Cable coaxial S/CONN 80027-128G 7,5 m IEC blanco

The ShiverPeaks Coaxial Cable S/CONN 80027-128G 7.5m IEC White is a 7.5-metre coaxial lead with IEC male connectors on both ends, intended for connecting televisions, set-top boxes, tuners and other audio‑video equipment that use standard IEC antenna sockets. The cable combines a focus on stable signal transmission and a discreet white exterior to integrate with home entertainment setups while resisting everyday wear.

Advantages

This coaxial cable offers consistent impedance matching and reduced signal loss across its length, supporting clear reception for analogue and digital broadcasts. The IEC connectors provide a secure, tool-free connection and the outer jacket protects the inner conductor and shielding from mechanical stress. The white finish helps the cable blend into light-coloured interiors and conceal routing along walls or skirting boards.

Suitable for

• Connecting a TV or set-top box to an antenna or cable outlet
• Linking tuners, digital receivers and radio devices with IEC sockets
• Temporary or permanent installations in living rooms, bedrooms and media cabinets

Key specifications

• Cable length: 7.5 metres
• Connector type: IEC male to IEC male
• Outer jacket colour: white
• Shielding: multi-layer braid and foil for reduced interference
• Conductor type: central copper conductor for reliable signal transfer

How to use

Align the IEC connector pins with the device socket and push the connector straight on until it seats firmly; no tools are required. Use one end at the wall socket or antenna output and the other at the TV, receiver or set-top box input. Route the cable to avoid tight bends and sharp kinks, and ensure connectors are fully seated to maintain optimal signal quality.

Recommendations

For best performance, avoid running the coaxial cable parallel to mains power cables over long distances and keep connectors free from dust. If routing along walls, use appropriate cable clips or trunking to prevent strain on connectors and preserve signal integrity.