Patch Panel 1U ShiverPeaks BS75072

The ShiverPeaks BS75072 is a 1U rack-mount patch panel engineered for organized network cabling. It provides multiple RJ-45 ports compatible with Cat6 cabling and is constructed from durable metal with a black finish. With compact dimensions (212 mm width, 45 mm height, 130 mm depth), the panel is designed to occupy a single rack unit and integrate into standard 19-inch rack enclosures for structured cabling and easy access to network connections.

Advantages

The metal construction offers mechanical strength and increased longevity in server rooms and communication cabinets. RJ-45 connectivity and Cat6 compatibility support gigabit Ethernet and reliable data transmission when paired with appropriate cabling. Its 1U form factor and compact depth make the panel suitable for racks with limited space while maintaining clear port labeling and front-facing access for efficient cable routing and maintenance.

Suitable for

• Office and data centre structured cabling
• Small and medium enterprise network racks
• Telecommunications and network closets
• Patch management for Cat6 Ethernet installations

Key specifications

• Form factor: 1U rack-mount panel
• Connector type: RJ-45 ports compatible with Cat6
• Material: metal housing with black finish
• Mounting: fits standard 19-inch rack enclosures
• Dimensions: 212 mm (W) × 45 mm (H) × 130 mm (D)

How to use

Install the patch panel in a standard 19-inch rack occupying one unit of rack height. Terminate Cat6 cables to the rear side RJ-45 terminations following T568A or T568B wiring schemes and secure cables with proper strain relief. Use front-facing ports for patch cord connections to switches and active equipment. Label ports clearly to reflect network topology and simplify maintenance tasks.

Recommendations

For optimal performance, pair the patch panel with certified Cat6 cables and maintain proper cable management practices, including avoiding sharp bends and minimizing electromagnetic interference by routing power and data cabling separately where possible.