Immersion cooling involves submerging servers or IT components directly into a dielectric liquid that absorbs heat efficiently. Unlike traditional cold aisle air-cooling, which is limited to around 15–20 kW per cabinet, immersion cooling can handle much higher power densities, making it ideal for AI, HPC, and other high-performance workloads . The liquid directly removes heat from the components, reducing the need for extensive airflow management and minimizing hot spots.
Immersion cooling is increasingly adopted in AI data centers, GPU clusters, and high-density HPC environments where traditional air-cooling is insufficient. It allows operators to maximize compute density, reduce energy costs, and maintain optimal operating temperatures for sensitive electronics . In summary, immersion liquid cooling provides a robust, scalable, and energy-efficient alternative to cold aisle air-cooling, particularly for high-density and power-intensive data center environments, making it a compelling choice for modern AI and HPC workloads.
As AI facilities move toward higher rack densities and sustained thermal loads, operators
Liquid immersion hardware To respond to the growing acceptance of this technology, UL''s certification personnel have developed a
This whitepaper explains the cooling technologies that are replacing it: liquid cooling (direct to chip and immersion), hot-aisle/cold
These liquid cooling solutions can include options such as direct-to-chip and immersion cooling, both of which involve
Discover the key differences between liquid and immersion cooling and choose the most efficient data
As rack densities exceed the limits of air cooling, liquid cooling provides a powerful alternative. Liquids have over 1,000
There are four main cooling approaches to consider: hot/cold aisle containment, rear-door heat exchangers, direct-to
AI-driven power densities are making liquid cooling essential. Cold plate cooling leads today, while immersion cooling
Immersion cooling is supposed to be the next big thing, but for many data centers, adding it
The evolution of data center cooling from air systems to liquid solutions is because of the need to adapt to high-power
Discover best practices for designing and planning liquid - cooled data centers for optimal performance. Learn about
For the sake of brevity, we''ll keep this discussion limited to the most common liquid cooling technologies: immersion
Air cooling is struggling to handle the temperatures generated by leading edge server CPUs and GPUs, while
A middle-ground solution where one part of the cabinet is closed, and the other allows the airflow path into the aisle. Both cold and
Whether you''re building liquid-cooled data centers or integrating Liquid Cooling into existing air-cooled
Data center operators are evaluating liquid cooling options, as processing-intensive computing applications grow. The market for
Efficient and cost-effective cooling strategies are now more essential than ever. This guide
Vertiv provides products that support the entire thermal management chain (air cooling, liquid cooling, and outdoor heat rejection),
Data Center Cooling 2026: Liquid Immersion vs Air — TCO & Performance Institutional TCO comparison of liquid immersion vs air
There are many data center cooling systems, but what is best for your organization? We examine various liquid and air
There are four base design options for liquid cooling to consider: traditional hot/cold aisle containment, rear-door heat
This study presents a comprehensive, system-wide review of next-generation cooling technologies, including direct
Legacy of Innovation As a global leader in thermal management, Vertiv brings a holistic approach to liquid cooling supported by a
Attom OceanCool is a single-phase immersion liquid cooling solution designed for AI, HPC, cloud computing, and other high-density
The only practical alternative is to use liquid cooling methods for this next-generation
While rear door heat exchangers (RDHxs) and direct-to-chip cooling manage current heat
Demand for Liquid Cooling is underestimated and will lead to an increase in inefficient “bridge” solutions as there
Energy Solutions Intelligence maintains a database of 156 liquid immersion cooling deployments across hyperscale, colocation, and
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