Weltron CAT6 Solid Shielded Network Cable (CMR) - 50 ft, Red

The Weltron CAT6 Solid Shielded (CMR) Network Cable is designed for reliable high-speed data transfer in home, office, or business environments where interference could impact network performance. This 50-foot cable features a durable PVC jacket and a polyethylene separator that enhances bandwidth for NEXT, ELFEXT, and return loss, ensuring optimal signal integrity. Its shielded construction minimizes EMI and RFI interference, providing a stable connection for gigabit Ethernet, broadband, audio/video, and security systems.

Manufactured by Winston International LTD, this cable is verified compliant with EIA/TIA Cat6 standards by ETL, guaranteeing quality and performance. The 23 AWG bare copper conductors deliver superior conductivity, while the stranded design improves usability and dependable operation for everyday connectivity needs. The CMR-rated jacket allows for safe installation within walls and ceilings on a single floor, making it suitable for various network configurations.

The cable's color-coded design in red simplifies identification during installation and maintenance. Its easy pull box packaging facilitates straightforward setup, reducing installation time and effort. This shielded Cat6 cable ensures consistent, high-quality communication between multiple devices, supporting seamless network operation and system integration. Its lifetime limited warranty offers peace of mind, assuring long-term performance and durability for your networking needs.

Features:

• Provides a simple and efficient way to connect multiple devices within your business network, ensuring smooth communication and reliable data transfer

• s Category 6 cable type designed to deliver smooth usability and consistent operation for varied connectivity requirements

• Stranded feature ensures dependable operation and improved usability, delivering consistent performance for everyday connectivity needs

• Bare Wire delivers stable signal routing to network devices for uninterrupted communication and system integration