P53625-0B1 HPE 96GB 5600MT/s PC5-44800 Cl42 Ecc DDR5 Memory.

Explore High-Performance Server Memory: HPE P53625-0B1 96GB DDR5 Module

The HPE P53625-0B1 96GB 5600MT/s PC5-44800 CL42 ECC DDR5 memory module is a top-tier component engineered for enterprise environments that demand uncompromised performance, stability, and efficiency. As part of Hewlett Packard Enterprise’s (HPE) premium server memory lineup, this module is tailored for mission-critical applications, offering unmatched memory bandwidth and speed in a sealed, new-in-box (NIB) form factor. This high-density, error-correcting RAM solution is perfect for data centers, virtualization tasks, advanced analytics, and workloads involving AI/ML computations.

Performance at 5600MT/s for Enterprise Workloads

With a blazing-fast memory speed of 5600MT/s (mega-transfers per second), this module ensures faster data throughput across channels, minimizing latency and maximizing overall server responsiveness. Whether deployed in cloud infrastructures or high-performance computing clusters, the enhanced bandwidth supports simultaneous virtual machines, intensive data processing, and rapid data access requirements.

PC5-44800 Bandwidth Optimization

The PC5-44800 designation denotes a memory bandwidth of 44.8 GB/s, providing extraordinary performance capabilities for demanding environments. This high data rate is ideal for organizations requiring rapid access to large datasets and high input/output operations per second (IOPS), such as those involved in big data analytics, real-time modeling, and cloud-native development.

High-Capacity 96GB Module: Maximizing Density

This 96GB memory module enables servers to support larger memory footprints per DIMM slot, reducing the number of required memory sticks and enhancing server performance per watt. This is crucial in scenarios where system memory constraints would otherwise limit scalability or processing power, such as SAP HANA, database clustering, and high-volume transactional processing.

CL42 Latency: Optimized Timing for High Throughput

The module features a CAS Latency (CL) of 42, balancing high frequency with efficient timing. Lower latency in DDR5 modules, especially with high-density memory like this 96GB variant, allows for more responsive data processing, making it optimal for workloads requiring rapid transaction processing and real-time analytics.

Compatibility and Use Cases for HPE Servers

As a genuine HPE-certified component, the P53625-0B1 96GB DDR5 memory module is validated for use in HPE ProLiant Gen11 servers and compatible enterprise-grade hardware. Its strict adherence to quality and compatibility standards ensures long-term reliability and predictable performance across a wide variety of server platforms.

Ideal Environments for Deployment

• Data centers running virtualized infrastructures using VMware or Hyper-V
• HPC (High-Performance Computing) clusters in scientific and academic settings
• Cloud-native environments hosted on HPE GreenLake or similar platforms
• AI and machine learning model training pipelines requiring high memory throughput
• Large-scale database applications including Oracle, SQL Server, and SAP

Server Virtualization and Cloud Services

In cloud or virtualized environments, memory capacity directly influences the number of concurrent virtual machines (VMs) and containers a server can support. The HPE P53625-0B1 ensures scalable virtual instance deployment, making it ideal for IaaS and PaaS providers. Enhanced memory density enables infrastructure consolidation and cost-efficiency without compromising performance.

Database Performance Enhancement

Database servers thrive on memory bandwidth and reliability. Whether hosting an in-memory database or handling high-frequency OLTP (Online Transaction Processing), this 96GB DDR5 module can significantly reduce query response times, increase cache hit rates, and enhance transaction integrity.

Compatibility with HPE ProLiant Servers

This memory module is engineered to function optimally with HPE ProLiant DL and ML series servers, including 12th and 13th generation systems designed with DDR5 architecture. Compatibility ensures easy plug-and-play installation with server BIOS and firmware optimization for sustained peak performance.

Reliability with Sealed New In Box (NIB) Packaging

Each HPE P53625-0B1 memory module comes in factory-sealed, new-in-box (NIB) packaging, guaranteeing authenticity and uncompromised quality. This ensures that every module is untouched, unused, and stored under optimal conditions, eliminating the risk associated with refurbished or open-box components.

Power Efficiency and Advanced Power Management Features

DDR5 introduces several innovations in power delivery, including on-die ECC, integrated voltage regulation (PMIC), and lower operating voltages compared to DDR4. The HPE P53625-0B1 benefits from these advancements by improving energy efficiency across workloads, reducing total cost of ownership (TCO) and supporting green data center initiatives.

Integrated Power Management IC (PMIC)

By integrating the power management function onto the memory module itself, DDR5 memory like the P53625-0B1 offers more precise voltage control. This leads to reduced signal noise, better thermal management, and optimized performance even under heavy loads. It also simplifies server motherboard design and increases power efficiency.

Lower Operating Voltage

Running at a standard voltage of 1.1V or less, DDR5 modules reduce overall power draw per DIMM, which compounds significantly in servers with multiple memory modules. Over time, this translates to substantial energy savings and reduced cooling requirements for large-scale deployments.

Scalability in Modern Enterprise Infrastructures

The ability to scale infrastructure efficiently is a cornerstone of modern enterprise IT strategy. The HPE P53625-0B1 DDR5 96GB module enables dense memory configurations with fewer DIMM slots, leaving room for future expansion while maintaining optimal thermal and power profiles.

Benefits in Blade and Rack Server Configurations

In compact blade systems or dense rack-mount servers, DIMM slot availability is a limiting factor. The 96GB capacity per DIMM makes it possible to achieve high memory ceilings without occupying every slot, which is crucial for redundancy, flexibility, and future-proofing enterprise systems.

Virtualization Scalability

In hyper-converged infrastructure (HCI) setups, memory directly impacts the number of nodes and workloads a cluster can manage. The increased capacity and bandwidth of the P53625-0B1 supports larger VDI deployments, distributed databases, and microservices-based architectures.

Security and Stability in Data-Critical Applications

Security in memory modules is not limited to software firewalls or hardware encryption but begins at the component level. ECC memory helps mitigate soft errors, memory leaks, and potential data loss by actively correcting faults as they occur, making it a cornerstone of secure enterprise computing.

Mitigating Downtime with Robust Memory Solutions

Downtime in enterprise environments can lead to significant financial and reputational damage. Using premium memory like the HPE P53625-0B1 ensures that systems remain stable even under extreme load conditions, reducing crashes, blue screens, and application-level memory faults.

Firmware Compatibility and Upgrade Paths

As servers evolve through firmware updates and platform enhancements, using certified memory ensures continued compatibility and performance. HPE routinely updates firmware to address security vulnerabilities, optimize performance, and support new features—benefits only realized when using HPE-certified parts.

Inventory Consistency Across Global IT Infrastructure

For multinational enterprises managing standardized IT deployments across regions, consistent hardware specifications are key. Standardizing on memory modules like the P53625-0B1 guarantees uniformity in performance, maintenance procedures, and procurement practices across global data centers.