C2G CG50184 Premium High Speed Hdmi Cable 10 Feet

Product Description

The C2G / Cables to Go - Legrand CG50184 is a premium high speed HDMI cable in a 10-foot length, designed for reliable transmission of high-definition audio and video signals between source devices and displays. It carries uncompressed digital video and multichannel audio over a single cable, supporting the bandwidth demands of modern AV systems. Installers and AV technicians use this cable for structured wiring, equipment rack builds, and direct device connections where a dependable, full-length HDMI run is required.

This 10-foot HDMI cable suits residential and light commercial AV installations. Typical applications include connecting Blu-ray players, streaming devices, gaming consoles, AV receivers, and projectors to monitors or displays. It is well suited for home theater builds, conference room setups, and equipment rack-to-display runs where a 10-foot span is needed without signal degradation.

Key Features

• 10-foot length provides flexible routing in standard AV equipment installations
• Premium high speed construction supports high-bandwidth digital video and audio signals
• Single-cable solution carries both uncompressed video and multichannel audio
• Standard HDMI connector format compatible with widely used AV source and display equipment
• Sold as a single unit for straightforward procurement

Compatibility

Designed as an OEM-style premium high speed HDMI cable for use with standard HDMI-equipped source devices and displays in residential and commercial AV applications.

Installation Notes

HDMI cable installation is typically performed by AV technicians or low-voltage wiring professionals. Power down all connected equipment before inserting or removing HDMI connectors to avoid potential damage to display or source device ports. Route cables away from high-voltage power lines to reduce interference, following NEC guidelines for low-voltage wiring. Do not bend the cable at sharp angles near the connector ends, as this can compromise the internal conductor integrity over time.