Patchpanel S/CONN 75075

The ShiverPeaks Patch Panel S/CONN 75075 is a compact metal network patch panel designed for organized routing and termination of Cat6a cabling using RJ-45 connectors. Finished in grey and built with a durable metal housing, the unit measures 160 mm wide, 45 mm high and 108 mm deep. It is intended for structured cabling installations where reliable, high-bandwidth connections and space-efficient mounting are required.

Advantages

The metal construction provides mechanical protection and helps with heat dissipation while keeping the panel lightweight and suitable for rack or wall mounting. Compatibility with Cat6a cable types and RJ-45 connectors ensures support for 10 Gigabit Ethernet links under appropriate installation conditions. The compact dimensions allow for efficient use of space in patch cabinets or small network enclosures, simplifying cable management and reducing clutter.

Suitable for

• Small to medium office network racks and cabinets
• Structured cabling terminations for Cat6a installations
• Network closets where space-efficient patching is required
• Upgrades from lower-category panels to support higher bandwidth

Key specifications

• Connector type: RJ-45
• Cable category support: Cat6a
• Housing material: Metal
• Color: Grey
• Dimensions (W × H × D): 160 mm × 45 mm × 108 mm

How to use

Mount the patch panel in the chosen rack or on a suitable surface using appropriate fasteners. Terminate Cat6a cables to the rear IDC or punch-down points according to the cable wiring standard in use (T568A or T568B) and connect active equipment to the front RJ-45 ports using patch cords. Verify continuity and performance with a cable tester after termination. Ensure the panel is secured and that cables are routed to minimize bend radius and mechanical strain.

Recommendations

For optimal performance, use certified Cat6a cable and quality RJ-45 patch cords, maintain proper bend radius and separation from power cabling, and perform certification testing after installation to confirm compliance with desired network speeds.