The Power Conundrum: Cooling to the Rescue?
Power, cooling, and compute are the fundamental trinity of the data center ecosystem
Whitepapers & Reports - Cooling
The largest data center whitepaper library in the world
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The Dipping Point
The importance of switching to immersion cooling
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Direct liquid cooling system challenges in data centers
Direct liquid cooling (DLC) has become the IT industry’s preferred cooling method for extreme chip power densities
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Two-Phase Liquid Cooling Offers a New Model for Cooling Next-Gen Servers
Managing heat is technology’s perpetual problem
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Charting a Course for Compliance, Carbon Emission Reductions, and Efficiency with Low GWP Refrigerants
Make your business future-ready and reduce environmental impact
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Optimizing AI Infrastructure
The Critical Role of Liquid Cooling
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How Two-Phase Liquid Cooling Future-Proofs Your Facility
The race is on to find more energy-efficient ways of shedding heat from IT hardware
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Leverage existing air-cooling infrastructure to streamline liquid cooling solutions
Gain a faster path to deploying new liquid-cooled AI solutions
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Cooling Innovations
More Powerful Chips Need More Cooling
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PFAS, challenges and opportunities
What are the PFAS and why is there a regulation?
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Discovering the Immersion Advantage for AI
An optimal approach to building next-gen infrastructures
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Adapt or Fail: Immersion Cooling for High-Density, Sustainable Computing
Special Report 2024
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Success story: Kao Data and Cadence
Kao Data uses digital twin simulation to validate complex indirect evaporative cooling design.
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Deploying Liquid Cooling in the Data Center
A Guide to High-Density Cooling
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Cybersecurity guidance for data center power and cooling infrastructure systems
Power and cooling is continuously under threat
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Prepare for the chill
Tackling temperature and humidity challenges in Nordic data center construction
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The inside view: Hyperscale data centres
A collection of insights from those working in hyperscale data centres
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Why fluidic flow dynamics are critical to the design of high-performance electronics
Heat transfer meets electronic design
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Data Centre Cooling — A comprehensive Design Guide
Explore variables in your cooling water systems
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The AI disruption: Challenges and guidance for data center design
From large training clusters to small edge inference servers, AI is becoming a larger percentage of data center workloads
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Critical liquid cooling considerations in electronics
Read this technical guide for connectors
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Apply advanced cooling technology to reduce data center cooling energy use by 44%
Learn more from a study comparing energy consumption of data centers
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Case study: Telefónica puts Submer’s product through the toughest testing
Testing SmartPod's with the added circumstances of a record-breaking hot summer
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How Artificial Intelligence is cooling data center operations
A whitepaper exploring how AI can enable you to dynamically match cooling to IT load in real time
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Case study: using simulation to validate cooling design
A case study of Kao Data, and how they used simulation to validate their cooling design
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Using Simulation to Validate Cooling Design
How best to implement a cutting edge wholesale colocation and high-performance computing data center with environmental performance at the heart of its design? Cadence (formerly Future Facilities) show us how.
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Data Center Cooling Systems: The Next Generation.
As Data Centers evolve, cooling systems and controls will need to evolve with them. This report from Airedale offers insights into their next generation and how and what they deliver.