Schneider Electric and AMD developed a validated reference design for deploying high-density AI infrastructure with standardized power, cooling, and digital infrastructure.

Schneider Electric introduces variable speed drives designed to improve energy use, system uptime, and building automation compatibility across commercial and critical HVAC environments.

From April 20-25, in Hannover, discover how this strategic partnership leverages EcoStruxure and Azure AI to collapse traditional automation silos, enabling manufacturers to accelerate engineering and achieve sustainable, software-defined operations.

Schneider Electric and NVIDIA are co-developing validated reference designs and digital twin architectures to optimize the design, simulation, and operation of large-scale AI factories.

Schneider Electric introduces EcoStruxure Foxboro Software Defined Automation, an open distributed control platform that decouples hardware and software to modernize industrial operations.

Schneider Electric has introduced EcoStruxure Foxboro Software Defined Automation to modernize distributed control without hardware lock-in.

Schneider Electric introduces TeSys Deca SNAP IN, a motor control solution that reduces wiring time and simplifies installation in industrial control cabinets.

Leveraging the NVIDIA Omniverse Blueprint for AI factory digital twins, Schneider Electric and ETAP enable the development of digital twins that simulate how an AI Factory operates.

White paper 133 provides comprehensive guidance on selecting the optimal liquid cooling architecture for AI servers, addressing common challenges and solutions.

New portfolio caters to high-density applications and AI workloads, providing improved weight support, cooling capacity, and connectivity.