Belkin CE001B14-GRN-S
CAT6 Slim Gigabit Snagless UTP Ethernet Cable Green
The BelkinCE001B14-GRN-S CAT6 Slim Gigabit Snagless UTP Ethernet Cable provides efficient wired connectivity with a sleek slim-profile build. With its 28 AWG design, it reduces bulk in cable-dense environments while maintaining performance and flexibility.Supporting Gigabit Ethernet speeds up to 1000 Mbps, it ensures smooth browsing, cloud transfers, HD streaming, and lag-free gaming. The snagless RJ-45 connectors safeguard against tab breakage, while the durable green PVC jacket enhances organization and visibility in structured cabling setups.
Features
Engineered for performance and convenience, the BelkinCE001B14-GRN-S is ideal for offices, data centers, and home networks. Its copper conductors and twisted pair construction provide consistent data transmission and minimize crosstalk, ensuring stable Gigabit Ethernet performance.The snagless molded connectors make the cable more resilient for frequent connections and disconnections, and the green PVC jacket helps with quick identification during cable management. Designed to optimize airflow in racks and reduce clutter, this slim cable is a reliable choice for networking professionals.
Advanced Options
The BelkinCE001B14-GRN-S ensures dependable Gigabit connectivity for various applications including business networks, , gaming, and streaming. With its slim build and snagless connectors,
Product Key Features
Slim 28 AWG profile saves space and improves airflow
Supports Gigabit Ethernet speeds up to 1000 Mbps
Snagless RJ-45 connectors for extra durability
Flexible green PVC jacket for easy identification
High-quality copper pairs for stable performance
Reliability & Performance
The BelkinCE001B14-GRN-S ensures dependable Gigabit connectivity for various applications including business networks, gaming, and streaming. With its slim build and snagless connectors, it provides both durability and convenience, making it a strong choice for structured cabling installations where neatness and reliability matter most.
