SambaNova at Supercomputing 2026
Chip performance that pays for itself.
The most profitable way to run models.
Inference is now the center of the AI economy, and the economics decide what actually gets deployed. Stop by the SambaNova booth at Supercomputing 2026 to see how we deliver 10x lower cost of inference, a six-month payback, and no new data center buildout required.
Grand Opening Gala Reception
Join the SambaNova to kick off the opening of Supercomputing 2026. Stop by the Exhibit Hall to grab a SambaNova custom tote and pin and have a conversation with the team.
Meet Us at Booth 2246
Visit Booth 2246 to see how SambaRacks and our RDU architecture help deliver premium inference for AI agents. Stop by for a demo and conversation with the team.
Inference Above Paris
Join SambaNova and MiniMax for an evening of networking with AI infrastructure leaders, innovators, investors, and partners shaping the future of premium inference.
Supercomputing Career Fair
Looking for your next role in AI infrastructure? SambaNova will be recruiting at the SC Career Fair, and all skill levels are welcome. Submit your application and résumé/CV through the fair’s portal to get in front of our recruiters.
Meet the SambaNova Team
Meet the SambaNova team to discuss AI agents, inference infrastructure, sovereign AI, and premium inference strategies. Schedule time with our experts during Supercomputing.
Meet with SambaNova at Supercomputing to experience the architecture that Artificial Analysis verified as the fastest enterprise inference — and learn what it means for premium AI experiences at scale.
Inference at scale
The groundbreaking dataflow technology and memory architecture delivers the performance and speed required for large AI models.
Learn more →Energy efficiency
Generating the maximum number of tokens per watt with the highest power efficiency naturally enables fast inference and scalability.
Learn more →Infrastructure flexibility
SambaStack switches between multiple frontier-scale models, enabling complex agentic AI workflows to execute end-to-end on one node.
Learn more →

