Patch Panel 1U Netrack 104-07

The Netrack 104-07 patch panel is a 1U rack-mounted panel engineered for structured cabling systems that use S/FTP (S-STP) shielded network cables. Finished in black, the panel fits standard 19-inch racks and provides 24 ports to terminate and organize twisted-pair connections. It is intended to simplify cable routing, allow neat patching between switches and equipment, and support reliable data transmission in professional network environments.

Advantages

The panel offers a compact 1U footprint that maximizes rack space while giving access to 24 front-facing ports. S/FTP shielding compatibility helps reduce electromagnetic interference when used with appropriately shielded cables and properly grounded installations. Its black finish contributes to a consistent and unobtrusive appearance in server rooms and telecommunication cabinets, and the row of numbered ports supports straightforward identification and maintenance.

Suitable for

• Enterprise and data centre horizontal cable termination
• Server rooms and network closets requiring organized patching
• Telecommunications racks in offices, hotels, and campus environments
• Structured cabling projects using shielded S/FTP (S-STP) cables

Key specifications

• Form factor: 1U, rack-mounted for 19-inch racks
• Number of ports: 24 RJ45 ports
• Cable type supported: shielded twisted-pair (S/FTP / S-STP)
• Colour: black

How to use

Mount the patch panel in a 19-inch equipment rack occupying one unit of rack space. Terminate each incoming S/FTP cable pair to the corresponding rear IDC or keystone module following the colour code standard used in your installation. Connect patch cords from the front RJ45 ports to network switches, routers or other active devices. Ensure shield continuity by bonding the cable shields and panel to the rack earthing point when using shielded cabling.

Usage recommendations

For optimal performance with S/FTP (S-STP) cabling, maintain proper cable bend radius, separate power and data runs where possible, and implement solid grounding practices to preserve shielding effectiveness. Label port assignments clearly and plan cable pathways to allow easy access for additions and troubleshooting.