Sponsored: GF receives OCP Inspired recognition for industry-first PVDF in-rack manifold
The solution is the first polymer-based manifold to receive this recognition within the Open Compute Project (OCP) Inspired program
The increasing demand for high-density computing, particularly for AI, necessitates more efficient cooling solutions, driving innovation in liquid cooling systems and component materials.
This development indicates a maturation of liquid cooling technologies for data centers, which is critical for supporting the power-dense hardware required by advanced AI and HPC applications.
The adoption of polymer-based materials for in-rack manifolds provides an alternative to traditional metal solutions, potentially improving scalability, cost-effectiveness, and deployment flexibility for liquid cooling infrastructure.
- · GF (Georg Fischer)
- · Data Center Operators
- · Liquid Cooling Providers
- · AI/HPC Industry
- · Traditional metal manifold manufacturers
The new manifold facilitates more widespread and efficient deployment of direct-to-chip liquid cooling within data centers.
Improved cooling infrastructure supports the continued increase in chip power density, enabling more powerful AI models and accelerating computational breakthroughs.
Reduced energy consumption from more efficient cooling could indirectly mitigate the energy demands of large-scale AI, contributing to sustainability goals in the tech sector.
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Read at DataCenter Dynamics