Cabo de telefone S/CONN 12-09096 20 m branco

The ShiverPeaks Telephone cable S/CONN 12-09096 20 m White is a 20-metre connection lead with a TAE-F connector at one end and an RJ-45 connector at the other. Designed for telephone and voice-over-IP applications that require a stable physical link between legacy TAE wall outlets and devices with RJ-45 ports, this cable offers straightforward connectivity and a neutral white finish that integrates with residential and office interiors.

Advantages

This telephone cable provides reliable signal transmission between TAE-F and RJ-45 interfaces and is manufactured to deliver consistent contact quality across its length. The 20 m length allows flexible routing around rooms while maintaining stable voice and low-speed data links. Its white jacket is resistant to everyday abrasion and visually unobtrusive, facilitating neat installations without the need for additional concealment measures.

Suitable for

• Connecting a telephone with a TAE-F plug to a device or adapter with an RJ-45 socket
• Extending the physical reach of a telephone or VoIP adapter within a home or small office
• Temporary or permanent wiring where a neutral appearance is required

Key specifications

• Cable length: 20 m
• Connector A: TAE-F
• Connector B: RJ-45
• Colour: White
• Application: Telephone and basic voice/data connectivity

How to use

Insert the TAE-F plug into the corresponding TAE wall socket or device input and connect the RJ-45 plug to the telephone, VoIP adapter, network adapter or intermediary adapter. Route the cable to avoid sharp bends and protect it from crushing or pinching. Ensure both connectors are fully inserted to establish secure electrical contact. For multi-room installations, plan the cable path to minimize interference from power cables and to keep the run as direct as possible.

Recommendations

For best results, test the line after installation to confirm voice quality and connectivity. Avoid running the cable parallel to high-voltage power lines for extended distances to reduce potential interference. If longer runs or higher-speed data transmission are required, consider alternative cabling solutions designed for those applications.