HPE SmartMemory 32GB DDR4 SDRAM Memory Module

Discover the power of HPE SmartMemory with a 32GB DDR4 memory module designed to maximize performance, reliability, and scalability in enterprise environments. This 32GB module comes in a single-rank x4 configuration and is available in two speed variants to perfectly suit HPE Gen10 Intel-based servers and Gen10 Plus AMD-based systems. Whether you’re virtualizing, running large databases, or accelerating analytics, this memory kit delivers the headroom and the dependable speed needed for demanding workloads while maintaining robust data integrity and seamless integration with HPE’s management ecosystem.

• 32GB capacity in a single 32GB DIMM with 1Rx4 organization delivers ample headroom for memory-intensive workloads, helping virtualization stacks, databases, and in-memory analytics run more smoothly. The single-module approach optimizes memory channel utilization, reduces inter-module communication overhead, and supports efficient scaling as your workloads grow.
• Two speed variants tailored to platform needs: DDR4-2933 CAS-21-21-21 Registered for HPE Gen10 Intel servers and DDR4-3200 CAS-22-22-22 Registered for HPE Gen10 Plus AMD servers. This flexibility lets you balance memory bandwidth and latency to maximize performance for your workload mix, from VDI and virtualized databases to large-scale data processing.
• Registered memory with enterprise-grade reliability: The Registered (buffered) design helps stabilize memory signaling in multi-channel and multi-processor configurations. Combined with HPE SmartMemory capabilities, you gain improved signal integrity, better error handling, and enhanced uptime—crucial for production environments and mission-critical workloads.
• SmartMemory integration for smarter servers: HPE SmartMemory brings onboard intelligence to memory management, enabling the server firmware to optimize timing, layout, and thermal behavior. This translates into better stability, improved memory readability under load, and proactive health monitoring when paired with HPE iLO and firmware updates.
• Designed for HPE Gen10 and Gen10 Plus platforms: Built to work seamlessly with HPE ProLiant Gen10 (Intel) and Gen10 Plus (AMD) servers, ensuring compatibility with modern firmware stacks and platform-specific optimizations. This makes upgrades straightforward and maintains alignment with HPE’s reliability and performance standards across your data center.

Technical Details of HPE SmartMemory 32GB DDR4 SDRAM Memory Module

• Memory Type: DDR4 SDRAM
• Capacity: 32 GB
• Rank/Organization: Single Rank (1Rx4)
• Speed Options: DDR4-2933 CAS 21-21-21 (Registered) or DDR4-3200 CAS 22-22-22 (Registered)
• Registration: Registered
• Form Factor: DIMM
• Compatibility: HPE Gen10 Intel servers and Gen10 Plus AMD servers

How to install HPE SmartMemory 32GB DDR4 SDRAM Memory Module

Preparing for installation

Before handling server components, power down the system completely, disconnect all power sources, and ground yourself to prevent static discharge. If available, consult the server’s maintenance manual for the recommended memory population rules and slot order to maximize performance and stability.

Locating the correct slot and installing

Open the server chassis to access the memory bays. Identify the appropriate DIMM slots according to the HPE memory population guidelines for your Gen10 or Gen10 Plus platform. Align the notch on the memory module with the slot key, insert the module at a slight angle, and then press straight down until the latches click into place, securing the module firmly in the slot.

Verifying seating and configuration

Double-check that the module is fully seated and that the server recognizes the memory. If your server supports memory interleaving or requires specific channel population, install additional modules in the recommended banks to ensure optimal bandwidth distribution and fault tolerance.

Final steps

Reinstall the server cover, reconnect power, and boot into the system firmware or operating system. Run a memory diagnostic or use the server management tools to confirm detection, capacity reporting, and health status. If any issues arise, reseat the DIMM or try alternate slots following the manufacturer’s guidelines and run diagnostic tests again.

Notes for optimal performance

To maximize reliability and performance, pair this module with other HPE SmartMemory modules of the same speed tier and ensure matching capacity in the same memory channels where possible. Aligning memory configurations across channels minimizes latency and improves throughput, which can be especially beneficial in virtualization and database workloads.

Frequently asked questions

Q: What are the speed options for this memory kit?

A: The 32GB DDR4 memory module is offered in two speed variants: DDR4-2933 CAS 21-21-21 (Registered) for HPE Gen10 Intel servers and DDR4-3200 CAS 22-22-22 (Registered) for HPE Gen10 Plus AMD servers. The specific option you choose should match your server model and workload requirements.

Q: Which servers are compatible with this HPE SmartMemory module?

A: This 32GB DDR4 module is designed for HPE ProLiant Gen10 servers (Intel-based) and Gen10 Plus servers (AMD-based). It’s built to integrate with these platforms’ firmware and management ecosystems for optimized performance and reliability.

Q: Is this memory module registered?

A: Yes. The module is a Registered memory kit, which helps stabilize signal integrity and reliability in multi-slot configurations typical of enterprise servers.

Q: Do I need matching memory modules for best performance?

A: For optimal performance, it’s recommended to deploy memory in matched configurations (same speed tier and capacity) across memory channels, following HPE’s memory population guidelines. This alignment improves bandwidth and reduces latency in multi-channel configurations.

Q: How can I verify the memory upgrade in my system?

A: After installation, use your server’s management interface (such as HPE iLO) or BIOS/UEFI diagnostics to confirm detected capacity, speed, and health status. Running a memory diagnostic tool can help ensure the new module is functioning correctly and integrated with existing memory.