Kenable RF TV Freeview Aerial Lead Cable - 20m - White

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The Kenable 20m RF TV Aerial Lead is designed for homeowners and installers who need a reliable, high-reach connection between an aerial wall socket and a television or Freeview box. This cable offers excellent signal integrity through its gold-flashed contacts, though users should be aware that at a 20-meter length, signal attenuation can occur if the source signal is already weak, making it best suited for strong reception environments.
| Colour | White |
|---|---|
| Model Part Number | 7197 |
| Brand | kenable |
Yes, the coaxial cable transmits the raw RF signal, making it compatible with both HD and 4K broadcasts provided the source signal is strong.
No, this is a standard RF aerial cable. Satellite dishes require F-type screw-on connectors.
All cables suffer from 'signal attenuation' over distance. At 20 meters, you may experience a slight drop in signal strength compared to a 2-meter cable.
It features standard coaxial shielding to protect against basic interference in a home environment.
While technically possible for experienced users, it is not recommended as it requires re-terminating the RF connector, which can cause signal issues if done incorrectly.
Ensure all connections are pushed in firmly. Check that the cable is not kinked, bent sharply, or damaged along its length.
Verify the cable is connected to the 'Aerial In' port rather than 'HDMI' or 'AV'. If using the coupler, ensure the two cables are joined securely.
To install, simply push the male RF connector into your wall aerial socket and the corresponding end into the TV or set-top box. If you are extending a current cable, use the provided female-to-female coupler to bridge the connection.
Compatibility:
| Connection Type | Compatibility |
| :--- | :--- |
| Standard Aerial Socket | Fully Compatible |
| Freeview Boxes | Fully Compatible |
| Satellite Receivers | Not Compatible |
| Virgin Media/Cable | Not Compatible |
Care instructions: Periodically check the connectors for dust or debris. Always ensure the cable is routed away from high-traffic areas to prevent tripping hazards and physical damage to the coaxial jacket.