CPC

Webinars on Liquid Cooling and Specifying Fluid Connections

Everis QDs in data center rack
Pressure-Proof: The Future of Quick Disconnect Innovations

This tech showcase will explore the critical role of quick disconnects in enabling efficient and reliable liquid cooling for next-generation servers and rack architectures. Gain insights into how and where quick disconnects are integrated within liquid cooling systems, and why these components have become foundational in some of the world’s top supercomputers and AI superclusters.

icon with webinar
10 Tips for Specifying QDs -- And Why Liquid Cooling Connections Are So Critical

It’s well known that poorly designed thermal management systems can result in suboptimal performance or system failure. What isn’t as well understood are the material properties and myriad calculations that all need to be taken into consideration when developing a high-performing liquid cooling system -- or the role that quick disconnects play in supporting reliability, uptime, ease of maintenance and system performance. It’s complicated but it doesn’t need to be confusing.

Thermal Webinar
It’s Material: Chemical Compatibility in Liquid Cooling

There is a growing utilization of liquid cooling to address the high temperature output of electronics and computing systems. And as various types of liquid cooling techniques, systems and components evolve, the focus on materials is paramount to successful implementation. This presentation will provide a summary of how material selection of system components and subcomponents impacts performance and reliability.

Beth Langer Presenting
Liquid Cooling: When Component Failure is Not an Option

When deploying liquid-cooled infrastructure for AI-enabling accelerated compute, failure is not an option. While data center efficiency has been studied, data center reliability with new liquid cooling technologies is a gap. Understanding component level reliability in a liquid cooling system supports robust rack infrastructure and efficient data center operation.