Binary B-360-1CAT-30 Hdmi Extender with Ir

Product Description

The BINARY B-360-1CAT-30 is an economy-grade HDMI extender with infrared (IR) pass-through, designed to transmit HDMI signals over a single CAT cable to remote displays or projectors. This type of extender bridges the gap between a source device and a screen when a direct HDMI cable run is not practical. It is commonly installed by low-voltage AV technicians and systems integrators in residential and light commercial environments. The IR pass-through functionality allows remote control signals to be relayed back to the source equipment, maintaining full control from the display location.

The B-360-1CAT-30 is suited for installations where an HDMI source such as a media player, cable box, or streaming device needs to feed a display mounted at a distance beyond the practical limit of a standard HDMI cable run. Typical applications include conference rooms, classrooms, hotel rooms, and residential home theater or multi-room video distribution setups. It is sold as a single unit per package, making it straightforward to spec and order per drop.

Key Features

• Extends HDMI signal over a single CAT cable, reducing cable bulk and cost
• Integrated IR pass-through allows remote control of source equipment from the display end
• Economy-class design suitable for standard-definition and high-definition residential and light commercial AV installs
• Single-unit packaging for per-drop procurement

Compatibility

Designed as an OEM-style replacement or new-install component for HDMI distribution systems utilizing CAT-based structured wiring infrastructure.

Installation Notes

Installation is typically performed by a licensed or qualified low-voltage AV technician. Power down all source and display equipment before connecting or disconnecting the extender. Follow TIA-568 wiring standards when terminating CAT cable at keystone jacks or punch-down blocks to ensure signal integrity. Do not exceed the rated cable run length for the extender, as signal degradation will occur beyond the supported distance.