752369-081 HPE 16GB RAM 2133Mhz Pc4-17000 DDR4 SDRAM Cl15 Ecc Reg

HPE 752369-081 16GB Memory PC4-17000 DDR4 RAM

The HPE 752369-081 16GB Memory PC4-17000 DDR4 SDRAM 2133MHz CL15 ECC Registered module is an enterprise-grade memory solution engineered to deliver exceptional reliability, performance, and efficiency for Hewlett Packard Enterprise ProLiant servers and compatible systems. Designed for data-intensive workloads, this server-grade DDR4 module provides enhanced bandwidth and lower power consumption compared to previous generations, ensuring consistent system stability and improved overall throughput in mission-critical environments. It supports error-correcting code (ECC) technology and is registered (buffered), which makes it suitable for use in multi-processor server configurations that demand error-free data handling and optimized performance.

Characteristics of HPE 752369-081 DDR4 Memory

The HPE 752369-081 memory module operates at a speed of 2133MHz, classified as PC4-17000, and is built using advanced DDR4 SDRAM technology. The module features a CAS latency of 15, which contributes to reduced delay in command execution and faster access times. With a 16GB capacity per module, this memory stick provides sufficient scalability for mid-range and high-performance server systems. The registered ECC configuration helps maintain data integrity, preventing memory corruption and system crashes that could occur during intensive computational processes. Furthermore, the DDR4 architecture allows higher density and improved data signaling, which is essential for modern virtualization and cloud workloads.

Performance and Bandwidth Advantages

One of the core strengths of the HPE 752369-081 16GB DDR4 memory module is its high data transfer rate, which enhances memory bandwidth and reduces latency across server tasks. Operating at 2133MT/s, the module ensures faster communication between the memory and the CPU, leading to optimized data processing in multitasking server applications. This translates to smoother execution of virtual machines, faster database queries, and improved performance in applications such as analytics, virtualization, and enterprise resource planning (ERP). The 17,000MB/s theoretical maximum bandwidth supports consistent data flow, which is crucial for high I/O operations and virtualized environments.

ECC Registered Reliability

The inclusion of ECC (Error-Correcting Code) and Registered technology ensures the highest reliability in server operations. ECC functionality automatically detects and corrects single-bit memory errors, which can otherwise cause system instability or data corruption. In enterprise deployments, such as financial systems, healthcare databases, or research computing clusters, even minor memory errors can lead to significant operational risk. The registered buffering further enhances signal integrity by reducing electrical load on the memory controller, allowing more modules to be installed within the same system. This combination of ECC and registered buffering guarantees consistent uptime and data reliability under demanding workloads.

Compatibility and Integration

The HPE 752369-081 memory module is specifically validated and optimized for use with Hewlett Packard Enterprise ProLiant Gen9 server platforms, including models such as the DL360, DL380, and ML350 series. These servers benefit from the module’s stability and optimized performance tuning within the HPE ecosystem. Installation is seamless, as the module adheres to industry-standard DIMM form factors and JEDEC specifications, ensuring straightforward integration with existing HPE server infrastructures. HPE firmware and BIOS-level optimizations further enhance performance consistency and compatibility across various system configurations, guaranteeing stable memory operations during continuous workloads.

Enhanced Data Processing Efficiency

By leveraging DDR4 technology, the HPE 752369-081 memory module provides a 33% performance improvement over DDR3 memory. This enhancement translates to faster application load times, reduced latency, and greater system responsiveness, especially under concurrent multi-threaded processes. The optimized data path structure minimizes delays and enhances memory controller synchronization, which results in smoother server behavior during parallel data processing. This makes it ideal for virtualized environments, high-performance computing (HPC), and large-scale database management systems, where memory efficiency directly impacts computational output and user response times.

Power Efficiency and Thermal Management

DDR4 modules are designed to consume less power compared to DDR3, operating at a lower voltage of 1.2V instead of 1.5V. The HPE 752369-081 16GB module incorporates this energy-efficient design, which contributes to reduced power draw and overall operational cost savings in data centers. Lower voltage operation not only conserves energy but also generates less heat, leading to improved thermal performance and longevity of server components. When deployed across multiple DIMMs, this cumulative reduction in power consumption plays a significant role in improving the total cost of ownership (TCO) and sustainability of large-scale enterprise environments.

Server Memory Architecture

In modern enterprise computing, memory architecture plays a crucial role in determining the overall system efficiency. The HPE 752369-081 DDR4 Registered DIMM is structured to support multi-channel memory configurations, maximizing data throughput between the CPU and memory banks. This balanced architecture enables the system to handle intensive workloads with minimal latency, providing a scalable foundation for expanding business requirements. When installed in dual or quad-channel configurations, memory bandwidth is further optimized, allowing faster access to frequently used data and improving system responsiveness under load.

Scalability for Future Expansion

The scalability of the HPE 752369-081 module ensures that enterprises can expand their system memory capacity as data demands increase. HPE’s modular memory design supports mixed-capacity configurations, enabling IT administrators to add or upgrade memory modules without disrupting ongoing operations. This flexibility is particularly beneficial for organizations undergoing digital transformation, where expanding virtualization, AI workloads, and cloud-based services require progressively higher memory capacity. As part of the HPE Qualified Options portfolio, each memory module undergoes rigorous testing for compatibility and endurance, ensuring that future upgrades maintain consistent reliability across generations of HPE ProLiant servers.

