Keystone module RJ45 toolless STP cat.6 PoE+ ALANTEC Plus - INTERTEK (USA) quality tested - ENHANCED TRANSMISSION PARAMETERS MB004-1

Keystone RJ45 Module for Demanding Installations

This Cat6 shielded (STP) keystone module is a robust element of telecommunications networks, designed for both professional installers and end-users. It provides a reliable connection and is compatible with PoE+ technology, enabling network devices to be powered via Ethernet cable. Its construction has been tested in an independent INTERTEK (USA) laboratory, confirming its high quality and transmission parameters.

Quick Installation and High Compatibility

The module features toolless termination technology, which significantly speeds up the installation process – by up to 1/3 compared to traditional methods. All eight wires of the cable can be terminated with a single movement, ensuring even pressure and a stable connection. Although designed for toolless installation, the module can also be installed using standard tools. Universal mounting brackets allow for easy installation in various network infrastructure elements – patch panels, surface-mount boxes or floor boxes. Additionally, the module's design protects against damage to the socket when inserting RJ11 and RJ12 telephone plugs.

Safety and Performance

STP shielding minimizes electromagnetic interference (EMI) and ensures stable data transmission, especially in environments with high cabling density. The module complies with ISO/IEC 11801 and supports the PoE++ IEEE 802.3bt standard (up to 100W), allowing for powering a wide range of devices – CCTV cameras, WiFi access points, VoIP phones and others. Made of high-quality materials – zinc alloy and flame-retardant plastic (UL 94 V-0) – it guarantees durability and safety. The contacts coated with a 50 μinch gold layer ensure excellent conductivity and corrosion resistance. The product is compatible with shielded U/FTP, F/UTP, F/FTP and S/FTP cables – however, it is recommended to avoid using unshielded cables to maintain optimal performance.