Efficient Liquid Cooling For High-Performance Computing
Liquid cooling solutions can provide significantly higher cooling efficiency compared to traditional air-cooling methods.
Our hybrid liquid-to-air solutions help customers prepare data centers for next generation technology without completely rebuilding data center architecture.
Industry Leaders Collaborate to Advance High Performance Computing
nVent is proud to collaborate with industry experts to develop innovative technical designs aimed at addressing the most challenging high-density compute cooling issues. With over 15 years of experience in liquid cooling, nVent’s deep technical application experience and global presence enables creating efficient solutions that ensure optimal performance and reliability for advanced computing environments for our partners.
Liquid Cooling Solutions for GB200 and Beyond
The Coolant Distribution Units(CDU) is the heart of the liquid cooling system, pumping the fluid at the desired temperature directly to the chips or servers.
The nVent Liquid-to-Air LTA Sidecar Heat Rejection Unit (HRU) is an integrated system that supports up to two racks of liquid-cooled IT equipment without a Facility Water System (FWS).
Rear Door Heat Exchanger (RDHX) offer resilient operations with tool-less, hot-swappable components. The RDHX PRO upgrades data centers for high-density racks up to 78 kW, enhancing energy efficiency and space utilization.
INSIGHTS
As 2025 quickly approaches, many new IT and chip technologies are being designed with liquid cooling in mind.
Data centers that only deploy air cooling may struggle to meet the demands of their customers in the future as they seek improved performance and next-generation IT equipment.
Many data center managers and IT professionals are turning to liquid cooling. Liquid cooling can help data centers increase capacity while maintaining efficient space and energy use. These systems can provide an effective solution for achieving the required temperature parameters of next-gen chips and reducing the energy consumption of cooling systems.
INSIGHTS
What Does it Take to Make the Switch to Liquid Cooling?
Constant advancements in technology and connectivity are driving new applications and an increased need to safeguard the world’s data and networks. Content streaming, online banking, cloud computing, edge computing, artificial intelligence. These are just a few examples of applications driving data demand around the world.
As demand for internet and cloud services rises, data centers are being asked to exponentially scale capacity. In many cases they need to do this without dramatically increasing the physical space they occupy. Electrification is also driving next-generation technologies that outpace the ability of traditional data infrastructure—especially in the area of cooling. The time to consider liquid cooling is now.
INSIGHTS
Three Key Technologies for The Liquid Cooled Data Center
The acceleration of AI and high-performance computing is changing the landscape of the data center cooling industry. Next-generation technologies, including NVIDIA GPUs, require liquid cooling. This technology is here to stay and expanding every year; data center managers need to think about how, not if, they will bring liquid cooling capabilities into their data centers.
Liquid cooling uses chilled water instead of air to capture and transport heat away from chips. It can offer better performance while saving energy and helping data centers operate more sustainably.
Liquid provides a much greater heat transfer capacity than air, which helps increase power usage effectiveness (PUE), reducing energy costs and contributing to environmental sustainability.
INSIGHTS
Optimized Data Center Solutions for a Sustainable Future
nVent recognized as top Data Center Solutions Provider
INSIGHTS
Why Should Data Center Operators Make the Switch to Liquid Cooling?
Data center facility planners, thermal engineers and architects are responsible for enabling the mission critical internet and cloud services that we all depend on. This critical infrastructure allows us to take advantage of the benefits of rapidly developing technologies that are changing the way we work, shop and interact with one another in an electrified world.
Constant advancements in technology and connectivity drive new applications and an increased need to safeguard the world’s data and networks. Ensuring the continuous flow of information is essential. At the same time, because of increased energy costs and the need to reduce carbon footprint, energy efficiency is more important than it ever has been. As demand for data increases, it is critical that data center managers can implement high-powered equipment that meets the ever-changing needs of customers, while minimizing energy consumption.
RESOURCES
Data Center Cooling
Our comprehensive cooling solutions portfolio includes adaptable, modular and scalable solutions for networking, data center and communications applications.
PRODUCT HIGHLIGHT
High Power Density iPDUs
nVent Enlogic PDUs are distinguished by their comprehensive feature set, global manufacturing capabilities, and extensive customization options. We prioritize exceptional post-sale services and provide direct access to our engineering team, fostering collaboration with end users and integrators.
By working closely with data center managers, we ensure our solutions meet their specific needs, optimizing power distribution and management in complex environments.
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