P53625-6B1 HPE 96GB 4800MT/s PC5-38400 Cl40 ECC DDR5 Memory.

High-Performance Memory for Enterprise Solutions

The HPE P53625-6B1 96GB 4800MT/s PC5-38400 CL40 ECC DDR5 Memory, offered New Sealed in Box (NIB), stands at the forefront of server-grade DRAM technology. It is specifically engineered to meet the performance, reliability, and scalability demands of next-generation data centers, cloud computing environments, and enterprise IT infrastructure. Leveraging DDR5 technology, this module significantly improves data throughput and overall system responsiveness.

Advanced DDR5 Technology and PC5-38400 Bandwidth

This HPE memory module utilizes the advanced DDR5 interface, marking a substantial evolution from previous DDR4 generations. The PC5-38400 classification indicates a peak transfer rate of 4800MT/s (mega transfers per second), resulting in enhanced memory bandwidth essential for multitasking, virtualization, and real-time data processing. By increasing performance per watt and lowering latency, this DDR5 memory solution is ideal for businesses needing future-ready hardware.

Bandwidth and Frequency Efficiency

With a frequency speed of 4800MHz, the HPE P53625-6B1 module allows for high-speed data transactions between the processor and memory subsystem. This substantial increase in data rate from earlier DDR4 speeds translates into better system responsiveness and faster application execution. Higher bandwidth ensures smooth operation during high-load conditions and supports memory-intensive tasks like AI/ML workloads, database transactions, and advanced simulations.

Low Latency CL40 Performance

The CL40 latency refers to the CAS (Column Address Strobe) latency of this module, which is the delay time between a memory controller requesting data and the data being available. While CL40 may seem high, it is typical for DDR5 modules, which offset this latency with increased bandwidth and parallelism. In real-world performance scenarios, this latency does not hinder performance due to optimized controller architectures and prefetching mechanisms.

Improved Uptime and System Stability

By integrating ECC support, this module contributes to maintaining the stability of the entire system, even under extreme computing conditions. This is especially valuable in 24/7 operational environments where uptime is non-negotiable. Enterprises leveraging ECC RAM benefit from reduced downtime, fewer maintenance cycles, and minimized risks of memory-related failures.

Ideal for Server Environments and Workstations

Whether deployed in high-density server racks or professional workstation configurations, the HPE P53625-6B1 DDR5 memory provides the performance and reliability IT departments demand. Its 96GB capacity makes it suitable for large-scale virtualization, cloud hosting, server-based AI training, and scientific computing.

Compatibility with HPE Server Platforms

This memory module is designed to be fully compatible with selected Hewlett Packard Enterprise (HPE) servers, ensuring maximum interoperability and vendor support. System compatibility guarantees seamless BIOS/firmware integration, thermal management compliance, and optimal performance tuning. Always refer to your HPE server's memory qualified vendor list (QVL) to ensure this part number is approved for use.

Part Number: P53625-6B1 - Verified and Authentic

The official part number P53625-6B1 identifies this as a certified HPE memory module. Avoid compatibility issues and ensure peace of mind by purchasing original, sealed-in-box memory modules. This module meets stringent HPE quality and reliability standards, ensuring it functions optimally within the certified system configurations.

New Sealed in Box (NIB) Assurance

Products marked New Sealed in Box (NIB) indicate that the memory module is brand new and has not been opened, used, or refurbished. This assures customers of product integrity, full factory warranty, and genuine packaging as shipped by HPE. Avoiding gray market or second-hand modules ensures full lifecycle and vendor support for enterprise deployments.

Genuine HPE Product Benefits

• Factory-tested and sealed packaging for quality assurance
• Eligible for manufacturer support and service
• No previous installation or usage, ensuring original component longevity
• Peace of mind in high-availability production environments

The Avoid Used or Open-Box Memory

Enterprise-grade memory modules require guaranteed performance under demanding workloads. Purchasing used or open-box modules introduces risks such as reduced lifespan, voided warranty, and potential hardware instability. The New Sealed in Box condition of the HPE P53625-6B1 offers maximum reliability and long-term value.

Applications in Modern IT Infrastructure

The 96GB ECC DDR5 module from HPE supports a wide range of enterprise IT workloads, including but not limited to:

• Virtualized environments (VMware, Hyper-V, Proxmox)
• High-performance computing (HPC) and scientific simulations
• Artificial intelligence (AI) and machine learning (ML) model training
• Cloud-hosted applications and hybrid infrastructures
• Enterprise databases and ERP systems

Memory Density and Server Scalability

With a capacity of 96GB per module, this DDR5 memory enables higher memory density per server socket. Data centers can scale their RAM pools while conserving physical space and reducing power overhead per gigabyte of memory. It allows system architects to optimize resource allocation without compromising performance per watt metrics.

Energy Efficiency and Thermal Design

Built with advanced manufacturing processes and power management techniques, this HPE DDR5 memory module reduces overall energy consumption compared to DDR4. Features such as on-die ECC, power management integrated circuits (PMIC), and lower operating voltages contribute to lower TDP (thermal design power), making it suitable for energy-conscious IT environments.

DDR5 and Multithreaded Workloads

Modern enterprise workloads benefit from DDR5’s enhanced parallelism, which allows the memory controller to access more memory banks simultaneously. For multithreaded environments such as containerized applications, Kubernetes workloads, and large-scale data pipelines, DDR5 provides more consistent performance under concurrency stress.

DDR5 ECC and On-Die Features

Unlike DDR4, which relies on external ECC implementations, DDR5 integrates on-die ECC for internal error correction, increasing memory reliability at the chip level. This leads to fewer correctable errors propagating to the memory controller, extending module longevity and reducing error reporting noise in server logs.

Integration with Server Hardware Ecosystems

Certified Compatibility with Intel and AMD Platforms

The HPE P53625-6B1 96GB DDR5 ECC module is compatible with select Intel Xeon Scalable processors (Sapphire Rapids) and upcoming AMD EPYC Genoa platforms, which support DDR5 memory interfaces. It leverages the expanded memory channels and increased DIMM capacities these platforms offer.

Firmware-Level Optimizations

HPE-validated memory modules such as the P53625-6B1 are often optimized at the firmware level to improve address mapping, latency control, thermal monitoring, and SPD (Serial Presence Detect) data for quick diagnostics. These optimizations make deployment and management simpler for IT administrators.

Data Integrity and Security Considerations

With data integrity being a top concern, the ECC functionality and built-in error detection mechanisms play a crucial role. Servers deployed in financial, healthcare, and critical infrastructure sectors rely on memory modules that support complete data consistency. The HPE P53625-6B1 ensures accurate data transactions even in long uptime scenarios.

Ideal Buyers and Use Cases

The HPE P53625-6B1 96GB DDR5 ECC Memory is best suited for:

• Data center operators scaling high-density memory configurations
• DevOps teams running high-performance virtual machines or containers
• Research institutions processing complex datasets and simulations
• Enterprises deploying hybrid cloud infrastructures with demanding RAM usage
• Organizations requiring maximum uptime and data integrity

Cost-Efficiency in Enterprise Deployments

Despite being a high-capacity, high-performance module, the P53625-6B1 offers cost efficiency when measured in performance-per-watt and total system cost reductions. Fewer modules per server reduce power draw, heat output, and overall rack unit density, while simplifying cable and airflow management.