The rapid growth of AI data centers is driving an unprecedented demand for electricity, making power infrastructure just as critical as computing infrastructure. While advanced processors and accelerators provide the computing power for AI, technologies such as Battery Energy Storage Systems (BESS), Solid-State Solutions (SSTs and SSCBs), and intelligent power distribution ensure that this power is delivered efficiently, reliably, and sustainably. As AI workloads scale to ever-higher levels, success will depend not only on faster computing, but also on resilient energy systems that can support, stabilize, and optimize the flow of power from the grid all the way to the processor core. This is why the future of AI is built on both computing and power infrastructure working hand in hand.

In this webinar series, we'll explore the latest strategies and techniques for achieving best-in-class efficiency, power density, and Total Cost of Ownership (TCO), with separate expert sessions following the entire power infrastructure from grid to core.

Who should attend:

  • Data center engineers and architects
  • AI infrastructure designers and engineers
  • Hyperscale OEM & ODM hardware engineers and designers
  • Data center operators and facility managers
  • Anyone involved in the design, deployment, or operation of AI data centers

Key learnings:

  • Power flow optimization in AI data centers and its impact on efficiency, density, and TCO
  • Strategies and innovations for optimization at all stages, from the grid down to the processor
  • Infineon solutions for hyperscale AI data centers

Infineon is the only semiconductor company offering advanced solutions across silicon (Si), silicon carbide (SiC), and gallium nitride (GaN), covering the entire power path - from the grid to the processor core - for both current and emerging architectures. Explore our AI Data Center Power Solutions hub to navigate our offering: interact with the block diagram, discover key functional blocks, and find recommended products and technologies for every stage of the power flow.