Patch-paneeli EFB Elektronik 37738.12

The EFB Elektronik 37738.12 patch panel is a 0.5U rack-mount unit designed to organize and terminate Cat6a copper network cabling in structured cabling systems. With twelve RJ45 ports and a grey finish, this compact panel provides a space-saving solution for consolidating horizontal cabling runs into a rack environment. The panel's layout supports high-speed ethernet links and helps maintain neat cable routing and identification in data closets and network cabinets.

Advantages

The patch panel offers a low-profile 0.5U height that maximizes rack space while accommodating twelve network ports in a single unit. Its Cat6a compatibility supports higher bandwidths and improved signal performance compared with lower-category panels. The grey housing provides a neutral appearance that integrates into standard racks, and the panel simplifies cable management by centralizing terminations and making port access straightforward for technicians.

Suitable for

• Small to medium enterprise network racks where space is limited
• Server rooms and data closets requiring Cat6a structured cabling
• Telecommunications cabinets and distribution frames
• Office LANs and patching points for high-speed Ethernet

Key specifications

• Form factor: 0.5U rack-mount panel
• Port count: 12 RJ45 ports
• Cable category support: Cat6a
• Colour: Grey
• Mounting: Standard 19-inch rack compatible

How to use

Install the patch panel into a standard 19-inch rack or cabinet occupying a single 0.5U of vertical space. Terminate each incoming horizontal Cat6a cable pair to the corresponding IDC or keystone module position following the T568A or T568B wiring scheme. Secure cables with appropriate strain relief and route them neatly using cable management accessories. Connect patch cords from the panel's front RJ45 ports to switches, routers, or other active equipment to establish network links.

Recommendations

For reliable performance, use Cat6a-rated patch cords and maintain proper bend radii for cables. Label both sides of each port to simplify management and future changes. Keep termination points away from power sources to minimize interference, and perform certification testing after installation to verify link performance.