752369-081 HPE 16GB DDR4 SDRAM 2133Mhz Cl15 Ecc Reg Memory

HPE 752369-081 16GB PC4-17000 DDR4 SDRAM Overview

The HPE 752369-081 16GB Memory PC4-17000 DDR4 SDRAM 2133MHz CL15 ECC Registered module represents a premium-grade enterprise memory solution engineered for performance, stability, and scalability. Designed by Hewlett Packard Enterprise to support mission-critical applications, this server-grade RAM provides exceptional data throughput and reliability essential for high-performance computing environments. It delivers the perfect balance between energy efficiency, data protection, and operational consistency, ensuring that business workloads remain uninterrupted even during intensive processing.

Advanced DDR4 Technology and Bandwidth Efficiency

The DDR4 SDRAM architecture of the HPE 752369-081 provides a significant advancement over its DDR3 predecessors by enhancing bandwidth and reducing latency. With a transfer rate of 2133MT/s, this module ensures that large volumes of data can be accessed and processed rapidly. The PC4-17000 classification translates to an approximate peak data rate of 17GB/s, which is crucial for data-intensive tasks like virtualization, database management, and analytics workloads. The improved data bus architecture minimizes bottlenecks while optimizing data flow between the CPU and memory, enhancing system performance under complex computational loads.

Registered ECC Memory for Maximum Reliability

Equipped with Error-Correcting Code (ECC) technology, the HPE 752369-081 detects and corrects single-bit memory errors automatically, preventing potential data corruption. This reliability is indispensable in data centers, servers, and enterprise infrastructures where uptime and data integrity are paramount. As a registered memory module, it includes an additional register between the DRAM and memory controller, providing enhanced stability and allowing the system to handle more memory modules without sacrificing reliability. This feature makes it particularly effective for systems that demand maximum scalability without compromising stability or performance.

Compatibility with HPE Server Platforms

The HPE 752369-081 16GB DDR4 module is specifically qualified for use in HPE ProLiant Gen9 and select Gen10 servers. These systems benefit from optimized firmware-level tuning that ensures seamless integration and performance consistency. Compatibility testing and validation are a part of HPE’s rigorous quality assurance process, ensuring that each memory module works efficiently with specific server motherboards. This compatibility minimizes hardware conflicts, enhances performance synchronization, and provides peace of mind for IT administrators deploying memory upgrades in critical server environments.

Energy Efficiency and Thermal Management

DDR4 memory modules are designed to operate at lower voltages than DDR3, typically running at 1.2V instead of 1.5V. The HPE 752369-081 takes full advantage of this power-saving design to reduce overall energy consumption and lower heat generation. For large-scale data centers running multiple servers, this translates into significant cost savings in power and cooling requirements. Enhanced thermal sensors and efficient heat dissipation properties ensure consistent operation even under continuous high-performance conditions, reducing the risk of thermal throttling and extending the module’s operational lifespan.

Power Optimization Features

The internal design of the module utilizes advanced power management technologies that dynamically adjust voltage and timing based on workload intensity. This adaptability contributes to improved performance-per-watt efficiency, ensuring optimal utilization of power resources while maintaining processing throughput. The reduced heat output also enables better airflow within densely populated rack environments, contributing to improved system reliability and longer hardware durability.

Characteristics of the HPE 752369-081 Memory Module

The HPE 752369-081 offers consistent and predictable performance due to its balanced architecture and carefully engineered latency controls. With a CL15 timing configuration, this DDR4 module provides an excellent balance between speed and stability, allowing enterprise systems to execute demanding applications such as virtualization, cloud computing, and scientific modeling without compromise. The precise synchronization of memory cycles ensures that the processor receives a steady data stream, minimizing processing delays and improving overall throughput.

