The Evolution of Compute: From Princeton Architecture to Computational Storage

Explore a 24-minute conference talk from the SNIA Compute+Memory+Storage Summit that delves into the transformation of computing architecture from a storage-centric perspective. Begin with the foundational Princeton architecture by John von Neumann from 1945 and trace the evolution through major technological milestones, including CPU advancements (overclocking, multi-threading, multi-core), memory bus developments (EDO to DDR5 to HBM to CXL), and storage innovations (from punch cards to flash storage). Examine the shifting paradigm of data management and processing, focusing on the emerging concept of Computational X and integrated compute-in-storage solutions that align with Amdahl's law. Join Solidigm's Scott Shadley in analyzing this technological progression and understanding the future direction of computational architecture where processing occurs within storage and memory systems rather than adjacent to them.