Genesis Cable 50271101 RG6 Quad Shield Catv Cable

Product Description

The GENESIS CABLE 50271101 is an RG6 bare copper quad-shielded coaxial cable packaged in a 1000-foot pull box. Designed for CATV, satellite, and broadband distribution systems, this cable delivers reliable signal transmission in residential and light commercial installations. The quad-shield construction provides superior interference rejection compared to standard dual-shield RG6, making it the preferred choice for runs in electrically noisy environments. Licensed low-voltage technicians and cable installers rely on this cable for structured wiring, drop runs, and distribution panel feeds.

This cable is suited for CATV signal distribution, over-the-air antenna wiring, satellite dish feeds, and broadband coaxial backbone runs. The white jacket finish makes it a common choice for interior residential applications where aesthetics matter. The 1000-foot box format supports full-home wiring projects and multi-unit residential work without the need to splice shorter lengths together.

Key Features

• Bare copper center conductor for low signal loss and reliable conductivity
• Quad-shield construction for enhanced rejection of RF interference and ingress
• White PVC jacket suited for interior residential cable runs
• 1000-foot pull box packaging reduces job-site handling and minimizes kinking during installation
• Designed for CATV, satellite, and broadband coaxial distribution applications

Compatibility

Designed as an OEM-style replacement and standard-run coaxial cable compatible with F-type connectors used in CATV, satellite, and broadband distribution systems.

Installation Notes

Installation should be performed by a licensed low-voltage or communications technician in accordance with applicable NEC Article 820 requirements for CATV wiring. Power down any active amplifiers or signal sources on the coaxial run before terminating connections. Use a proper RG6 compression connector tool to ensure weathertight and signal-secure terminations. Avoid sharp bends below the minimum bend radius to prevent impedance changes and signal degradation.