Lenovo Neptune Energy Performance
With energy consumption in data centers escalating, Lenovo Neptune™ may be the solution you need to reshape your current setup and make it more efficient. Lenovo Neptune™ isn't just hardware or software - it's a combination of technologies that extracts heat from systems, enabling better performance. With Direct-to-Node (DTN) cooling, a Rear-Door Heat Exchanger (RDHX), and the Thermal Transfer Module (TTM) combining liquid and air cooling, you can run higher wattage CPUs over traditional air-cooled systems. Moreover, Energy Aware Runtime (EAR) Software acts like a throttle, adjusting runtime frequencies based on workload needs. Discover how Lenovo Neptune™ can allow your data center to operate at lower temperatures, reduce overall cooling costs, and increase performance while lowering energy consumption by up to 40%. Learn about this innovative approach to liquid cooling in the data center and how your business can benefit from it -- and contact us today to get started.
Lenovo Neptune™ is a reimagined approach to liquid cooling in data centers. It combines various technologies to effectively extract heat from systems, allowing them to operate more efficiently. This holistic solution can lead to up to a 40% reduction in energy consumption, helping to lower overall cooling costs while maintaining performance.
How does Lenovo Neptune™ work?
Lenovo Neptune™ employs three key technologies that can be used together or independently based on your data center's needs. Direct-to-Node (DTN) cooling uses warm water to remove heat from critical components. The Rear-Door Heat Exchanger (RDHX) acts like a radiator, efficiently absorbing heat from air-cooled systems. Lastly, the Thermal Transfer Module (TTM) integrates liquid and air cooling, enabling higher wattage CPUs to run effectively.
Why should I consider using Neptune™?
Using Lenovo Neptune™ can significantly enhance the efficiency of your data center. With the potential for up to a 40% increase in energy efficiency, it helps reduce electricity consumption, which not only benefits your budget but also has a positive impact on the environment. Additionally, it allows you to maintain a dense data center footprint without compromising on performance.
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