W. L. Gore & Associates developed step-by-step instructions based on our best practices for terminating our 4-pair Cat6A Ethernet cables for aerospace and defense with the LEMO® 2B Series Connector System, plug (pin) and socket versions.

Commonly used in the industry, standard semi-rigid cable assemblies can lead to avoidable issues. For one, they are stiff and difficult to route in confined spaces, potentially leading to frequent cable failure. They are also challenging to replace, often resulting in costly configuration drawings and cumbersome, time-consuming installation procedures.

W. L. Gore & Associates developed the following procedures based on our best practices for terminating our 4-pair Cat6A Ethernet cables, size 26 AWG for aerospace and defense with the Amphenol® OCS 13-53 Connector System, plug and receptacle versions.

The data graphs provided by W. L. Gore & Associates test the electrical performance of Gore’s 4-pair Cat6A Ethernet cables (26 AWG) for aerospace and defense terminated with the Amphenol® OCS 13-53 Connector System.

W. L. Gore & Associates developed step-by-step instructions based on our best practices for terminating our 4-pair Cat6A Ethernet cables for aerospace and defense with the TE Connectivity® CeeLok FAS-X® Connector System, pin and socket versions.

W. L. Gore & Associates developed step-by-step instructions based on our best practices for terminating our 4-pair Cat6A Ethernet cables for aerospace and defense with the TE Connectivity® CeeLok FAS-T® Connector System, plug and receptacle versions.

W. L. Gore & Associates developed step-by-step instructions based on our best practices for terminating our 4-pair Cat6A Ethernet cables for aerospace and defense with the Glenair® El Ochito® Connector System, plug and receptacle versions.