Intel at
Supercomputing 2025
Join Intel at SC25
St. Louis, Missouri | November 17-20, 2025
Discover the engine behind the world’s most demanding workloads
High performance computing depends on CPUs that can handle complex code, large memory demands, and consistent performance under tight power and cost limits. Intel® Xeon® 6 processors deliver up to 2.1x faster performance on key HPC workloads1 like LAMMPS, OpenFOAM, and Ansys Fluent, with double the memory bandwidth and built-in AI acceleration.
From weather models and molecular simulations to financial analytics and design optimization, Xeon 6 provides the performance, efficiency, and reliability modern HPC depends on.
Connect
at SC25
Experience live demos and meet the experts
Get hands-on with live demos showcasing Xeon 6 processors and partner systems running cutting-edge HPC and AI workloads. Explore the performance advantages of Intel’s latest oneAPI tools and open software innovations, and connect directly with Intel experts and ecosystem partners.
See how Intel’s comprehensive hardware and software portfolio is accelerating breakthroughs in life sciences, financial services, manufacturing, and energy—optimizing the world’s most demanding computational challenges and unlocking new possibilities for scientific discovery.
Explore and learn with the Innovation Pass
Supercharge your experience at SC25 with the Innovation Pass. Start your journey at Intel's booth, where you can connect with experts and explore the latest innovations in HPC and AI technologies. As you visit Intel and participating ecosystem partners, scan QR codes to collect points for exciting prizes and a chance to win the grand prize.
Participating ecosystem partners, prize details, and rules will be available at Intel's booth.
Schedule a meeting
Want to connect with our HPC and AI experts in person at SC25? Let us know, and we'll arrange a time to meet at our booth.
Featured SC25 demos
High-Fidelity Simulations with Intel® Xeon® 6 Processors
Ansys Fluent High-Fidelity Simulations of external flow around 140-million-cell model of a Formula 1 race car. The extra memory bandwidth on Intel® Xeon® 6 processors with MRDIMM provides exceptional performance when simulating fluid dynamics compared to previous generations.
Weather and Climate Modeling Performance
Powered by Intel® Xeon® 6 Processors
When running weather and climate simulations with MPAS-A, an atmospheric modeling framework, Intel® Xeon® 6 processors deliver superior performance compared to the competition and previous generations of Intel Xeon. Come see how the higher core density and advanced memory controller architecture enable outstanding platform-level throughput and computational efficiency.
Agentic AI at Scale:
Unlocking Potential with Diverse Infrastructure
In the age of agentic AI, where dynamic multi-agent systems demand real-time reasoning and physical interactions, a heterogeneous hardware stack—blending CPUs, GPUs, DPUs, and accelerators—is essential to handle surging workload complexities, as demonstrated by the compute-bound prefill and memory-bound decode phases of LLM inference. Seamless software abstraction is key to empowering developers to orchestrate these diverse resources without friction.
Parallel Porting of CONVERGE CFD to GPU using SYCL and Intel® oneAPI Tool kit
SYCL is a cross-platform abstraction layer for heterogenous computing that offers comparable performance versus native programming language. CONVERGE CFD is ported to GPU via SYCL based framework KAMTOF (Kernel-level Access-based Memory Transfer Optimization Framework) that supports parallel and incremental migration.
Unleashing Workstations
with Intel® Arc™ Pro B-Series Graphics
Whether you're tackling AI workloads or HPC simulations, the Intel® Arc™ Pro B60 GPU elevates your game. In this demonstration we show stunning, lag-free SolidWorks visuals for pros who demand precision. Watch intricate designs spring to life in RealView, effortlessly edited and explored with room to spare in its 24GB of VRAM. Supercharge CFD in a 4 card B60 setup with FluidX3D, unleashing real-time airflow magic—at a fraction of the cost of high-end competitive rivals.
Financial Markets Risk Analysis: Monte Carlo with STAC-A2*
Powered by Intel® Xeon® 6 Processors
Intel® Xeon® 6 processors enable exceptional performance on Monte Carlo benchmarks, including STAC-A2, the industry standard benchmark for financial market risk analysis. Designed by quants, STAC-A2 tasks a system with pricing a multi-asset, path-dependent, American-style option under a Heston model with Monte Carlo—the same heavy-duty payoff many risk engines run in production at major banks and trading firms.
The memory controller on Intel Xeon 6 processors allows for 8800MT/s in memory speeds, which is crucial for memory-bound workloads, such as Monte Carlo Simulations for Options Pricing and Risk Computing.
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1See intel.com/processorclaims: Intel® Xeon® 6 for details on performance claims. Results may vary.