ECAM enables customized cooling solutions
Fabric8Labs and Wiwynn will demonstrate advanced cold plates, utilizing ECAM technology, at Computex 2025, for next-generation AI data centers. This collaboration brings together Fabric8Labs’ breakthrough additive manufacturing technology with Wiwynn’s leadership in high-performance, energy-efficient server and rack solutions to address the escalating thermal challenges posed by high power density silicon and AI workloads.
Leveraging Fabric8Labs’ proprietary ECAM process, the companies are introducing highly customized cold plates engineered to match the power maps of advanced AI accelerators. These solutions feature parametrically optimized fin structures that direct coolant flow to thermal hot spots, delivering optimized thermal-hydraulic performance, uniform die temperature distribution, and thermal performance enhancements 48% better than traditional skived microchannel technologies.
By integrating ECAM-enabled components, Wiwynn’s systems are designed to meet the rising demands of AI infrastructure, offering best-in-class cooling, improved device reliability, and a lower total cost of ownership.
“Wiwynn is a leader in data center IT infrastructure, and we are thrilled to support their mission with advanced cold plates enabled by ECAM,” said Ian Winfield, VP of Product & Applications at Fabric8Labs. “ECAM enables the cooling solution to be designed specifically for the underlying SoC power map, optimizing performance, efficiency, and device reliability.”
We are thrilled to showcase the innovative ECAM-based cold plates, in collaboration with Fabric8Labs at Computex,” said Lentis Pai, Director at Wiwynn. “This advanced solution delivers superior thermal performance to enhance liquid cooling capabilities. Combined with Wiwynn’s expertise in server design and cooling solutions, we’re addressing the demanding thermal challenges of next-generation AI data centers.”
