Micron Memory Part Number Decoder ❲Desktop❳
When you have a physical Micron chip and cannot find the part number, you must decode its FBGA marking, which is the shortened version of the part number. The key is usually found in a 5‑digit alphanumeric code on the component's second line. This 5‑digit code, such as "D9PTK," is the FBGA code that uniquely maps to the full part number.
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This tells you how many data pins (DQ) the chip has.
A typical Micron DRAM part number looks like this: A NAND part number example: MT29F4G08ABADAWP-IT:D When you have a physical Micron chip and
To read a tiny chip, you must change the five-digit FBGA code back into the long standard part number. Micron provides an online FBGA decoder tool on their website to do this. Breaking Down the Standard Micron Part Number
NAND Flash part numbers look similar but focus on flash-specific attributes like cell types (SLC, MLC, TLC, QLC) and interface modes (Toggle, ONFI). Consider the NAND example: MT29F: Micron NAND Flash Memory 64G: 64 Gigabits of total density 08: x8 data bus width C: 3.3V Vcc power supply voltage user wants a long, detailed article on decoding
When looking at a label, use these tables to quickly identify the core specs.
If you are trying to identify a specific chip right now, I can help you decode it. Let me know: What is the printed on your chip?
tool to convert short codes into complete, searchable part numbers. 1. FBGA Marking Code vs. Full Part Number