Link SLIM-HDEXT1IR232 HDBaseT Lite Extender

The Link SLIM-HDEXT1IR232 is an HDBaseT Lite extender set designed to transmit high-definition HDMI video, audio, embedded control signals, and power over a single Cat5e/6 cable up to long distances. This compact transmitter and receiver pair utilizes the HDBaseT standard to deliver a robust, uncompressed signal, supporting resolutions up to 1080p and, in some models, 4K. The "Lite" designation often indicates a focus on core functionality—video, audio, and basic control (IR and RS-232)—without additional features like Ethernet or USB pass-through found in full HDBaseT extenders. This makes it an ideal, cost-effective solution for straightforward installations in conference rooms, classrooms, digital signage, and home theaters where extending the HDMI signal beyond its typical cable limit is the primary requirement.

A key feature of this extender is its support for bidirectional infrared (IR) and RS-232 serial control over the same Cat5e/6 link. This allows users to remotely operate the source device (like a Blu-ray player or media PC) from the display location using an IR blaster or send serial commands for automation integration. The receiver unit can be powered via an external adapter or, in many HDBaseT implementations, receive power from the transmitter via Power over HDBaseT (PoH), simplifying installation by eliminating the need for a power outlet at the display. The compact form factor of both units allows for discreet placement behind equipment or within furniture.

Installation is plug-and-play: the transmitter connects to the HDMI source and is powered, while the receiver connects to the display. The two are then linked with a single network cable. The SLIM-HDEXT1IR232 is built for reliability in commercial environments, with metal housings that aid in heat dissipation. By consolidating video, audio, and control into one cable run, this extender streamlines AV system design, reduces cable clutter, and provides a stable, high-quality extension solution for HDMI signals.