752370-091 HPE 32GB DDR4 SDRAM Pc4-17000 Ecc Registered Memory

HPE 752370-091 32GB PC4-17000 DDR4 ECC SDRAM

The HPE 752370-091 32GB PC4-17000 DDR4 SDRAM ECC Registered 2133MHz module represents a highly efficient and reliable memory solution designed for enterprise-grade servers and data center environments. Built to deliver exceptional performance, this HPE DDR4 memory module provides superior data integrity, energy efficiency, and scalability for demanding workloads. With its registered ECC design and DDR4 architecture, it ensures reliable data processing and seamless performance under intensive multitasking conditions.

This 32GB RAM module is part of the Hewlett Packard Enterprise ProLiant server ecosystem, ensuring compatibility, stability, and optimized performance. It supports error correction, which reduces data corruption risks, making it ideal for mission-critical applications such as virtualization, cloud computing, and database management.

Advanced DDR4 Architecture and High-Speed Performance

Enhanced Bandwidth and Data Throughput

The HPE 752370-091 memory module operates at 2133MHz frequency, delivering high-speed data transfer rates and improved bandwidth efficiency compared to its DDR3 predecessors. This frequency supports seamless multitasking, quicker data retrieval, and faster application performance. The DDR4 technology reduces latency while maximizing memory throughput, providing consistent response times for applications that demand real-time data access.

Efficient Memory Channel Utilization

Utilizing the PC4-17000 standard, the module ensures optimal channel utilization for servers equipped with multi-channel architectures. It effectively balances memory loads across channels, enhancing overall system stability and data flow. This efficiency directly translates to improved processing speeds, particularly in high-performance computing environments that rely on rapid data communication.

Low Voltage for Better Energy Management

Operating at 1.2V, the HPE DDR4 Registered ECC memory offers lower power consumption than previous generations, helping organizations reduce energy costs. This lower voltage also minimizes heat generation, promoting cooler system temperatures and extending hardware longevity. The result is a balanced blend of performance, stability, and sustainability for enterprise data centers.

Reliability Through ECC and Registered Memory Design

Importance of ECC in Enterprise Applications

The Error-Correcting Code (ECC) technology integrated into this module automatically detects and corrects single-bit memory errors, ensuring continuous data accuracy and reliability. This is particularly crucial in enterprise environments where data integrity cannot be compromised. ECC memory mitigates risks of data corruption and prevents system crashes caused by transient errors or electrical interference.

Registered Memory for Server-Grade Stability

The HPE 752370-091 features a registered (buffered) design, which adds a layer of stability by buffering the control signals between the memory controller and the DRAM chips. This buffering minimizes electrical load, enabling servers to handle higher memory capacities with improved reliability. The registered configuration is fundamental for multi-socket servers that require multiple DIMMs per channel for optimal performance.

Consistent Performance Under Heavy Workloads

Registered ECC memory modules like this HPE component are engineered to deliver consistent performance, even under intensive computational workloads. Whether running large databases, virtualization platforms, or analytics applications, this memory ensures stable operation without degradation in performance or increased latency.

Compatibility and Integration with HPE ProLiant Servers

Optimized for HPE Server Architectures

The 752370-091 32GB DDR4 SDRAM module is validated for use in HPE ProLiant Gen9 and Gen10 servers, guaranteeing seamless integration and optimal performance. HPE memory undergoes rigorous testing and certification to ensure it meets the brand’s strict quality and reliability standards. This compatibility ensures that server administrators can confidently deploy the module without encountering BIOS or firmware conflicts.

Plug-and-Play Scalability

Installation of this memory module is straightforward, supporting quick upgrades without complex configuration. It enables organizations to scale their systems efficiently as data demands grow, without requiring downtime or performance disruption. The registered ECC configuration supports higher overall system memory density, providing greater flexibility for scaling workloads.

Performance Advantages in Data-Intensive Applications

Accelerated Database and Virtualization Workloads

In database-driven operations, memory performance directly impacts response time and throughput. The high bandwidth of the HPE 752370-091 DDR4 module allows databases to cache more data in memory, reducing disk I/O and accelerating query processing. In virtualization platforms such as VMware or Hyper-V, increased memory capacity allows for more virtual machines to operate simultaneously with enhanced responsiveness.

Improved Performance for Analytics and Scientific Computing

For analytics applications and computational research, large datasets often exceed traditional memory capacities. With 32GB of high-speed ECC Registered DDR4 memory, workloads such as simulation, modeling, and machine learning benefit from reduced paging and faster execution. The 2133MHz frequency ensures smooth data handling and rapid access to frequently used datasets, improving overall workflow productivity.

Enhanced Efficiency in Cloud and Edge Computing

As businesses increasingly adopt hybrid cloud infrastructures, dependable memory solutions like the HPE 752370-091 become essential. This module provides reliable operation for edge computing nodes, where uptime and data integrity are critical. Its ECC and registered features safeguard performance consistency across distributed computing environments, maintaining reliability even in remote deployments.

