5ft Slim Cat6a 28AWG UTP Ethernet Network Patch Cable, Black

The High-Performance Slim Cat6a UTP Ethernet Patch Cable represents the pinnacle of space-efficient networking solutions. Designed for the most demanding high-density environments, this cable combines cutting-edge performance with a remarkably slim profile.

At 60% thinner than traditional 24 AWG Cat6a cables, this 28 AWG marvel significantly enhances airflow and simplifies cable management in constrained spaces. The reduced diameter not only facilitates easier installation but also contributes to improved cooling efficiency in data centers and server rooms.

Engineered for reliability, the cable features RJ45 connectors with 50-micron gold-plated contacts. This premium plating ensures exceptional conductivity and resists corrosion, maintaining signal integrity over time. The snagless translucent clear boot provides added protection to the connector's locking tab, enhancing durability during frequent connections and disconnections.

Constructed with 100% bare copper wiring, this Cat6a cable adheres to stringent EIA/TIA standards, as verified by UL and ETL. It supports data transfer rates of up to 10Gbps, making it ideal for high-bandwidth applications in enterprise networks, data centers, and high-performance computing environments.

The T-568B wiring scheme ensures compatibility with a wide range of networking equipment, while RoHS compliance demonstrates our commitment to environmental responsibility. Available in a sleek black color, this cable seamlessly integrates into any professional setting.

From connecting servers and switches in data centers to linking workstations in office environments, this versatile cable excels in various networking scenarios. Its combination of high performance and space efficiency makes it an excellent choice for upgrading existing infrastructure or deploying new high-density networks.

Optimize your network's performance and aesthetics with this slim, high-performance Cat6a UTP Ethernet patch cable – the ideal solution for modern, space-conscious networking environments.