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Watch a 19-minute conference presentation from the SNIA Compute+Memory+Storage Summit exploring fabric-attached memory (FAM) architecture for large-scale data processing in HPC environments. Discover how emerging AI and data analytics workloads are driving innovations in hardware and software architectures, with a focus on CXL technology and high-performance data analytics. Learn about a novel system architecture that enables large datasets to be accessed across Slingshot-connected HPC clusters through fabric-attached memory, bridging the gap between traditional HPC, AI, and data analytics applications. Follow along as HPE's Clarete Riana Crasta demonstrates the practical implementation through an Arkouda-based proxy application for real-time analytics, covering the OpenFAM software stack, component architecture, access latency considerations, and future development directions.
Syllabus
Intro
Need quick answers on larger data sizes
Technology Advances
Fabric-attached Memory
Prototype Implementation
Software stack - OpenFAM
Software stack - Components
FAM access latency and throughput
Motivating Use Cases
Summary and Future work
Taught by
SNIAVideo