InLine Patch Cable S/FTP PiMF Cat.6A halogen free 500MHz green 7.5m

The InLine Patch Cable S/FTP PiMF Cat.6A halogen free 500MHz green 7.5m is a high-performance network patch cable designed for professional cabling in Gigabit and 10 Gigabit environments. With a 7.5 m length, S/FTP (shielded/foil with paired mylar foil) construction and 500 MHz bandwidth rating, this cable supports high-speed data transmission and reduced electromagnetic interference. Halogen-free materials and RJ-45 connectors ensure safer handling and reliable connectivity for data centers, server racks, and structured cabling installations.

Advantages

The S/FTP PiMF shielding provides improved protection against crosstalk and external interference, supporting consistent signal quality at higher frequencies up to 500 MHz. Cat.6A specification enables 10 Gigabit Ethernet applications over copper cabling. The RJ-45 to RJ-45 connectors offer plug-and-play compatibility with standard network equipment. The halogen-free jacket reduces harmful emissions in case of fire and meets requirements for environmentally conscious installations.

Suitable for

• Data centers and server racks
• Structured cabling in offices and enterprise networks
• Gigabit and 10 Gigabit Ethernet links
• High-density patch panels

Key specifications

• Cable type: S/FTP PiMF (shielded, pair-wise foil)
• Category: Cat.6A
• Bandwidth: up to 500 MHz
• Length: 7.5 m
• Connectors: RJ-45 — RJ-45
• Colour: Green
• Material: Halogen-free jacket

How to use

Connect one RJ-45 plug to your switch, patch panel or network interface and the other RJ-45 plug to the corresponding device or port. Route the cable through cable management trays or within racks to avoid sharp bends and excessive tension. Ensure connectors are fully inserted and secured to achieve reliable contact. For permanent installations, label both ends to simplify future changes and maintenance.

Recommendations

Use this Cat.6A S/FTP patch cable for short- to medium-length 10 Gigabit Ethernet links within cabinets and between patch panels. Avoid tight bends (bend radius less than four times the cable diameter) and direct mechanical strain; maintain separation from high-voltage power lines where possible to minimize interference.