基于存储器编译器的敏捷生成技术研究OACSTPCD

As novel non-volatile memory,magneto-resistive random access memory(MRAM)has broad application prospects in the field of embedded memory due to its excellent read and write speed and endurance characteristics.However,since the customized design of MRAM usually takes several months to complete,it requires a long design period,which conflicts with the need for a faster design itera-tion of the system-on-chip.As a tool for quickly generating memory designs,the memory compiler is an effective means to resolve this contradiction.This article starts with the fully customized design process of magnetic random access memory and conducts a survey on the research status of various types of memory compilers.We summarize the current status and challenges of memory compiler design from published work and finally discuss the design methodology of magnetic random access memory compiler.