D.Cool delivers advanced liquid cooling infrastructure engineered for AI workloads, high-performance computing, and next-generation data centers. As compute density increases, traditional air cooling reaches its limits—our solutions are purpose-built to support scalable, high-efficiency thermal performance at enterprise scale.
From direct-to-chip cooling systems and AI-ready CDUs to immersion cooling modules and OCP-aligned rack architecture, we enable mission-critical environments to operate at maximum performance without thermal compromise.
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AI factories and high-performance computing environments demand unprecedented power density, reliability, and thermal control. As rack loads exceed traditional air-cooling thresholds, liquid cooling becomes essential—not optional.
D.Cool designs scalable, high-efficiency thermal systems that eliminate infrastructure bottlenecks and enable next-generation compute environments to scale without compromise.
Modern GPUs and CPUs generate extreme thermal loads. Our precision-engineered cold plates and liquid loops support heat dissipation up to 750–1,800 m.K/watts, enabling higher processing density within compact server environments.
Our liquid-to-liquid CDUs support up to 2.0MW IT loads with dual pump redundancy, high flow rates, and intelligent monitoring. Designed to align with OCP methodologies, they ensure scalable and reliable deployment across hyperscale and enterprise environments.
From air-assisted liquid cooling (AALC) to full immersion modules, our systems achieve ultra-low PUE performance, increased server density, and chiller-free operation—optimized for AI and next-generation data center deployments.
