Network Cable DeLOCK RJ45 Cat.8.1 90° downwards angled / straight 5 m black

This network cable by DELOCK is designed for high-speed Ethernet connections and supports 40GBASE-T applications with a frequency of 2 GHz and data transfer rates up to 40 Gbps. The cable is 5 m long, finished in black, and features RJ45 connectors on both ends with S/FTP shielding to reduce interference. The 90° downwards angled plug permits space-saving installation in confined areas behind devices or inside network cabinets.

Advantages

The Cat.8.1 construction with S/FTP shielding provides improved protection against electromagnetic interference and crosstalk. The cable supports up to 40 Gbps at 2 GHz, suitable for demanding network environments. A 90° downwards angled connector enables flexible routing and helps prevent strain on the connector in tight spaces. Standard RJ45 terminations ensure compatibility with common network equipment.

Suitable for

• 40GBASE-T Ethernet links in data centres and server rooms
• High-speed connections between switches, routers, and NICs
• Installations with limited rear clearance where a downward angled plug is required
• Environments requiring S/FTP-shielded Cat.8.1 cabling

Key specifications

• Cable length: 5 m
• Connector 1: RJ-45
• Connector 2: RJ-45
• Standard: Cat.8.1
• Shielding: S/FTP
• Maximum data rate: 40 Gbps (40000 Mbit/s)
• Frequency: 2 GHz
• Colour: Black

How to use

Connect one RJ45 plug to your switch, router or network interface card and the other RJ45 plug to the corresponding network device. Route the cable so the 90° downwards angled connector fits the available clearance behind the device or inside the cabinet. Ensure connectors are fully seated to maintain the specified performance and avoid sharp bends that could degrade signal quality.

Recommendations

For optimal performance, use this Cat.8.1 S/FTP cable in short to medium-length links typical for data centre and server room deployments, keep cable runs within recommended distances for 40GBASE-T, and avoid tight bends or mechanical stress at the connector ends.