Interlaced memory is a technique used in computer memory systems where data is divided into multiple segments or "interlaced" across different memory banks or modules. This method allows for improved access speed and efficiency, particularly in applications that require high bandwidth, as it enables simultaneous access to multiple memory locations. By spreading data across different paths, interlaced memory can reduce bottlenecks and enhance overall system performance. It is often utilized in graphics processing and high-performance computing.
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