Patch cable Broadbe Slim 10G Cat6A multicolor 2 m (12-pack)

Set of 12 Broadbe Slim 10G Cat6A patch cables, each 2 m long, designed for 10 Gigabit Ethernet connections. The multicolor pack simplifies port and connection identification in dense installations. The slim cable profile supports flexible routing in tight spaces such as network racks, patch panels, office workplaces and home labs while maintaining Cat6A performance for reliable high-speed data transfer.

Advantages

The Broadbe Slim 10G Cat6A multicolor cables combine a compact, low-profile jacket with Cat6A electrical performance, enabling 10G Ethernet over 2 m lengths. The multicolor set of 12 reduces setup time by making patching and labeling visual and straightforward. The slim construction helps reduce congestion behind racks and panels and improves airflow where multiple cables are routed.

Suitable for

• Data center patch panels and dense rack deployments
• Office network connections between switches, patch panels and workstations
• Home labs and small server rooms requiring 10G links
• Environments where color-coded identification speeds maintenance

Key specifications

• Brand: Broadbe
• Model / MPN: BTP-I32C6A-MX-2M-12
• Category: Cat6A, supports 10G Ethernet
• Length: 2 m (each cable)
• Quantity: 12 cables per pack
• Design: Slim profile, multicolor

How to use

Connect one end of a 2 m Broadbe Slim Cat6A patch cable to the Ethernet port of a switch, router or network interface, and the other end to the corresponding patch panel port, workstation or device. Use the multicolor scheme to match ports or label groups for easier identification. Route cables gently without sharp bends and avoid kinking; secure with cable management accessories where appropriate to maintain the slim profile and reduce strain on connectors.

Usage recommendations

For optimal performance, use these Cat6A patch cables for short to medium 10G links (up to 2 m). Maintain proper bend radius, avoid tightly bundling with power cables, and keep connectors clean. Use the color coding to separate traffic types or device groups for easier troubleshooting and maintenance.