Category
Cooling
-
Cooling Capacity Is Easy to Announce – Operational Reliability Is Harder to Prove.
Engineering developments prove manufacturers can scale production lines – what they don’t prove is how systems will behave on a Tuesday morning five years from now under a fluctuating, unpredictable AI workload.
-
Water Wars : Is Two Phase Cooling Moving From Choice to Mandate?
As generative AI clusters demand unprecedented rack densities, the data centre industry faces a structural crisis: a systemic dependence on water. While traditional water-based liquid cooling lowers PUE, it introduces severe environmental liabilities and high operational risks in resource-constrained regions. Discover how waterless, closed-loop architectures from pioneers like ZutaCore are rewriting the operational narrative—eliminating water…
-
Liquid Cooling Is Just the Start of a Data Centre Redesign
Liquid cooling isn’t just a technology upgrade. Discover how Socomec’s high-voltage 800VDC architecture addresses the AI data centre thermal crisis. Read more.
-
The Chemistry of Cooling: Why Vertiv’s New Alliance Marks the End of Passive Infrastructure
As skyrocketing rack densities push traditional air cooling past its physical limits, liquid-to-chip architecture has rapidly shifted from an experimental concept to an absolute baseline requirement. Yet, many enterprise and hyperscale operators continue to treat liquid deployment as a static, one-time hardware purchase. Vertiv’s sweeping global ecosystem strategy with Dow and Solenis marks a permanent…
-
The 8MW Elephant in the Server Room: Why DCX’s OCP Breakthrough Proves AI Scaling Has a Fluid Dynamics Problem
As computing density rockets to unprecedented heights, the primary infrastructure bottleneck is shifting from how fast a chip can think to how fast we can pull the heat away from it. This opinion piece unpacks how DCX’s 8.15 MW hardware and LITEON’s $176 million backing are rewriting the rules of data center plumbing at scale.
-
How Data Centers Are Becoming Energy Hubs Through Intelligent Thermal Management
Every second an AI data center operates, it generates substantial amounts of heat. This heat needs to be continuously removed in order to keep servers running efficiently.
-
Is the AI Data Centre Becoming One System?
AI is making power and cooling inseparable. Mitsubishi Electric is betting the next data centres will need the whole infrastructure designed as one system.
-
Solving AI Cooling’s Retrofit Problem – AIRSYS Think the Rack Is the Answer
AI is pushing existing data centres beyond their original cooling limits. AIRSYS is betting that rack-level liquid cooling can help operators add AI capacity without rebuilding the facility.
-
Austin Hughes Targets Rack-Level Infrastructure Gap in AI Data Centres
Austin Hughes is positioning its rack-level power, cooling and monitoring systems for AI and cloud data centres as higher-density workloads increase operational complexity
-
DCX Bets on Facility Scale Cooling as AI Rack Densities Rise
AI data centers are pushing cooling into a new category As rack power densities climb, the challenge is no longer simply attaching a liquid-cooling system to individual servers; operators increasingly need to think about cooling as a facility-wide utility. That is where DCX Liquid Cooling Systems is positioning it’s latest technology and where it’s recent…