The @HPCpodcast “Industry View” feature delves into major issues in the world of HPC, AI and other advanced technologies through the lens of industry leaders.
Today, we examine big memory-I/O dynamics and the emergence of memory-centric architectures with Patrick Caporale, Executive Director, Distinguished Engineer, and Chief I/O Architect at Lenovo’s Infrastructure Solutions Group.
Patrick has served in a variety of senior technical roles at Lenovo for the past 10 years, and for 20 years before that he was at IBM before Lenovo’s acquisition of IBM’s server division in 2014.
Lenovo’s Patrick Caporale
We touch on a range of topics, including the CPU-Memory-I/O gap, memory-centric computing, non-Von Neumann architectures, NUMA, advances in I/O, computational storage, disk, tape, the Ultra Ethernet Consortium, Ultra Accelerator Link, CXL, tiered storage, power and advanced liquid cooling, heat capture and more.
In short, many of the major issues driving system and cluster design as HPC-AI evolves to meet demands for greater performance handing larger data volumes.
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