Collection: Coaxial & Antenna Cables

TV aerials typically use the push-fit Belling-Lee (IEC) plug, while satellite equipment uses the screw-on F-type connector. The cable can be similar, but the ends differ. Check your sockets, and add an adapter from Adapters & Converters if needed, then browse our Coaxial & Antenna Cables.

Pixelation and dropouts often mean a weak or interfered signal, sometimes from a poorly shielded cable, a long run or a loose connector. Try a better-shielded coax, keep runs short and check the connections are firm. For more gear, see TV & Audio.

It can, especially on long runs, near sources of interference or for satellite and 4K broadcasts. Better shielding keeps unwanted noise out and the signal stronger end to end. For short, clean runs, a standard cable is usually enough.

Yes, with a coax splitter, but each split reduces signal strength, so a weak feed may need a powered amplifier. Keep runs short and well connected. Find splitters and connectors in Adapters & Converters and Connectors & Terminals.

Coax can run a fair distance, but every metre adds a little signal loss, more so at higher frequencies. For long or multi-room runs, use well-shielded cable and, if needed, a signal amplifier. Avoid tight bends that damage the core.

Satellite carries higher frequencies, so a quality, well-shielded coax with F-type connectors is best. Terrestrial aerial signals are less demanding and often use IEC plugs. When in doubt, a good satellite-grade cable works for both. Browse our Coaxial & Antenna Cables.

Yes. Orders over €80 ship free, with fast delivery across Greece. For delivery options and timings, see our shipping page.

If an item arrives faulty or not as described, you're covered by Lynk Buyer Protection. See our warranty page for how to start a claim and what to include.