50ft (15.2m) Cat6 Snag-less Solid Shielded Ethernet Network Patch Cable - Blue

Overview

The 50FT (15.2M) Cat6 Snagless Solid Shielded Ethernet Network Patch Cable in Blue is a high-quality cable designed to optimize performance in noisy environments. This shielded cable is perfect for use with HDBaseT products or any other application where a long length shielded cable is required.

This cable is specifically designed to handle bandwidth-intensive applications, making it ideal for high-demand tasks. It meets Cat6 TIA/EIA and ISO/IEC standards for patch cable performance, ensuring reliable and consistent connectivity.

One of the key features of this cable is its bonded pairs design. Each individual pair is bonded together to maintain the twist-spacing throughout the cable, right up to the termination point. This design minimizes Near-End Crosstalk (NEXT) levels, reducing interference and improving signal quality.

The cable also features high-quality solid conductors, full cable shielding, and a snagless boot and shielded plug. The combination of these features provides superior performance over standard stranded conductor patch cables, especially when used with HDBaseT solutions.

Connector 1 is an RJ-45 male connector, while Connector 2 is also an RJ-45 male connector. Both connectors are securely attached to the cable, ensuring a stable and durable connection.

With a length of 50 ft (15.2m), this cable offers flexibility in connecting devices over long distances. Whether you need to connect devices in your home or office, this cable provides a reliable and high-performance solution.

In addition to its functionality, this cable is visually appealing with its blue color. It adds a pop of color to your setup and distinguishes itself from other cables, making it easy to identify.

Choose the 50FT (15.2M) Cat6 Snagless Solid Shielded Ethernet Network Patch Cable in Blue for superior performance, durability, and reliability. It is the perfect cable for demanding applications and ensures high-quality connectivity in noisy environments.