Priză RJ-45 BTR NETCOM 130B12D21002-E Alb

The BTR NETCOM 130B12D21002-E White RJ-45 socket-outlet is designed for structured cabling in office and residential environments. It supports Category 6a twisted-pair cabling to provide reliable high-speed data transmission for Ethernet networks. The module fits standard wall plates and faceplates, offering a clean, low-profile connection point for networked devices.

Advantages

This RJ-45 outlet offers backward-compatible performance with lower-category cables while delivering Category 6a capability for 10 Gigabit Ethernet over appropriate cabling. The compact form factor and standardized mounting ensure easy integration into existing installations. The white finish provides a neutral appearance suitable for most interior designs, and the outlet is built to maintain consistent contact quality for stable network connections.

Suitable for

• 10 Gigabit Ethernet and high-speed LAN connections using Cat6a cabling
• Office workstations, meeting rooms and server access points
• Home networking for streaming, gaming and smart home devices
• Structured cabling projects and retrofits in commercial or residential properties

Key specifications

• Connector type: RJ-45
• Cable category support: Category 6a (backward compatible with Cat6/Cat5e)
• Intended use: In-wall/socket outlet for fixed installations
• Color: White
• Mounting: Standard faceplate compatible, snap-in/module format
• Maximum data rate: Suitable for 10 Gbps over appropriate cabling

How to use

Install the socket-outlet into a compatible wall plate or module frame using the standard snap-in mounting method. Terminate the incoming Category 6a cable to the outlet following the color-code scheme and use a compatible punch-down or IDC termination tool where required. After termination, secure the outlet in the faceplate and attach the faceplate to the wall box. Connect network devices with standard RJ-45 patch cords to establish a network link.

Recommendations

For optimal performance, use certified Category 6a cable and maintain recommended installation practices such as limiting cable untwist at termination points, avoiding sharp bends, and keeping data and power cabling separated. Verify connections with a network tester after installation to confirm continuity and performance parameters.