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This tells you how many data pins (DQ) the chip has.
Indicates the total storage capacity and data bus width.
Verifying that the physical package markings align with the official data sheet helps confirm component authenticity. The Core Structure of a Micron Part Number micron memory part number decoder
Micron structures its part numbers into distinct logical blocks. While the exact meaning of each position shifts slightly between DRAM, LPDDR, and NAND, the fundamental blueprint remains consistent.
: Use the SSD Part Numbering System to identify drive interfaces and NAND types. This tells you how many data pins (DQ) the chip has
: This is the primary tool for translating the 5-digit code found on individual DRAM chips into a full MT part number. You can access it on the Micron FBGA Decoder page .
Decoding Micron Technology memory part numbers can be complex because the format varies significantly between product families (e.g., DRAM vs. NAND Flash vs. Managed NAND). However, the most common decoding requests involve and NAND Flash components. The Core Structure of a Micron Part Number
This segment defines the total capacity of the individual memory die: : 256 Megabits 512M : 512 Megabits 1G : 1 Gigabit 2G : 2 Gigabits 4G : 4 Gigabits 8G : 8 Gigabits 16G : 16 Gigabits 32G : 32 Gigabits 5. Bit Configuration / Width (8)