Black Box 5ft Slim-Net CAT6A Snagless Ethernet Patch Cable (Black)

Overview

The Black Box C6APC28-BK-05 is a CAT6A Ethernet patch cable designed to deliver 10 gigabit network speeds while minimizing cable bulk. Its slim profile, achieved through 28 AWG conductors, reduces cable diameter to nearly half that of typical CAT6A cables, making it ideal for tight spaces such as racks, patch panels, and behind desks. This five-foot cable length is perfect for connecting devices on adjacent racks or shelves without excess slack, helping maintain a neat and efficient setup.

Key features

• 28 AWG conductors create a slim cable profile that frees up space and enhances airflow in dense network environments
• Supports 10 gigabit Ethernet with compliance to ANSI TIA 568 C.2 standards, ensuring reliable high-speed data transmission
• 50 micron gold plated contacts resist corrosion and maintain consistent signal quality over time
• Snagless boot design protects the connector latch from damage during installation and cable movement
• Five-foot length is optimized for close equipment connections, reducing cable clutter and improving organization

Key specs

• Cable type: CAT6A Ethernet patch cable
• Conductor gauge: 28 AWG
• Length: 5 feet
• Data rate: 10 gigabit Ethernet
• Connector contacts: 50 micron gold plated
• Standards compliance: ANSI TIA 568 C.2

Connectivity and compatibility

This cable is compatible with any network device supporting CAT6A standards, including switches, routers, patch panels, and network interface cards. Its slim design makes it especially suitable for high-density switch racks and telecommunications rooms where space and airflow are critical.

Ideal uses and environments

The Black Box C6APC28-BK-05 fits well in professional IT environments, data centers, and home labs where maintaining organized, efficient cabling is essential. It is a strong choice for network administrators and IT staff who need to optimize space and airflow while ensuring stable 10 gigabit connections between closely positioned devices.