Micron MTA18ASF2G72PDZ-2G6J1 Memory Module 16 GB 1 x 16 GB DDR4 2666 MHz ECC

Improve the speed of your servers with Micron server DRAM

By using Micron Server DRAM, IT budgets can be maximized and performance is enhanced.

Boost application performance and maximize your IT budget with Micron Server DRAM.

Implementing Micron Server DRAM is an easy and affordable way to increase application performance and efficiency.

Accelerate server applications

Micron DRAM ensures the maximum performance ability of your CPUs as well as the best operation of your servers.

In general, since memory is a fixed component (not shared), it is often a bigger performance constraint than processors or storage drives. Your server investment will be boosted when you maximize its memory capacity.

How to get the most from your IT budget

You can get more out of your existing systems with Micron DRAM, which is a fraction of the cost of buying new servers.

Buying new computers with the least amount of pre-installed memory and upgrading with Micron MTA18ASF2G72PDZ-2G6J1 Memory Module can still save you money.

Increase the efficiency of virtualizing applications and the performance of virtual machines

The usage of server memory is a critical factor with regard to enterprise applications that are stored on servers and distributed to multiple virtual machines.

As a rule of thumb, the more virtual machines you run on a server, the more memory a server requires.

Technology of the highest quality available

By increasing each server's memory capacity by installing Micron Server DRAM with module densities up to 128GB, you can maximize system performance.

The 16Gbps Micron DDR4 memory from Micron utilizes higher density components, allowing it to utilize two times as much memory per component as the 8Gbps equivalent.

Product lines of Micron server DRAM:

RDIMM

• Each RDIMM contains a register chip which helps control data flow within the server;
• Data errors can be prevented and the overall reliability of a system is increased by integrating ECC parity;
• Designed to run on the latest Intel® and AMD® based servers;
• Height options include standard and VLP modules;

LRDIMM

• Optimized for high-performance server applications;
• Provides significant power savings by reducing electrical loads on the CPU;
• A great solution for hyperscale computing, virtualization, cloud computing, big data, and more;

ECC UDIMM

• Optimized for cost-effective performance in entry-level workstations and servers;
• Multiple configurations and capacities available;
• The best choice for office applications, digital media design, video editing, or web hosting;
• Both VLP and standard module heights are available;

ECC SODIMM

• Specially designed for small form factor workstations and servers;
• Parity between error correction codes (ECCs) increases system stability.
• Space-constrained environments are ideal for microserver workloads;

NVDIMM

• Combining DRAM performance with NAND's persistent nature;
• Ensures data preservation and limit downtime costs during power failures;
• The modules are capable of speeds up to 3200 MT/s and can be configured up to 32 GB each;
• Based on your motherboard configuration, you may choose to include or exclude the pull-up resistor;