Telephone connection cable ShiverPeaks TAE F to Western (RJ11) 3.0 m

ShiverPeaks telephone connection cable with a TAE F plug on one end and a Western (RJ11) plug on the other provides a fixed 3.0 m analog connection for landline telephones, modems and fax devices. The cable is intended for use where a short, reliable link between a device and a wall socket or adapter is required, offering a straightforward wired solution for home and office installations.

Advantages

The cable offers compatibility with TAE F wall sockets and devices using Western (RJ11) connectors, ensuring broad support for common European telephone setups. Its fixed 3.0 m length reduces excess cabling and clutter while providing sufficient reach for typical desk and counter placements. The product is simple to install and requires no configuration, delivering a direct analog connection with stable signal transmission suitable for voice calls, dial-up modems and fax operations.

Suitable for

• Connecting a landline telephone to a TAE F wall socket
• Linking a modem or fax machine to telephone infrastructure
• Desktop or counter installations in home offices and small businesses
• Replacing worn or short telephone cords with a 3.0 m alternative

Key specifications

• Connector A: TAE F plug
• Connector B: Western (RJ11) plug
• Length: 3.0 m
• Cable type: analog telephone connection cable
• Primary use: voice, modem and fax analog signaling

How to use

Insert the TAE F plug into a compatible TAE F wall socket or adapter and connect the Western (RJ11) plug to the telephone, modem or fax device. Ensure both connectors are fully seated for a secure physical and electrical connection. No drivers or configuration are required; the device should detect the analog line automatically when the physical connection is made.

Recommendations

For optimal performance, avoid routing the cable alongside high-voltage power lines or sources of strong electromagnetic interference. Use the 3.0 m length to position devices close to the wall outlet to minimise signal degradation and mechanical strain on the connectors.