Micron Memory Part Number Decoder Best

: Designed for DDR4-3200 PC4-3200 speeds with relaxed latencies. -075 : Denotes DDR4-2666 operational capabilities.

Example: MT40A2G8BA-062E:D

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Directly following the prefix is a code indicating the core technology or memory generation. DDR4 SDRAM 60: DDR5 SDRAM 47: Low Power DDR4 (LPDDR4) 53: Mobile LPDDR5 29F: NAND Flash Memory 3. Operating Voltage micron memory part number decoder

: 2 Gigabit depth x 4-bit width (8 Gb total chip density)

This alphanumeric block indicates the depth (number of addressable locations) multiplied by the width (the number of data bits processed simultaneously). 1 Gigabit x 8 bits (8 Gb total density) 2G4: 2 Gigabits x 4 bits (8 Gb total density) 512M16: 512 Megabits x 16 bits (8 Gb total density) 2G8: 2 Gigabits x 8 bits (16 Gb total density) 4. Package and Hardware Codes

Micron provides a on their support site (Micron.com → Support → Part Number Decoder). However, it doesn’t always cover discontinued parts. This guide helps you decode those legacy modules manually. : Designed for DDR4-3200 PC4-3200 speeds with relaxed

Thin FBGA (TFBGA) designed for space-constrained environments 6. Speed Grade / Clock Cycle Time

Reveals the total gigabits (Gb) and how the data is organized (e.g., x4, x8, or x16).

-083E is faster than -093E because the number represents nanoseconds (lower = faster). For DDR4, -075 = 2666 MT/s (0.75ns cycle), -083 = 2400 MT/s. This link or copies made by others cannot be deleted

Micron Technology utilizes a sophisticated alphanumeric coding system to specify the architecture, performance, and physical characteristics of its semiconductor products. These part numbers serve as a compact data sheet, allowing engineers and procurement specialists to identify specific memory technologies without full documentation. 2. The Relationship Between Markings and Part Numbers

: Standard DDR4 / DDR5 voltage (e.g., 1.2V for DDR4, 1.1V for DDR5). L : Low voltage variants (e.g., 1.35V for DDR3L). 4. Density/Capacity (1G)

If you’d like, I can:

1 Gigabyte depth x 8-bit bus width (8Gb total chip density)

Commonly found on DDR5 modules, indicating high-speed performance targets. 7. Die Revision (Design Generation)