Eaton N201-100-GY-P Tripp Lite Ethernet Cable Cat6 Gigabit Snagless Molded 100 ft

The Eaton N201-100-GY-P is a high-performance, plenum-rated Category 6 (Cat6) patch cable designed for reliable Gigabit Ethernet connectivity in demanding environments. This 100-foot gray cable provides robust distribution of data, voice, and video signals, making it an essential component for critical IT infrastructure deployments such as data centers, enterprise networks, and campus installations where high bandwidth and stringent fire safety standards are paramount. Engineered to meet or exceed current industry standards, it ensures stable performance up to 550MHz and 1 Gbps. Utilizing 24 AWG 4-pair solid unshielded twisted pair (UTP) copper wire and a staggered-pin plug design, the N201-100-GY-P effectively minimizes near-end crosstalk (NEXT) levels, crucial for maintaining signal integrity over longer runs. Its construction with solid conductors further reduces attenuation losses compared to stranded alternatives, delivering optimal signal strength across the entire cable length. The RJ45 connectors feature gold plating for precise signal transfer and are molded with integral strain relief, protecting against stress and ensuring a secure, long-lasting connection. Designed for installation in air-handling spaces like ceilings, walls, and ducts, this cable's CMP plenum rating adheres to strict fire codes, providing an enhanced safety measure for building infrastructure. The snagless design protects the RJ45 connector locking tabs from damage during installation and removal, simplifying cable management and reducing potential downtime. Compatible with Category 6, 5e, and 5 applications, this cable offers versatile deployment options within existing network architectures.

• CMP plenum-rated for safe installation in air-handling spaces.
• Snagless molded boots protect RJ45 tabs during deployment.
• Solid 24 AWG copper conductors reduce signal attenuation loss.
• Gold-plated RJ45 connectors ensure accurate, reliable data transfer.
• Staggered-pin design minimizes near-end crosstalk for clear signals.