Description
Based on the part number MT62F2G32D4DS-023 IT:C, this component is a high-performance memory module manufactured by Micron Technology.
The code "IT" signifies that this is an Industrial Temperature grade component. This chip is a 64 Gigabit (8GB) LPDDR5 DRAM, designed for applications that require high-speed data processing in harsh thermal environments beyond the range of standard commercial electronics.
Here is the functional description in English:
📝 Product Description
Micron 64Gb Industrial LPDDR5 SDRAM
This component is a 64 Gigabit (8GB) LPDDR5 DRAM chip. It is designed for industrial and embedded systems that demand high bandwidth and reliability in extreme temperatures. It features a x32 interface and operates at a high-performance speed of 7500 MT/s, making it suitable for 5G infrastructure, industrial automation, and high-performance embedded computing.
🔑 Key Specifications & Features
Device Type: LPDDR5 SDRAM (Low Power DDR5) – Industrial Grade
Density: 64Gb (Gigabits) / 8GB (Gigabytes)
Organization: 2Gb x32
The "2G32" indicates a memory depth of 2 Gigabits with a 32-bit data bus width.
Note: This density typically utilizes Micron's advanced 16Gb die technology (4 internal dies of 2Gb each).
Speed / Data Rate: The suffix "023" indicates a data rate of 7500 MT/s (Megatransfers per second).
Note: This is a high-performance speed bin, offering significantly faster bandwidth than standard LPDDR4X memory.
Temperature Range: Industrial temperature range (typically -40°C to +95°C).
Note: The "IT" designation ensures stable operation in harsh environments where commercial components would fail, though it is not automotive qualified.
Compliance:
JEDEC Standard: Compliant with industry-standard LPDDR5 specifications.
Package: FBGA (Fine Pitch Ball Grid Array)
The "DS" package code indicates a specific package type (likely 315-ball) designed to accommodate the internal stacking required for this density while maintaining the x32 interface.
Key Technologies:
On-die ECC: Internal error correction, crucial for maintaining data integrity in high-density chips.
DFE (Decision Feedback Equalization): Ensures signal integrity at high data rates (7500 MT/s).
Self-Refresh Modes: Optimized for low power consumption to extend battery life in mobile devices.
💡 Typical Applications
5G Infrastructure: Base stations and network equipment requiring high reliability and speed.
Industrial Automation: Robotics and control systems operating in factory environments.
Embedded Computing: Ruggedized servers and edge computing devices.
Medical Electronics: High-end imaging and diagnostic equipment.
Note: The "IT:C" refers to the Industrial Trace or Revision code (Revision C). This identifies the specific manufacturing lot or silicon revision qualified for industrial use, which is critical for traceability and quality control in industrial supply chains.
