Optical Cable Corp. K6A05 Cat6a Utp Keystone Jack Blue

Product Description

The OPTICAL CABLE CORP. K6A05 is a Cat6a unshielded twisted pair (UTP) keystone modular jack designed for structured cabling installations in commercial and residential environments. This jack terminates Cat6a cabling to support 10 Gigabit Ethernet applications and fits into standard keystone-style wall plates, patch panels, and surface-mount boxes. The blue color coding aids port identification and organization in high-density installations. It is sold as a single unit and is installed by low-voltage cabling technicians and network infrastructure contractors.

This keystone jack is suited for horizontal cabling runs in office, data center, and institutional environments where Cat6a performance is required. It is used in wall outlet assemblies, patch panel builds, and consolidation point enclosures. The jack is appropriate for new construction and retrofit projects that require 10GBase-T or PoE++ capable infrastructure at the termination point.

Key Features

• Cat6a UTP performance supports 10 Gigabit Ethernet over structured cabling
• Keystone form factor fits standard wall plates, patch panels, and surface-mount boxes
• Blue color coding aids port identification in multi-port installations
• UTP design requires no shielding infrastructure or bonding connections
• Single-unit packaging allows flexible quantity purchasing for small and large jobs

Compatibility

Designed as an OEM-style termination component for Cat6a UTP structured cabling systems using standard keystone-format wall plates, patch panels, and enclosures.

Installation Notes

Low-voltage cabling technicians typically install this jack using a 110-style punch-down tool or the manufacturer-supplied termination method. De-energize any active equipment connected to the cabling run before terminating. Follow TIA-568 standard pair assignment for consistent T568A or T568B wiring throughout the installation. Maintain minimum bend radius on Cat6a cable during routing to preserve signal integrity.