Cavo di rete DeLOCK RJ45 Cat.6A S/FTP 45° piegato verso l'alto 3 m nero

The DeLOCK RJ45 Network Cable Cat.6A S/FTP 45° Upwards Angled 3m Black is a shielded Ethernet cable designed to connect networking devices such as a network interface card, switch or patch panel. The S/FTP construction reduces electromagnetic interference for more reliable high-speed data transmission, while the 45° upwards angled RJ-45 plug allows space-saving installation in confined areas.

Advantages

The Cat.6A specification supports higher bandwidth and improved performance for gigabit and 10 Gigabit Ethernet environments. S/FTP shielding provides individual pair foil plus overall braid to minimise crosstalk and external interference. The 45° upwards angled RJ-45 connector is useful where vertical clearance behind devices or inside network cabinets is limited, and the 3 m length offers flexibility for typical rack and desktop cabling runs. The cable is finished in black for unobtrusive installation.

Suitable for (tasks / use cases)

• Connecting NICs to switches or patch panels in offices and server rooms
• Cabling behind wall-mounted devices or in shallow racks where vertical space is limited
• High-speed data transmission in LANs requiring Cat.6A performance and shielding

Key specifications

• Cable length: 3 m
• Connectors: RJ-45 to RJ-45
• Category: Cat.6A
• Shielding: S/FTP (overall braid with foil on pairs)
• Angled connector: 45° upwards
• Colour: Black

How to use

Plug one RJ-45 angled connector into the device port and the other into the corresponding port on the switch, patch panel or network device. Ensure the angled orientation matches the available clearance so the cable routes cleanly without sharp bends. Verify link status on connected devices and test network throughput if required to confirm performance.

Recommendations

For best results, avoid tight bends near the connectors and keep the cable separated from strong electromagnetic sources. Use in environments where Cat.6A shielding and a 45° upwards angled connector help optimise space and signal integrity.