As enterprise data centers struggle to run increasingly complex AI training and scientific simulation workloads within tight power and cooling limits, Cornelis and Supermicro have validated a new high-performance infrastructure solution designed to deliver more computing power using less energy. Supermicro's liquid-cooled FlexTwin?? server platforms are now fully validated with Cornelis' CN5000 high-speed networking, giving organizations a practical way to scale AI and HPC clusters without hitting performance, power, or cost walls.
The Infrastructure Challenge AI model training, advanced simulation, and data-intensive research increasingly depend on large clusters of connected processors and accelerators that operate in parallel. While compute performance continues to rise, power availability, cooling capacity, and network congestion have become the dominant constraints on real-world performance. In many environments, the network, not the processors, now determines workload completion speed and system scalability.
A Practical Path to Higher Performance with Lower Energy Use: Cornelis' CN5000 400Gbps networking platform addresses the communication bottleneck by providing predictable, congestion-free data movement between servers--one of the most critical and most overlooked factors in large AI and HPC deployments. Supermicro's FlexTwin platform addresses the thermal side of the equation with a dense, liquid-cooled design capable of capturing up to 95% of system heat, enabling stable performance in power-constrained data centers. In addition, the CN5000 portfolio supports both air-cooled and liquid-cooled configurations across its switches, as well as air-cooled and conduction-cooled options for the CN5000 SuperNIC--giving Supermicro FlexTwin customers the flexibility to deploy high-performance networking in any thermal environment.
From foundation model training to complex climate modeling and real-time analytics, Cornelis' solutions power the most demanding workload workloads across commercial, academic, government and cloud environments. With a focus on performance, scalability, and efficiency, Cornelis helps organizations achieve faster insights and greater return on infrastructure investments. What is Cornelis' CN5000 and what is Supermicro's FlexTwin?
Cornelis' CN5000 is a high-speed 400 Gbps networking platform designed to move data between servers with low latency and no congestion--critical for large AI and HPC clusters. Super micro's FlexTwin is a dense, liquid- cooling platform engineered to run high-performance workloads efficiently within strict power and cooling limits and is designed to house the most performant and latest generation of CPUs from Intel and AMD. Cornelis CN5000 and Supermicro FlexTwin together form an integrated solution for scaling AI and scientific computing.
