50FT CAT6A 10GBPS PATCH CABLE SNAGLESS PURE COPPER GRAY UTP RJ45

Introducing the 4XEM 50FT Cat6A Snagless RJ45 Ethernet Patch Cable (Gray) - a high-speed, durable Ethernet cable engineered for reliable 10 Gigabit networking performance. Perfect for business, educational, and professional environments, this Cat6A 500 MHz unshielded LAN cable ensures fast data transfer, dependable connectivity, and efficient network performance.

Built with pure copper, stranded 25 AWG conductors and 30µin gold-plated RJ45 connectors. The blue overmold snagless strain-relief boot protects the connectors from wear and damage during frequent handling or installations, while the FT1 UL-rated PVC jacket provides flexibility and resilience.

Whether you're connecting switches, routers, or patch panels, the 4XEM Cat6A Snagless Ethernet Cable delivers stable, 10 Gbps data transmission and optimized performance for video streaming, VoIP, and high-speed file transfers.

Benefits:

Superior Connectivity: Experience reliable, high-speed networking with CAT6A 500 MHz bandwidth and 10 Gbps data rates, minimizing lag and maximizing performance.

Professional Durability: The snagless gray overmold strain relief and FT1 UL-rated PVC jacket offer exceptional resistance to wear and stress, ensuring long-lasting performance in demanding environments.

Compact & Efficient: The 50-foot length and 6 mm cable diameter make this cable ideal for tight installations, promoting organized and clutter-free network setups.

Wide Compatibility: Equipped with RJ-45 Male connectors using the TIA/EIA 568B pinout, this cable integrates effortlessly with a wide range of networking hardware including routers, switches, and patch panels.

Pure Copper Performance: Featuring 25 AWG pure copper, stranded conductors, the cable delivers superior signal quality and reliable power delivery, outperforming CCA alternatives.

Optimized for Professional Use: Engineered for stable, interference-free connections in business, government, and educational networks, ideal for video conferencing, data transfer, and remote collaboration.