- Italy’s data centre operator, Aruba S.p.A (Aruba), has implemented liquid cooling technology at its data centre campus in Ponte San Pietro (BG), near Milan.
- The implementation of liquid cooling at Aruba’s Ponte San Pietro campus marks a significant advancement in data centre technology.
OUR TAKE
Recently Aruba has implemented liquid cooling technology at their Ponte San Pietro data centre near Milan? That’s pretty impressive! With AI and HPC demanding more from hardware, traditional air cooling systems are struggling to keep up. I remember Google and Microsoft also tried their hands at liquid cooling in their data centres, and the results were outstanding. Aruba’s move is clearly in line with industry trends, giving customers who crave for ultimate performance a peace of mind. But let’s be real, liquid cooling, while powerful, also comes with its challenges – maintaining the water circulation, preventing leaks and scaling, and ensuring environmentally friendly disposal. In short, Aruba’s taking a bold and forward-thinking step here, and we’ll just have to wait and see how they master this high-tech game.
–Miurio huang, BTW reporter
What happened
Italy’s data centre operator, Aruba S.p.A (Aruba), has implemented liquid cooling technology at its data centre campus in Ponte San Pietro (BG), near Milan. This strategic move supports the increasingly dense racks within data centres and meets the advanced requirements of new generations of processors. The technology is particularly aimed at specialised hardware for public and private customers involved in artificial intelligence (AI) or high-performance computing (HPC), which demand high processing intensity.
Giancarlo Giacomello, head of data centre offering at Aruba, highlighted the significance of this development: “By establishing one of the first spaces equipped to accommodate liquid-cooled cabinets, Aruba is one of few industry players ready to provide the next generation of machines designed for artificial intelligence and high-performance computing. This type of solution responds to the growing needs of the market that require an increase in computing density and power, offering full compatibility with next-generation systems.”
The integration of liquid cooling solutions is part of Aruba’s broader innovation strategy, which emphasises delivering high-quality, high-performance, and environmentally sustainable solutions to customers. “To do so, we design and maintain our data centres at the forefront of technology, ready to face future challenges,” added Giacomello.
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Why it’s important
The implementation of liquid cooling at Aruba’s Ponte San Pietro campus marks a significant advancement in data centre technology. Liquid cooling is known for its superior thermal efficiency, energy efficiency, and ability to support higher computing densities compared to traditional air cooling systems. This allows data centres to manage more powerful and compact hardware, crucial for the ever-increasing computational demands of modern applications, particularly in AI and HPC.
One of the standout features of Aruba’s liquid cooling solution is its seamless integration into an existing production environment. The company managed to incorporate liquid cooling without needing to dedicate separate spaces or facilities, significantly reducing implementation time and ensuring that data rooms were prepped for liquid-based heat exchange applications.
This development not only demonstrates Aruba’s commitment to innovation and sustainability but also positions the company as a leader in the next generation of data centre solutions. By adopting liquid cooling, Aruba is addressing the critical need for enhanced processing power and efficiency, essential for supporting the burgeoning fields of AI and HPC.
Aruba’s activation of liquid cooling at the Ponte San Pietro campus represents a forward-thinking step in data centre operations, promising to enhance performance, support high-demand applications, and contribute to environmental sustainability. As the data centre industry continues to evolve, innovations like these will be crucial in meeting the future’s technological and ecological challenges.
