Coaxial Antenna Cable ShiverPeaks 80018-15 — 15 m, 100% Shielded

Coaxial antenna cable ShiverPeaks 80018-15 is a 15-meter, 100% shielded RF cable engineered to transmit signals between antennas, receivers and transmitters with reduced interference. The continuous shielding and characteristic impedance design ensure steady signal transfer and lower noise pickup, making this cable suitable for indoor and outdoor antenna routing where consistent reception is required.

Advantages

This coaxial cable offers full 100% shielding to minimise electromagnetic interference and crosstalk over the entire 15 m length. The construction provides stable impedance and low attenuation for improved signal integrity at VHF/UHF and other RF bands. The white jacket allows discreet installation in residential and commercial environments while the robust assembly supports reliable connections and long-term use.

Suitable for

• TV antenna installations for improved reception
• Connecting radio receivers and transmitters
• Cable runs between antenna and set-top box or tuner
• Indoor and protected outdoor RF cabling where shielding is required

Key specifications

• Cable length: 15 m
• Shielding: 100% continuous shielding for EMI protection
• Nominal attenuation: low-loss design suitable for VHF/UHF bands
• Impedance: standard coaxial RF impedance for antenna connections
• Outer jacket colour: white for discreet installation
• Shielding effectiveness: greater than 75 dB

How to use

Route the ShiverPeaks coaxial cable between the antenna and the receiving device following the shortest practical path to limit signal loss. Use appropriate connectors and ensure connectors are fitted securely to maintain the 100% shielding continuity. Avoid sharp bends or kinks and secure the cable at intervals to prevent strain. For outdoor sections, protect exposed terminations from moisture and mechanical damage.

Recommendations

For optimal reception, keep cable runs as straight and short as practical, use good-quality connectors compatible with your antenna and receiver, and avoid running the cable parallel to mains power lines. If longer runs or additional connectors are required, consider signal amplification or a distribution amplifier to compensate for insertion loss.