Calrad 72-111-7-BU-5 7' Snagless Cable

High-Performance Ethernet Patch Cables for Reliable Networking

This set of UL-rated Ethernet patch cables is designed for dependable data transmission in home, office, and commercial network environments. Built with high-performance stranded hi-flex conductors, these cables provide stable connectivity for routers, switches, computers, and networked AV equipment while maintaining flexibility for easy routing and installation.

Flexible Stranded Conductors for Easy Cable Management

Each cable uses stranded conductors engineered for superior flexibility compared to solid-core alternatives. This makes the cables easier to bend, coil, and manage in tight racks, desks, or wall-adjacent installations, reducing strain on connectors and helping maintain long-term performance.

Gold-Plated Connectors for Clean Signal Transfer

The connectors feature gold-plated contacts with a thick 50-micron plating layer. This design helps reduce signal loss and corrosion over time, supporting consistent data integrity in high-use network connections such as workstations, servers, and streaming devices.

Color-Coded Blue Jackets for Organized Installations

Finished in a blue cable jacket with matching molded boots, these Ethernet cables make it easier to identify and organize network runs. Color-coding is especially helpful in server racks, structured cabling panels, and multi-device setups where quick visual identification saves time.

UL-Rated Construction for Professional Use

Manufactured to UL standards, these cables are suitable for professional installations where safety and compliance matter. They are appropriate for office networks, educational facilities, AV systems, and other environments that require reliable, certified networking components.

Convenient Multi-Pack for System Expansion

This package includes five 7-foot Ethernet cables, making it a practical choice for upgrading multiple connections or keeping spares on hand. The consistent length is ideal for short to mid-range patching between nearby devices without excess slack.