Network wall socket Rutenbeck UM-Cat.6A iso 10G-MD 2 Up 0 — Cat.6A keystone, shielded, 2-port

Rutenbeck UM-Cat.6A iso 10G-MD 2 Up 0 is a shielded Cat.6A keystone network wall socket with two RJ45 ports designed for 10 Gigabit Ethernet installations. The module provides ISO-compliant connections for structured cabling in offices, server rooms and residential environments, offering interference-resistant data transmission for high-speed LANs. Its shielded design supports environments with elevated electromagnetic interference and ensures reliable performance when used in shielded outlet boxes, wall plates or modular panels.

Advantages

The dual-port shielded keystone supports 10GBASE-T performance across both ports while maintaining ISO/IEC wiring standards. Metal shielding reduces crosstalk and external electromagnetic interference, improving signal integrity in demanding installations. The compact keystone format enables flexible mounting in various faceplates and patch panel systems and simplifies upgrades of existing Cat.5e/Cat.6 outlets to Cat.6A. Durable contacts and robust housing provide stable connections and long service life in professional deployments.

Suitable for

Key specifications

How to use

Terminate Cat.6A class cabling to the keystone module following the indicated color-coded wiring scheme and the ISO/IEC pinout. Insert the shielded keystone into a compatible faceplate, outlet box or patch panel and ensure proper connection of the module’s shield to the building ground or shielded enclosure. After mounting, connect patch cables to the RJ45 ports and verify link status and data throughput with appropriate network testing tools to confirm 10G performance where required.

Recommendations

Install and ground the shield consistently across the shielded cabling system to preserve EMC benefits. Use certified Cat.6A cabling and follow local cabling standards for bend radius, cable separation and termination to achieve specified 10G transmission performance. Verify with a Category 6A tester after installation.