Panduit STP6X30RD Copper Patch Cord Cat 6a

Product Description

The PANDUIT STP6X30RD is a Cat 6a copper patch cord designed for structured cabling installations in commercial and industrial network environments. Cat 6a cabling supports data transmission at frequencies up to 500 MHz and is rated for 10 Gigabit Ethernet applications, making it a reliable choice where high-bandwidth performance and low crosstalk are required. This patch cord ships as a single unit and is suited for use at patch panels, switches, and other network termination points. Licensed network technicians and low-voltage cabling installers are the primary trades working with this product.

Cat 6a patch cords are used in horizontal and equipment cabling runs within data centers, server rooms, commercial office buildouts, and structured wiring closets. The STP6X30RD designation indicates a shielded twisted pair construction, which provides additional protection against electromagnetic interference in high-density rack environments or installations near electrical equipment. This cord connects active network equipment to patch panels or wall jacks as part of a complete Cat 6a cabling system.

Key Features

• Cat 6a rating supports 10 Gigabit Ethernet and 500 MHz bandwidth
• Shielded twisted pair (STP) construction reduces electromagnetic interference
• Copper conductor for reliable signal transmission
• Single-unit packaging for flexible deployment
• Suitable for use in high-density data center and commercial network installations

Compatibility

Designed as an OEM-style patch cord for use in Cat 6a structured cabling systems with standard RJ45 patch panels, keystone jacks, and network switches.

Installation Notes

Installation is performed by low-voltage cabling technicians or licensed electricians in accordance with ANSI/TIA-568 structured cabling standards. Ensure all patch panel ports and switch ports are fully seated before securing cord routing. Avoid sharp bends that exceed the minimum bend radius for Cat 6a shielded cable, as this can degrade shielding continuity and signal integrity. Power down or place network ports in an administrative-down state before disconnecting active links in sensitive environments.