Cornelis and xFusion Join Forces to Advance High-Performance AI and HPC Infrastructure Across Europe
Cornelis, a leading innovator in intelligent networking solutions for artificial intelligence (AI) and high-performance computing (HPC), has announced a strategic collaboration with xFusion, a global provider of advanced computing infrastructure and services. The partnership aims to deliver next-generation infrastructure solutions designed to support industrial HPC and AI environments, particularly in sectors such as automotive engineering, manufacturing, scientific research, and advanced product development across Europe.
By combining powerful compute capabilities with intelligent networking technologies, the two companies intend to help organizations tackle increasingly complex simulation, modeling, and AI-driven workloads while maximizing infrastructure efficiency and scalability.
Meeting the Growing Demands of Modern Engineering and AI
As organizations continue to embrace digital transformation, engineering simulations and AI-powered applications are becoming larger, more sophisticated, and more data-intensive. Industries ranging from automotive and aerospace to energy and life sciences are increasingly relying on computational tools to accelerate innovation, reduce development cycles, and improve decision-making.
To address these evolving requirements, the collaboration integrates xFusion’s FusionServer computing infrastructure with Cornelis’ CN5000 intelligent networking technology. Together, the platform is engineered to provide the high-performance computing environment required to handle demanding workloads such as computational fluid dynamics (CFD), crash testing simulations, structural analysis, digital twin development, large-scale analytics, and AI-enhanced engineering processes.
The combined solution is designed to enable organizations to process larger datasets more efficiently while maintaining high levels of performance and reliability across increasingly complex computing environments.
Combining High-Performance Compute with Intelligent Networking
At the heart of the collaboration is the integration of Cornelis’ advanced networking technology with xFusion’s enterprise-grade server infrastructure.
Cornelis’ CN5000 platform delivers low-latency, high-bandwidth networking capabilities that are essential for modern HPC and AI workloads. By reducing network congestion and ensuring efficient communication between computing resources, the technology helps organizations achieve faster processing times, better resource utilization, and improved application performance.
Meanwhile, xFusion’s FusionServer platform has been specifically designed to support demanding HPC deployments. Built for scalability and performance, the servers provide the computational power necessary for handling resource-intensive simulations, modeling tasks, and AI applications.
Together, the technologies create a unified infrastructure platform capable of supporting organizations as they expand their HPC and AI initiatives without encountering the performance bottlenecks that often accompany large-scale deployments.
Accelerating Engineering Innovation Through Scalable Infrastructure
According to Lisa Spelman, Chief Executive Officer of Cornelis, organizations are increasingly seeking infrastructure solutions that can grow alongside their workloads while maintaining efficiency and performance.
She explained that as AI and HPC applications continue to increase in complexity, businesses require scalable systems capable of supporting larger workloads without introducing networking constraints or operational inefficiencies.
Spelman emphasized that the partnership brings together advanced computing and intelligent networking technologies to help customers maximize infrastructure utilization, accelerate engineering workflows, and improve operational efficiency across large-scale computing environments.
The collaboration is expected to benefit organizations that rely heavily on simulation-driven product development, AI-assisted design optimization, and large-scale data analysis, enabling them to shorten development cycles and gain insights more quickly.
Supporting Data-Intensive Workloads Across Industries
Modern engineering and research projects often involve processing vast amounts of data while running highly complex calculations. As a result, organizations need infrastructure capable of delivering consistent performance even as workloads continue to expand.
The joint Cornelis-xFusion platform is designed to support a broad range of compute-intensive applications, including:
- Computational Fluid Dynamics (CFD)
- Crash and safety simulations
- Structural engineering analysis
- Digital twin modeling
- Large-scale data analytics
- Scientific research computing
- AI-enhanced design and development workflows
- Advanced manufacturing simulations
These workloads are critical to industries such as automotive manufacturing, aerospace engineering, energy production, healthcare research, and industrial design, where accurate simulations and rapid data processing can significantly impact innovation and competitiveness.
Enhancing Cluster Scalability and Performance
One of the primary objectives of the partnership is to help customers scale HPC clusters more effectively.
As compute environments grow, maintaining consistent application performance becomes increasingly challenging. Network congestion, latency issues, and inefficient resource utilization can significantly reduce productivity and increase operational costs.
By leveraging Cornelis’ intelligent networking architecture alongside xFusion’s high-density server platforms, organizations can expand their infrastructure while preserving application performance and minimizing bottlenecks. This enables businesses to increase computational capacity without introducing unnecessary complexity into their IT environments.
The validated and integrated solution provides customers with confidence that their infrastructure can support future growth while continuing to deliver the performance required for mission-critical workloads.
Building on a Strong Foundation of Collaboration
The newly announced partnership is not the beginning of the relationship between the two companies. Rather, it builds upon years of cooperation across multiple generations of infrastructure and networking technologies.
Through their ongoing collaboration, Cornelis and xFusion have gained extensive experience supporting performance-sensitive HPC environments and understanding the unique challenges faced by organizations operating large-scale computing infrastructures.
This shared expertise has helped both companies develop solutions tailored to the needs of customers who depend on high-performance systems for engineering, scientific, and AI-driven applications.
By formalizing and expanding their collaboration, the companies aim to provide even greater value to customers seeking reliable, scalable, and high-performance infrastructure solutions.
Advancing Energy Efficiency Through Liquid Cooling Technologies
Beyond performance and scalability, energy efficiency has become a major priority for organizations operating modern data centers and HPC facilities.
As AI models and simulation workloads grow in size, power consumption and thermal management challenges continue to increase. To address these concerns, the joint solution incorporates advanced liquid-cooling technologies designed to improve energy efficiency and optimize system performance.
xFusion’s liquid-cooled FusionServer platforms work alongside Cornelis’ end-to-end liquid-cooled networking solutions to create a highly efficient infrastructure environment. This approach helps organizations reduce cooling requirements, improve thermal management, increase system density, and maximize overall infrastructure utilization.
The focus on energy-efficient design aligns with broader industry efforts to reduce operational costs while supporting sustainability objectives within large-scale computing environments.
Delivering Greater Value for Customers
For customers, the collaboration offers more than just a combination of hardware and networking technologies. It provides a fully validated infrastructure platform that has been tested and optimized to support demanding HPC and AI applications.
Organizations deploying the solution can benefit from:
- Improved infrastructure performance
- Reduced networking bottlenecks
- Enhanced scalability
- Faster simulation and analytics processing
- Greater resource utilization
- Simplified deployment and management
- Increased energy efficiency
- Support for future AI and HPC growth
These advantages make the platform particularly attractive to enterprises seeking to accelerate digital engineering initiatives while maintaining operational efficiency and controlling infrastructure complexity.
Positioning for the Future of AI and High-Performance Computing
As AI continues to reshape industries and high-performance computing becomes increasingly essential for innovation, organizations require infrastructure capable of supporting ever-larger workloads and more sophisticated applications.
The collaboration between Cornelis and xFusion represents a significant step toward addressing these requirements by combining advanced computing infrastructure with intelligent networking technologies. Together, the companies are helping customers build scalable, efficient, and future-ready environments capable of supporting next-generation engineering, simulation, analytics, and AI workloads.
With growing demand for high-performance infrastructure across Europe and beyond, the partnership positions both organizations to play a key role in enabling the next wave of technological advancement, helping enterprises achieve faster results, improve operational efficiency, and unlock new opportunities for innovation in an increasingly data-driven world.
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