Immersion Direct Liquid Cooling (iDLC): Cooling the High-Powered Processors of the Future
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Future-Proof Your Data Center Cooling with GRC’s iDLC Technology
Single-phase immersion cooling (1PIC) consistently delivers superior efficiency, performance, and reliability while driving down the operational expenses of data centers worldwide. However, recent speculation has questioned 1PIC’s ability to effectively cool the higher power chips of the future. In this white paper, GRC draws on recent testing data produced by Intel that directly challenges this misrepresentation of single-phase immersion cooling’s actual capabilities, proving it to be as effective as any other available cooling solution.
Furthermore, this white paper presents GRC’s groundbreaking vision of the future of 1PIC: Immersed Direct Liquid Cooling (iDLC). GRC’s innovative iDLC technology enables virtually unlimited chip cooling capacity in single-phase immersion cooling systems while eliminating the need for intricate and costly closed loop Direct Liquid Cooling (DLC) systems and supplemental air cooling.
Read this white paper and learn:
- How 1PIC addresses the thermal challenges of today’s data centers
- How Intel challenged inaccurate and misleading statements about 1PIC’s cooling capabilities
- Why it is important to consider factors beyond TDP when evaluating chip cooling solutions
- How GRC’s iDLC technology works, and how it will address the cooling needs of the data centers and processors of tomorrow
This informative, in-depth white paper is essential reading for every data center operator. Fill out and submit this form to download your copy now!
Stay Ahead of the Data Center Cooling Curve
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Liquid Immersion: Cooling 1000W Chips and Above
Single-phase immersion cooling has continually made a name for itself since GRC pioneered it back in 2009. To be sure, this breakthrough technology has been proven to cool the hottest chips along with supporting the highest known densities. Yet immersion cooling’s potential is far from over. Read all about it with this in-depth white paper.
What you’ll learn:
- The so-called Density Paradox every data center operator needs to know about
- Existing technologies that are deftly handling 400-1000W chips
- Developments that can take immersion cooling beyond what’s possible today
- Extended benefits of immersion that provide more than just thermal solutions
Fill out and submit the form below to download our white paper now, and make sure you’re prepared to give your data center every advantage—today and tomorrow.
Immersion Cooling Fluids Selection: Simplified
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Enhancing Data Center Performance
with Immersion Cooling and Precision-Engineered Fluids
Immersion cooling has helped facilitate the meteoric rise of high-performance computing. But not all single-phase immersion cooling fluids are the same. Knowing the difference can have a big impact on your data center’s performance. So, we created this comprehensive white paper as a primer to help you make the best fluid selection for your operation.
What You’ll Learn:
- Why choosing the right fluid is key to data center performance
- Considerations for improved health, safety and sustainability
- The factors involved the ElectroSafe® Fluid Partner Testing Program
- Fluid testing regimens every operator should demand
- How GRC and ENEOS take the complexity out of immersion fluid selection
This informative, easy-to-scan white paper is essential reading for every data center operator. Download your copy now!
Powerful Immersion Cooling Technology in an Incredibly Compact Package
ICEraQ Micro is our self-contained, micro-modular liquid immersion cooling solution designed to give IT professionals the flexibility to meet a variety of data center needs quickly and easily, such as:
- High-Density Zones for GPU-Accelerated Applications (AI, AR, & Others)
- Deploying Compute to the Edge (Cell Towers, IoT, & Others)
- Test Environments for Mission-Critical Applications
- Proof-of-Concept Initiatives
To receive a copy of the ICEraQ Micro technical specifications sheet, please fill out and submit the form below.
Self-Contained Immersion Cooled Data Centers
Our ultra-efficient ICEtank “data center in a box” is built upon our proven immersion cooling technology. Completely self-contained and environmentally resilient, each unit comes fully equipped with ICEraQ® immersion-cooled racks, enabling you to deliver powerful, reliable processing in places you never thought possible. You supply water, power and networking — we do the rest.
To receive a copy of the ICEtank technical specifications sheet, please fill out and submit the form below.
High-Efficiency, Scalable, Rack-Based Cooling Solutions for Data Centers
Our ICEraQ SX is the result of more than a decade of experience designing powerful immersion cooling solutions. With its powerful CDU, racks, and internal plumbing and control systems, the SX makes cooling compute simpler and more reliable. The elegant, space-saving units offer unprecedented potential in rack density, location flexibility, and capacity planning, while also reducing the expense of building, running, and expanding a data center. With its focus on operational efficiency, the SX drives down total cost of operation—and advances your sustainability goals—by dramatically reducing the power and infrastructure needed to cool your IT.
To receive a copy of the ICEraQ SX technical specifications sheet, please fill out and submit the form bdlow.
Both technology and the demands placed on data centers advance quickly. Once, your state-of-the-art air-cooled facility delivered the performance you needed at an acceptable cost. But as requirements for compute grow, power and real estate costs skyrocket, and pressures to improve sustainability metrics increase, that air-cooled data center just can’t keep up. While rebuilding from the ground up may not be feasible from a timing or economics standpoint, transforming your data center to a more powerful, efficient, and sustainable operation over time with immersion cooling certainly is.
Join us and long-time, GRC customer Texas Advanced Computing Center (TACC) to discover how they’ve utilized immersion cooling in a hybrid environment to enable some of the fastest academic supercomputers in the world.