Liquid Cooling Revolution: How Data Centers Are Solving the AI Heat Problem
As AI workloads push power density beyond 100kW per rack, traditional air cooling reaches its limits. The industry pivots to liquid cooling solutions.
Data center architecture, cloud infrastructure, and the hardware that powers AI at scale.
As AI workloads push power density beyond 100kW per rack, traditional air cooling reaches its limits. The industry pivots to liquid cooling solutions.
As AI models scale to trillions of parameters, electrical interconnects hit physical limits. Optical solutions promise 10x bandwidth improvements.
Modern AI accelerators demand hundreds of amperes at sub-1V, pushing power delivery networks to their limits. New architectures emerge.