InLine patch-kaapeli S/FTP PiMF Cat.6A halogeeniton 500 MHz keltainen 7,5 m

InLine Patch Cable S/FTP PiMF Cat.6A halogen free 500MHz yellow 7.5m is a shielded Ethernet patch cable designed for professional cabling in data centers, server racks and other network installations. It meets Cat.6A specifications with a 500 MHz rating and uses S/FTP (shielded foil twisted pair with overall braid) construction for improved signal integrity. The cable is halogen-free and fitted with RJ-45 connectors for straightforward Gigabit and 10 Gigabit connections.

Advantages

The S/FTP PiMF design reduces electromagnetic interference and crosstalk, supporting reliable high-speed transmission up to Cat.6A performance. The halogen-free jacket increases safety in enclosed environments. At 7.5 m length and in a high-visibility yellow colour, the cable provides flexibility for routing and easy identification in patch panels and server racks.

Suitable for

• Data center patching and inter-rack connections
• Server rack cabling for Gigabit and 10 Gigabit networks
• Structured network installations requiring Cat.6A performance
• Environments where halogen-free materials are preferred for safety

Key specifications

• Standard: Cat.6A
• Shielding: S/FTP (PiMF + overall braid)
• Frequency: 500 MHz
• Length: 7.5 m
• Connectors: RJ-45 to RJ-45
• Colour: Yellow
• Material: Halogen-free jacket

How to use

Connect one RJ-45 plug to a network switch, patch panel or server port and the other RJ-45 plug to the corresponding device or patch point. Route the cable through the rack or cable management system, avoiding sharp bends and sources of strong electromagnetic interference. Ensure connectors are fully seated to maintain reliable contact and performance for Gigabit and 10 Gigabit links.

Recommendations

For optimal performance, maintain bend radius guidelines specified by your cabling standards, keep the cable away from unshielded power lines, and verify link speed and integrity after installation. Use the yellow colour for easy identification in dense cabling environments.