Behind every AI server is a sophisticated power delivery network that must efficiently convert high distribution voltages into the ultra-low voltages required by today’s AI processors. As AI workloads drive unprecedented increases in power consumption, data center architects face growing challenges related to efficiency, power density, thermal management, and system reliability.

Join Eaton as we explore how advanced inductors and transformers are enabling the next generation of AI server power architectures. Learn how innovations in power magnetics support the conversion of 54V power distribution to the sub-1V levels required by modern AI accelerators, helping maximize efficiency while meeting rapidly escalating current demands.

With more than 50 years of leadership in power magnetics, Eaton will share the latest innovations helping power the future of AI computing and high-performance data centers.

Key Audience Takeaways

• Learning the different core material-based solutions and how they serve the most advanced multiphase, TLVR, and power block architectures
• The critical role of advanced inductors and transformers in AI power delivery
• How Eaton magnetics improves efficiency, power density, and thermal performance
• Emerging passive components hybridization trends shaping next-generation AI data center power systems