Cavo di rete DeLOCK RJ45 Cat.6A maschio a maschio 2 m bianco

Network Cable DeLOCK RJ45 Cat.6A plug to plug 2m white is a slim Ethernet patch cable for connecting networking devices such as a NIC to a switch or patch panel. The cable is 2 m long, has U/UTP construction, gold-plated RJ45 contacts and supports data transfer rates up to 10000 Mbit/s. The robust latch design is intended for frequent plugging and unplugging in industrial environments.

Advantages

The slim patch cable has a reduced cable diameter that allows flexible and space-saving cabling in network cabinets. Gold-plated contacts improve corrosion resistance and signal transmission. The reinforced RJ45 plug with a robust latching lug is rated for repeated mating cycles, making it suitable for industrial use where connectors are handled often.

Suitable for

• Connecting a network interface card (NIC) to a switch or router
• Patch panel connections in server racks and network cabinets
• Industrial environments requiring durable RJ45 connectors
• High-speed Ethernet applications up to Cat6A / 10 Gbps

Key specifications

• Brand: DELOCK
• Model / MPN: 80360
• EAN: 4043619803606
• Cable type: Cat.6A U/UTP slim patch cable
• Length: 2 m
• Connectors: RJ-45 plug to RJ-45 plug
• Colour: White
• Maximum data rate: 10000 Mbit/s (10 Gbit/s)
• Contact plating: Gold-plated contacts

How to use

Plug one RJ45 connector into the network port of your device (e.g., NIC, switch or router) and the other end into the corresponding port on the target device or patch panel. Ensure connectors are fully inserted until the latch clicks. Route the slim cable through cable management channels or around equipment to minimise strain. For removal, depress the latch and pull the connector straight out to avoid damaging the plug or port.

Recommendations

Use this Cat.6A slim patch cable in structured cabling installations requiring space-saving routing and frequent connector handling. Avoid excessive bending at the connector ends and observe standard ESD precautions when working in sensitive electronic environments.