ACT Brown 15 meter U/UTP CAT5E patch cable with RJ45 connectors

The ACT Brown 15 meter U/UTP CAT5E patch cable (IB4615) features full copper conductors and meets ANSI/TIA-568-C2-1 performance requirements. It uses high-quality RJ45 connectors with gold plating for reliable contact and is designed for stable data transmission in structured copper networks. The cable is unshielded twisted pair (U/UTP) and has a 15 m length and brown jacket for flexible placement and neat cable management.

Advantages

Full copper conductors provide consistent conductivity and reduce signal loss, while compliance with international standards ensures compatibility with active network devices. Gold-plated RJ45 contacts improve connection reliability. The CAT5E U/UTP design supports common Ethernet and PoE installations when full copper conductors are used.

Suitable for

• Ethernet patching between switches, patch panels and network devices
• PoE applications requiring full copper conductors
• Home and office LAN installations with a 15 m cable run
• Structured cabling where an unshielded CAT5E U/UTP cable is adequate

Key specifications

• Brand: ACT
• Model / MPN: IB4615
• Category: U/UTP CAT5E patch cable
• Cable length: 15 m
• Conductors: full copper
• Connectors: RJ-45 to RJ-45, gold-plated contacts
• Colour: Brown
• Standards: complies with ANSI/TIA-568-C2-1 performance requirements

How to use

Connect one RJ45 end to a network port on a switch, router or patch panel and the other end to the target device. Ensure connectors are fully seated and secured in ports. Route the 15 m cable to avoid tight bends and sources of electromagnetic interference. For PoE devices, verify the network equipment supports the required PoE standard and that the cable conductors are full copper to ensure safe power delivery.

Recommendations

For optimal performance, avoid running the U/UTP CAT5E cable parallel and close to power lines or large electrical equipment. Use appropriate cable management and strain relief to prevent connector or conductor damage over time.