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Frore's new LiquidJet coldplates are designed to handle up to 4,400W of power from Nvidia's Feynman AI GPUs — new design uses semiconductor manufacturing techniques to create 3D jet-channel microstructures

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Tom's Hardware

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Frore Systems has unveiled LiquidJet coldplates designed to handle up to 4,400W of power from Nvidia's upcoming Feynman AI GPUs. These coldplates feature 3D jet-channel microstructures that significantly increase power density and reduce pressure loss compared to conventional designs. The new technology is based on semiconductor manufacturing techniques, allowing for precise customization to match specific processor hot spot maps. LiquidJet offers improved performance, lower temperatures, and enhanced efficiency for high-power AI GPUs, with scalability for future processors like Rubin and Rubin Ultra. Frore's CEO highlights the transformative potential of LiquidJet in revolutionizing coldplate thermal performance and enabling more efficient cooling solutions for next-generation AI accelerators.

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