Micron 128GB DDR4 2933MHz LRDIMM Memory Module

Overview

The Micron MTA72ASS16G72LZ-2G9B3R is a 128GB DDR4 memory module designed to enhance the performance of servers and workstations handling demanding workloads. Operating at 2933 MHz, it delivers fast data transfer rates that support virtualization, data analytics, and large-scale design applications without slowing down your system. Its 288-pin LRDIMM format and quad-rank architecture enable higher memory capacities while maintaining signal integrity, making it a solid choice for environments where reliability and capacity are critical.

Key features

• High 128GB capacity to support memory-intensive applications and multitasking
• DDR4 technology running at 2933 MHz for efficient and speedy data handling
• Load-Reduced DIMM (LRDIMM) design that reduces electrical load on the memory controller, allowing for greater scalability
• Quad-rank layout that maximizes memory density without compromising performance
• Error-correcting code (ECC) functionality that detects and corrects data errors in real time to ensure system stability
• Low 1.20 V operating voltage to reduce power consumption and heat output in dense server setups
• Compliance with RoHS and REACH environmental standards for safer and more sustainable operation
• Backed by a three-year limited warranty, providing confidence in long-term reliability

Key specs

• Capacity: 128 GB
• Memory type: DDR4
• Speed: 2933 MHz
• Form factor: 288-pin LRDIMM
• Architecture: Quad-rank
• Voltage: 1.20 V
• ECC support: Yes
• Compliance: RoHS and REACH
• Warranty: Three years limited

Compatibility and use cases

This memory module is designed for systems that support Load-Reduced DIMMs, typically found in high-performance servers and workstations. It fits well in setups requiring large memory pools for virtualization hosts, complex data analytics, and professional design software. IT professionals will appreciate its balance of capacity, speed, and error correction, which helps maintain uptime and data integrity in critical environments.