Liberty AV Solutions Digitalinx Series 4K60 HDMI & USB-C HDBaseT 3.0 Wall Plate Extension Set
Free shipping on all orders.
Typically ships in 2–4 days
Specifications
Free shipping on all orders.
Typically ships in 2–4 days
Specifications
18G uncompressed HDMI 2.0 / USB‑C auto‑switching 4K60 and USB 2.0 high‑speed wall‑plate extender set with HDBaseT 3.0 transport and USB client hubs on both transmitter and receiver ends.
The Digitalinx Series 4K60 HDMI & USB‑C HDBaseT 3.0 Wall Plate Extension Set is designed for modernconference rooms, classrooms, collaboration areas, and huddle spaces that require uncompressed 4K videoquality, flexible USB‑C connectivity, and reliable long‑distance signal extension. Built around the latestHDBaseT 3.0 technology, the system delivers full‑bandwidth 18Gbps HDMI video, USB 2.0 peripheral support,Ethernet transport, and control signaling through a single category cable.
With auto‑switching between HDMI and USB‑C, the extender set enables seamless BYOD/BYOM workflows.USB‑C connectivity supports full‑featured functions including DisplayPort Alt Mode video, USB host operation,and optional charging up to 40W—allowing laptops to connect with a single cable. Its support for HDR10+, DolbyVision LLM, and HLG ensures exceptional color performance for high‑end display applications.
The wall‑plate transmitter offers a clean, integrated user interface at the table or wall, while the receiverenables audio de‑embedding, USB client connectivity, and automatic 4K downscaling for display compatibility.Isochronous USB support allows high‑performance USB cameras and audio devices to operate with minimallatency, making the system ideal for hybrid meeting environments and unified communications platforms.
Engineered for professional AV installations, the Digitalinx HDBaseT 3.0 Wall Plate Extension Set provides acomplete, scalable, and reliable solution for transporting uncompressed video, USB, audio, and control signalsacross medium to large collaboration spaces, ensuring long‑term stability and outstanding visual performance.