MICRON MTA36ASF8G72PZ-2G9B2 64GB 2933MHz PC4-23400 ECC REGISTERED 2Rx4 Server Memory Module

The Micron MTA36ASF8G72PZ-2G9B2 is a 64GB DDR4-2933 ECC registered server memory module for servers that support 288-pin, 1.2V, 2Rx4 RDIMMs.

Recommended For

• Administrators upgrading a DDR4 server or workstation whose documentation supports 64GB 2Rx4 ECC RDIMMs; verify the exact system and CPU memory limits before installing.
• Home-lab builders expanding a compatible server for virtual machines or containers, where a 64GB registered ECC module can add memory capacity for multiple concurrent workloads.
• Server operators replacing or matching a 64GB DDR4-2933 ECC RDIMM in an existing memory configuration, provided the platform’s compatibility list and DIMM-population rules allow it.
• Workstation or server users running memory-capacity-heavy services, such as databases or in-memory workloads, on a platform that supports this specific RDIMM type and capacity.

Real-World Use Scenarios

• When expanding a compatible server for virtualization, adding this 64GB RDIMM can provide more memory headroom for running multiple virtual machines, helping reduce memory pressure when workloads share the host.
• For a server hosting a large database, adding this module can increase available memory for database processes and frequently accessed data, potentially reducing pressure to retrieve that data from storage.
• When a cloud or application server needs to handle more concurrent services, this 64GB module can add memory capacity so the host has more room for active workloads, provided the server supports this RDIMM type.
• For data-processing workloads that keep large datasets in memory, adding this module can increase the amount of data the server can work with in RAM, although results depend on the CPU, software, and total installed memory.
• In a server that supports ECC registered memory, this module is suited to capacity upgrades for long-running business workloads; ECC can detect and correct certain memory errors, but it does not prevent every system failure.