Patch-paneeli 1U S/CONN 75062

The ShiverPeaks Patch Panel 1U S/CONN 75062 is a 1U rack-mounted panel designed to organize and terminate network cabling in a standard equipment rack. It accepts RJ-45 connectors and is intended for use with CAT5e cabling, providing a compact and orderly interface for multiple Ethernet runs. The panel’s grey finish integrates into server rooms and communication closets while helping maintain a tidy cable layout.

Advantages

This 1U patch panel offers a space-efficient solution for consolidating network terminations in racks and enclosures. Its compatibility with RJ-45 connectors and CAT5e cabling simplifies integration with common Ethernet infrastructure. The metal housing and standardized 1U form factor enable straightforward mounting in industry-standard racks and contribute to consistent cable management across installations.

Suitable for

• Organizing Ethernet connections in server rooms and data closets
• Small and medium office network installations
• Structured cabling backbones using CAT5e
• Patch panels for network racks and telecommunications cabinets

Key specifications

• Mounting: 1U rack-mount compatible
• Connector type: RJ-45 ports
• Cable compatibility: CAT5e
• Color: grey
• Construction: metal panel housing

How to use

Install the patch panel in a standard 19-inch rack occupying a single U of space. Terminate each incoming CAT5e cable to the rear of the RJ-45 ports following standard wiring schemes (T568A or T568B) and fasten the panel with the appropriate rack screws. Route and secure cables to minimize strain on terminations; use cable ties or cable management accessories as needed. Connect patch cords to the front RJ-45 ports to link active network devices or switches.

Recommendations

For reliable performance, adhere to CAT5e installation best practices: maintain proper pair untwisting limits at termination points, avoid running data cables parallel to high-voltage power lines, and label ports for easier maintenance. Periodically inspect terminations and cable routing to preserve signal integrity and reduce downtime.