Telephone cable Secomp 11043030 RJ11 (6P2C) to RJ45 (8P2C) 1.0 m

Secomp 11043030 is a ready-made telephone cable with an RJ11 (6P2C) male plug on one end and an RJ45 (8P2C) connector on the other, with a total length of 1.0 m. It is designed to connect telephones, modems or inline adapters that use the smaller 6P2C telephone plug to wall sockets or patch panels fitted with RJ45 jacks. The cable supports voice and low-speed data signals and provides a compact, plug-and-play solution for desk installations and short interconnections.

Advantages

The Secomp RJ11-to-RJ45 cable offers a simple, pre-terminated connection that eliminates the need for cutting or soldering and reduces installation time. Its 1.0 m length is convenient for desktop setups, minimizing excess cable while providing enough reach between equipment and a nearby wall or patch panel. The cable uses standard RJ11 and RJ45 terminations, ensuring compatibility with common telephone handsets, analog adapters and legacy telecom devices that use 2-wire telephone wiring.

Suitable for

• Connecting desk telephones with RJ11 plugs to RJ45 wall sockets or patch panels
• Linking analog modems or fax machines to structured cabling using RJ45 jacks
• Adapting small PBX or ATA devices that require a 6P2C plug to an 8P2C port
• Short-distance voice and low-speed data routing in office and home environments

Key specifications

• Connector A: RJ11 (6P2C) male
• Connector B: RJ45 (8P2C) male
• Length: 1.0 m
• Cable type: telephone/voice two-conductor wiring (pre-terminated patch cable)

How to use

Insert the RJ11 (6P2C) plug into the telephone handset, modem or adapter port that accepts a 6P2C connector. Insert the RJ45 (8P2C) end into the wall socket, patch panel or network panel RJ45 jack. Ensure both connectors are fully seated to establish a stable contact. The cable is plug-and-play; no configuration or additional tooling is required. For devices requiring a specific pinout, verify compatibility before use.

Usage recommendations

Use the cable for short, in-room connections and avoid routing it near high-voltage power lines or sources of strong electromagnetic interference. Do not bend sharply at the connector ends; allow gentle curves to maintain contact reliability. If adapting equipment across different wiring schemes, confirm the required signal pairs to prevent miswiring.