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Today, organizations need to harness historical data captured from traditional High-Performance Computing (HPC) simulations and modeling workloads to generate valuable insights and foster innovation. By combining HPC and artificial intelligence (AI), businesses can leverage new technologies and create innovative approaches to solving problems.
As organizations scale their AI efforts, they are discovering that there environments share many characteristics with traditional HPC workloads. To meet this demand, high-speed interconnects, accelerators, and high-performance parallel filesystems are essential for both.
We were thrilled to connect with so many industry leaders at Booth #1831 during Supercomputing 2024. If you missed us, here’s what we shared:
- Live demos of IBM Storage Fusion
- Insights into Quantum breakthroughs
- The latest innovations in HPC
In this on-demand webinar, you'll discover the need for a secure and compliant hybrid cloud infrastructure to help scale innovation.
Learn more about IBM products at SC24
Accelerate watsonx generative AI capabilities with OpenShift AI deployment and set up OpenShift for virtual machines and containers efficiently.
Meet demanding workloads including artificial intelligence (AI), high-performance computing (HPC) and advanced analytics by building a global data platform using a Software-defined file and object storage solution.
IBM high-performance-computing (HPC) solutions on IBM Cloud can combine the power of IBM Spectrum LSF and IBM Storage Scale and help ensure optimal utilization of resources on-premises and on cloud.
Accelerate Al deployments on IBM Cloud with full-stack solutions from NVIDIA H100 GPUs to watsonx platform to readily build custom AI applications for your business, manage all data sources, and accelerate responsible AI workflows.
Qiskit functions allow users to abstract away parts of the quantum software development workflow. Developers can browse the Qiskit Functions Catalog to access functions built by startups in the IBM Quantum Network, plus one IBM® function.
Take advantage of servers with on-chip acceleration to run models at the point of data, securing workloads at all layers, and protecting data through accelerated encryption.
Dr. Jay M. Gambetta is the Vice President of the IBM Quantum initiative. He was named an IBM Fellow in 2018 for his leadership in advancing superconducting quantum computing and establishing IBM’s quantum strategy to bring quantum computing to the world, and to make the world quantum safe.