Liquid cooling is entering a new phase as AI infrastructure continues to push thermal demands higher. While single-phase systems are becoming more common, growing industry testing is giving operators greater confidence in two-phase direct-to-chip cooling and its potential to support higher-density AI workloads. At the same time, attention is turning beyond the rack, with heat rejection and flexible cooling design becoming just as important in building infrastructure that can adapt to changing technologies and customer requirements.

Join us for this Innovation Day with Munters as we explore the next chapter in AI cooling. Across the three episodes, we'll look at why two-phase direct-to-chip cooling is attracting growing interest, how heat rejection is changing alongside higher-density AI deployments, and why flexibility is becoming a priority when designing cooling infrastructure for the future.