The abstract presents an innovative design for a Cyclic Redundancy Check (CRC) with memory, featuring 8-bit and 16-bit depth options with an 8-bit width. This design operates within a 64-bit memory model and leverages Finite State Machine (FSM) control. The proposed architecture achieves enhanced performance metrics compared to existing methods, including reduced power consumption at 0.14W, minimized delay, and a more compact area footprint. The implementation is tailored to meet the demands of modern data integrity verification, offering a balance between computational efficiency, memory utilization, and power optimization. The detailed exploration of the CRC check with memory design underscores its potential for advancements in applications requiring robust error detection capabilities with improved energy efficiency and resource utilization.