C2G 5ft (1.5m) Cat6 Snagless Unshielded (UTP) Network Crossover Patch Cable, Gray

Overview

The C2G 31380 is a five-foot Cat6 crossover patch cable designed to connect two computers or network devices directly without the need for a switch or hub. It features a crossed pin layout that ensures transmit and receive signals are properly aligned, enabling smooth file transfers and data sharing in small office environments, home labs, or temporary network setups. Built to TIA/EIA Cat6 standards, this cable supports Gigabit Ethernet speeds while maintaining low impedance and minimal structural return loss for stable and error-free network performance.

Key features

• Direct device-to-device networking with a crossover cable that eliminates the need for additional network hardware
• Snagless molded boots protect RJ45 clips from damage during installation and cable management
• Unshielded twisted pair wiring designed to reduce Near-End Crosstalk and maintain signal integrity
• Supports high-bandwidth Gigabit Ethernet for fast and reliable data transfers
• Integrated strain relief enhances durability by reducing stress on cable terminations during use and movement

Key specs

• Cable length: 5 feet (1.5 meters)
• Category: Cat6 crossover cable
• Standards compliance: TIA/EIA Cat6
• Connector type: RJ45 with snagless molded boots
• Wiring: Unshielded twisted pair (UTP) with crossed pins
• Data rate: Supports Gigabit Ethernet speeds

Connectivity and compatibility

This crossover cable is ideal for linking two computers or network devices that do not have an uplink port, making it a practical choice for direct connections without switches or hubs. It fits well in setups where quick, temporary, or point-to-point networking is needed, such as home labs or small office environments.

Durability and installation

The molded snagless boots prevent the RJ45 clips from catching on other cables or equipment during installation, reducing the risk of damage. Additionally, the integrated strain relief protects the cable terminations from bending and stress, which extends the cable’s lifespan even when frequently moved or routed through tight spaces.