Black Box CAT6A 500-MHz Network Patch Cable - 5 ft Blue, Snagless Boot, UTP

Black Box CAT6A 500-MHz STR Patch Cable Slim Molded Snagless Boot - UTP, CM PVC, Blue, 5FT

The Black Box CAT6A 500-MHz network patch cable is engineered for high-performance 10G networking applications, ensuring reliable voice, data, AV, and PoE signal transmission. Constructed with a durable four-pair 26-AWG cable and 50-micron gold-plated contacts, this cable provides exceptional conductivity and minimal signal loss. Its design exceeds industry standards, offering superior near-end crosstalk (NEXT) performance compared to standard CAT6A cables, making it suitable for bandwidth-intensive environments. The cable’s features include a flush-fit strain relief boot that is ideal for densely populated patch panels and high-density installations, helping reduce stress on connectors and improve longevity. The snagless boots prevent connector damage during installation, ensuring durability and ease of use. ETL verification to ANSI/TIA 568.2-D standards guarantees compliance with industry benchmarks, while the connectors are rated for up to 750 insertion and extraction cycles, providing long-term reliability. The flexible, blue PVC jacket not only enhances durability but also helps in cable management within server rooms or data centers. Whether being used for data centers, enterprise networks, or AV setups, this patch cable offers a premium solution designed to deliver consistent high-speed performance and dependable connectivity.

Features:

• Flush-fit strain relief boot perfect for high-density applications.

• Snagless boots prevent connector damage due to snags during installation.

• Offers superior near-end crosstalk (NEXT) performance compared to standard CAT6A cables.

• Cabling ETL verified to ANSI/TIA 568.2-D standards.

• Connector designed for an insertion and extraction life of 750 cycles.

• 50-micron gold-plated contacts provide superior conductivity.

• Premium construction exceeds industry standards for durability and performance.