Introducing LiquidJet Diamond Frore Systems, a pioneering thermal technology unicorn, recently unveiled LiquidJet Diamond, an innovative direct-to-chip liquid cooling coldplate designed specifically for the AI era.
Building on their existing 3D ultra short-loop multi-stage LiquidJet technology, the new Diamond edition integrates a specialized diamond spreader positioned precisely over GPU hotspots. By customizing the cooling apparatus to the power map of each individual GPU, Frore Systems has created a highly efficient cooling solution that traditional skived coldplates simply cannot match.
The ROI for AI Factories For data center operators, better cooling isn’t just about hardware longevity—it’s about maximizing output per watt. When GPUs aren’t thermal-throttling, they can process significantly faster.
Here is how LiquidJet Diamond stacks up against traditional skived coldplates:
Massive Heat Dissipation: Cools extreme hotspots up to 770 W/cm² (a 150% higher max power density).
Cooler Hardware: Keeps GPUs 16 to 22 °C cooler overall.
Higher Throughput: Generates 30% to 35% more AI Tokens per Watt.
Profitability Surge: The ability to generate 35% more tokens using the existing power budget and infrastructure flows directly to the bottom line, effectively increasing overall AI Factory profitability by up to 35%.
“When each GPU is more efficient, each AI Token costs less to produce, and more AI Tokens can be generated within the available power budget,” noted Seshu Madhavapeddy, Founder and CEO of Frore Systems. “If each AI Factory could produce 35% more AI Tokens with the same resources… hyperscalers would reach their growth goals faster with fewer AI Factories.”
Built for Scale and Size While alternative manufacturing approaches like 3D metal printing offer design flexibility, they historically fail to meet the rigorous quality, reliability, and volume requirements of hyperscalers. Frore Systems is combining the precision of semiconductor fabrication with high-volume manufacturing capabilities to deploy these coldplates at scale.
Furthermore, as GPU die sizes balloon—ranging from the NVIDIA Blackwell Ultra (1,488 mm²) to the massive Cerebras Wafer-Scale Engine (46,225 mm²)—LiquidJet’s manufacturing process is uniquely capable of supporting the massive physical footprints of next-generation AI hardware.
The Lattispec Takeaway With new AI factories costing tens of billions to build and power grids facing intense scrutiny from local communities, power is now a premium strategic asset. Technologies like LiquidJet Diamond prove that the next major leap in AI capability won’t just come from software algorithms or chip architectures, but from the thermal engineering that keeps the whole system from melting down. For B2B infrastructure leaders, investing in advanced thermal management is quickly becoming the most direct path to maximizing AI ROI.
(Frore Systems is currently showcasing the LiquidJet Diamond at the 2026 OCP Global Summit in San Jose, CA).
