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Frore Systems demonstrates Liquidjet coldplate for NVIDIA Rubin GPUs with 1950W cooling capacity
Friday, January 9, 2026 at 11:58 AM
Frore Systems has demonstrated its Liquidjet coldplate technology designed for cooling high-performance AI hardware. The system is capable of managing up to 1950W TDP for NVIDIA's upcoming Rubin GPUs, addressing the increasing thermal demands of next-generation data center infrastructure.
Context
Frore Systems demonstrated its Liquidjet coldplate at CES 2026, showcasing a massive 1,950W cooling capacity for NVIDIA’s next-generation Rubin GPUs. Utilizing 3D short-loop jet channel microstructures adapted from semiconductor manufacturing, the system manages extreme hotspot densities of 600 W/cm². This capability is vital for the Rubin architecture, which is projected for mass shipments starting in Q2 2026 and represents a significant step up in power consumption from the current Blackwell generation.
The Liquidjet solution delivers up to a 75% increase in cooling efficiency while reducing pressure drop by 4x compared to legacy 2D coldplates. These thermal improvements enable higher sustained processing speeds and increased AI token throughput. As NVIDIA moves toward its 4,400W Feynman platform, Frore Systems’ scalable thermal technology addresses a critical infrastructure bottleneck, offering hyperscalers a path to lower total cost of ownership and improved power usage effectiveness in liquid-cooled AI data centers.
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