Tripp Lite N235-001-6A Cat6a Inline Coupler F/f

Product Description

The TRIPP LITE N235-001-6A is a straight-through Cat6A inline coupler with female-to-female ports, designed to join two Cat6A patch cables end-to-end without signal loss or category downgrade. Built for structured cabling environments, this coupler maintains the full Cat6A channel performance required for 10-Gigabit Ethernet runs over twisted-pair copper. Network installers and low-voltage technicians use this fitting to extend cable runs, repair existing links, or terminate field runs at patch panels and wall plates. It ships as a single unit and is suited for both horizontal and vertical cable pathways.

This coupler is used in commercial and residential structured cabling installations wherever a Cat6A channel needs to be extended or bridged. Typical applications include data centers, server rooms, office network drops, and A/V infrastructure. It is appropriate for use with shielded or unshielded Cat6A patch cables in RJ45 configurations and fits standard keystone-style cutouts and surface-mount housings.

Key Features

• Straight-through pass-through design preserves Cat6A channel ratings
• Female-to-female RJ45 ports accept standard Cat6A patch cables from both ends
• Supports 10-Gigabit Ethernet applications over Cat6A copper infrastructure
• Compatible with standard keystone and panel cutouts for clean installation
• Sold as individual unit for precise quantity ordering

Compatibility

Designed as an OEM-style inline coupler for Cat6A female-to-female applications in standard RJ45 structured cabling systems.

Installation Notes

Low-voltage technicians and network installers typically handle Cat6A coupler installation as part of structured cabling projects governed by TIA-568 standards. No special tools are required beyond standard cable management equipment. Ensure patch cables are fully seated in both ports before securing the coupler in its housing or panel cutout. Avoid over-bending cables at the coupler entry points to maintain Cat6A bend-radius requirements.