#USA #San Jose #AI Data Center #Frore Systems #LiquidJet

Frore Systems Redefines Cooling for AI Data Centers with LiquidJet™

In a groundbreaking move, Frore Systems has introduced LiquidJet™, a state-of-the-art direct-to-chip liquid cooling solution that promises to revolutionize thermal management in AI data centers. As demands for computational power surge, especially from AI workloads, LiquidJet is set to deliver unparalleled performance enhancements while significantly curtailing operational costs.

Key Features of LiquidJet™

LiquidJet stands out due to its innovative design and manufacturing process. Utilizing Frore's proprietary semiconductor fabrication technology tailored for metal wafers, this cooling solution is engineered from the ground up for performance. What sets it apart:

• - 3D Architecture: Unlike traditional coldplates that rely on 2D designs, LiquidJet utilizes customized short-loop jet channel microstructures. This unique design not only improves thermal performance but also adapts to diverse chip configurations.
• - Compatibility with High-Performance GPUs: Currently, LiquidJet is optimized for NVIDIA’s Blackwell Ultra GPUs, boasting performance metrics that leave conventional cooling solutions in the dust. It can manage power density levels of up to 600 W/cm² at an inlet temperature of 40ºC, ensuring that GPUs remain cooler and more efficient.
• - Future-Proof Design: Built with scalability in mind, LiquidJet is designed to accommodate next-generation SoCs, including the upcoming NVIDIA Rubin and Feynman chips, which are expected to exceed 4,000W in power requirements.

Efficiency and Performance Gains

With the integration of LiquidJet, data centers stand to gain:

• - Doubling of Hotspot Power Density
• - 50% Increase in Kilowatts per Liter per Minute (KW/lpm)
• - A Reduction in Pressure Drop by a factor of four

These enhancements translate to significant operational advantages, including lower Total Cost of Ownership (TCO) and improved Power Usage Effectiveness (PUE). As AI applications become more demanding, optimized thermal management will be vital for ensuring peak performance and operational efficiency.

Transforming Cooling Solutions

The traditional approach to coldplate manufacturing has relied heavily on outdated methods, which often fail to meet the demands of modern processors with their unique power maps. Frore Systems has taken a bold step forward by employing a novel methodology that allows for precise customization. Each LiquidJet unit can be tailor-fitted to a specific System-on-Chip (SoC) power map, providing superior cooling performance compared to older technologies.

This adaptability means that as chips evolve, so too does the cooling technology that supports them, allowing for seamless upgrades that don’t require a complete overhaul of existing infrastructure. Frore's commitment to scalable, cost-effective manufacturing methods ensures that LiquidJet remains accessible for adopters, even as performance requirements continue to rise.

Conclusion

Frore Systems is not just aiming to keep pace; they are set to redefine the very future of AI data center cooling. With LiquidJet, the company promises a cooling solution that is as dynamic and high-performing as the chips it cools. This innovation not only propels GPU performance forwards but also sets a new standard for efficiency and cost savings in the data center industry. As the tech world moves further into an era defined by AI and machine learning, solutions like LiquidJet will play a critical role in unlocking new levels of performance and efficiency for data-driven applications. Frore Systems stands at the forefront of this transformation, ready to meet the cooling needs of tomorrow's computing landscape today.