Liquid Cooling Connectors for Cloud Computing

Available Everywhere

Cloud computing continues to play an increasing role in IT operations. Network designers and IT professionals look to the cloud because of its proven benefits of improved efficiency, scalability and flexibility. Until recently, implementing cloud technologies was happening gradually. With the increase in remote workforces and IT optimization projects, cloud computing is being deployed as quickly as possible.

More Heat, More Liquid Cooling

Demand from users for improved cloud performance means more powerful servers which leads to increased power consumption. Heat dissipation from these extremely dense servers is less efficient in traditional air-cooled systems. To meet budget constraints, lower energy consumption and achieve improved performance, cloud computing providers are turning to more effective liquid cooling.

CPC Liquid Cooling Couplings are Key Components to Cloud Computing Performance

Efficient and reliable liquid cooling couplings help cloud computing providers meet the operation and performance challenges they face. Combining decades of experience with an ongoing drive for innovation, CPC’s engineering and application experts understand the complexities of liquid cooling and designed Everis^™ quick disconnects (QDs). This robust portfolio of liquid cooling QD couplings are purpose built for liquid cooling applications like cloud computing infrastructure systems.

Everis Series solutions offer the quick disconnect couplings options you need with features like non-spill shutoff valves and locking hose barb terminations. Everis’ application-specific design and robust testing offer peace of mind as system engineers strive to attain their cloud computing performance objectives.

Insight from CPC's Liquid Cooling Experts

Liquid Cooling and the Chemical Compatibility Imperative

Material compatibility is critical to liquid cooling performance. Read this tech guide for guidance in selecting liquid cooling system components.

Critical Liquid Cooling Considerations in Electronics

Discover how purpose-built liquid cooling connector characteristics impact performance parameters of flow, pressure drop and reliability.

The Use of High-Performance Polymers in HPC and Data Center Applications

Learn how performance characteristics of engineered polymer quick disconnects rival metals in liquid cooling systems.

Chemical Compatibility in Liquid Cooling Solutions

Chemical compatibility within a liquid cooling loop helps the system performs to specification. With ongoing advances in fluid options and materials, it is important to think holistically when specifying coolant and components, taking into consideration potential interactions.

Check Out How CPC Quick Disconnects Help Liquid Cooling Systems

The Right Terminations for Reliable Liquid Cooling in HPC

Check out how proper specifications of quick disconnects ensure ease of use and facilitate optimal cooling.

Highly Effective Disconnect Couplings for Liquid Cooling

As supercomputing manufacturers turn to liquid cooling systems to more efficiently remove heat, reliable quick disconnect couplings are playing an important role in system performance.

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