Micron Memory Part Number Decoder |verified| Today

This paper outlines the technical framework and methodology for decoding Micron Technology's memory part numbering systems. Technical Analysis: Micron Memory Part Number Decoding 1. Introduction to Micron Part Numbering

[MT] [40] [A] [1G8] [SA] - [062E] [IT] : [E] 1 2 3 4 5 6 7 8 1. Brand Identifier

: Enter the 5-digit code found on the physical chip (usually starting with D9, Z9, or C9) to find the full part number.

Let’s break down the most common example: a standard DDR4 UDIMM. micron memory part number decoder

Understanding how to read this code is essential for engineers, procurement specialists, and tech enthusiasts. This guide will break down the Micron memory part number decoder system so you can identify any Micron chip instantly. Why Decoding Micron Part Numbers Matters

Separated by a hyphen, this code dictates the maximum frequency and latency characteristics.

Micron provides an official online tool called the FBGA Device Marking Decoder . By entering the 5-digit code into this tool on Micron's website, it instantly returns the full, standard part number. Quick Reference Guide for Common DDR Generations This paper outlines the technical framework and methodology

: This is a speed code. It tells you the clock speed and timing limits of the memory. How to Find Your Chip Details

Micron’s part numbering system has evolved over decades, shaped by industry standards (such as JEDEC) and the need for global, unambiguous communication. Unlike some competitors that use separate numbering families, Micron maintains a relatively consistent logic across its major product lines: DDR SDRAM, LPDDR, GDDR, and NAND flash (including discrete NAND and eMMC). The decoder is essentially a parsing engine that divides the part number into fields—each field representing a specific attribute. While minor variations exist between product families and generations (e.g., DDR4 vs. DDR5), the core syntax follows a predictable pattern.

Micron's DRAM Component Part Numbering System typically follows a standard sequence (e.g., ): Example Codes Prefix Manufacturer MT = Micron Technology Family Memory Type 40 = DDR4; 41 = DDR3; 60 = LPDDR5 Voltage Operating Volts A = 1.2V; K = 1.35V; L = 1.5V Density Storage Capacity 1G8 = 8Gb (1Gb x 8 configuration) Speed Clock/Data Rate -075 = 2666 MT/s; -062E = 3200 MT/s Revision Die Generation :E , :F , or :A (Designates the design shrink) 4. Decoding NAND Flash Components NAND Flash parts (e.g., MT29F32G08ABAAA ) focus on internal organization and bit density: FBGA and part decoder | Micron Technology Inc. Brand Identifier : Enter the 5-digit code found

If you are looking at a bare chip, you will see two lines of text. The is typically the second 5-digit string (e.g., D9WFL ). D9... : Standard production parts. C9... : Components often used in Crucial branded modules.

Micron's non-volatile memory (NAND Flash and Solid State Storage components) uses a slightly different alphanumeric matrix to account for flash-specific variables like cell types and interface options.

: If you are switching from a competitor, the DRAM Cross-Reference Tool helps find the Micron equivalent. 🔢 Understanding the Part Number Structure