EFB Elektronik K8560WS.25 Network Cable

The EFB Elektronik K8560WS.25 is a 25 m Cat6a networking cable with S/FTP shielding and RJ-45 connectors with nickel/gold plating. Designed for high-speed data transmission, the cable supports transfer rates up to 10000 Mbit/s and provides improved protection against electromagnetic interference. The flexible jacket and robust connector ends make it suitable for structured cabling in both residential and commercial environments.

Advantages

This Cat6a cable uses S/FTP shielding to minimise crosstalk and external interference, which helps maintain signal integrity over longer distances. The RJ-45 connectors feature nickel/gold plating to provide reliable electrical contact and resistance to corrosion. At 25 metres length the cable offers extended reach for mid-size installations without compromising performance. The cable's construction supports high bandwidth applications while remaining flexible enough for standard installation routes.

Key specifications

• Category: Cat6a
• Length: 25 m
• Shielding: S/FTP (overall braid with individually foiled pairs)
• Connectors: RJ-45 with nickel/gold plating
• Maximum data rate: up to 10000 Mbit/s
• Intended use: Ethernet networks up to Cat6a performance
• Jacket: flexible, suitable for indoor installation

How to use

Connect the RJ-45 plugs to the corresponding Ethernet ports on network devices, ensuring secure insertion until the latch clicks. Route the cable avoiding sharp bends and sources of strong electromagnetic interference where possible. For permanent installations, use appropriate cable management such as cable ties, trays or conduits and avoid tight bundling with power lines. Test the link after installation with a network tester to verify continuity and performance up to the expected Cat6a specifications.

Recommendations

For optimal performance, keep cable runs under recommended limits for Cat6a installations and avoid excessive bending radii. When installing near power cables or large electrical equipment, increase separation or use additional shielding to reduce potential interference. Use certified testing equipment after installation to confirm throughput and signal quality.