Axiom BENDnFLEX 10ft Cat6A Ultra-Thin Snagless Patch Cable - Red

Axiom 10FT CAT6A BENDnFLEX Ultra-Thin Snagless Patch Cable 650mhz (Red)

The Axiom BENDnFLEX™ 10ft Cat6A Ultra-Thin Snagless Patch Cable in red offers a high-performance networking solution designed for demanding environments. Featuring a space-saving design, this cable provides a 38% reduction in diameter compared to standard Cat6A cables, allowing for more efficient use of space in high-density data centers and network installations. Its ultra-thin, bend-insensitive casing supports a tight bend radius, enabling easier routing around obstacles while maintaining reliable 10Gbps data transmission rates. This cable is fully compatible with network devices and supports energy-efficient airflow, contributing to lower operational costs. Its snagless connector simplifies installation and removal, reducing the risk of damage and streamlining setup processes. This product complies with RoHS standards and TAA regulations, ensuring environmentally friendly and government procurement compliance, respectively. Manufactured in the United States by Axiom Memory Solutions, the BENDnFLEX cable is designed to improve network dependability and ease of deployment across various platforms, making it ideal for enterprise, data center, and high-density applications.

Features:

• Space-saving design provides a 38% reduction in diameter compared to standard CAT6A cables

• Reduced diameter allows increased airflow, promoting energy efficiency and cost savings

• Small bend radius enables tight twists and turns, superior to standard CAT6A cables

• Minimizes near-end crosstalk (NEXT) levels for clearer data transmission

• Snagless connector for easy insertion and removal, preventing unwanted snags

• Ideal for high-density data center applications

• RoHS compliant and TAA compliant for environmentally friendly and government-approved use

• Fully compatible with network devices for seamless integration

• Manufactured in the USA by Axiom Memory Solutions, ensuring quality and reliability