752368-081 HPE 8GB DDR4 2133MHz ECC Reg SDRAM

HPE 752368-081 8GB PC4-17000 DDR4 2133MHz ECC RAM

The HPE 752368-081 8GB RAM PC4-17000 DDR4 2133MHz ECC Registered SDRAM represents a powerful and efficient memory module designed to enhance the performance and reliability of enterprise-grade servers. Built specifically for demanding computing environments, this module delivers a remarkable balance between speed, stability, and scalability, ensuring optimal functionality for high-capacity workloads. As a DDR4 memory solution, it offers substantial improvements in data transfer rates and energy efficiency over its predecessors, enabling data centers and IT infrastructures to achieve superior throughput and minimized latency.

Excellence of the HPE 752368-081 DDR4 Memory Module

The HPE 752368-081 operates at a frequency of 2133MHz, aligning with the PC4-17000 standard to ensure fast and stable data transmission. With an 8GB capacity, it is ideally suited for servers that require enhanced memory performance without compromising reliability. The ECC (Error-Correcting Code) feature automatically detects and corrects minor memory errors, providing an additional layer of data protection crucial for mission-critical operations. The Registered (Buffered) design also improves signal integrity and allows for higher memory density in multi-module configurations, a vital advantage in enterprise computing where scalability and uptime are paramount.

Understanding DDR4 2133MHz Technology

DDR4 memory technology signifies the fourth generation of Double Data Rate Synchronous Dynamic Random-Access Memory, offering a significant leap over DDR3 in terms of bandwidth and efficiency. The 2133MHz clock speed provides faster data access, reducing latency and improving responsiveness for multitasking and data-intensive applications. Compared to older generations, DDR4 modules operate at lower voltages, typically around 1.2V, which translates to reduced power consumption and less heat generation. This energy efficiency is particularly beneficial for large-scale data centers and high-performance servers where operational costs and thermal management are critical considerations.

ECC and Registered Memory Benefits in Enterprise Environments

The integration of ECC (Error Correction Code) technology within the HPE 752368-081 memory module is essential for maintaining data integrity. ECC detects single-bit errors and corrects them before they impact the system, minimizing the risk of crashes, data corruption, or unexpected downtime. For applications involving financial transactions, scientific computations, or virtualization workloads, ECC memory provides an indispensable safeguard. In addition, the Registered (RDIMM) configuration ensures that the system’s memory controller communicates efficiently with each module by buffering the electrical load. This allows for greater memory expansion, which is crucial in servers that require extensive memory capacity to manage large databases, virtualization clusters, or in-memory analytics platforms.

Compatibility and Integration with HPE Server Platforms

The HPE 752368-081 8GB RAM is engineered specifically for HPE ProLiant Gen9 and Gen10 servers, ensuring full compatibility and optimal performance. These servers are widely used in data centers, enterprise applications, and cloud infrastructures, where stable and consistent memory performance directly affects operational efficiency. The seamless integration of this memory module ensures that administrators can maximize throughput while maintaining reliability across complex workloads. HPE’s stringent quality assurance processes guarantee that each module meets exact specifications, minimizing the risk of hardware conflicts or instability.

Scalability and Expandability for Growing Infrastructures

As data workloads continue to expand, the need for scalable memory configurations becomes vital. The HPE 752368-081 enables flexible expansion options, allowing IT professionals to scale server memory capacity without replacing existing hardware. Its registered design supports multi-channel configurations, enhancing memory bandwidth and enabling parallel data processing. This adaptability ensures that enterprises can respond quickly to increased computational demands, whether scaling virtual machines, hosting complex databases, or managing enterprise resource planning (ERP) systems.

Optimized for Data-Intensive and Virtualized Workloads

Virtualization platforms such as VMware, Hyper-V, and Citrix rely heavily on memory performance for stable and responsive virtual environments. The HPE 752368-081 8GB ECC Registered DDR4 module delivers the bandwidth and latency improvements necessary to support these platforms efficiently. It enhances virtual machine density per server and provides consistent response times for user applications, resulting in improved overall productivity. In database servers and analytics clusters, this memory ensures that query execution and data caching occur at optimal speeds, directly influencing the responsiveness of critical business applications.

Energy Efficiency and Thermal Management

The low-voltage operation of DDR4 memory, typically at 1.2 volts, significantly reduces power draw compared to earlier DDR3 standards, which consumed around 1.5 volts. This efficiency directly contributes to lower electricity costs in data centers and reduces the thermal output of server components. The HPE 752368-081 module employs advanced materials and circuit design to minimize heat generation, ensuring sustained performance under continuous high-load operations. Efficient thermal performance translates into longer component lifespan, reduced cooling requirements, and an overall lower total cost of ownership for enterprise IT infrastructures.

