microfluidic cooling

Microsoft's CTO Kevin Scott told a packed audience at Italian Tech Week that Microsoft’s long-term plan is to run “mainly Microsoft chips” for its AI data centers — not out of ideology but out of control: control of cost, latency, and system design. That short sentence captures a sweeping shift...

Microsoft’s lab demonstration of hair‑thin microfluidic channels etched into silicon and an AI‑designed coolant network marks a watershed moment for AI infrastructure — a practical path to remove the industry’s “thermal ceiling,” increase rack compute density, and materially lower cooling energy...

Microsoft's revelation of an in-chip microfluidic cooling prototype marks one of the most ambitious attempts yet to wrestle the thermal limits of modern AI hardware — and it does so by breaking one of datacenter orthodoxy's oldest rules: don't wet the silicon. The company says tiny, hair-width...

Microsoft’s lab teams have demonstrated a bio‑inspired, AI‑optimized in‑chip microfluidic cooling system in partnership with Swiss startup Corintis, claiming up to 3× the heat removal of conventional cold plates and a 65% reduction in peak silicon temperature rise in GPU tests — results that, if...

Microsoft’s demonstration this week of microfluidic cooling — tiny liquid channels etched directly into silicon to carry coolant where the heat is generated — represents one of the clearest and most practical moves yet to tackle the runaway thermal problem at the heart of modern AI datacenters...

Microsoft’s lab breakthrough in microfluidic cooling — etching microscopic coolant channels straight into the silicon and using AI to route fluid like leaf veins — promises to remove heat from AI chips up to three times more effectively than today’s best cold-plate systems and, in early tests...

Microsoft’s latest lab demos show microfluidics — routing liquid through microscopic channels etched into silicon — moving from academic curiosity toward practical tooling for the next generation of AI hardware, a test that promises to reduce cooling overhead, enable higher chip density, and...