C2G 50ft Cat6 Snagless Ethernet Network Cable (Yellow)

Overview

The C2G 27196 is a Cat6 Ethernet cable designed to provide reliable network connections over a 50-foot distance. It supports Gigabit data transfer rates, making it suitable for high-demand applications such as voice over IP and high-definition video streaming. The cable’s bright yellow jacket not only adds durability but also simplifies cable management by making it easy to identify in complex setups.

Key features

• 50-foot length allows flexible placement of devices without rearranging your workspace
• Snagless molded boot protects the RJ45 latch, preventing damage during installation or cable pulls
• Meets Cat6 TIA/EIA standards to support high-speed Gigabit Ethernet networks
• 24 AWG solid copper conductors in bonded pairs maintain signal integrity and reduce crosstalk
• Unshielded twisted-pair design keeps the cable lightweight and easy to route through walls, ceilings, or racks
• Durable PVC jacket offers abrasion resistance while maintaining flexibility for everyday use
• Bright yellow color enhances visibility and helps quickly identify network segments in crowded cable bundles

Key specs

• Length: 50 feet
• Cable type: Cat6 Ethernet
• Conductor: 24 AWG solid copper, bonded pairs
• Connector: Standard RJ45
• Construction: Unshielded twisted pair (UTP)
• Jacket material: PVC
• Standards compliance: Cat6 TIA/EIA

Connectivity and compatibility

This cable is compatible with a wide range of network devices including routers, switches, patch panels, and desktop PCs. Its standard RJ45 connectors ensure seamless integration into existing Ethernet networks, making it a versatile choice for home offices, data closets, and conference rooms.

Ideal uses and environments

Well suited for extending network connections across rooms or within structured cabling systems, this cable works effectively in both residential and professional environments. It is a strong option for upgrading older Cat5e installations or adding distance to existing setups without sacrificing performance or signal quality.