HP HPE - DDR4 - moduuli - 8 GB - DIMM 288-PIN - 2133 MHz / PC4-17000

The HPE DDR4 8GB 2133MHz memory module is a 288-pin registered DIMM intended for servers and high-performance PCs. Designed for HPE ProLiant Gen9 compatibility, this single 8 GB module (single rank x4) operates at 2133 MHz with CAS latency 15, providing verified DRAM quality and reliability for virtualization, database and cloud workloads.

Advantages

HPE SmartMemory technology authenticates the module so ProLiant Gen9 systems can identify memory that passed HPE qualification and testing. Authenticated memory allows enabling extended memory performance features in the system ROM. Using HPE-qualified registered DDR4 reduces the risk of compatibility issues and supports higher uptime and reliable operation under heavy server workloads.

Suitable for

• HPE ProLiant Gen9 servers requiring registered DDR4 memory
• Virtualized environments and hypervisor hosts
• Database servers and business applications with moderate memory needs
• High-performance workstations and compute nodes compatible with 288-pin DIMM

Key specifications

• Capacity: 8 GB (1 x 8 GB)
• Type: DDR4 Registered (RDIMM), single rank x4
• Clock speed: 2133 MHz
• CAS latency: 15 (15-15-15)
• Form factor: 288-pin DIMM
• Manufacturer part number (MPN): 774170-001
• EAN: 5712505914366

How to use

Install the module in an empty compatible DIMM slot following the server or motherboard vendor instructions. Ensure the system is powered off and grounded before handling memory. After installation, boot the system and verify memory is recognized in the system firmware/BIOS. For ProLiant Gen9 servers, authenticated HPE SmartMemory features will be detected automatically by the system ROM.

Recommendations

Use this HPE DDR4 8GB 2133MHz registered module in matched pairs or according to your server memory population guidelines to achieve optimal performance and channel interleaving. Refer to HPE server memory compatibility documentation to confirm supported configurations and enable any extended memory features.