Axiom AOC-QSFP-4SFP28-25G-15M-AX InfiniBand fibre optic cable 590.6 15 m QSFP28 4x SFP28 Aqua color

Axiom

AOC-QSFP-4SFP28-25G-15M-AX InfiniBand 25G AOC Cable 15M QSFP28 to 4x SFP28 Aqua

The Axiom AOC-QSFP-4SFP28-25G-15M-AX is a high-performance 25G Active Optical Cable (AOC), purpose-built for modern data centers and high-throughput networking environments. With a total length of 15 meters (590.6 inches), this cable offers a QSFP28 to 4x SFP28 breakout configuration, enabling seamless connectivity between switches, routers, and servers requiring 25GbE uplinks. Designed for InfiniBand and Ethernet applications, this AOC delivers robust signal integrity and ultra-low latency, essential for bandwidth-intensive workloads. The aqua-colored fiber jacket ensures quick visual identification and adds clarity to complex cabling infrastructures. Whether you're scaling cloud deployments or connecting high-speed clusters, this AOC delivers exceptional performance and flexibility for mission-critical systems.

Features

Engineered for high-speed interconnects, the Axiom AOC-QSFP-4SFP28-25G-15M-AX offers efficient signal transmission and energy-efficient operation over distances up to 15 meters. This active optical breakout cable simplifies cable management in dense server racks by replacing multiple discrete connections with a single lightweight assembly, reducing both airflow blockage and power consumption. It supports 4x 25G SFP28 lanes split from a single QSFP28 connector, providing an aggregate bandwidth of 100Gbps—ideal for high-performance computing (HPC), cloud services, and hyperscale networking environments.

Advanced Options

The plug-and-play design ensures effortless deployment with no need for transceivers or additional setup, allowing immediate integration with compatible devices. With full compliance to MSA and IEEE standards, it guarantees interoperability across a wide range of OEM hardware platforms. This makes it a dependable solution for scaling existing infrastructure or building out new high-speed data fabric with minimal downtime and maximum compatibility.