Patch panel 1U EFB Elektronik B37200100TS.24 — 10GBase-T, 10 Gigabit Ethernet, RJ-45, preto, 482,6 mm de largura

EFB Elektronik B37200100TS.24 is a 1U rack-mount patch panel engineered for structured cabling in 10GBase-T networks. The panel provides multiple RJ-45 ports in a compact 482.6 mm (19") width, allowing centralized termination of copper Ethernet cables in server rooms, data centers and network cabinets. Its black finish and 1U height make it compatible with standard rack installations and equipment layouts.

Advantages

The patch panel supports 10 Gigabit Ethernet over copper, offering a standardized interface for high-speed RJ-45 connections. Its 1U form factor saves rack space while enabling tidy cable management and simplified port labeling. The robust metal construction and consistent port spacing improve installation reliability and long-term durability.

Suitable for

• 10GBase-T network backbones in data centers
• Server room copper cable termination and distribution
• Rack-mounted network cabinets in enterprise and small business environments
• Structured cabling projects requiring centralized RJ-45 patching

Key specifications

• Form factor: 1U rack-mount, 482.6 mm (19") width
• Interface: RJ-45 ports for copper Ethernet connections
• Supported standard: 10GBase-T (10 Gigabit Ethernet over copper)
• Color: black finish suitable for standard rack aesthetics
• Mounting: front-panel ports with rear cable termination area

How to use

Install the patch panel into a standard 19" rack occupying one unit of vertical space. Terminate each copper cable to the corresponding RJ-45 port using appropriate punch-down or keystone termination tools according to the chosen cabling standard. Label ports as required for easy identification and connect patch cords from the panel to switches, routers or other network devices. Ensure rear cable routing and strain relief to maintain signal integrity and organized cable runs.

Recommendations

Use certified Cat6A cabling or higher for reliable 10GBase-T performance and maintain recommended cable lengths to preserve throughput. Follow standard installation practices including proper cable bending radius, separation from power sources, and secure rack grounding. Periodically verify connections and port labels to support efficient maintenance and network troubleshooting.