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Blueshift Breaks Memory Wall in Data-Intensive Applications

British startup Blueshift Memory’s RISC-V memory controller core design addresses the von Neumann bottleneck in data-intensive applications like HPC and AI. Blueshift’s alternative to the widely used Harvard architecture, which it calls the Cambridge architecture, can accelerate CPU computation up to 50× and save 65% of the power consumption, depending on the exact nature of the workload.…