Wirepath WP-PC-CAT6-7FT-YLW Cat6 Patch Cable 7 Ft

Product Description

The WIREPATH WP-PC-CAT6-7FT-YLW is a Category 6 Ethernet patch cable measuring 7 feet in length with a yellow jacket. It provides a terminated, ready-to-install connection between network switches, patch panels, routers, and end devices. Cat6 cabling supports bandwidth up to 250 MHz and is backward-compatible with Cat5e infrastructure. The yellow jacket color aids in cable identification and organization within structured wiring enclosures, server racks, and AV equipment bays. Low-voltage installers, network technicians, and AV integrators use this cable in both residential and light commercial structured wiring installations.

This patch cable is suited for residential structured wiring panels, home theater equipment racks, commercial network closets, and AV distribution systems. Its 7-foot length works well for short runs between patch panels and switches, or between wall jacks and nearby devices. The yellow color coding is commonly used in installation environments where color-coded cabling standards are in place to distinguish network segments or circuits.

Key Features

• Category 6 construction supports up to 250 MHz bandwidth
• 7-foot length provides flexibility for short equipment rack and panel connections
• Yellow jacket enables quick visual identification and color-coded cable management
• Pre-terminated with RJ45 connectors on both ends for immediate installation
• Backward-compatible with Cat5e ports and infrastructure

Compatibility

Designed as a standard Cat6 patch cable compatible with RJ45 ports on network switches, patch panels, routers, and networked devices in residential and light commercial structured wiring applications.

Installation Notes

Installation is typically performed by low-voltage technicians or AV integrators. Ensure the cable is routed without sharp bends or kinks that can degrade signal performance. Follow TIA-568 standards for structured wiring installations. Avoid running Cat6 patch cables in parallel with high-voltage conductors to minimize interference.