
This work presents a high-throughput SRAM-based charge-domain computing-in-memory (CD-CiM) macro that can complete MAC+ReLU computing of two signed 8-bit vectors in one CiM cycle with only one-time A/D conversion, achieving significant area and energy savings compared to prior works.


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a-high-throughput-sram-based-charge-domain-computing-in-memory-macro-with-single-adc-interface-and-relu-optimization


A High-Throughput SRAM-Based Charge-Domain Computing-in-Memory Macro with Single-ADC Interface and ReLU Optimization
