Electronic Design: Debunking 11 Myths About Liquid-Cooling Technology

Electronic Design: Debunking 11 Myths About Liquid-Cooling Technology

As AI superchips surpass 2,800 W, liquid cooling has become essential for data centers and AI factories worldwide. In this Electronic Design feature, ZutaCore’s Chief Evangelist Shahar Belkin addresses the 11 most common myths about liquid-cooling technology — from immersion vs. direct-to-chip confusion to concerns around water usage, sustainability, and scalability.

The article highlights why next-generation computing demands next-generation cooling, and how the right solutions can deliver both performance and sustainability.


ZutaCore Unveils Two-Phase Sidecar Cooling System for High-Density AI Workloads

ZutaCore Unveils Two-Phase Sidecar Cooling System for High-Density AI Workloads

As reported by Lyle Smith of StorageReview, ZutaCore has launched a new two-phase liquid cooling “sidecar” designed to handle up to 240kW of AI...

Read More
Harnessing Data Center Heat into Reusable Energy: A Sustainability Game Changer

Harnessing Data Center Heat into Reusable Energy: A Sustainability Game Changer

As the demand for AI and high-performance computing (HPC) accelerates, so does the challenge of managing the massive amounts of heat generated inside...

Read More
Liquid cooling becoming essential as AI servers proliferate

Liquid cooling becoming essential as AI servers proliferate

With the rise of AI and high-density computing, liquid cooling is quickly becoming essential. Network World's recent article by Maria Korolov...

Read More