Equip Cat.6A U/UTP καλώδιο patch, 1,5 m, μαύρο

The equip® Cat.6A U/UTP Patch Cord is a 1.5 m network cable with RJ-45 connectors on both ends designed for high-speed 10GBase-T installations. Manufactured from quality materials and tested to industrial standards, this Cat.6A U/UTP cable supports data transfer rates up to 10000 Mbit/s while minimizing external interference thanks to its U/UTP construction. The black finish provides a discreet, professional appearance suitable for office and data center environments.

Advantages

The cable delivers higher bandwidth and an improved signal-to-noise margin compared with lower-category patch cords, enabling ultrahigh and low-error performance in demanding network conditions. U/UTP construction reduces susceptibility to external electromagnetic interference without the complexity of fully shielded cables. Compact RJ-45 connectors allow straightforward, tool-free termination and wide compatibility with standard network hardware.

Suitable for

• 10GBase-T connections in server rooms and data centers
• High-speed workstation and office networking
• Patching between switches, patch panels and network devices

Key specifications

• Brand: EQUIP
• Model/MPN: 603153
• EAN: 4015867237021
• Cable length: 1.5 m
• Connectors: RJ-45 to RJ-45
• Cabling technology: 10GBase-T (Cat.6A, U/UTP)
• Maximum data rate: 10000 Mbit/s
• Colour: Black
• Weight: 0.0453 kg

How to use

Insert each RJ-45 connector into the corresponding network port on your devices or patch panels until a click confirms seating. Use the 1.5 m length to connect nearby switches, routers, servers or workstations. Ensure ports are rated for Cat.6A/10GBase-T to achieve the specified performance. Route the cable to avoid tight bends and strong electromagnetic sources for optimal signal integrity.

Recommendations

For reliable 10 Gbit/s operation, pair this Cat.6A U/UTP patch cord with compatible Cat.6A-rated ports and structured cabling components; avoid running the cable in parallel with high-voltage power lines to reduce interference risks.