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Cooling that surpasses computational speed.
AI workloads are pushing GPU thermal design power to unprecedented levels. High-performance computingIt requires thermal stabilities that air cannot provide on a large scale.
Difficulty
Modern AI accelerators generate intense thermal loads that exceed the capacity of conventional airflow systems. Rack densities in AI clusters regularly increase. 50-100 kW It exceeds these levels; this value is far beyond the design limits of traditional air cooling.
YZ & HPC İçin Chillcore
- Immersion cooling and DCS architectures for GPU-intensive workloads.
- Immersion cooling platforms for high-density AI cluster environments.
- Hybrid architectures for mixed CPU/GPU deployments.
- Integration of heat recovery for sustainable AI operations.
