Icc IC1078F6GN Cat6 High Density Modular Jack Green

Product Description

The ICC INT'L CONNECTORS CABLE IC1078F6GN is a Cat6 high-density modular jack designed for structured cabling installations in commercial and residential network environments. This jack provides a reliable termination point for Cat6 twisted-pair cable, supporting Gigabit Ethernet and high-bandwidth data applications. The green color coding aids in port identification and cable management, which is especially useful in dense patch panel or wall-plate deployments. Network technicians and low-voltage installers will find this jack suited for high-port-count applications where space efficiency is a priority.

This modular jack is intended for use in structured cabling systems requiring Cat6-rated performance. Its high-density form factor makes it a practical choice for patch panels, surface-mount boxes, and keystone-style applications in data centers, office networks, and commercial buildings. The green color designation is commonly used for logical network segmentation or zone identification in larger installations.

Key Features

• Cat6-rated performance supporting Gigabit Ethernet and high-bandwidth data transmission
• High-density form factor suitable for space-constrained panel and outlet applications
• Green color coding for easy port identification and cable management
• Sold individually, allowing single-unit replacement or incremental build-out

Compatibility

Designed as an OEM-style replacement or addition for Cat6 high-density modular connector and insert systems commonly used in structured cabling panels and outlet assemblies.

Installation Notes

Installation should be performed by a qualified low-voltage technician following TIA-568 structured cabling standards. Disconnect or power down any active network equipment connected to the termination point before servicing. Use a 110-style punch-down tool for proper conductor termination to maintain Cat6 performance ratings. Avoid untwisting more conductor length than necessary at the termination to preserve signal integrity.