HPE DDR4 32GB 2133MHz Memory Module

The HPE DDR4 32GB 2133MHz memory module is a 288-pin DIMM designed for HPE ProLiant Gen9 servers, Apollo Family, Synergy and Blade Systems. This 32 GB, quad-rank DDR4-2133 module with CAS latency 15 and 1.2 V operation provides the capacity and bandwidth required for virtualized environments, cloud workloads and large database applications while maintaining compatibility and reliability through HPE SmartMemory qualification.

Advantages

HPE SmartMemory is rigorously qualified and tested to deliver compatibility, reliability and optimized performance specifically with Hewlett Packard Enterprise Gen9 servers. The module’s quad-rank design and 2133 MHz clock speed offer higher capacity and improved throughput for demanding server tasks while operating at a standard 1.2 V to support energy-efficient server configurations.

Suitable for

• Upgrading memory in HPE ProLiant Gen9 servers
• High-density compute in Apollo Family systems
• Composable infrastructure with HPE Synergy
• Blade server environments
• Virtualization, cloud services and large database workloads

Key specifications

• Capacity: 32 GB (1 x 32 GB)
• Type: DDR4, quad rank
• Speed: 2133 MHz (DDR4-2133)
• Form factor: 288-pin DIMM
• CAS latency: 15
• Voltage: 1.2 V
• Manufacturer part number (MPN): 774174-001-MOQ-30
• EAN: 5706998719775

How to use

Power down the server and follow the server manufacturer’s instructions to access the memory slots. Install the 288-pin DIMM into an appropriate DDR4 slot, ensuring it is seated and the module latches are closed. Reassemble the server, power it on, and verify that the system recognizes the new 32 GB module in the server firmware or operating system memory report. Follow any HPE platform guidance for supported slot population and pairing to achieve optimal performance.

Recommendations

Use this HPE DDR4 32GB 2133MHz SmartMemory module in HPE Gen9 platforms and certified systems only to ensure access to extended memory features and full compatibility. For best results, populate memory channels according to HPE documentation and match ranks/speeds across modules where possible.