ACT černý 2 metry U/UTP CAT6A patch kabel s konektory RJ45

The ACT Black 2 meter U/UTP CAT6A patch cable features full copper conductors and meets the ANSI/TIA568-C2-1 performance requirements. Designed for high-speed data transmission, the cable includes high-quality RJ45 connectors with gold plating and U/UTP construction to minimize interference. Compatible with CPR Euroclass Eca, this 2 m black CAT6A cable is suitable for structured copper networks and Power over Ethernet (PoE) applications where full copper conductors are required.

Advantages

The cable uses full copper conductors to ensure reliable conductivity and compatibility with PoE devices, and it conforms to international standards for stable, long-term network operation. Gold-plated RJ45 connectors improve contact quality and reduce oxidation risks, while the U/UTP CAT6A specification supports higher data rates and reduced crosstalk compared with lower-category cables.

Suitable for

• Structured copper LAN installations
• PoE devices (IP cameras, VoIP phones, access points)
• High-speed Ethernet links up to CAT6A performance
• Office and home network patching

Key specifications

• Length: 2 m
• Category: CAT6A
• Topology/shielding: U/UTP (unshielded)
• Conductors: full copper
• Connectors: RJ-45 to RJ-45, gold-plated contacts
• Data rates: compatible with 10/100/1000Base-T(X)
• Colour: Black
• Brand: ACT
• MPN: IB4202
• EAN: 8716065285383
• CPR Euroclass: Eca

How to use

Plug one RJ45 connector into the network port of your switch, router or patch panel and the other connector into the device port. Ensure connectors are fully inserted until the latch clicks. Route the cable without sharp bends and avoid tight coils to maintain signal integrity. For permanent installations, test the link with a network tester to confirm CAT6A performance and proper pairing.

Recommendations

Use this ACT U/UTP CAT6A patch cable for short to medium-length connections within racks, between patch panels and network devices, and when deploying PoE equipment. Avoid placing unshielded cables alongside strong EMI sources to minimize potential interference.