STULZ facilitates the seamless heat transfer of liquid cooling solutions

CyberCool CMU offers industry leading levels of energy efficiency, flexibility and reliability within a small footprint, while providing precise control over an entire liquid cooling system.

 STULZ CyberCool CMU‘The rapid advancement of high-performance computing, artificial intelligence (AI) and machine learning (ML) has led to a massive increase in data centre rack and server power density,’ explained Joerg Desler, Global Director Technology at STULZ. ‘Central processing units (CPUs) and graphics processing units (GPUs) are expected to exceed 1000W per processor or higher in the next few years. These processing requirements are placing tremendous demands on data centre cooling systems and where liquid cooling was once an option, it is rapidly becoming essential.’

 CyberCool CMU has been developed to maximise heat exchange by isolating the facilities water system (FWS) and technology cooling system (TCS) elements of a liquid cooling system. This significantly reduces the risk of cross-contamination and leaks, thereby enhancing overall reliability. It also provides precise control over each side of the cooling system, enabling better management of coolant flow rates, temperatures and pressure, which improves overall system efficiency. As it is precision engineered, CyberCool CMU accurately controls the supply temperature and flow rate of the coolant with minimal power consumption.

 Comprising premium grade water pumps, plate heat exchangers, water valves and controllers, CyberCool CMU provides a reliable and efficient liquid coolant supply. High liquid coolant quality is ensured through sanitary grade stainless-steel pipelines, and to enhance system compatibility the unit offers a range of structural, electrical and control options including the flexibility to accommodate customer specific configurations and power loads. Alongside a series of standard unit configurations and capacities, this new product line from STULZ can offer a high level of customization, adapting to specific needs in the DLC market.

STULZ CyberCool CMU paired with Direct Chip Liquid Cooling

Data centres are under increasing pressure to become more sustainable, so CyberCool CMU is designed to seamlessly integrate with ancillary STULZ A/C products providing an efficient system solution throughout as well as supporting ASHRAE’s guidelines for water cooling specifications. To achieve the highest standards of reliability and usability, CyberCool CMU’s software and hardware are perfectly harmonised with any liquid cooling solution, while its intuitive touchscreen display provides clear menu navigation. Multiple variable speed pumps provide adaptation to required liquid flow rates alongside energy efficiency gains as well as build in redundancy.

 Joerg Desler concluded, ‘The transition to liquid cooling in data centres is well underway and we are confident that CyberCool CMU can meet the heat transfer demands of these systems sustainably, efficiently, reliably and flexibly. We are looking forward to exhibiting at Data Centre World Frankfurt 2024, where visitors to Hall 8 Stand B060 will have a great opportunity to get hands-on with CyberCool CMU and engage with our team of experts, who will be delighted to answer any questions about our full range of products and services.’