Higher Compute. Lower Carbon. Minimal Cost.
GIGABYTE can upgrade your data center with innovative cooling solutions spanning liquid, immersion, and air cooling. Tackle data- and power-intensive workloads in AI development and high-performance computing (HPC) with groundbreaking cooling technology that can unlock better chip performance and stability while reducing your carbon footprint and expenses.
Performance
Advanced cooling ensures stable operations for servers running at peak capacity, which is crucial as the thermal design power (TDP) of processors grows exponentially.
Sustainability
Efficient cooling can improve the power usage effectiveness (PUE) of data centers to as low as 1.02, shrinking the carbon footprint and contributing to ESG goals.
Competitive Edge
Higher chip performance coupled with better cooling translates to lower operating expenses (OpEx) in the long run, giving you a leg up in today's competitive market.
Liquid Cooling: The New Mainstream for AI & HPC
Direct liquid cooling (DLC) or direct-to-chip (D2C) liquid cooling is the leading method of overcoming thermal limits and increasing compute density. GIGABYTE offers a one-stop solution encompassing cooling components at the server level and coolant distribution units (CDUs), manifolds, and DLC racks at the data center level.
GIGAPOD: Pioneering AI with DLC
GIGABYTE offers the building block of tomorrow's AI data centers with the GIGAPOD, a supercomputing cluster that combines state-of-the-art accelerators, such as AMD Instinct™ MI300 Series, Intel® Gaudi®, or NVIDIA's Hopper and Blackwell GPUs, with DLC or Rear Door Heat Exchangers (RDHx) to provide the compute power necessary to handle the most demanding AI training and inference workloads.
Explore GIGABYTE's Liquid Cooling Products
Immersion Cooling: Future-proof Your Data Center
Immersion cooling can enhance PUE to a record-low of 1.02, making it the logical next step in delivering more compute while consuming less power. GIGABYTE provides both single-phase and two-phase immersion cooling. GIGABYTE's comprehensive product lineup has everything you need to get started, from immersion-ready servers to immersion tanks.
Surpass Limits with Single-phase Immersion
GIGABYTE's total solution includes servers, immersion tanks, coolants and accessories—not to mention incredible support and service. Choose GIGABYTE for one-stop shopping that gives you the choice of cutting-edge AMD EPYC™ or Intel® Xeon® Scalable CPUs for industry-leading compute, as well as EIA or OCP immersion tanks with the option of a built-in CDU for unparalleled flexibility.
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Air Cooling: Breakthrough Innovations
GIGABYTE can pack more compute into a smaller footprint thanks to its proprietary airflow-friendly chassis design and Automatic Fan Speed Control feature, which allows air-cooled servers to output maximum processing while optimizing thermal management. Air-cooled server racks can also be outfitted with RDHx to further enhance PUE.
GIGABYTE's Featured Air Cooling Products
Data Center Cooling FAQs
How does data center cooling work?
A data center's cooling system takes the heat expelled from servers and removes it from the facility so that processors can deliver peak and stable performance. Traditionally, this was done through computer room air conditioning, or CRAC. However, as AI and HPC chips generate more heat, advanced cooling methods like liquid cooling are being adopted to make data center cooling more effective.
What are the benefits of cooling in a data center?
On a fundamental level, cooling prevents processors from overheating and shutting down, so effective cooling is essential to smooth operations in high-performance, high-availability data centers. As computing becomes ubiquitous in modern society, superb data center cooling can help a corporation reduce its carbon footprint and make it more competitive and cost-efficient.
What is the future of data center cooling?
Direct liquid cooling (DLC), where liquid coolant is piped into servers to chill essential components, and immersion cooling, where servers are submerged in a bath of dielectric coolant, are already replacing traditional air cooling in many newly built data centers. The future of data center cooling revolves around green computing solutions that will improve the facility's power usage effectiveness (PUE) so that operators can generate more compute for less operating expenses (OpEx) and lower carbon emissions.
What are the key considerations for data center cooling?
When adopting new cooling technology, the data center's existing infrastructure must be evaluated for compatibility. For example, air cooling infrastructure lacks the facility cooling loop to support the liquid-to-liquid variation of liquid cooling, and so hybrid liquid-to-air cooling through the use of rear door heat exchangers (RDHx) may be the optimal choice. The data center's desired ambient temperature, which may be subject to regulations, must also be considered. It is important to work with a data center solution provider—such as GIGABYTE—to review your requirements and limitations so you can receive a bespoke data center cooling system best suited to your needs.
Trusted by the World’s Leading Innovators
Automotive: Air Cooling
Satisfying Your Need for Speed: Server Technology Helps to Achieve Aerodynamic Vehicle Design
Aerospace: Direct Liquid Cooling
GIGABYTE Servers Become Part of the German Aerospace Center’s Data Center
5G: Single-Phase Immersion Cooling
Japanese Telco Leader KDDI Invents Immersion Cooling Small Data Center with GIGABYTE
Electronics: Two-Phase Immersion Cooling
Semiconductor Giant Selects GIGABYTE’s Two-Phase Immersion Cooling Solution
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Proposing the solution to the ultimate challenge: increasing processing power while reducing the environmental footprint.
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Two-phase and Single-phase Liquid Immersion Cooling
Two-phase and Single-phase Liquid Immersion Cooling
Immersion Cooling in 60 Seconds
Two-Phase Immersion cooling is a new type of cooling technology for data centers. In a two-phase immersion cooled system, electronic components are submerged into a bath of dielectric heat transfer liquid, which is a much better heat conductor than air, water or oil. With a low boiling point (56°C vs. 100°C in water), the fluid boils on the surface of heat generating components, and rising vapor passively takes care of heat transfer.
In contrast to submersion oil cooling, two-phase immersion cooling liquids are clean, environmentally friendly and non-flammable. No pumps and jets are required to keep hardware cool. Circulation happens passively by the natural process of evaporation and without spending any extra energy. It is this simplicity that eliminates conventional cooling hardware and results in better cooling efficiency. Compared to traditional air, water or oil cooling, this passive process results in the use of much less energy.
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