Success-Story
GIGABYTE Servers Become Part of the German Aerospace Center’s Data Center

When the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt, abbreviated as DLR) wanted to expand their data center, they searched for servers that could operate smoothly in an ambient temperature of 40°C without the need for air conditioning. GIGABYTE’s server team provided a solution from its High Density Server product line that combined computing, storage, and connectivity in a single system. The High Density Servers are equipped with liquid-cooling technology to run without a hitch in high-temperature environments, enabling the data center to efficiently process an enormous amount of space-related research data in the limited space available.

On the 50th Anniversary of the Moon Landing, Space Research is Booming
Giving the Aerospace Center a Helping Hand for Large, Complex Computing Workloads
Overcoming the Project's Challenges
The Future Trend of Data Centers: Energy Conservation & Smaller Footprint
An Immersion Cooling system uses a non-conductive dielectric fluid to assist the server with heat dissipation.

A Direct Liquid Cooling system uses liquid in heat-dissipation pipes to remove the heat from the server.
Efficiency Reaches New Heights with More Scientists Working in Tandem
GIGABYTE Commits to Helping the Aerospace Center Save Energy
HPC
Data Center
Artificial Intelligence
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Liquid Cooling
Server Farm
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Direct-to-Chip Liquid CoolingProduct
H261-Z60 (rev. A00)Solution
Two-Phase Liquid Immersion CoolingRELATED ARTICLES
A top technological university in Europe noticed rising demand for computing services across its various departments. It decided to build a next-generation data center with GIGABYTE's high density servers. With the right tools in place, scientists were able to accelerate their research, analyze massive amounts of information, and complete more data-intensive projects. Science advanced while the institute flourished.
Success Story
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High Performance Computing (HPC) can complete complex and large-scale computational analysis workloads in a relatively short amount of time, bringing about many breakthroughs in scientific and technological development. HPC is also an indispensable tool for contemporary scientific research, and the number of fields that it can be applied to is constantly growing, such as for weather forecasting, earthquake imaging or genetic analysis. Even oil extraction can now rely on HPC to improve process efficiency and accuracy, allowing mining companies to save a huge amount of money and giving them a greater competitive advantage in the energy market.