Energy Efficiency

Reduced Power Consumption with DDR4 Technology

Compared to DDR3 memory modules, DDR4 operates at a reduced voltage, resulting in lower overall power usage. The HPE 752370-091 module’s energy-efficient design not only reduces operational costs but also contributes to a greener data center footprint. This efficiency aligns with sustainability goals for enterprises aiming to lower carbon emissions and power overhead.

Optimized Thermal Management

Lower power draw translates into reduced thermal output. This enhances overall system cooling efficiency and minimizes fan workload, leading to quieter operation and reduced energy consumption from cooling systems. By maintaining optimal thermal performance, the HPE 32GB DDR4 module ensures system longevity and prevents premature component wear.

Module Type and Configuration

This memory module features a 288-pin DIMM configuration compliant with DDR4 SDRAM standards. It is classified as a Registered ECC DIMM (RDIMM), specifically engineered for server-grade applications. The 32GB capacity ensures sufficient memory headroom for multitasking and virtualization environments.

Data Transfer Rate and Bandwidth

Operating at a 2133MHz effective clock speed, the PC4-17000 specification denotes a maximum bandwidth of up to 17,000 MB/s. This throughput supports faster data access and enhances responsiveness for workloads that rely on real-time computation, transaction processing, or analytics operations.

Latency and Reliability

The module provides low latency for improved performance while maintaining stability under continuous workloads. With ECC capability and HPE validation, the risk of downtime due to memory failure is minimized, ensuring reliable uptime for critical systems.

Compatibility and Form Factor

It is fully compatible with selected HPE ProLiant Gen9 and Gen10 servers and fits within standard 2U and 4U chassis designs. The 288-pin interface ensures secure installation and stable electrical contact, while the module’s compact design supports high-density configurations in enterprise rack servers.

Scalability and Future-Ready Memory Infrastructure

Supporting Larger Memory Configurations

The HPE 752370-091 enables enterprises to scale memory configurations effortlessly. By combining multiple RDIMMs within a server, administrators can expand total memory capacity while maintaining optimal performance balance. This scalability supports evolving workloads such as AI, machine learning, and virtualized cloud computing, which demand increasingly larger memory pools.

Integration in Multi-Socket Systems

In dual- or quad-socket server configurations, registered memory ensures stable communication between processors and DIMMs. This capability allows system architects to maximize available memory channels and achieve superior parallel performance. The HPE 32GB DDR4 module ensures consistent operation even as system configurations expand to handle complex computing environments.

Long-Term Platform Investment

Choosing enterprise-grade memory like the HPE 752370-091 ensures longevity and compatibility with future HPE firmware updates. Organizations benefit from long-term platform stability, enabling gradual scaling without replacing existing infrastructure. This forward compatibility safeguards IT investments and minimizes upgrade disruptions.

Security and Data Protection Features

Maintaining Data Integrity Under Stress

ECC memory technology plays a vital role in maintaining data integrity across continuous operations. The HPE 752370-091 identifies and corrects bit-level errors that may occur during heavy workloads or electrical disturbances. This functionality prevents potential data corruption and ensures consistent computational accuracy for mission-critical operations.

Support for HPE Secure Server Ecosystem

Integrated with HPE’s secure firmware and hardware architecture, the memory module works alongside platform security features that monitor performance metrics and prevent unauthorized firmware manipulation. It provides an additional layer of assurance for businesses managing sensitive workloads such as financial transactions, customer data, or government operations.

Error Monitoring and Predictive Analysis

Advanced HPE server management tools can analyze memory error trends, providing predictive diagnostics and proactive maintenance alerts. This capability enables IT teams to address potential issues before they cause downtime, maintaining continuous service reliability and data protection across the server infrastructure.

Application Scenarios for HPE 752370-091 Memory

Virtualization and Cloud Hosting

In cloud-hosting environments where multiple virtual machines share resources, memory capacity and reliability are paramount. The HPE 752370-091 module supports high VM density with stable performance and efficient memory allocation. Its ECC Registered design reduces the likelihood of crashes, ensuring service continuity for hosted applications.

Enterprise Databases and Transaction Systems

Databases such as SQL Server, Oracle, or SAP benefit from increased in-memory caching provided by high-capacity modules like this one. The rapid data access capabilities reduce query execution times, improving transaction processing efficiency and end-user responsiveness. ECC ensures consistent data accuracy during these high-volume operations.

Operational Benefits

Higher System Responsiveness

With 32GB of memory capacity per DIMM, servers gain the ability to handle more simultaneous threads and users without slowdown. Application response times improve dramatically in multi-user or high-traffic systems. This responsiveness translates into better overall performance across web services, virtualization clusters, and business analytics workloads.

Improved Server Uptime

The combination of ECC error correction and registered buffering contributes to superior system uptime. Reduced error rates and increased electrical stability allow servers to run continuously without unexpected reboots or memory-related failures. For enterprises, this reliability means fewer maintenance interventions and enhanced operational continuity.