Cable de red Equip Cat.6A F/FTP fino RJ-45 15 m azul

The equip® Cat.6A F/FTP Slim Patch Cable is a slim, high-performance network patch cable designed for 10GBase-T applications. At 15 m length and with a reduced cable diameter compared to standard Cat.6A cables, it is intended to save space and simplify routing in high-density environments such as data centers and telecommunications rooms. The cable offers gold-plated RJ-45 connectors and F/FTP shielding to support data rates up to 10000 Mbit/s while reducing electromagnetic interference.

Advantages

The slim design reduces bundle diameter, enabling more cables to fit in the same pathway and improving cable management in tight installations. F/FTP shielding and quality connectors provide improved signal integrity and lower crosstalk. The 15 m length covers medium to long link requirements without additional couplers.

Suitable for

• 10GBase-T network connections
• Data centers and server rooms with high cable density
• Structured cabling between telecommunications panels and switches
• Workstations or network equipment requiring a 15 m Cat.6A patch

Key specifications

• Product name: Network Cable Equip Cat.6A F/FTP Slim Patch Cable RJ-45 15m Blue
• Length: 15 m
• Category: Cat.6A (F/FTP)
• Data rate: up to 10000 Mbit/s (10 Gbit/s)
• Connectors: RJ-45 to RJ-45, gold-plated
• Cabling technology: 10GBase-T
• Colour: Blue
• Weight: 0.472 kg
• MPN: 606140, EAN: 4015867209820

How to use

Connect one RJ-45 plug to your network switch, router or patch panel and the other RJ-45 plug to the target device. Route the slim cable through cable trays or ducts, taking advantage of its reduced diameter to avoid congestion. Ensure connectors are fully inserted and locked to establish a stable 10GBase-T link. Test the connection with appropriate network testing tools after installation if required.

Recommendations

The cable is intended for indoor structured cabling; avoid extended exposure to sunlight and chemicals. When bundling multiple cables, maintain manufacturer-recommended bend radius and avoid tight bends to preserve signal performance.