reach HDBaseT 3.0

Deploy high-performance AV and security endpoints with the Kramer Electronics EXT3-C-WP-XR-T USB-C Wallplate Transmitter. Designed for conference rooms, control centers and surveillance monitoring stations, this compact wallplate converts USB-C and HDMI inputs into a single extended-reach HDBaseT 3.0 link, delivering pristine 4K60 4:4:4 video along with USB 2.0, Ethernet, RS-232 and IR control. By consolidating video, data and control over one twisted-pair cable, the EXT3-C-WP-XR-T reduces cabling complexity and speeds installation while preserving low-latency performance essential for video conferencing and security surveillance.

The transmitter supports PoE from a compatible receiver, removing the need for a local power supply and improving system reliability. Integrated EDID handling and multi-channel audio support ensure seamless interoperability with displays, cameras and AV processors. Ideal for IT, AV integrators and security teams, this wallplate transmitter delivers a neat, scalable solution for modern networking, monitoring and collaboration environments. Contact your Kramer reseller to specify the EXT3-C-WP-XR-T for meeting rooms, control rooms or remote monitoring deployments.

• Simplifies meeting-room and control-room installs with a discreet USB-C wallplate that hides cabling and reduces rack clutter
• Transmits uncompromised 4K60 4:4:4 HDMI video over HDBaseT 3.0, preserving image quality for conferencing, surveillance monitoring and digital signage
• Single-cable HDBaseT extension carries USB 2.0, Ethernet, RS-232 and IR for BYOD peripherals, networked devices and remote control—minimizing installation time
• Supports PoE from the receiver to eliminate local power needs and reduce points of failure for reliable 24/7 operation in security and monitoring setups
• Built-in EDID management and multi-channel audio simplify interoperability with displays, cameras and AV systems for fast, predictable deployments