ACT Brown 2 meter U/UTP CAT6 patch cable snagless with RJ45 connectors

ACT Patch Cable Brown 2 m U/UTP CAT6 snagless with RJ45 connectors is a Category 6 copper patch cable designed for structured copper networks and compliant with ANSI/TIA568-C2-1 performance requirements. The cable features full copper conductors and gold-plated RJ45 connectors in a snagless design, providing reliable 1 Gbps network connectivity suitable for general Ethernet and PoE applications. The brown jacket and durable construction support stable operation and long service life when used with compatible active network devices.

Advantages

This ACT patch cable uses full copper conductors to ensure efficient signal transmission and compatibility with Power over Ethernet (PoE). The snagless design protects the connector clip during installation and the gold-plated RJ45 contacts improve corrosion resistance and contact reliability. Compliance with ANSI/TIA568-C2-1 and use of materials that meet international standards help maintain network stability and reduce the risk of failures.

Suitable for

• Ethernet connections up to 1 Gbps
• Power over Ethernet (PoE) devices and installations
• Structured copper network patching in offices and data closets
• Short horizontal runs and equipment interconnects (2 m length)

Key specifications

• Cable type: U/UTP CAT6
• Length: 2 m
• Conductors: full copper
• Connectors: RJ-45 to RJ-45, gold-plated contacts, snagless design
• Colour: Brown
• Standards: ANSI/TIA568-C2-1 performance compliant

How to use

Insert each RJ45 connector into the corresponding Ethernet port until the connector clicks to secure the connection. Use the 2 m cable to connect switches, routers, PoE injectors, IP cameras, or network ports on computers and other networked equipment. Avoid tight bends and excessive pulling forces on the cable to maintain performance and prevent damage to the conductors or connectors.

Recommendations

For PoE applications, always use patch cables with full copper conductors like this ACT CAT6 cable. Route cables away from strong electromagnetic interference sources and maintain minimum bend radius as specified by networking best practices to ensure reliable, long-term performance.