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Official PDF TranslationFrontiers of Information Technology & Electronic Engineering

SAPER-AI accelerator: a systolic array-based power-efficient reconfigurable AI accelerator

Authors: Fahad Bin Muslim; Kashif Inayat; Muhammad Zain Siddiqi; Safiullah Khan; Tayyeb Mahmood; Ihtesham ul Islam

DOI: 10.1631/FITEE_2400867Status: Verified Translated Edition
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Key Findings in This Report

• SAPER-AI achieves 10–25% power efficiency improvement for 32×32 and 64×64 systolic array configurations through coarse-grained row/column PE deactivation. • The accelerator utilizes Unified Power Format (UPF) for simplified power intent specification, enabling rapid design with negligible microarchitectural optimization effort. • Power-delay product (PDP) improves by approximately 6% for larger systolic array sizes, demonstrating the scalability of the proposed power management technique. • ResNet50 workloads consistently outperform MobileNet on systolic arrays due to more regular convolution patterns, with the gap widening as array size increases.