Product Catalogs & Literature for Liquid Cooling
Why Liquid Cooling?
As electronic systems become more complex and operate at higher power, dissipating excess heat efficiently becomes one of the biggest issues. With customers demanding lower weight, smaller sizes and solutions in a range of costs, liquid cooling is the answer. Thermal management with reliable liquid cooling quick disconnects fittings is required to help prevent failures and improve system efficiency.
The increase in demand for efficient thermal management in industries such as computing, data centers, electric vehicle (EV) fast charging, telecom, lasers and medical equipment is leading to the growth of liquid cooling. With liquid having the capacity to transfer heat faster and more efficiently than air of the same mass, what liquid is used for liquid cooling matters less than the fact that it works. CPC’s connectors as part of a liquid cooling solution will help you cool higher loads — and do it more effectively.
The CPC Product Catalog is dedicated to connectors suited for liquid cooling applications, including Everis® quick disconnects which are purpose built for thermal management of electronic systems.
Non-spill connectors create liquid cooling confidence for IT operations of all sizes.
The HPE Cray EX supercomputer design required an innovative approach for its cooling system. CPC collaborated with HPE/Cray to develop a quick disconnect with optimal flow rates.
Drip-free fluid connectors enable power module hot-swaps on liquid-cooled TV broadcast transmitters.
Why Liquid Cooling?
As electronic systems become more complex and operate at higher power, dissipating excess heat efficiently becomes one of the biggest issues. With customers demanding lower weight, smaller sizes and solutions in a range of costs, liquid cooling is the answer. Thermal management with reliable liquid cooling quick disconnects fittings is required to help prevent failures and improve system efficiency.
The increase in demand for efficient thermal management in industries such as computing, data centers, electric vehicle (EV) fast charging, telecom, lasers and medical equipment is leading to the growth of liquid cooling. With liquid having the capacity to transfer heat faster and more efficiently than air of the same mass, what liquid is used for liquid cooling matters less than the fact that it works. CPC’s connectors as part of a liquid cooling solution will help you cool higher loads — and do it more effectively.
