StarTech.com 2ft Orange Cat6 Ethernet Cable - Snagless Gigabit Network Patch Cord with 100W PoE Support

StarTech 2ft CAT6 Ethernet Cable - Orange Snagless Gigabit - 100W PoE UTP 250Mhz Category 6 Patch Cord UL Certified Wiring/TIA

This StarTech.com N6PATCH2OR Cat6 Ethernet cable provides reliable Gigabit network connectivity ideal for demanding Ethernet applications. Its 2-foot length makes it perfect for connecting devices such as wall jacks to laptops, docking stations, or desktops, ensuring a neat and efficient setup. The bright orange jacket not only enhances visibility but also allows for easy color coding in complex network environments, helping maintain organized wiring systems. Designed with ease of installation in mind, the snagless connectors protect RJ45 clips from snagging or breaking during cable runs, reducing downtime and repair costs. Molded boots provide strain relief at connection points, preventing damage from sharp bends and ensuring long-term durability for your network infrastructure.

Features:

• Designed for reliability in edge and on-prem deployments, lab-tested for seamless integration; backed by lifetime technical support

• Snagless patch cord facilitates easy installation and disconnection in wiring conduits; compatible with Cat5e and earlier standards; available with molded boots for constrained spaces

• Constructed with UL certified wire and 50-micron gold-plated connectors to prevent rust and corrosion; high-quality PVC jacket resists bending and fraying damage

• Supports error-free Multi-Gigabit speeds up to 5Gbps and 10Gbps Ethernet up to 160 feet; individually tested to meet ANSI/TIA-568-2.D Category 6 standards

• Supports Power over Ethernet (PoE) up to 100W with 24 AWG stranded copper conductors; UL rated wiring ensures reduced cable heating and reliable power delivery

• Jacket Material: Polyvinyl Chloride (PVC)

• Wire Gauge: 24 AWG Copper

• Wiring Standard: ANSI/T568B

• Limited Warranty: Lifetime

• Easy installation with a compact 2-foot length and molded boots for constrained spaces