StarTech.com M45PATCH25GR 25 ft Gray Molded Cat5e UTP Patch Cable with PoE Support

Ensure reliable and high-performance Ethernet connections with the StarTech.com M45PATCH25GR 25 ft gray molded Cat5e UTP patch cable. Crafted with 100% copper conductors and a durable PVC jacket, this cable is designed to meet or exceed all Cat 5e specifications, supporting a broad range of network applications including Power over Ethernet (PoE). The high-quality 24 AWG copper wire provides efficient power delivery, reducing risks of heat buildup and equipment damage, making it ideal for demanding network environments. The 50-micron gold-plated connectors deliver superior conductivity and resist oxidation, ensuring minimal signal loss over time. Its molded PVC strain relief prevents connector damage at sharp angles, prolonging cable lifespan and maintaining optimal performance. The gray color allows easy network cable management and color coding within complex setups, and the environmentally friendly RoHS compliance underscores its eco-conscious design. Backed by a lifetime warranty, this cable offers peace of mind and long-term reliability for business or home networks. Whether connecting computers, routers, or switches, the StarTech.com M45PATCH25GR provides a straightforward solution for expanding or upgrading your network infrastructure, combining top-tier materials with professional-grade construction for consistent, dependable connectivity.

Features:

• Category 5e cable type supports high-speed Ethernet and PoE applications

• Constructed with 100% copper conductors for optimal performance and durability

• 24 AWG gauge wire supports broad Ethernet applications including Power over Ethernet (PoE)

• 50-micron gold connectors ensure maximum conductivity and resistance to corrosion

• Molded PVC strain relief prevents connector bending and prolongs cable integrity

• Color-coded gray jacket for easy cable management and organization

• RoHS compliant and environmentally friendly design

• Backed by a lifetime warranty for long-term reliability