Overview of the 96GB Memory

The P76179-001 HPE 96GB DDR5 4800MT/s PC-38400 CL46 ECC RDIMM Memory represents a cutting-edge solution for high-performance computing environments that demand reliability, speed, and scalability. Designed specifically for HPE servers, this memory module integrates DDR5 technology with advanced ECC (Error-Correcting Code) capabilities, ensuring data integrity and system stability even under the most intensive workloads. Ideal for enterprise applications, virtualization, and data-intensive operations, this memory module provides the bandwidth and performance required to maximize server efficiency and reduce latency.

General Specification

• Brand: Hewlett Packard Enterprise (HPE)
• Part Number: P76179-001
• Product Category: Smart Memory Module

Technical Information

• Capacity: 96GB for intensive memory demands
• Memory Type: DDR5 SDRAM for faster, more efficient processing
• Configuration: Single 96GB module
• Data Transfer Rate: 4800MT/s (DDR5-4800/PC5-38400) for high-speed performance
• Error Correction: ECC support ensures data integrity
• Signal Handling: Registered memory for stable, reliable operation
• CAS Latency: CL46 for optimized timing
• Memory Rank: 2Rx4 for enhanced performance

Supported HPE Server

• HPE ProLiant Gen11 series
• HPE Apollo server family
• Gen11 AMD platforms

Advanced DDR5 Memory Technology

The P76179-001 leverages the latest DDR5 memory architecture, providing substantial improvements over previous DDR4 generations. With a memory speed of 4800MT/s, this module allows for faster data transfer rates, ensuring that servers can handle large datasets and high-throughput applications without bottlenecks. DDR5 memory also introduces innovations such as improved channel efficiency, on-die ECC, and higher module density, which collectively enhance overall system performance. By utilizing DDR5 technology, this HPE memory module supports modern computing workloads including AI, machine learning, big data analytics, and complex database management, enabling enterprises to stay competitive and efficient.

In addition to speed, DDR5 modules like the P76179-001 are designed with power efficiency in mind. Operating at lower voltages compared to DDR4, this memory reduces energy consumption, which is critical for large data centers where power efficiency directly impacts operational costs. Lower voltage operation also minimizes heat generation, contributing to better system stability and longevity. For IT administrators, this means less worry about thermal throttling and a more reliable computing environment for mission-critical applications.

Another key advantage of DDR5 memory is its improved channel architecture. Each DDR5 DIMM contains two independent 32-bit channels per module, doubling the number of channels available compared to DDR4. This enhancement allows simultaneous access to multiple memory segments, optimizing memory throughput and minimizing latency for multitasking and parallel processing. The P76179-001 module is engineered to take full advantage of this architecture, delivering consistent performance under peak loads.

Unmatched Reliability with ECC RDIMM

The P76179-001 HPE memory module is an ECC (Error-Correcting Code) RDIMM (Registered DIMM) memory, offering unparalleled reliability for enterprise server environments. ECC memory detects and corrects single-bit errors in real time, preventing data corruption and ensuring system integrity. This capability is essential for critical workloads where even minor memory errors can lead to application crashes, data loss, or system downtime. Registered DIMMs, or RDIMMs, include a register between the memory controller and DRAM modules, stabilizing electrical signals and enabling higher memory capacities without sacrificing performance.

For enterprise environments that require maximum uptime, the combination of ECC and RDIMM features makes the P76179-001 an indispensable choice. These modules are particularly suitable for HPE ProLiant servers, HPE Apollo systems, and HPE Synergy platforms, where system reliability and scalability are top priorities. By mitigating memory errors proactively, ECC RDIMM memory ensures that servers can run demanding applications such as virtualization clusters, database management systems, cloud computing infrastructures, and large-scale scientific computations with minimal risk of failure.

The CL46 latency of the P76179-001 module also contributes to its performance and stability. CAS latency, or Column Address Strobe latency, indicates the delay time between memory request and data availability. With CL46, this module balances high-speed data access with the robust error correction mechanisms inherent in ECC RDIMM technology. IT teams can therefore achieve high-performance computing without compromising on system reliability, a critical factor in modern enterprise server operations.

Scalable Capacity for High-Demand Workloads

With a massive 96GB capacity per module, the P76179-001 memory is ideal for applications requiring extensive memory resources. High-capacity memory modules enable servers to support larger virtual machine deployments, more complex simulations, and expansive in-memory databases. By reducing the need for frequent memory upgrades, enterprises can optimize IT budgets while maintaining scalability for future growth. The module's high density also minimizes the physical footprint within server chassis, allowing for more flexible hardware configurations and improved airflow management.

Scalability is a core consideration for modern IT infrastructures, where workloads can fluctuate rapidly and unpredictably. The P76179-001 DDR5 RDIMM memory allows organizations to scale vertically by increasing memory per server or scale horizontally across multiple nodes in a cluster. This flexibility ensures that mission-critical applications perform optimally, regardless of peak demand periods. Furthermore, combining multiple 96GB modules in a single server configuration can unlock terabytes of high-speed memory, ideal for data-intensive tasks like AI inference, real-time analytics, high-performance computing (HPC), and large-scale virtualization.

The module's compatibility with HPE memory technologies ensures seamless integration into existing server architectures. HPE SmartMemory features, such as predictive failure analysis, firmware verification, and automatic tuning, enhance system efficiency and minimize downtime. This combination of high capacity, ECC reliability, and intelligent memory management makes the P76179-001 an excellent investment for enterprise IT environments where performance, reliability, and future-proofing are key considerations.

