Coaxial Aerial Cable LIBOX PCC25 RG6, 25 m

LIBOX PCC25 RG6 coaxial aerial cable is a 25-meter cable designed for transmission of television, satellite and broadband signals. With standard RG6 impedance and construction intended for aerial use, this cable is suitable for extending RF distribution runs between antennas, satellite dishes, set-top boxes and modems. It can be used in both indoor and outdoor aerial installations where a single continuous coaxial run is required.

Advantages

The cable provides consistent RG6 impedance for reliable signal transfer over longer distances and is supplied in a 25 m length to reduce the need for joins. Its construction supports common TV and satellite frequencies and broadband applications while remaining compatible with standard F-type connectors. The product’s suitability for aerial installations enables use in exposed runs when installed according to standard weatherproofing practices.

Suitable for

• Connecting rooftop TV antennas to indoor receivers
• Linking satellite dishes to set-top boxes or LNBs
• Extending coaxial feed to modems or cable TV distribution points
• Indoor runs and outdoor aerial cable routes when properly sealed

Key specifications

• Cable type: coaxial, RG6 impedance
• Length: 25 meters
• Intended use: television, satellite and broadband RF signal transmission
• Suitable environments: indoor and outdoor aerial installations (requires proper sealing at terminations)
• Connector compatibility: standard F-type terminals and adapters

How to use

Measure the required route and cut the 25 m cable to fit, leaving some extra length for routing and termination. Strip the outer jacket and prepare the conductor and dielectric according to the connector manufacturer’s instructions, then fit F-type connectors or other compatible terminations. Run the cable along the chosen path, secure with appropriate clips or ties spaced to avoid stress, and seal outdoor terminations with suitable weatherproofing materials. Connect the cable between antenna, dish, modem or receiver and verify signal levels and quality at each end.

Usage recommendations

For best performance in outdoor aerial installations, avoid tight bends and kinks, minimize exposure to standing water, and use corrosion-resistant connectors. When longer runs or multiple splits are required, plan the distribution layout to maintain signal levels and consider using amplifiers or higher-grade cabling if necessary.