This is not Intel’s first dance with immersion. In August 2021 it announced a similar agreement with European immersion cooling startup Submer to develop immersible Xeon Scalable-based systems.

3. Scalability Liquid immersion cooling solutions are highly scalable, allowing data center operators to expand their infrastructure without the limitations imposed by traditional cooling methods.

Although immersion cooling is in the early-adopter phase, analysts predict the technology will go mainstream within the next four years, with the market growing from $251 million in 2021 to over ...

In this sponsored post from our friends over at One Stop Systems, Product Marketing Manager, Braden Cooper discusses how the latest high-performance computing systems for AI applications generate more ...

The company found that using two-phase immersion cooling reduced power consumption for a server by anywhere from 5 percent to 15 percent (every little bit helps).

Below are pictorial examples of air-cooled and immersion-cooled systems: WIRED, “ Inside the Largest Bitcoin Mine in the U.S. ” Riot immersion-cooling tanks, Riot Blockchain, Inc.

Supermicro immersion-certified servers can significantly lower Power Usage Effectiveness (PUE) by leveraging advanced immersion cooling technology that eliminates the need for traditional air ...

Microsoft has been testing two-phase liquid immersion cooling technology for a number of years. Now, it's starting to implement this technology in its Azure datacenters, starting with its Quincy ...

Liquid cooling also eliminates the need for chillers, bearings, and evaporative cooling. The liquids can be used in humid and hot locations and in temperatures up to 45°C (113°F).

What you’ll learn: How immersion cooling reframes system design challenges. Challenges of retrofitting for immersion cooling. The limits of air-based standards. Click here for Part 2.

It's simpler than two-phase cooling, which involves the liquid boiling into a gas before being cooled back into a liquid. "Intel is designing silicon with immersion cooling in mind, rethinking ...