Modern CPU architectures are based on the Von Neumann model, which consists of two components: the processing unit and the memory unit. While the processing unit has significantly improved over time, memory capacity has not kept pace, leading to a substantial performance gap between the two, known as the "Memory Wall." The Memory Wall has been a subject of discussion for years, with one proposed solution being the "Logic in Memory" (LiM) paradigm. This approach involves embedding computational units within the memory to reduce memory access, power consumption, and data-fetching latency. Additionally, LiM-based architectures enable parallel computation, as each memory bank has its own independent computational unit(s).