Black Box CAT6A 500-MHz Shielded Patch Cable - 35 Feet, Slim Molded Snagless Boot

Black Box CAT6A 500-MHz STR Patch CBL Slim Molded Snagless Boot - F/UTP, CM PVC, BK, 35FT

The Black Box CAT6A 500-MHz Shielded Patch Cable is designed to meet and exceed industry standards for high-performance networking. Engineered with a shielded construction, this cable effectively guards against EMI and RFI interference, ensuring the integrity and security of your voice, data, AV, and PoE signals in bandwidth-intensive applications. Its robust four-pair 26-AWG conductors and 50-micron gold-plated contacts deliver superior conductivity for reliable data transmission. Ideal for high-density environments, the slim molded design with a flush-fit strain relief boot facilitates easy installation in tight spaces, reducing stress on connectors and promoting longevity. The snagless boots help prevent damage during installation, making this cable a durable choice for demanding network setups. This patch cable is compliant with TIA/EIA 568.2-D CAT6A standards and offers superior near-end crosstalk (NEXT) performance compared to standard CAT6A cables, ensuring cleaner signals and fewer errors in high-speed networks. The connectors are rated for 750 insertion and extraction cycles, providing long-term dependability. Whether used in data centers, server rooms, or office environments, the Black Box CAT6A shielded patch cable guarantees top-tier performance and durability for your critical network infrastructure.

Features:

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

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

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

• 50-micron gold-plated contacts ensure excellent conductivity and signal quality.

• Connectors rated for 750 insertion and extraction cycles for long-term use.

• Exceeds TIA/EIA 568.2-D CAT6A industry standards for performance.

• Shielded construction protects against EMI and RFI interference, ensuring stable data transmission.