ROTRONIC-SECOMP Kerpen MegaLine D1-20 SF/U - patchkaapeli - RJ-45 (M)

Network downtime and slow data transfer often stem from inferior patch cables that fail under everyday stress. The ROTRONIC-SECOMP Kerpen MegaLine D1-20 SF/U Patch Cable eliminates these issues with a robust shielded design built for reliable Gigabit Ethernet connections. Its SF/U construction—braided and foil shielding—blocks electromagnetic interference, ensuring clean signal integrity in dense server rooms or industrial settings. The RJ-45 male connector is precision-molded for a secure, snag-free fit, reducing accidental disconnects and maintenance calls. Whether you're patching a switch, router, or workstation, this cable delivers consistent performance without packet loss.

Who is it for

IT administrators, network installers, and businesses needing dependable copper cabling for structured wiring. Ideal for data centers, office LANs, and industrial control systems where interference is a concern. The cable suits both new installations and replacement of worn-out patch leads, offering a cost-effective way to maintain network uptime.

Main features

• SF/U shielding: braided outer shield plus foil wrap for superior EMI/RFI rejection
• RJ-45 male connector with molded strain relief for durability and secure locking
• Supports Gigabit Ethernet (1000BASE-T) and backward-compatible with 10/100 networks
• Flexible yet rugged jacket resists kinking and abrasion, suitable for high-density patching
• Compliant with ISO/IEC 11801 and TIA/EIA-568-B.2 category 5e standards
• Available in standard length

Specifications

• Brand: ROTRONIC-SECOMP
• Model: Kerpen MegaLine D1-20 SF/U
• MPN: 21.08.9000
• EAN: 7611990756223
• Cable type: SF/UTP (braided + foil shielding)
• Connector: RJ-45 male
• Category: 5e
• Colour: Grey

Tips

For best performance, avoid bending the cable sharply near the connector and use cable management to prevent stress on the RJ-45 plug. When installing in high-interference environments, keep the cable away from power lines to maximize shielding effectiveness.