The JBX60727 5ft Cat5e FTP Shielded Ethernet Cable represents professional-grade networking infrastructure designed for users who demand reliability and performance. This versatile white network cable is engineered with foil twisted pair (FTP) shielding technology that effectively eliminates electromagnetic interference (EMI) and crosstalk, ensuring clean signal transmission for uninterrupted connectivity. Construction & Materials: Built with premium 99.95% oxygen-free copper conductors, the cable delivers superior conductivity compared to standard alternatives. The 26AWG gauge provides optimal balance between flexibility and signal integrity. The 4.0mm outside diameter ensures compatibility with standard network installations while maintaining durability. The riser-rated (OFNR) jacketing meets fire safety standards, making it suitable for installation in commercial and residential applications. Performance Specifications: This Cat5e cable supports gigabit ethernet speeds (1GB) with a 5ft length (1.3m), making it ideal for desktop-to-switch connections, patch panels, and equipment interconnects. Operating across a wide temperature range (-20 to +75°C), the cable maintains performance stability in diverse environments. Design Features: The snagless booted design protects RJ45 connectors from accidental snagging or damage, while the straight-through polarity enables standard network connections. Copper RJ45 connectors ensure excellent contact and corrosion resistance. Standards & Compliance: Certified to TIA/EIA Category 5e standards and fully RoHS/ELV compliant (EU directive 2002/95/EC), this cable meets international quality and environmental standards. Warranty & Support: Backed by a lifetime limited warranty and shipped from multiple US locations (California, Texas, and South Carolina), the JBX60727 provides peace of mind with responsive customer support. Applications: Ideal for connecting network devices, upgrading existing installations, or building new network infrastructure in offices, data centers, and home networks. The combination of shielding and quality construction makes it particularly valuable in environments with potential electromagnetic interference.