RAPID Row-Parallel DRAM In-Memory Computing Architecture Paper Released
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On October 6, 2026, Semiconductor Engineering reported that research teams from Syracuse University, FAU, and TU Dresden published a paper on the RAPID (Row-parallel Arithmetic Processing-In-DRAM) architecture. The architecture performs computation directly inside DRAM, characterized by row-parallel and bit-parallel operation, aiming to reduce data reorganization overhead. This is the first report on the topic; the paper is a collaboration among the three universities, whose core idea is to bring arithmetic processing capability into DRAM to avoid the reorganization costs of frequently moving data between storage and compute units.
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- Semiconductor Engineering Chips and PackagingRow-Parallel DRAM Computing Cuts Data-Reorganization Overhead (Syracuse, FAU, TU Dresden)
Research teams from Syracuse University, FAU, and TU Dresden published a paper on RAPID (Row-parallel Arithmetic Processing-In-DRAM), an architecture that performs row-parallel, bit-parallel computation directly inside DRAM.