In the semiconductor industry, "generational memory" refers to...

In the semiconductor industry, "generational memory" refers to different stages of memory technology development, where each "generation" represents a significant advancement in memory performance, density, and power efficiency, typically characterized by new materials and design techniques, with newer generations offering superior capabilities compared to older ones; examples include moving from traditional DRAM to newer technologies like MRAM (Magnetoresistive RAM) or ReRAM (Resistive RAM) which are considered "next-generation" memories with improved features like faster speeds and lower power consumption.
As technology advances, new memory types are developed, creating distinct generations with improved performance characteristics.
Key factors like access speed, data density, power consumption, and endurance differentiate between generations of memory.
Technologies like MRAM, ReRAM, PCRAM (Phase Change RAM) are considered "next generation" due to their potential to overcome limitations of current memory types like DRAM and NAND flash.
(Source: Google)