Axiom JL292A-AX 

HP Compatible 10GBASE-AOC SFP+ Active Optical Cable 20m

The AxiomJL292A-AX is a high-performance 10GBASE Active Optical Cable (AOC) purpose-built for seamless 10 Gigabit Ethernet connectivity in HP-compatible networking environments. With a length of 20 meters, this SFP+ AOC is ideal for extending high-speed connections between switches, servers, and storage devices within racks or across data center aisles. Its active optical technology offers superior signal integrity and low latency, outperforming traditional copper cables while eliminating concerns around electromagnetic interference (EMI). Designed for IT professionals seeking efficiency and reliability, this cable delivers plug-and-play deployment and high-bandwidth throughput in mission-critical environments.

Features

Engineered to meet the demands of modern enterprise networks, the AxiomJL292A-AX Active Optical Cabledelivers dependable 10 Gbps transmission over a 20-meter optical fiber link. The cable incorporates integrated transceivers that convert electrical signals into optical, allowing for longer distances and improved performance over copper alternatives. Its design is tailored for short- to medium-range interconnects in server rooms, switch uplinks, and high-density networking scenarios.Compatible with HP SFP+ ports, the JL292A-AX ensures easy deployment with guaranteed interoperability and hot-swappable convenience. This AOC excels in maintaining low latency and consistent throughput, making it suitable for latency-sensitive applications such as cloud computing, virtualization, and data replication. The lightweight and bendable fiber construction simplifies cable management while promoting proper airflow and thermal efficiency within densely populated racks.

Advanced Options

The AxiomJL292A-AX offers exceptional performance and reliability for enterprise-class networking applications. Built with active optical transceivers, this cable ensures stable and energy-efficient data transmission across longer distances without sacrificing speed. It is optimized for environments where consistent performance is essential, such as virtualized infrastructures, hybrid cloud deployments, and business-critical workloads.