StarTech.com 7 ft Gray Snagless Cat5e UTP Patch Cable with PoE Support

The StarTech.com 7 ft Gray Snagless Cat5e UTP Patch Cable is designed for reliable and high-performance Ethernet network connections. Crafted with high-quality materials, this cable features a durable PVC jacket that allows for easy color-coding of network runs and ensures long-lasting use. It supports Power over Ethernet (PoE), making it suitable for a wide range of applications including IP cameras, VoIP phones, and wireless access points. The cable's 24-gauge copper conductors deliver the stability and speed needed for fast Ethernet networks, providing seamless data transmission for both home and professional environments. Its molded PVC strain relief and snagless design protect the RJ-45 connectors from damage during installation, reducing the risk of performance issues caused by bent or broken connectors. The cable connects from a workstation to a wall outlet or from a hub to a distribution panel, fulfilling essential networking roles with ease.
Furthermore, this Cat5e patch cable meets or exceeds all industry standards, ensuring compatibility and durability. Its RoHS compliance reflects environmentally conscious manufacturing practices. Whether setting up new equipment or maintaining an existing network, this cable guarantees a reliable, efficient connection with minimal fuss. Backed by a lifetime limited warranty, the StarTech.com 7 ft Gray Snagless Cat5e UTP Patch Cable is an excellent choice for ensuring high-quality network performance in any setup.

Features:

• Delivers the stability and speed that you need for reliable network performance with Fast Ethernet networks

• Connects workstation to wall outlet and patches from hub to distribution panel

• Made to the highest industry standards to ensure high-quality installs and durability

• Snagless design protects RJ45 connector clips from damage during installation

• Molded PVC strain relief prevents the RJ45 connector termination points from bending at sharp angles, reducing the risk of cable damage and decreasing network performance