Axiom 7Z57A03541-AX 

Lenovo Compatible 25GBASE-AOC SFP28 Active Optical Cable (3M)

The Axiom7Z57A03541-AX Lenovo Compatible 25GBASE-AOC SFP28 Active Optical Cable is engineered for enterprises and data centers requiring high-speed, short-reach connectivity solutions. Supporting data transfer rates of up to 25Gbps, this 3-meter Active Optical Cable provides a cost-effective, energy-efficient alternative to traditional fiber optic transceivers and patch cables.Designed with a lightweight and flexible structure, the cable ensures simplified routing and airflow management in dense server environments. Fully hot-swappable and compliant with industry standards, it integrates seamlessly with Lenovo networking equipment and other devices that support SFP28 interfaces. This makes it an ideal choice for modern IT workloads including virtualization, cloud infrastructure, and storage networking.

Features

The Axiom7Z57A03541-AX offers dependable performance for bandwidth-intensive applications. Its 3-meter reach is perfect for top-of-rack deployments and short-distance server-to-switch connections, delivering 25Gbps speeds with low latency and superior signal integrity. By using multi-mode fiber technology, it reduces electromagnetic interference while ensuring reliable, interference-free transmission.Compared to traditional copper DACs, this AOC offers lower power consumption, lighter weight, and easier cable management, all of which help optimize data center efficiency. Its adherence to MSA standards ensures broad interoperability, while Lenovo compatibility guarantees reliable operation in Lenovo enterprise environments. With its plug-and-play simplicity, IT teams benefit from quick deployment and reduced maintenance downtime.

Advanced Options

The Axiom7Z57A03541-AX Lenovo Compatible 25GBASE-AOC is designed to meet the reliability standards of enterprise IT. Its active optical design ensures clean signal transmission and stable connectivity, reducing the risks of packet loss or downtime. Built for demanding workloads, it maintains consistent performance even under high network loads.