Addon ADD-SCISIB-AOC8M

Cisco to IBM Compatible 10GBase-AOC SFP+ to SFP+ Active Optical Cable, 8m

The AddonADD-SCISIB-AOC8M is a high-performance 10GBase-AOC (Active Optical Cable) designed to provide seamless connectivity between Cisco and IBM networking environments. With an 8-meter length, this SFP+ to SFP+ cable delivers reliable, high-speed data transfer while minimizing latency and electromagnetic interference. Ideal for enterprise data centers, cloud deployments, and high-bandwidth applications, it offers IT professionals a cost-effective solution that is both efficient and easy to deploy. The plug-and-play design eliminates the need for additional transceivers, ensuring straightforward installation and reduced operational complexity. Built to TAA compliance standards, this cable is an excellent choice for government and enterprise-level networking requirements.

Features

The AddonADD-SCISIB-AOC8M Active Optical Cable combines flexibility, efficiency, and compatibility in one streamlined solution. Supporting 10 Gigabit Ethernet speeds, it enables fast, stable, and scalable connections between switches, routers, and servers. Unlike traditional copper cables, this AOC uses optical fiber technology, ensuring superior signal integrity, lower power consumption, and resistance to cross-talk and electromagnetic interference.Its Cisco to IBM compatibility ensures smooth integration in mixed-brand environments, making it especially valuable in hybrid infrastructures. The 8-meter reach provides excellent balance between distance and low-latency communication, allowing it to support high-performance storage arrays, virtualization clusters, and mission-critical workloads without compromising on reliability. With robust manufacturing standards and Addonquality assurance, this AOC is built for demanding IT environments that require dependable, high-throughput connectivity.

Advanced Options

The AddonADD-SCISIB-AOC8M ensures durability, efficiency, and seamless integration across networking infrastructures. Its fiber-based design delivers superior electrical isolation and minimizes the risk of signal degradation compared to copper DACs. IT administrators can rely on this cable for consistent performance in high-density data centers, where cooling and space optimization are critical.