Look at the physical component. The second 5-digit code (often starting with a letter/number mix) is the FBGA code. Use the . Enter the 5-digit code in the "FBGA Code" field.
: 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 .
MT41K256M16HA‑125:
Because you cannot read raw specifications directly from a five-digit code, you must convert it. Micron provides a free online utility on their official website called the . Note the 5-digit code stamped on the top of the chip. Enter the code into Micron’s web decoder tool.
Micron DRAM component part numbers typically look like this: . micron memory part number decoder
Micron memory part numbers are a unique identifier assigned to each memory module produced by the company. These part numbers contain a wealth of information about the memory module, including its type, capacity, speed, and features. A typical Micron memory part number consists of a combination of letters and numbers that can be broken down into several sections.
Micron NAND Flash part numbers (found in SSDs, smartphones, and embedded devices) use a slightly different structure, such as . 1. Core Flash Prefix (MT29F) MT29F : Denotes Micron NAND Flash memory. 2. Density (128G) Look at the physical component
Indicates the total capacity of the chip package (e.g., = 128 Gigabits, 1T = 1 Terabit). Keep in mind this is in gigabits, not gigabytes (8 Gigabits = 1 Gigabyte). 3. Device Configuration (08)
: 2 Gigabit depth x 8-bit width (16 Gb total chip density) 4. Hardware Package Codes Enter the 5-digit code in the "FBGA Code" field
Reveals the total gigabits (Gb) and how the data is organized (e.g., x4, x8, or x16).