Wirewin SLIM-LS-K6A 0.25 50 cavo patch Ethernet slim Cat6A U/FTP, 0,25m, grigio, confezione da 50

For high-density 10 Gigabit patching where every millimetre counts, the SLIM WIREWINE SLIM-LS-K6A 0.25 50 delivers Cat6A performance in an ultra-slim 3.8 mm LSZH jacket. This 50-pack of 0.25 m grey patch cables uses U/FTP construction with foil-shielded pairs to suppress alien crosstalk in crowded racks, while 28 AWG stranded copper conductors keep each link flexible and easy to route. Gold-plated RJ45 plugs and TIA/EIA-568B wiring ensure reliable, standards-compliant connections for switches, patch panels, and servers.

Highlights

• Cat6A rated up to 500 MHz, supporting 10GBASE-T Ethernet
• Ultra-slim 3.8 mm diameter saves space in high-density installations
• U/FTP shielding: foil-wrapped pairs for superior alien crosstalk resistance
• LSZH jacket for low smoke and halogen-free safety
• PoE, PoE+, and PoE++ support for powered devices
• 50 cables per pack, ideal for large-scale deployments

In daily use

The 0.25 m length is perfect for neat, short connections between adjacent ports on patch panels and switches. The slim profile reduces cable bulk, improving airflow and making cable management easier in crowded racks. The grey colour blends into standard data centre aesthetics, while the stranded copper conductors allow repeated flexing without breakage. Gold-plated contacts resist corrosion and maintain signal integrity over thousands of mating cycles.

Full specifications

• Cable type: Ethernet patch cable, Cat6A
• Length: 0.25 m
• Shielding: U/FTP (foil shielded pairs, unshielded overall)
• Conductor: 28 AWG stranded copper
• Jacket: LSZH, 3.8 mm diameter, grey
• Connectors: RJ45 (8P8C) male to male, gold-plated
• Wiring: TIA/EIA-568B
• Bandwidth: up to 500 MHz
• Data rate: up to 10 Gbps
• PoE support: PoE, PoE+, PoE++
• Pack quantity: 50 cables

Final note

SLIM WIREWINE's SLIM-LS-K6A series combines Cat6A performance with a space-saving design, making it an excellent choice for modern data centres and high-density network environments.