Microconnect V-UTP6A01S-schlank Cable de red negro 1 m Cat6a U/UTP (UTP)

MicroConnect V-UTP6A01S-SLIM RJ-45 Cat6a 1 m Black is a slim Cat6a patch cable designed for space-constrained network installations. The 1 m U/UTP cable with RJ-45 connectors on both ends offers Cat6a performance while remaining thinner and more flexible than standard Cat6a cables, making it suitable for dense IT racks and cabinets. It supports Cat6a frequencies up to 500 MHz and is backward compatible with Cat6, Cat5e and Cat5 standards.

Advantages

The slim design provides improved access and easier cable management in tight spaces, while increased flexibility simplifies routing and connector handling. Reduced cable bulk improves airflow in racks and cabinets, helping lower operating temperature and the risk of downtime. Each cable is tested to Cat6a specifications and includes a strain-relief/snag protection feature to help prevent connector damage during installation.

Suitable for

• High-density server racks and network cabinets
• Office patch panels and switch connections
• Desktop and workspace network connections where short length is required (1 m)
• Upgrading existing Cat5/Cat5e/Cat6 installations to Cat6a performance

Key specifications

• Brand: MicroConnect
• Model: V-UTP6A01S-SLIM
• Category: RJ-45 Cat6a patch cable, U/UTP
• Length: 1 m
• Connectors: RJ-45 to RJ-45
• Rated frequency: up to 500 MHz (Cat6a)
• Backward compatible with: Cat6, Cat5e, Cat5
• Colour: Black
• Weight: 0.014 kg
• MPN: W125628041, EAN: 5704174044734

How to use

Route the MicroConnect Cat6a slim cable between devices or into patch panels, ensuring connectors are fully inserted into RJ-45 ports until they click. Use the cable’s flexibility to guide it through tight spaces and around cable management elements. Avoid sharp bends and excessive pulling force; the built-in strain-relief helps protect the connector during installation in confined areas.

Recommendations

For optimal performance, use this 1 m Cat6a slim cable in high-density rack environments and short-distance patching. Maintain proper bend radius, keep cable runs away from strong EMI sources when possible, and verify connections with network testing tools when upgrading or commissioning links.