AddOn IBM 59Y1944A Compatible 10GBase-CU SFP+ Direct Attach Cable - 7 meters, Active Twinax Copper

AddOn IBM® 59Y1944A Compatible TAA Compliant 10GBase-CU SFP+ Direct Attach Cable (Active Twinax, 7m)

The AddOn IBM 59Y1944A compatible 10GBase-CU SFP+ direct attach cable offers a reliable high-speed connection solution for modern data networks. Designed with active copper technology, this twinaxial cable provides a seamless data transfer rate suitable for demanding enterprise environments. With a maximum reach of 7 meters, it ensures flexible deployment options while maintaining optimal performance. Built to meet industry standards, this cable is TAA compliant and adheres to MSA specifications, guaranteeing compatibility and quality for a wide range of network devices. Each cable is uniquely serialized and tested for data traffic and application performance, ensuring 100% functionality out of the box. The product's copper construction enhances durability and conductivity, supporting robust network connections for critical business operations. The AddOn brand is committed to quality, backing this product with a limited lifetime warranty for peace of mind. Whether expanding an existing network or deploying a new infrastructure, this cable simplifies device connectivity and enhances overall network reliability. Its active design ensures maximum productivity by reducing signal loss and improving data integrity over the specified distance. Suitable for data centers, server rooms, or enterprise networks, this twinaxial cable supports high-speed, short-range connections with ease and confidence. With an easy plug-and-play setup, it offers a straightforward solution to meet the growing demands of high-performance networking environments.

Features:

• Experience a simpler way to connect devices with the entire business network

• Twinaxial cable type - for places where up to 10 meters coverage with high-speed data transfer is required

• Active feature for better reliability and ensure maximum productivity

• Network Device device supported for better reliance and optimal performance