NAND Flash part numbers differ slightly to accommodate flash-specific features. Example: MT: Micron 29F: NAND Flash Family 4G: Density ( 08: Bus Width ( ×8cross 8 A: Operating Voltage B/ADA/WP: Features, Generation, Package IT: Industrial Temperature :D: Die revision 4. Micron FBGA Part Marking Decoder (Short Code)
Micron divides its part numbers into distinct fields. While the exact breakdown varies slightly between volatile memory (DRAM) and non-volatile memory (NAND Flash), the standard framework generally spans 12 to 19 characters. The typical sequence follows this logic:
The hyphen introduces the speed grade, which is JEDEC-compliant.
Identify family → find density/organization → map speed/voltage code → read package/temp → confirm revision/assembly.
Specifies the core technology family (e.g., DDR4, DDR5, LPDDR4).
The marking is usually a 5-digit alphanumeric code (e.g., D9JMS ).
Most modern components follow this 20+ character structure:
Micron memory part numbers can feel like trying to solve a puzzle, but once you know the "key," it's actually quite simple. Micron uses a standardized naming convention where each character in the string represents a specific technical attribute of the component. The Basic Structure
Sign Up for Newsletter NAND Flash part numbers differ slightly to accommodate flash-specific features. Example: MT: Micron 29F: NAND Flash Family 4G: Density ( 08: Bus Width ( ×8cross 8 A: Operating Voltage B/ADA/WP: Features, Generation, Package IT: Industrial Temperature :D: Die revision 4. Micron FBGA Part Marking Decoder (Short Code)
Micron divides its part numbers into distinct fields. While the exact breakdown varies slightly between volatile memory (DRAM) and non-volatile memory (NAND Flash), the standard framework generally spans 12 to 19 characters. The typical sequence follows this logic:
The hyphen introduces the speed grade, which is JEDEC-compliant.
Identify family → find density/organization → map speed/voltage code → read package/temp → confirm revision/assembly.
Specifies the core technology family (e.g., DDR4, DDR5, LPDDR4).
The marking is usually a 5-digit alphanumeric code (e.g., D9JMS ).
Most modern components follow this 20+ character structure:
Micron memory part numbers can feel like trying to solve a puzzle, but once you know the "key," it's actually quite simple. Micron uses a standardized naming convention where each character in the string represents a specific technical attribute of the component. The Basic Structure
We accept 