Unlock AI Factory Speed, Scale, and Returns with Solid-State Transformers

Artificial intelligence (AI) is rapidly transforming data centers into high-density AI factories. Generative AI and large-scale machine learning drive unprecedented demand for compute, and the organizations that succeed are those that deploy faster, scale reliably, and use capital efficiently. While servers, racks, networking, and cooling have become increasingly standardized, true repeatability remains out of reach. The limiting factor is no longer silicon or software. It is facility-level power. Today, power infrastructure is still engineered site by site. These custom designs slow deployment, force conservative assumptions, and leave usable capacity stranded. As a result, AI factories that appear identical in design often perform very differently in operation. This whitepaper introduces the missing architectural layer, a facility power fabric. Without a standardized, dynamic system between the grid and the rack, AI factories cannot scale efficiently or predictably. Enabled by native 800-VDC solid-state platforms, multi-port power routing transforms power from a static constraint into a flexible, controllable resource that absorbs AI load volatility and improves utilization.