Optimized Performance for Enterprise Servers

The P76179-001 HPE DDR5 RDIMM memory is engineered for peak performance in enterprise server environments. Supporting PC-38400 memory bandwidth, this module enables data transfer rates up to 38.4GB/s per module, facilitating rapid processing of complex workloads. High memory bandwidth is essential for applications that require frequent access to large datasets, such as virtualization clusters, analytics engines, cloud-based applications, and AI workloads. By reducing memory bottlenecks, servers equipped with this module can operate at full efficiency, delivering faster response times and enhanced application performance.

Optimized server performance also stems from the module's advanced memory signaling and register technology. RDIMM modules help stabilize the communication between memory controllers and DRAM chips, enabling higher clock speeds and supporting larger memory arrays. This stability is particularly important for HPE ProLiant DL and ML series servers, which often operate in high-density configurations with multiple memory modules installed simultaneously. The P76179-001 ensures that these servers maintain consistent performance, even under intensive load conditions.

Another important aspect of optimized performance is the module’s support for HPE’s DDR5 SmartMemory ecosystem. SmartMemory features include system tuning for optimal latency, error prediction, and firmware-level optimization, which collectively improve server efficiency and extend component lifespan. This integration not only maximizes performance but also reduces maintenance requirements and operational overhead, allowing IT teams to focus on strategic initiatives rather than routine troubleshooting. For businesses handling mission-critical workloads, such optimization can translate into measurable improvements in operational productivity and ROI.

Compatibility and Integration with HPE Systems

The P76179-001 HPE 96GB DDR5 RDIMM memory is fully compatible with a wide range of HPE servers and systems, ensuring seamless integration and minimal configuration effort. This memory module is certified for use with HPE ProLiant, HPE Apollo, and HPE Synergy platforms, providing IT administrators with confidence in deployment and support. Compatibility extends to both legacy and next-generation servers, enabling organizations to leverage the latest DDR5 advancements without disrupting existing infrastructure.

Integration with HPE systems is further enhanced by features like HPE memory validation and server firmware optimization. These ensure that memory modules operate within specified performance parameters, reducing the risk of incompatibility, errors, or suboptimal performance. HPE memory testing and certification programs verify that each P76179-001 module meets stringent quality and reliability standards, guaranteeing that servers maintain high uptime and consistent performance under real-world conditions.

In addition, HPE provides comprehensive management tools, including HPE Integrated Lights-Out (iLO) and HPE OneView, which facilitate monitoring, firmware updates, and predictive failure analysis for installed memory modules. By combining high-capacity DDR5 memory with intelligent management tools, enterprises gain complete visibility into system health and performance, allowing for proactive maintenance and rapid issue resolution. This level of integration is critical for modern data centers, where downtime can result in significant financial and operational impact.

Use Cases

The P76179-001 memory module excels in a wide range of enterprise scenarios. High-performance computing (HPC) environments benefit from its high-speed DDR5 architecture, low latency, and large capacity, allowing researchers and engineers to perform simulations, data modeling, and scientific computations efficiently. Cloud computing and virtualization environments gain increased VM density, enhanced responsiveness, and improved resource allocation, supporting complex multi-tenant workloads with minimal latency.

Database management systems, both transactional and analytical, also benefit from the module’s large memory footprint and ECC reliability. In-memory databases, which require substantial memory for storing active datasets, achieve faster query execution and reduced I/O latency with high-capacity DDR5 memory. Similarly, AI and machine learning workloads, which often process terabytes of structured and unstructured data, see accelerated training times and inference speeds, directly contributing to operational efficiency and competitive advantage.

Additional use cases include enterprise resource planning (ERP) systems, customer relationship management (CRM) platforms, big data analytics frameworks, and real-time transaction processing applications. In each case, the P76179-001 module provides the performance, reliability, and scalability required to handle intensive computational tasks while maintaining uninterrupted service delivery. Its ECC RDIMM design ensures that even during peak load conditions, data integrity is maintained, preventing costly errors and ensuring consistent performance across the enterprise IT landscape.

Thermal Efficiency

The P76179-001 HPE DDR5 memory module is designed for energy-efficient operation without compromising performance. Operating at a lower voltage compared to DDR4 modules, it consumes less power and generates less heat, contributing to overall server efficiency and data center sustainability. Reduced thermal output is critical in high-density server environments, where heat accumulation can lead to throttling or component failure. By mitigating heat generation, these memory modules help maintain optimal server temperatures, improving reliability and extending the lifespan of both memory and surrounding components.

Power optimization also translates into cost savings for large-scale deployments. Data centers can reduce energy consumption per server, lowering operational expenses while maintaining high performance levels. The combination of DDR5 efficiency, ECC reliability, and RDIMM stability ensures that organizations can achieve high computational throughput without overburdening power and cooling infrastructure. For enterprise IT planners, this provides a balance between performance, reliability, and cost-effectiveness, critical factors when designing modern high-performance computing environments.

Durability

The P76179-001 HPE memory module is built to meet rigorous quality standards, offering exceptional durability and long-term reliability. HPE ensures that each module undergoes comprehensive testing, including stress tests, signal integrity verification, and environmental simulations, guaranteeing robust performance under demanding operational conditions. The module is backed by HPE’s warranty and support programs, which provide peace of mind for enterprise deployments and reduce the risks associated with hardware failures.

Support services include access to firmware updates, compatibility guidance, and technical troubleshooting from HPE-certified engineers. This ensures that IT teams can deploy and maintain memory modules with confidence, minimizing downtime and optimizing system performance. Durability and support considerations are especially important for mission-critical workloads where memory reliability directly impacts business continuity and operational efficiency. By investing in high-quality, tested memory modules like the P76179-001, organizations can enhance infrastructure resilience and protect against costly system interruptions.