Hubbell Premise Wiring IMH110ST2W Hdmi Video Extender

Product Description

The HUBBELL PREMISE WIRING IMH110ST2W is an HDMI high-definition 110 UTP video extender designed to transmit HD video signals over unshielded twisted-pair structured cabling. This type of device converts HDMI output from a source component into a format suitable for transmission across 110-termination-based UTP infrastructure, then reconverts the signal at the display end. It is commonly installed in commercial AV distribution systems, conference rooms, classrooms, and digital signage applications. Low-voltage technicians and AV integration professionals are the primary installers of this hardware.

The IMH110ST2W fits into structured cabling environments where HDMI sources need to reach displays beyond the practical limits of standard HDMI cable runs. It is suited for commercial and institutional installations where existing Category cable plant is already in place and extension of HD video is required without running new dedicated HDMI cabling. Installers working with 110-block termination schemes will find this extender compatible with standard low-voltage rough-in practices.

Key Features

• Extends HDMI high-definition video over 110 UTP structured cabling
• Compatible with 110-termination infrastructure common in commercial installations
• Eliminates the need to run dedicated long-run HDMI cables
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style solution for HDMI video extension over 110 UTP structured cabling in commercial low-voltage AV distribution systems.

Installation Notes

Installation should be performed by a licensed low-voltage technician or qualified AV integrator familiar with structured cabling and HDMI signal distribution. Power down all source and display equipment before making connections. Follow local low-voltage wiring codes and any applicable TIA/EIA structured cabling standards when terminating UTP runs. Do not exceed the rated cable distance for the extender, and avoid running UTP signal cables parallel to high-voltage conductors to prevent interference.