Reliability Backed by HPE Engineering Standards

Hewlett Packard Enterprise designs and tests its server memory under rigorous conditions to ensure unmatched durability and stability. Each HPE 752368-081 module undergoes extensive validation processes that simulate demanding workloads and environmental factors. These quality control measures confirm that the memory delivers reliable performance even under peak operating conditions. Enterprises can deploy this module with confidence, knowing it adheres to HPE’s long-standing reputation for innovation, dependability, and continuous optimization in enterprise hardware solutions.

Characteristics of PC4-17000 Standard

The designation PC4-17000 indicates the memory bandwidth of the module, which equates to approximately 17,000 MB/s of theoretical data transfer speed. This impressive bandwidth allows for faster data handling between the CPU and memory, a vital aspect for servers processing large-scale computations or managing simultaneous multi-user requests. The synchronization between the DDR4 interface and server CPU architecture ensures minimal latency, helping improve real-time analytics, virtualization performance, and dynamic application execution. By delivering stable throughput under sustained loads, the HPE 752368-081 contributes to seamless multitasking and faster access to frequently used data.

Memory Channel Optimization and Latency Reduction

Multi-channel memory configurations are crucial for maximizing the performance of DDR4 systems. The HPE 752368-081 supports dual and quad-channel memory setups, effectively increasing data throughput and reducing latency during data-intensive operations. This optimized channel architecture ensures that large datasets are processed efficiently, providing quicker access to information in high-demand scenarios. Lower latency translates directly to improved responsiveness in both application-level and user-level operations, making this memory module a cornerstone for high-speed server performance.

Security and Data Integrity Considerations

In today’s enterprise landscape, data security and reliability are fundamental. ECC memory plays an integral role in maintaining data integrity by preventing undetected memory errors that could compromise sensitive information. The HPE 752368-081 module ensures that memory faults are automatically corrected, preventing potential data corruption or system instability. For businesses that handle financial transactions, healthcare records, or research data, the ability to maintain consistent data accuracy provides peace of mind and compliance with data protection standards.

System Stability and Uptime Enhancement

Server downtime can result in significant operational losses and reputational damage. The use of ECC Registered DDR4 memory minimizes the likelihood of system failures caused by random bit errors or voltage fluctuations. Combined with HPE’s advanced firmware and hardware-level integration, this memory module provides superior stability for continuous, mission-critical operations. Its registered buffering design allows servers to operate more predictably and consistently under variable workloads, ensuring minimal interruptions and maximum availability.

Server Virtualization and Cloud Deployments

As virtualization and cloud computing become foundational elements of enterprise IT, dependable memory modules such as the HPE 752368-081 are indispensable. Virtual machines running on hypervisors depend heavily on memory bandwidth and stability to operate efficiently. This memory module allows servers to host numerous virtual environments simultaneously without compromising on speed or consistency. For private cloud infrastructures, it ensures that critical workloads maintain optimal response times, even under high user demand or concurrent operations.

Future-Proofing with DDR4 Memory Technology

Although newer generations like DDR5 are emerging, DDR4 remains a reliable and cost-effective standard for enterprise environments due to its maturity, widespread compatibility, and proven performance. The HPE 752368-081 8GB module provides a stable foundation for long-term deployments, offering excellent balance between performance and energy efficiency. Many organizations continue to deploy DDR4-based servers to maintain consistent performance without incurring the higher costs associated with next-generation technologies. This makes the module an attractive choice for IT managers seeking both stability and value.

Upgrade Path and Compatibility Assurance

Upgrading server memory is a common strategy to extend hardware lifespan and improve performance without a complete system overhaul. The HPE 752368-081 offers straightforward upgrade compatibility with numerous HPE server models. IT teams can easily install additional modules to expand total memory capacity, allowing systems to handle evolving workloads effectively. Because it adheres to HPE’s compatibility standards, administrators can integrate it into existing infrastructures without risk of configuration issues, simplifying maintenance and upgrade cycles.

Thermal and Power Efficiency Validation

Thermal management is crucial in dense server configurations where multiple modules operate simultaneously. HPE engineers test each 752368-081 module under stress conditions to confirm that it remains within optimal thermal thresholds. The use of efficient circuit materials ensures minimal heat dissipation, allowing servers to maintain stable temperatures during sustained workloads. In addition, the low power draw helps reduce the overall power footprint of data centers, contributing to sustainability goals and lowering operational expenses.