AddOn Cisco SFP-H10GB-ACU7M to Intel XDACBL7MA 7m Active Twinax SFP+ to SFP+ Direct Attach Cable

AddOn Cisco SFP-H10GB-ACU7M to Intel XDACBL7MA Compatible TAA Compliant 10GBase-CU SFP+ to SFP+ Direct Attach Cable (Active Twinax, 7m)

The AddOn Cisco SFP-H10GB-ACU7M to Intel XDACBL7MA direct attach cable offers reliable 10GBase-CU connectivity with a maximum reach of 7.0 meters (23.0 feet). Designed for seamless compatibility, this cable is fully OEM compatible with Cisco and Intel devices, ensuring effortless integration within existing network infrastructures. Each cable is programmed, uniquely serialized, and tested to meet or exceed industry standards, providing confidence in performance and durability. Built with copper conductors and Twinaxial connectors, it guarantees secure and high-speed data transfer essential for demanding network environments. The cable's active features enhance operational efficiency, simplifying deployment and maintenance while supporting uninterrupted data flow. Its secure SFP+ network connectors facilitate reliable links between switches, servers, and other network hardware, supporting stable and consistent operations. Manufactured in the United States by AddOn, this product complies with TAA standards and comes with a limited lifetime warranty, reflecting its quality and long-term reliability. Whether upgrading existing infrastructure or deploying new systems, this cable ensures dependable performance aligned with industry standards and best practices.

Features:

• Offers dependable network connectivity for stable performance, supporting uninterrupted operations and consistent data flow across connected systems

• Provides Twinaxial connector configuration for secure high-speed data transfer, ensuring smooth integration across supported devices

• Active feature enhances usability and operational efficiency, providing reliable performance and simplifying everyday connectivity tasks

• s SFP+ Network connector, permitting you to establish a secure link with a network device for dependable functionality