Kramer Electronics 99-361000005 Slim Cat6 Utp Patch Cord

Product Description

The KRAMER ELECTRONICS 99-361000005 is a slim Cat6 UTP patch cord designed for structured cabling and AV signal distribution applications. Built to Cat6 unshielded twisted pair specifications, it delivers reliable Gigabit Ethernet connectivity while maintaining a reduced-diameter jacket profile that helps manage cable density in congested patch panels, server racks, and AV equipment bays. The slim form factor makes routing and dressing cables significantly easier in tight spaces without sacrificing the electrical performance expected from Cat6 cabling. Licensed electricians, AV integrators, and low-voltage technicians typically install this type of patch cord during rack builds, equipment staging, or field service calls.

This patch cord is suited for residential and commercial structured wiring installations, AV signal distribution systems, and network infrastructure environments where space-efficient cable management is a priority. It is sold individually and is appropriate for connecting switches, patch panels, routers, access points, and AV processing equipment within the same rack or between nearby equipment locations.

Key Features

• Slim jacket profile reduces cable bulk in high-density rack and panel environments
• Cat6 UTP construction supports Gigabit Ethernet and standard structured cabling performance
• Sold individually for flexible quantity purchasing
• Suitable for AV signal processing and network infrastructure applications

Compatibility

Designed as an OEM-style patch cord for use with Cat6-compatible patch panels, switches, routers, access points, and AV processing equipment using standard RJ45 ports.

Installation Notes

Installation is typically performed by low-voltage technicians or AV integrators. Verify that connected equipment ports are Cat6 or backward-compatible before installation. Do not exceed the minimum bend radius of the cable during routing, as sharp bends can degrade signal performance. Power down or place network ports in an administratively down state on managed switches before patching into active infrastructure when disruption is a concern.