Sieťový kábel DeLOCK RJ45 Cat.6A 45° zahnutý na rovný 3 m čierny

The DeLOCK Network Cable RJ45 Cat.6A 45° right angled to straight, 3 m in black, is a shielded S/FTP Ethernet cable designed to connect networking devices such as a network interface card to a switch or patch panel. The cable supports data transfer rates up to 10000 Mbit/s and features a 45° right-angled RJ45 plug on one end and a straight RJ45 plug on the other, enabling installation in confined spaces behind equipment or inside network cabinets.

Advantages

Shielded S/FTP construction reduces electromagnetic interference and improves signal integrity. One 45° right-angled RJ45 connector allows for space-saving routing where straight connectors would not fit. Cat.6A specification supports high-speed 10 Gbit/s networks over compatible infrastructure. The 3 m length provides flexibility for connections within racks or between nearby devices.

Suitable for

• Connecting a NIC to a switch or patch panel
• High-speed Ethernet links up to 10 Gbit/s
• Space-constrained installations behind appliances or in network cabinets
• Shielded connections to reduce interference in electrically noisy environments

Key specifications

• Cable type: S/FTP (shielded)
• Category: Cat.6A
• Data rate: up to 10000 Mbit/s (10 Gbit/s)
• Length: 3 m
• Connector 1: RJ-45 45° right-angled
• Connector 2: RJ-45 straight
• Colour: Black

How to use

Plug the 45° right-angled RJ45 connector into the device or port where space is limited and insert the straight RJ45 connector into the corresponding switch, router or patch panel port. Ensure both connectors click into place to confirm a secure mechanical and electrical connection. Route the cable to avoid sharp bends and excessive tension that could damage the shielding or conductors.

Recommendations

For optimal performance, use this Cat.6A S/FTP cable with compatible Cat.6A or higher network equipment and maintain bend radii recommended by the manufacturer. Avoid running the cable parallel to high-voltage power lines to reduce potential interference.