You can check these points: 1) Check the conductor: Cut the end - a good cable has shiny, pure copper; a bad one may be dull or copper-clad aluminum. 2) Feel the cable: A good cable has a smooth, flexible jacket and a firm structure. 3) Test performance: The most reliable method is using a professional cable certifier.

by FS.com on 02/06/2025

Yes, it can. A poor-quality cable can become a network bottleneck, preventing you from achieving the advertised speeds even with Gigabit or 10-Gigabit equipment. Choosing a high-quality, standards-compliant cable is fundamental to ensuring network performance.

by FS.com on 01/31/2025

Risks include: 1) Devices failing to start or rebooting repeatedly: Due to high conductor resistance causing insufficient voltage drop. 2) Cable overheating: High resistance generates excessive heat when delivering high current, creating a safety hazard. 3) Data packet loss or transmission errors.

by FS.com on 12/13/2024

All our cables use ＞99.95% high-purity Oxygen-Free Copper (OFC) conductors. This material offers low resistance, minimal signal loss, and ensures stable network performance with high data transfer rates, fully supporting PoE applications.

by FS.com on 11/07/2024

This is due to our use of high-purity Oxygen-Free Copper and superior jacket materials. Greater flexibility makes installation easier, especially in tight spaces like server racks, reducing physical stress on the cable and extending its lifespan.

by FS.com on 01/03/2025