Improved Signal Integrity and Stability

The Registered DIMM design in the HPE 752369-081 module acts as a buffer between the memory controller and DRAM chips, improving signal integrity across multiple DIMMs. This buffering minimizes electrical interference and enhances synchronization, which is critical in multi-CPU systems that require stable and predictable data communication. The advanced design ensures consistent voltage distribution and thermal stability, minimizing system crashes caused by memory signal degradation. This allows for denser memory configurations without sacrificing stability or performance, a key consideration in enterprise-grade computing environments.

Applications and Workload Optimization

The HPE 752369-081 DDR4 ECC Registered memory module is optimized for high-performance workloads across a broad range of applications. Its combination of speed, reliability, and scalability makes it ideal for enterprise resource planning (ERP), database management, web hosting, and high-performance computing applications. The enhanced bandwidth and ECC features make it particularly well-suited for virtualization platforms like VMware vSphere, Microsoft Hyper-V, and Citrix XenServer, where memory allocation efficiency and stability are critical. Moreover, the module’s low power consumption helps maintain sustainable performance across continuous 24/7 operational cycles, which is vital in large data center environments.

Virtualization and Cloud Computing Performance

Virtualized infrastructures demand memory modules that can efficiently handle concurrent operations across multiple virtual machines. The HPE 752369-081 module ensures consistent memory access performance even during heavy virtualization workloads. Its ECC Registered configuration allows for error-free execution of numerous simultaneous processes, reducing downtime and ensuring stable resource allocation. In cloud deployments, where scalability and load balancing are crucial, the 16GB DDR4 capacity per module provides an excellent balance between density and cost-effectiveness, making it a preferred choice for hybrid and private cloud infrastructures built on HPE ProLiant platforms.

Database and Analytics Optimization

For database-driven applications, such as Microsoft SQL Server, Oracle, or SAP HANA, memory bandwidth and error-free data handling are essential. The HPE 752369-081 module’s 2133MHz speed and ECC protection ensure reliable caching and indexing, enhancing query response times and transaction throughput. The consistent latency profile allows applications to maintain real-time performance, supporting fast in-memory analytics and business intelligence operations. Its capability to manage high transaction volumes makes it ideal for industries that rely heavily on data accuracy and uptime, including financial services, e-commerce, and scientific computing.

Data Integrity and Security Assurance

Data integrity is one of the most critical aspects of enterprise memory design. The ECC (Error-Correcting Code) functionality in the HPE 752369-081 module ensures real-time correction of single-bit memory errors and detection of multi-bit errors, preventing data corruption before it reaches the CPU. This proactive error management is crucial for maintaining the integrity of mission-critical databases and sensitive workloads. In addition, the module’s compatibility with HPE’s advanced firmware-level diagnostics enables continuous monitoring of memory health, allowing predictive failure alerts and maintenance scheduling before system downtime occurs.

Compatibility with HPE Server Management Ecosystem

The HPE 752369-081 DDR4 memory module works in harmony with HPE management tools such as HPE OneView and HPE Systems Insight Manager (SIM), offering administrators comprehensive visibility into system performance. These tools provide actionable insights into memory utilization, thermal performance, and health status, allowing data center operators to fine-tune their infrastructure for optimal performance. This tight integration simplifies server management tasks, reduces administrative overhead, and improves the return on investment by extending the service life of enterprise hardware assets.

Virtualization and Cloud Infrastructure Integration

Virtualization technologies rely heavily on efficient memory allocation to maintain consistent performance across multiple guest operating systems. The HPE 752369-081 DDR4 memory enables smooth scaling of virtual machine environments while maintaining integrity and minimizing latency. Its ECC and Registered configuration ensure that high-density deployments maintain stability even when memory utilization is near capacity. This makes it highly effective in cloud infrastructure solutions where scalability, uptime, and efficiency are non-negotiable performance criteria.

Enterprise Database and Transactional Workloads

For database environments, memory capacity and reliability directly influence transaction speed and data accuracy. The HPE 752369-081 DDR4 module’s high-speed 2133MHz performance accelerates query execution and data caching operations. ECC correction ensures that no corrupted data is written to storage, preserving database consistency across millions of transactions. This reliability is vital for sectors such as banking, logistics, and e-commerce, where uninterrupted access to accurate data determines business performance and customer satisfaction.

Integration with HPE Server Platforms

The HPE 752369-081 memory module is fully compatible with multiple HPE ProLiant server generations, offering flexibility and long-term investment protection. Its integration with Gen9 server systems ensures optimized memory channel performance and BIOS-level tuning. HPE’s design philosophy of backward and forward compatibility allows organizations to mix this module with other qualified memory units in balanced configurations, maintaining consistent system reliability. The module’s firmware is synchronized with HPE’s system utilities, enabling automatic recognition and optimized configuration upon installation.

Optimized Configuration in Dual and Quad Channel Architectures

To maximize performance, the HPE 752369-081 memory module performs best when installed in dual or quad-channel configurations. This setup allows simultaneous data access from multiple memory banks, enhancing throughput and reducing latency. In multi-CPU systems, channel balancing and interleaving further improve efficiency, ensuring that each processor core has rapid access to data. This is particularly beneficial in compute-intensive tasks such as 3D rendering, machine learning, and simulation workloads, where memory speed and parallelism are critical for achieving optimal results.