Vanco SCAT6-14WH CAT6 Superslim Patch Cable 14in White

Product Description

The VANCO SCAT6-14WH is a CAT6 superslim patch cable designed for structured network installations where space and cable management are primary concerns. The slim-profile jacket reduces bundle diameter in high-density rack and panel environments, making it easier to route cables without blocking airflow or obstructing adjacent ports. At 14 inches in length, this cable is suited for short runs between patch panels and switches mounted in the same rack unit or within close proximity. IT professionals, low-voltage technicians, and network installers use this cable in both commercial and residential structured wiring applications.

This patch cable is intended for use in CAT6 network environments supporting Gigabit Ethernet and similar structured cabling applications. The 14-inch length is well suited for same-rack connections between a patch panel and a nearby switch or router, minimizing slack and keeping the rack interior organized. It ships as a single unit and is finished in white, which aids in color-coded cable management schemes.

Key Features

• Superslim jacket profile reduces bundle bulk in high-density patch panels and rack enclosures
• CAT6 rated for Gigabit Ethernet structured cabling applications
• 14-inch length ideal for short same-rack runs with minimal slack
• White finish supports color-coded cable management
• Sold individually for precise quantity control

Compatibility

Designed as a standard CAT6 patch cable for use with RJ45-terminated patch panels, network switches, routers, and other CAT6-compatible network equipment in rack or wall-mount installations.

Installation Notes

Low-voltage network technicians typically install structured cabling patch cables following TIA-568 wiring standards. Ensure the source equipment is powered down or ports are inactive before hot-swapping in sensitive production environments. Route cables through designated management rings or brush panels to protect the slim jacket from sharp edges. Avoid sharp bends at connectors, which can degrade signal performance over time.