Van Erp et al. 1 have developed a general design for the chips of electronic devices in which a system of microchannels is co-fabricated with the chip, and acts as a cooling system.

While overheating is a curse for electronic devices, cooling components often occupy precious tracts of device real estate and drive up energy bills. But help is on the way. Parker Hannifin Corp. ’s ...

Researchers have demonstrated a significant performance increase in cooling technology for high-power electronic devices. They designed novel capillary geometries that push the boundaries of ...

Ventiva, a leading company in active cooling solutions for electronic devices, enables thinner, faster, and cooler high-performance devices that are lightweight, silent, and vibration-free.

Japanese scientists have made a major breakthrough in cooling electronic components. Their innovative system uses water in a novel way to dissipate heat. The team from the Institute of Industrial ...

Japanese scientists have made a major breakthrough in cooling electronic components. Their innovative system uses water in a novel way to dissipate heat. The team from the Institute of Industrial ...

Passive cooling technologies are central to these demands because electronics must exhibit adequate thermal management capabilities. Overheating can shorten their life spans and endanger users.

According to the researchers, the coefficient of performance (COP)—which measures the ratio of useful cooling output to the required energy input—reached up to 105, marking a significant ...

A new thermoelectric device developed by scientists at Penn State University shows great promise in providing cooling solutions for next-generation electronics. With smaller and more powerful ...