xFusion Unveils Breakthrough Innovations in High-Performance and Sustainable Computing at ISC 2025
xFusion International Pte. Ltd. (xFusion), a global leader in high-performance computing (HPC) and next-generation intelligent infrastructure, showcased its latest portfolio of computing innovations at the International Supercomputing Conference (ISC) 2025, held from June 10 to 13 in Hamburg, Germany. The company’s participation this year emphasized its mission to accelerate global digital transformation by offering advanced, efficient, and sustainable computing solutions tailored for both industrial and academic applications.
Driving the Future of Computing with Vision and Innovation
One of the key highlights of xFusion’s participation was a keynote presentation at the Vendor Roadmap Session on June 12, delivered by Arthur Wang, Director of xFusion Computing Solution. In his address, titled “Innovative Computing with xFusion,” Wang explored the emerging demands placed on computing systems in the age of artificial intelligence (AI), large-scale data analytics, and intelligent agents.
“The rise of intelligent agents has triggered an explosive demand for computing power,” Wang stated. “At xFusion, we are addressing this head-on by pushing the boundaries of HPC and intelligent computing technologies. Our goal is to provide infrastructure that not only meets current challenges but anticipates future ones—enabling institutions and industries to innovate at scale.”
Wang elaborated on how the company’s ecosystem of solutions—including the FusionServer V8 series and FusionPoD liquid-cooled cabinets—are engineered to balance high performance with energy efficiency, helping organizations meet increasing workloads while reducing their carbon footprints.
Showcasing Sustainable and Intelligent Infrastructure
Throughout the conference, visitors to xFusion’s booth experienced firsthand the company’s innovative approach to computing infrastructure. At the heart of its exhibition was the FusionPoD, a rack-scale server system specifically engineered to support green and sustainable data center development. With its open architecture and intelligent features, FusionPoD is designed to deliver both performance and efficiency:
- High-Density Computing: Each cabinet can support up to 144 CPUs, allowing data centers to consolidate workloads while minimizing physical footprint.
- Intelligent O&M: The FusionPoD incorporates a tri-bus architecture—for power, network, and liquid cooling—that enables blind mating, drastically improving operational maintenance and enabling future support for unmanned or robotic data center operations.
- 100% Liquid Cooling: With a native cold-plate liquid cooling system and passive water-cooled rear doors, the system achieves a pPUE as low as 1.06. This impressive efficiency has earned it the world’s first TÜV SÜD certification for liquid-cooled cabinet systems.
These technologies represent xFusion’s bold move toward a more sustainable HPC landscape. A recent example of this was the company’s partnership with Global Switch, where it helped rapidly deploy liquid-cooled nodes at a major Hong Kong data center. The result was a solution that not only met strict low-carbon standards but also delivered tangible cost savings and performance benefits to the customer.
Enabling Digital Transformation Across Sectors
Beyond hardware, xFusion also presented a comprehensive suite of software-integrated solutions designed to enhance the efficiency and applicability of HPC systems in industries like scientific research, manufacturing, and engineering simulations.
FusionOne HPC: Integrated, Scalable, and Adaptive
At the forefront is FusionOne, xFusion’s flagship HPC platform. FusionOne brings together computing, storage, and networking into a fully integrated system that can be rapidly deployed and scaled. Its capabilities are already being used to great effect at notable institutions, including:
- Poznan Supercomputing and Networking Center (PSNC) in Poland
- Istanbul Technical University in Turkey
- Technische Universität Ilmenau in Germany
These deployments highlight how FusionOne can support a wide range of research, academic, and industrial workloads, ensuring flexibility and performance even in highly demanding scenarios.
FusionOne DFS: High-Performance Distributed Storage
Complementing the FusionOne ecosystem is FusionOne DFS—a distributed file system built for modern AI and HPC workloads. It delivers:
- 220 GB/s read bandwidth
- 125 GB/s write bandwidth
- 5.7 million IOPS
These performance metrics enable it to handle massive data throughput while maintaining 94.1% erasure coding (EC) utilization, significantly improving storage efficiency, scalability, and reliability. It is especially suited for enterprises looking to manage large unstructured datasets in fields like genomics, fluid dynamics, or weather modeling.
FusionOne AI: Simplifying the AI Journey
In response to the growing adoption of generative AI (GenAI) and other advanced AI applications, xFusion introduced FusionOne AI—a turnkey platform that unifies compute, model training, and AI application integration. Key features include:
- Seamless compatibility with third-party tools such as LLaMA, Hugging Face, and other AI libraries.
- GPU virtualization innovations, including 1% slicing granularity, allowing for precise resource allocation and 35% higher computing utilization.
- Scalability across edge, core, and cloud environments, enabling businesses to scale AI workloads without infrastructure lock-in.
Whether for training large language models or deploying real-time inferencing at the edge, FusionOne AI provides the flexibility and robustness modern enterprises need.
Positioning for the Age of Intelligent Computing
As intelligent computing moves into the mainstream, xFusion sees itself not just as a technology provider but as a strategic enabler of digital economies. The company is actively collaborating with global partners to reshape computing infrastructure for a world where AI, automation, and intelligent agents are transforming how data is processed, interpreted, and used.
Arthur Wang emphasized xFusion’s role in this new era:
We believe that the convergence of cutting-edge performance and sustainability is the cornerstone of tomorrow’s infrastructure. Our ongoing involvement at ISC—now three years running—shows our long-term commitment to advancing both HPC and AI computing on a global scale.”
To support future innovation, xFusion continues to invest in xLAB, its collaborative R&D initiative, where the company works with industry and academic partners to develop next-generation computing architectures.
A Commitment to a Smarter, Greener Future
xFusion’s presence at ISC 2025 was not just a showcase of products—it was a powerful statement about the future of computing. Through its fusion of hardware and software, performance and sustainability, and innovation and collaboration, xFusion is well-positioned to lead the industry through the complex technological transformations of the coming decade.
As computing workloads continue to evolve—from traditional simulations to AI-driven real-time decision-making—xFusion’s forward-thinking strategies and advanced technologies will be essential for industries seeking high-performance, sustainable, and intelligent infrastructure solutions.
