Keystone RJ45 modul Alantec MB007-1 UTP Cat.6A Plus test kvality USA

Keystone RJ45 Module Alantec MB007-1 UTP Cat.6A Plus Quality Test USA is a compact unshielded keystone jack designed for installation in standard wall plates and patch panels. It is intended for use with UTP Cat.6A cabling to support high-speed Ethernet links and structured cabling systems. The module provides a modular termination point for LANs, enabling reliable data transmission and straightforward integration into existing keystone housings and mounting frames.

Advantages

This RJ45 keystone module is built to meet Cat.6A performance requirements for bandwidth and crosstalk control, offering consistent electrical characteristics for high-speed networks. Its keystone form factor ensures compatibility with common wall plates and patch panels, simplifying deployment and replacement. The UTP design reduces cost and complexity compared with shielded alternatives while maintaining the capacity to support 10 Gigabit Ethernet over appropriate cable runs. The component is marked for quality testing and conforms to expected mechanical dimensions for keystone mounting.

Suitable for

Key specifications

How to use

Prepare the UTP Cat.6A cable by stripping the outer jacket and untwisting pairs to the length required by the module's termination scheme. Follow standard wiring color codes when inserting conductors into the IDC or punch-down slots and use a suitable punch-down tool to secure the contacts. Snap the keystone module into a compatible wall plate or patch panel opening until it locks in place. Test the terminated link with a cable tester capable of verifying Cat.6A parameters to confirm performance.

Recommendations

Install and terminate the module in environments that meet recommended cabling bend-radius and separation from electromagnetic interference sources. Use certified Cat.6A patch cords and appropriate shielding practices at the system level where required. Verify links with an AXT or equivalent tester for Cat.6A compliance after installation.