PEZY-SC3: A MIMD Many-core Processor for Energy-efficient Computing
Naoya Hatta (1), Shuntaro Tsunoda (1), Kouhei Uchida (1), Taichi, Ishitani (1), Ryota Shioya (1, 2), Kei Ishii (1) ((1) PEZY Computing, (2), The University of Tokyo)

TL;DR
PEZY-SC3 is a highly energy- and area-efficient MIMD many-core processor designed for supercomputers, emphasizing high efficiency, programmability, and scalability without complex specialized units.
Contribution
Introduces PEZY-SC3, a novel MIMD many-core architecture with a hierarchical cache system, achieving high energy efficiency and programmability for supercomputing applications.
Findings
Achieves approximately 24.6 GFlops/W energy efficiency.
Ranks 12th in the Green500 list (November 2021).
Provides higher programmability than tensor-unit-based architectures.
Abstract
PEZY-SC3 is a highly energy- and area-efficient processor for supercomputers developed using TSMC 7nm process technology. It is the third generation of the PEZY-SCx series developed by PEZY Computing, K.K. Supercomputers equipped with the PEZY-SCx series have been deployed at several research centers and are used for large scale scientific calculations. PEZY-SC3 outperforms previous PEZY-SCx and other processors in terms of energy and area efficiency. To achieve high efficiency, PEZY-SC3 employs a MIMD many-core, fine-grained multithreading, and non-coherent cache, focusing on applications involving high thread-level parallelism. Our MIMD many-core-based architecture achieves high efficiency while providing higher programmability than existing architectures based on specialized tensor units with limited functionality or wide-SIMD. Another key point of this architecture is to achieve…
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Taxonomy
TopicsParallel Computing and Optimization Techniques · Advanced Data Storage Technologies · Cloud Computing and Resource Management
