Icc ICPCSG10GN Cat6a Ftp Patch Cord 10 Foot Green

Product Description

The ICC ICPCSG10GN is a Cat6a F/UTP (Foil-shielded Unshielded Twisted Pair) patch cord designed for structured cabling installations that require high-speed, low-crosstalk performance. Measuring 10 feet in length and finished in green for easy circuit identification, this cable supports 10-Gigabit Ethernet applications and meets Category 6A performance standards. Licensed network technicians and low-voltage cabling contractors use this cord to connect patch panels to switches, or workstations to wall jacks, in both commercial and enterprise environments. The foil shield provides additional protection against alien crosstalk and electromagnetic interference compared to standard unshielded Cat6 patch cables.

This patch cord is suited for horizontal and equipment-room cabling in commercial office environments, data centers, and structured wiring closets where Cat6A-rated performance is required. The green jacket color follows common color-coding practices used to distinguish specific circuits, VLANs, or zones within a patch field. It ships as a single unit and is ready to install without any field termination.

Key Features

• Cat6a performance rating supporting 10-Gigabit Ethernet at up to 500 MHz bandwidth
• F/UTP foil shield reduces alien crosstalk and EMI susceptibility
• 10-foot length provides flexible reach for rack and panel connections
• Green jacket enables quick visual circuit identification in dense patch environments
• Factory-terminated and ready for immediate installation — no field termination required

Compatibility

Designed as an OEM-style replacement and standard patch cord for use with Cat6a-rated patch panels, keystone jacks, and RJ45 switch ports in structured cabling systems.

Installation Notes

Low-voltage cabling technicians and network installers typically deploy this patch cord in accordance with ANSI/TIA-568 structured cabling standards. Avoid sharp bends beyond the cable minimum bend radius and do not cinch cable ties excessively, as either can degrade signal performance. Route foil-shielded cables away from high-voltage runs where practical to maintain shield integrity.