WEBINAR

In this webinar, Johnson Controls’ Bill Flaherty, PhD, Senior Director, Customer Solutions, focuses on the microcapillary cold plates: the heat-capture layer where coolant meets silicon

Bill will show how novel microgeometries in single-piece, leak-tight cold plates reduce thermal resistance by up to 35 % and cut pressure drop by up to 4 × over incumbent designs like skived fin, all while running on 44 ° C water with smaller pumps to cut HVAC load and energy use. And because they’ re built as single-piece parts with no O-rings and no brazing, they qualify faster and deliver consistent yield at high volume.

This webinar is your look at where liquid cooling goes next.

Push Beyond Legacy Cooling Limits

Reduce Resistance With Microcapillaries

Turn Cooling Gains Into Energy Savings

Understand why traditional cold plates struggle to provide enough thermal headroom as chip TDPs and rack densities continue to rise.

Explore how singlepiece microcapillary cold plates cut thermal resistance by up to 35 % and pressure drop by up to 4 ×.

See how 44 ° C water and smaller pumps reduce HVAC load, delivering greater system-level efficiency and lower energy consumption.

Watch now