Latency and Timing Efficiency

The CAS latency (CL) of 15 cycles contributes to efficient command execution, ensuring data requests from the CPU are handled promptly. This precision timing ensures low access delays and high data consistency across all operations. Whether handling transaction-intensive databases, enterprise resource planning (ERP) systems, or virtualization hypervisors, the HPE 752369-081 maintains consistent memory response rates that keep enterprise workloads optimized at all times.

Optimized for Multithreaded Applications

Servers running multithreaded or multi-core processors greatly benefit from the DDR4 architecture of this module, as it supports higher concurrency levels. Each core can access the memory pool efficiently, minimizing latency between threads and improving overall computational efficiency. This makes the HPE 752369-081 ideal for environments running multi-user virtualization platforms, large-scale simulations, and distributed database applications.

Enterprise-Grade Reliability and Data Integrity

Reliability is the cornerstone of the HPE 752369-081 memory module. Its ECC registered architecture ensures continuous error checking, which is critical in enterprise environments that require long uptimes and minimal service interruptions. The combination of ECC and registered buffering helps prevent data corruption and system instability that could otherwise result from transient memory faults. Additionally, the module’s components are selected from the highest-quality semiconductor materials, further reinforcing its long-term durability and dependable performance.

HPE Quality Assurance and Validation

Each HPE memory module undergoes extensive validation under real-world conditions to ensure compatibility and performance consistency. The testing process includes rigorous burn-in cycles, stress tests, and interoperability checks with various HPE server motherboards. This validation guarantees that the memory will perform flawlessly even under continuous operation in high-density computing environments. The end result is a highly stable memory component that upholds enterprise-grade reliability standards.

Support for Virtualization and Cloud Computing

In virtualized environments, memory capacity and reliability directly influence the number of virtual machines (VMs) that a system can support. The HPE 752369-081 is designed to deliver dependable performance for hypervisors like VMware, Microsoft Hyper-V, and Citrix XenServer. With high data throughput and reduced latency, it ensures that each virtual machine receives consistent memory access speeds. This capability enhances virtual infrastructure efficiency and enables better consolidation ratios, improving total cost of ownership.

Ideal for High-Performance Workloads

Applications such as data analytics, in-memory databases, and engineering simulations demand high memory bandwidth and low latency. The HPE 752369-081 provides the memory performance required to process large data sets in real time, enhancing productivity and speeding up decision-making processes. Its reliability makes it a dependable component for enterprise computing systems that must maintain operational integrity during intensive computational tasks.

Thermal and Signal Stability Enhancements

In high-density server environments, maintaining signal stability and managing heat are crucial. The HPE 752369-081 integrates on-DIMM thermal sensors and advanced PCB layering to ensure effective heat dispersion and electrical integrity. The module’s materials are optimized to maintain consistent performance under varying thermal conditions, preventing signal distortion and ensuring precise timing accuracy even under sustained workloads.

Component-Level Engineering Quality

Every chip on the HPE 752369-081 is selected based on stringent performance and endurance benchmarks. This attention to component quality ensures the module’s long operational lifespan and minimal failure rates. HPE’s manufacturing processes adhere to strict quality control standards, ensuring uniformity across batches and consistent performance in every unit deployed across enterprise data centers.

Security and Reliability in Data-Centric Operations

Data protection extends beyond storage devices; it begins with secure and reliable memory operations. The HPE 752369-081 plays a critical role in safeguarding volatile data during active computing sessions. Its ECC functionality prevents memory corruption that could lead to data loss or system failure. This protection is particularly vital in financial systems, healthcare infrastructures, and government databases where precision and reliability are mandatory.

Enhanced Uptime and Fault Resilience

Server downtime leads to revenue loss and operational disruptions. The robust architecture of the HPE 752369-081 mitigates this risk through fault tolerance and predictable behavior under stress conditions. Whether deployed in clustered environments or standalone servers, it provides a consistent foundation for stable, continuous computing operations. Combined with HPE’s proactive monitoring and firmware updates, this memory module remains a key component in building resilient, long-lasting IT infrastructures.