IT pundits and data center experts agree. Time is running out for air-cooled data centers as they struggle to meet the demands of irreversible trends. These include increases in density which air can no longer handle cost-effectively, edge computing in remote, often harsh environments, and sustainability issues pertaining to energy usage, energy waste, and overall data center impact on the environment.
Good news: immersion cooling addressed all these concerns. Even better news: two global technology innovators—Intel® and GRC, the Immersion Cooling Authority®—have partnered to perfect the entire immersion cooling ecosystem, paving the way to unchecked data center potential.
Watch this video and you’ll hear all the details straight from Mohan J. Kumar, Intel’s Data Platform Group Fellow, and GRC’s CEO Peter Poulin. They’ll discuss how the two companies are working together to optimize fluid compatibility, native server design, energy usage and more.
GRC & Intel: Immersion Cooling – The Future is NOW
A discussion of the industry trends that are driving the adoption of immersion cooling. What Intel is hearing from some of its largest customers regarding the problems they are looking to solve and how immersion can contribute solutions. Examples of customers that are using immersion technology and the benefits they are deriving. Finally, a discussion about the future of immersion cooling, and what the industry should expect.
A Look at Immersion Cooling Case Studies and Where the Technology is Headed
Dell & GRC have partnered to deliver all-in-one immersion cooling server systems for on-premises and edge deployments. In this session, GRC CRO Jim Weynand and Dell OEM Group CTO Alan Brumley discuss previous installations and the issues the two companies are solving for clients by implementing the technology. The two also explore the future of immersion cooling as the heir apparent to legacy data center cooling.
Key Design & Implementation Considerations for an Immersion Cooled Data Center
To achieve maximum benefit when adopting immersion cooling, optimizing mechanical, electrical, and operational design is critical. This session covers the approach to selection criteria, design considerations, and preparing operational teams for the shift in technologies, when integrating single-phase immersion cooling into both existing and newly designed data centers.
Discover How Organizations Are Seamlessly & Successfully Migrating to Immersion Cooling
With only three moving parts, grasping the concept & mechanics of immersion cooling is pretty simple. Understanding its benefits — lower costs, increased efficiency & flexibility, enhanced sustainability — is straightforward too.
What people typically struggle with is what making the move from their legacy cooling technology will look like. The answer to that is just as easy!
Watch our DCD>Keeping IT Cool presentation to learn how our clients have seamlessly & successfully transitioned to immersion cooling by:
- Migrating Over Time
- Scaling On-Demand
- Aligning with ITE Refreshes
- Creating an HPC Pod
- Placing Systems Anywhere
- …and More
When you’re looking to build the most powerful and greenest data center ever or simply improve the efficiency of your current operation reach out to a GRC expert to see what we can do for you. +1.512.692.8003 / info@grcmain2025v2.wpenginepowered.com
Next-Gen Power to Meet Rising Demands & Sustainability Goals
Data center demands keep changing, but the reimagined ICEraQ Series 10 is packed with innovative features you need to stay way out front:
- Increases cooling performance—up to 368 kW*
- Cuts cooling energy by up to 95%
- Reduces TCO up to 44%**
- Delivers an outstanding pPUE of <1.03
- Conserves water and power — Be Greener!
- Decreases compute footprint dramatically
- Work with all major OEM systems
With performance specs like this, it’s no wonder the Series 10 was awarded DCW’s Innovative Product of the Year award! Find out how this award-winning, cooling solution can do for your operation—contact a GRC data center cooling expert: . +1.512.692.8003 / info@grcmain2025v2.wpenginepowered.com
* Chilled water system required
** Versus traditional air cooling, two-phase liquid immersion, and liquid-to-chip cooling