LEGRAND AV - C2G 75ft Blue Shielded Cat6 Ethernet Cable with Snagless Shielded Connectors

C2G 75ft Cat6 Ethernet Cable - Snagless Solid Shielded - Blue

This 75-foot blue shielded Cat6 Ethernet cable from LEGRAND AV - C2G is designed for high-performance networking in environments with electrical interference or noise. Featuring full shielding and solid conductors, this cable ensures reliable signal transmission for bandwidth-intensive applications such as HDBaseT setups, streaming, and data transfer. The shielded design effectively minimizes Near-End Crosstalk (NEXT), maintaining optimal performance over long distances. Each twisted pair is bonded to preserve twist integrity up to the termination point, enhancing overall data integrity and reducing interference. The snagless boot and shielded RJ-45 connectors facilitate easy installation and secure connections, making this cable ideal for professional and home networking installations. Constructed to meet or exceed Cat6 standards, it offers a robust solution for demanding network environments, ensuring fast, stable connections for all your networking needs. The cable is environmentally compliant with RoHS standards and comes with a lifetime warranty for peace of mind. Its vibrant blue color makes it easy to identify among other cables, and the product is manufactured in China by the Legrand Group, a trusted name in connectivity solutions. Whether used with HDBaseT products or standard network setups, this shielded patch cable provides superior performance and durability, ensuring your network remains fast and reliable over time.

Features:

• 75 Foot length for versatile installation options

• C2G Lifetime Warranty guarantees long-term reliability

• Snagless Shielded (STP) design simplifies installation and prevents damage during cable management

• RJ-45 (M) to RJ-45 (M) connectors ensure secure, standardized connections

• Designed as an Ethernet Network Cable, Patch Cable, or Category 6 Cable for high-speed data transfer

• Full shielding and solid conductors minimize interference and crosstalk, maintaining optimal signal quality