Micron Memory Part Number Decoder

Indicates a slower speed grade, typically corresponding to DDR4-2666. 7. Operating Temperature Range

Installing memory with incorrect voltage or density specifications can cause system instability or motherboard damage.

Decoding these part numbers is essential for engineers, procurement specialists, and IT professionals who need to source exact replacements, upgrade systems, or verify hardware compatibility. Why Use a Micron Part Number Decoder? micron memory part number decoder

Is it a or a 5-digit FBGA code (usually starts with D)? What device or equipment did the memory come from? Share public link

The Micron part number decoder is not an academic exercise; it has real-world consequences. Consider a system designer selecting memory for a high-performance server. They need DDR5-4800, 2Gb x 8 organization, 1.1V operation, and a 78-ball BGA. Scanning a part number like “MT60B2G8FZ-48B” reveals: “60B” = DDR5, “2G8” = 2G words × 8 bits = 16Gb density, “FZ” = specific BGA package, “48” = 4.8 Gb/s data rate, “B” = revision. Without this decoder, they might order “MT40A2G8” (DDR4) by mistake. Indicates a slower speed grade, typically corresponding to

Look closely at your hardware. If you are looking at a bare RAM chip on a graphics card or memory stick, write down the 5-digit FBGA code. If you are looking at a sticker on a server DIMM, find the long "MT" part number. Step 2: Use Official Micron Tools

To get the total chip capacity in Gigabytes, divide by 8. (512Mbit / 8 = 64MByte per chip). Decoding these part numbers is essential for engineers,

: Identifies the maximum clock speed or data transfer rate.

In our example, indicates a x8 data width . Combined with the density, this chip is organized as 128 Meg x 8. 5. Package and Hardware Attributes

Understanding Micron Memory Part Numbers: The Ultimate Decoder Guide

While each product family (DDR4, DDR5, NAND) has its own specific logic, most follow a standardized structure: 1. The Core Prefix: MT Every Micron part begins with , which stands for "Micron Technology". 2. Product Family The numbers following "MT" identify the technology type: DDR4 SDRAM DDR3 SDRAM DDR5 SDRAM (Current generation) NAND Flash Solid State Drive (SSD) 3. Configuration and Density