HPE 16GB DDR4 SDRAM Memory Module

Engineered for enterprise-grade reliability and performance, the HPE 16GB DDR4 SDRAM Memory Module is a smart upgrade choice for expanding memory in HP ProLiant and other DDR4-supported servers. Built on HPE’s SmartMemory technology, this module balances capacity, bandwidth, and total cost of ownership to power virtualization, database operations, and data-intensive workloads. Whether you’re scaling for virtual machines, large in-memory caches, or compute-heavy applications, this memory module works within the HP ecosystem to deliver consistent performance, improved responsiveness, and robust data protection features that IT teams demand in mission-critical environments.

• High capacity and efficient performance: 16GB of DDR4 memory increases your server’s working set, enabling more virtual machines, larger datasets, and faster caching. The module is designed to deliver higher data throughput with optimized timings, helping critical applications run smoother even under peak workloads.
• SmartMemory reliability for enterprise workloads: HPE SmartMemory integrates advanced error detection and correction, improving fault tolerance and reducing unplanned downtime. This module works with HP’s memory health monitoring to map and protect memory resources across the server, contributing to higher uptime and predictable performance.
• Designed for HP servers and DDR4 ecosystems: Specifically optimized for HPE ProLiant and other DDR4-enabled servers, this memory module aligns with HP’s validation and compatibility standards, ensuring dependable operation within supported configurations and simplifying procurement and deployment.
• Seamless scalability and lifecycle management: As your data center grows, this 16GB DDR4 module scales with your infrastructure. It supports dynamic memory expansion, virtualization density, and memory-intensive workloads, all while aligning with HP’s service and support ecosystem to streamline maintenance and upgrades.
• Energy-efficient performance with enterprise-grade protection: DDR4 technology provides improved bandwidth per watt, while the module’s protective features help guard against data corruption and memory faults. This translates to lower operating costs and more predictable performance over time, even as workloads become more demanding.

Technical Details of HPE 16GB DDR4 SDRAM Memory Module

• Source: Specifications derived from the EC Synnex product page, using the product's UPC or SKU as reference to locate accurate details.
• Memory type: DDR4 SDRAM with enterprise-grade reliability features designed for server use.
• Capacity: 16GB per module, suitable for memory-dense configurations and smooth scaling in ProLiant and compatible servers.
• Form factor: 288-pin DIMM (typical for DDR4 server memory modules) designed to fit standard server memory slots while preserving signal integrity and stability.
• Protection and reliability: ECC support and memory health features that help detect and correct errors to minimize downtime and data loss.
• Voltage and timing: Configured for DDR4 server operation with optimized timings to balance speed and stability within HP-certified platforms.

how to install HPE 16GB DDR4 SDRAM Memory Module

• Power down the server completely and unplug all power sources. If available, disconnect any attached peripherals to prevent accidental damage during installation.
• Ground yourself to avoid static electricity. Use an anti-static wrist strap or touch a metal surface away from the components before handling memory modules.
• Open the server chassis according to the manufacturer’s instructions, and locate the memory module slots. Identify the appropriate DIMM slots for groups of RAM based on your memory configuration plan.
• If replacing existing modules, release the retaining clips on the target slot and carefully lift the old module out, keeping it level to prevent damage to the connector pins.
• Align the notch on the HPE 16GB DDR4 SDRAM Memory Module with the key in the slot. Insert the module evenly and firmly until the side clips click into place, securing the module.
• Repeat as needed for additional modules, ensuring proper population order per your server’s memory population guidelines for optimal performance.
• Close the chassis, reconnect power, and power on the server. Enter the system BIOS or the HP diagnostics tool to verify the memory is recognized and running at the expected speed.
• Run memory tests or a full system diagnostic to confirm stability and compatibility. Address any errors or warnings before placing the server into production.

Frequently asked questions

• What is HPE DDR4 SmartMemory? HPE DDR4 SmartMemory is a line of server memory modules optimized for HP servers, featuring enhanced reliability, manageability, and performance. SmartMemory helps ensure memory health, improves error detection, and supports efficient memory provisioning within HP environments.
• Is the 16GB DDR4 module ECC memory? Yes. This module is designed to support ECC (Error-Correcting Code) to detect and correct common memory errors, improving data integrity and server uptime in enterprise workloads.
• Which servers are compatible with this module? It is designed for HP ProLiant and other DDR4-supported enterprise servers that validate and support HPE SmartMemory modules. Always verify compatibility with your specific server model and firmware version using HP QuickSpecs or the vendor’s compatibility list.
• What speed will this memory run at? The actual operating speed depends on the server’s memory controller and system configuration. The module is DDR4-compatible and supports speeds consistent with the server’s capabilities, with potential downclocking to match system limits for stability.
• How do I know if the memory is functioning correctly after installation? After installation, power on the server and run built-in diagnostics or HP Insight / HP Smart Memory tools to verify recognized capacity, module health, and expected speed. Look for any error codes or warnings in the BIOS/UEFI or diagnostic utilities and address them promptly.
• How does this module help with total cost of ownership? By delivering reliable performance, reducing the risk of memory-related outages, and enabling efficient virtualization and caching, this module contributes to lower operational costs, easier maintenance, and longer hardware lifecycle within enterprise deployments.