This article presents an eDRAM-based analog-assisted digital computing-in-memory (CIM) core that offers superior power and area efficiency for dynamic sparse attention computing. For different queries, it uses efficient low-precision analog… The post A 1131-kb/mm2 14.0-to-53.3-TOPS/W 8-bit Analog-Assisted Digital Compute-in-Memory With Hybrid Local-Refresh eDRAM for Attention Computing appeared first on IEEE Solid-State Circuits Society.
