- Capabilities: Capable of reaching up to 40 Gbps transfer speeds and up to 2 GHz bandwidth using copper conductors and RJ45 connectors. This enables fast data transfers and supports high-bandwidth network configurations. - Conductor: 4-Pair 24 AWG stranded pure copper. Max Bandwidth: Up to 2000 MHz (2 GHz). The 24 AWG stranded copper construction provides durability and reliable signal integrity for high-speed performance. - Connectors: RJ45 plug with 50 micron gold plated contacts. Max data rate: Up to 40 Gbps. Gold plating offers improved contact reliability and resistance to corrosion for long-term performance. - Shielding: Each pair Foil shielded / 4 Pair Braid Shield. Shielding helps minimize interference and crosstalk, enhancing signal quality in challenging environments. Why you need this: - High throughput needs: Delivers up to 40 Gbps data transfer and up to 2 GHz bandwidth, supporting fast file transfers, large data backups, and smooth high-bandwidth applications. - Reliable connectivity: Copper conductors with robust shielding and gold-plated RJ45 contacts provide durable, stable performance in frequent use or demanding settings. - Signal integrity: Foil shielding for each pair and a braided shield reduce EMI and crosstalk, helping maintain consistent performance in environments with electrical noise. Compatibility and performance details: - RJ45 connectors indicate compatibility with standard RJ45 Ethernet ports and devices designed for high-speed data links. - Conductor design (4-Pair 24 AWG stranded copper) and shielding configuration are optimized to support demanding network setups requiring low loss and strong signal integrity. Use scenarios: - Data center or server room: Connect high-performance servers to switches or storage arrays to maximize throughput and minimize bottlenecks in backbone links. - Professional workstation to NAS or media server: Transfer large media files, run backups, or enable high-speed collaboration between workstations and networked storage. - Enterprise or home lab deployments: Build high-bandwidth network tests, SDN experiments, or intensive data transfer links between network devices while maintaining signal quality in electrically noisy environments.