ADATA Industrial to Participate in Embedded World 2026 Leading the New Era of AI-Driven Innovation
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ADATA INDUSTRIAL Unveils AI and Edge Storage Innovations at Embedded World North America 2025
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ADATA Industrial Releases DDR5 6400 CU-DIMM and CSO-DIMM - Empowering HPC with overclocking speed and extraordinary stability
자세히 알아보기Early Remove
Early Remove technology moves data to a new block when the controller reads that the rate of modification frequency in Flash block has increased to over 70%, and erases the original block to be used as backup, thereby extending lifespan.
Early Retire
Early Retire reads retry for correction when the controller reads that the rate of modification frequency in the Flash block has increased more than 90%. It moves the data to the new block, then invalidates the original block to avoid block damages that can cause data loss.
Read Count
Read Count prevents the occurrence of Read Disturb. If the data stored in a certain block is being over-read too many times, the data stored in surrounding blocks may be affected (potential change 0->1 or 1 -> 0), causing the controller to calculate the Read Count. When the count exceeds the Read Count Threshold, the affected block will be copied and moved to a new block, then the original block will be erased and used as backup. This helps to extend the life expectancy.
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