Micron Memory Part Number Decoder File

| Part Number | Capacity | Type | Speed | Form Factor | |-------------|----------|------|-------|--------------| | MTA18ASF2G72AZ-3G2B1 | 16GB | DDR4 ECC UDIMM | 3200 | 288-pin DIMM | | MTA20ASF1G64HZ-2G6E1 | 8GB | DDR4 Non-ECC SODIMM | 2666 | 260-pin SODIMM | | MTA36ASF4G72PZ-3G2R1 | 32GB | DDR4 Registered ECC | 3200 | 288-pin RDIMM | | MTA18ASF4G72AZ-3G2B1 | 32GB | DDR4 ECC UDIMM | 3200 | 288-pin DIMM |

Thus, ASF = Unbuffered, 1.2V, standard package.

: Identifies the technology, such as A for SLC (Single Level Cell).

A common obstacle when decoding Micron memory is that the physical chip is often too small to have the full part number printed on its surface. To solve this, Micron stamps a short (known as the FBGA Code or Component Marking ) on the physical chip face. micron memory part number decoder

: Get detailed timing and configuration data for a full module. 2. Standard Part Number Breakdown (DRAM)

: Defines the specific memory architecture (e.g., DDR4, DDR5, LPDDR5).

Almost all standard Micron components begin with a two-letter prefix. : Micron Technology (Standard portfolio) MTA : Micron Technology Automotive / Module assemblies 2. Product Family & Technology Generation | Part Number | Capacity | Type |

If you need help decoding a specific part, please share the or the 5-digit FBGA code stamped on the chip. Share public link

: 1 Gigabit total capacity, configured with an 8-bit wide data bus.

Understanding Micron memory components often requires navigating a complex system of alphanumeric codes. Because physical space on high-density chips is limited, Micron uses two primary methods for identification: full and abbreviated FBGA Codes (often called "D9 codes"). 1. What is the Micron FBGA Part Marking Decoder? To solve this, Micron stamps a short (known

user wants a long article on decoding Micron memory part numbers. I need to gather information from multiple sources to cover the basics, decoding methodology, DRAM vs. Flash, application notes, online tools, industry context, and maybe a case study. I'll search for these topics in parallel to get a comprehensive set of information. search results have provided several relevant links. I'll open them to gather detailed information for the article. search results have provided a good amount of information. I will structure the article with sections on introduction, the challenge of FBGA marking, FBGA decoder tool usage, DRAM part number decoding, NAND flash part number decoding, practical considerations, troubleshooting tips, and a conclusion. I will cite the relevant sources. Micron's part numbers is a crucial skill for anyone working with electronic components. The numbering system contains all of a chip's technical specifications, from its capacity and speed to its packaging and temperature range. This guide will explain how to decode these numbers and show you the proper way to identify a Micron chip.

MT Type Family Density Device Block Voltage Package Temp

By mastering this system, you can eliminate guesswork, streamline component sourcing, and guarantee system compatibility every time.

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