Vanco PROHD06 Hdmi 2.0 Cable Emi Shielded 6 Feet

Product Description

The VANCO PROHD06 is an HDMI 2.0 cable with EMI shielding, designed to carry high-definition audio and video signals between compatible source and display devices. Measuring 6 feet in length, this cable is built for installations where signal integrity matters — shielding reduces electromagnetic interference that can degrade picture quality or cause signal dropout. The black jacket suits clean, low-visibility routing in equipment racks, AV closets, and behind-panel installations. It is a practical choice for AV integrators, low-voltage technicians, and electricians working on structured media or commercial AV systems.

This cable suits residential and light commercial applications where an HDMI 2.0 connection is required between components such as displays, media players, switchers, matrix systems, or AV receivers. The 6-foot run length is well suited for short rack-to-display or component-to-component connections. Installation professionals will find it appropriate for new construction AV rough-ins, system upgrades, and service calls requiring a reliable replacement HDMI cable.

Key Features

• HDMI 2.0 specification for high-bandwidth audio and video transmission
• EMI shielding reduces electromagnetic interference and signal degradation
• 6-foot length for short-run rack and component connections
• Black jacket for clean, low-profile routing in finished spaces and equipment enclosures
• Sold as a single cable unit

Compatibility

Designed as a standard HDMI 2.0 replacement or new-install cable for use with any device equipped with an HDMI 2.0-compatible port.

Installation Notes

Installation is performed by low-voltage AV technicians or electricians familiar with structured media systems. Power down all connected equipment before disconnecting or connecting HDMI cables to avoid potential damage to source or display devices. Route cables away from high-voltage conductors where possible to minimize interference, and avoid sharp bends that can compromise internal conductor integrity.