A groundbreaking microchip designed to sit beneath AI processors can cut data center power consumption by 50%. This cooling and power-delivery innovation addresses the massive energy demands of artificial intelligence by optimizing thermal management at the source. It is a vital technical leap that makes global digital infrastructure more sustainable and efficient.
(c) Taylor Vick
(c) Taylor Vick

Une puce innovante réduit de moitié l’énergie des centres de données

ZME SCIENCE

Un microprocesseur placé sous les puces d’IA permet de diminuer la consommation électrique des centres de données de 50 %. Cette innovation optimise la distribution d’énergie et le refroidissement à la source, répondant aux besoins énergétiques de l’intelligence artificielle. Une avancée majeure pour une infrastructure numérique mondiale plus durable.

Read Full Story

Publications similaires

Les Plus Lus

A landmark £15 billion investment in the UK will bring solar panels and green technology to millions of homes, significantly lowering energy bills. By expanding the Warm Homes Plan, this initiative boosts domestic renewable energy and creates thousands of local jobs while ensuring warmer, more efficient households.
Le Royaume-Uni investit 15 milliards pour le solaire et l’habitat
In 12 Indian states, 118 million adult women now receive monthly unconditional cash transfers — a groundbreaking social experiment that recognises the value of unpaid domestic work. Many report the money helps with medicines, groceries or children’s school fees, giving households financial stability and women new economic agency.
L’Inde verse un revenu aux femmes pour des années de travail domestique invisible
Swedish researchers have discovered a way to produce green hydrogen using sunlight, water, and conductive plastic instead of expensive platinum. This breakthrough replaces scarce metals with abundant materials, allowing one gram of polymer to produce 30 liters of hydrogen per hour. It’s a major step toward affordable, clean energy for everyone.
L’hydrogène solaire devient abordable grâce à une percée sans platine
British runner Catherine Drysdale has made history by becoming the first woman to win the Antarctic Ice Marathon outright, finishing ahead of all competitors in extreme subzero conditions. Her victory highlights elite endurance, careful preparation and the expanding presence of women at the highest level of ultra-distance sport.
Catherine Drysdale devient la première femme à gagner le marathon antarctique