SHIVERPEAKS S/CONN Maximum Connectivity Cabo de ligação telefónica, RJ11 macho para RJ11 macho, redondo, preto, flexível, cobre, conjunto de 5, 2,0 m SO70084-2-SET5

In a busy office or home workspace, reliable telephone connectivity is non-negotiable. The SHIVERPEAKS S/CONN maximum connectivity Telephone Connection Cable set provides five 2-metre cables, each terminated with RJ11 male connectors on both ends. These round, black cables are built with flexible copper conductors, making them easy to route around desks, along walls, or through cable management channels without kinking. Whether you're connecting analog telephones, fax machines, DSL modems, or other RJ11-compatible devices, this set ensures you always have a spare cable on hand.

Key specifications

• Connector A: RJ11 male (4P4C)
• Connector B: RJ11 male (4P4C)
• Length: 2.0 m per cable
• Quantity: 5 cables per pack
• Cable shape: Round
• Conductor material: Copper
• Cable colour: Black
• Flexibility: Flexible
• Jacket material: PVC
• Shielding: Unshielded
• Application: Telephone, fax, modem, DSL

Why choose it

This set offers exceptional value and convenience. The flexible round design resists tangling and is easy to handle, while the copper conductors ensure clear signal transmission for voice and data. With five cables included, you can equip multiple devices or keep backups for quick replacements. The black colour blends seamlessly with most office equipment and décor.

Ideal use cases

• Connecting analog telephones to wall jacks
• Linking fax machines to phone lines
• Connecting DSL modems to telephone outlets
• Replacing worn or damaged telephone cables in home or office
• Setting up temporary telephone connections for events or workstations

Good to know

The RJ11 connectors are standard 4P4C, compatible with most telephone equipment. The cables are unshielded, which is typical for telephone applications and sufficient for short runs. The PVC jacket provides durability and protection against everyday wear. Each cable is 2 metres long, offering flexibility in device placement without excessive slack.