Addon ADD-S28CIS28MX-O5M

Cisco® SFP-25G-AOC5M to Mellanox® MMA2P00-AS Compatible TAA Compliant 25GBase-AOC SFP28 to SFP28 Active Optical Cable (850nm, MMF, 5m)

The AddonADD-S28CIS28MX-O5M is a premium 25GBase-AOCActive Optical Cable designed to connect Cisco SFP28 ports to Mellanox MMA2P00-AS compatible SFP28 interfaces. Operating at 850nm over multimode fiber (MMF), this 5-meter cable delivers blazing-fast 25Gbps data transfer rates, ideal for high-performance data centers, enterprise networks, and cloud environments. It supports low latency and high bandwidth requirements, making it perfect for demanding applications such as virtualization, storage networks, and high-speed computing. TAA compliant and built to Cisco and Mellanox specifications, this cable guarantees compatibility and procurement eligibility for government and enterprise contracts.

Features

The AddonADD-S28CIS28MX-O5M Active Optical Cable employs advanced optical technology to convert electrical signals to optical signals, enabling reliable, high-speed communication over distances longer than traditional copper cables can support. Its 5-meter length suits short to mid-range connections within racks or between adjacent cabinets, ensuring data integrity and minimizing latency for critical network tasks.Designed for seamless interoperability between Cisco SFP28 and Mellanox SFP28 ports, this cable offers a plug-and-play experience that reduces network downtime and simplifies infrastructure upgrades. The cable’s flexible and slim form factor enhances airflow within dense rack environments, contributing to optimal cooling and hardware longevity. Rugged construction ensures durability in demanding IT environments, while energy-efficient operation supports greener data center initiatives.

Advanced Options

Engineered for robust performance, the AddonADD-S28CIS28MX-O5M aActive Optical Cable delivers consistent, interference-free data transmission in demanding IT environments. Its active optical design effectively mitigates electromagnetic interference and signal degradation common in copper cables, ensuring stable connectivity even in dense, high-traffic network setups.