P69722-0B1 HPE 2RX4 96GB Ddr5-6400MHz Pc5-51200 Cl46 1.1v Ec8 Memory Module.

P69722-0B1 HPE 2RX4 96GB DDR5-6400MHz Smart Memory Module Overview

The P69722-0B1 HPE 2RX4 96GB DDR5-6400MHz PC5-51200 CL46 1.1V EC8 Registered Smart Memory Module stands as a cutting-edge solution tailored for high-performance enterprise server environments. This memory module is engineered for businesses seeking unparalleled speed, increased capacity, and reliable data integrity in mission-critical applications. With 96GB of DDR5 memory capacity, operating at an ultra-fast 6400MHz, and leveraging EC8 (8-bit ECC DRAM), it meets and exceeds the rigorous demands of modern IT infrastructures.

DDR5: The Next Generation of Memory Architecture

DDR5 SDRAM introduces transformative advancements over its predecessor, DDR4, offering greater bandwidth, higher performance efficiency, and enhanced reliability. With a peak data rate of 6400 MT/s, the P69722-0B1 module doubles the speed and performance capability compared to conventional DDR4 solutions. Its increased channel count and bank group architecture significantly boost data throughput while reducing latency, making it ideal for AI/ML workloads, high-performance computing (HPC), and data-intensive enterprise environments.

Unmatched Capacity and Speed with HPE 96GB DDR5-6400MHz Memory

The HPE P69722-0B1 module delivers an exceptional 96GB capacity per DIMM, supporting larger memory footprints for virtualization, in-memory databases, and enterprise workloads. With its dual-rank (2Rx4) configuration, it maximizes memory channel efficiency and interleaving performance. At 6400MHz, it offers one of the highest speed grades currently available, ideal for next-gen server platforms and HPE Gen11 systems.

High-Capacity Memory for Demanding Applications

Memory-intensive workloads such as SAP HANA, Oracle databases, big data analytics, and machine learning require substantial memory to maintain performance and reduce I/O bottlenecks. The P69722-0B1 addresses these needs by delivering exceptional density within a single DIMM, reducing the need to populate multiple DIMM slots and optimizing server efficiency.

Benefits of 96GB DDR5 Modules in Data Centers

• Reduced latency and faster data access for large-scale applications
• Fewer DIMMs required per server, enabling better airflow and power management
• Simplified server memory configurations with greater memory per slot
• Lower Total Cost of Ownership (TCO) due to enhanced memory density

Registered DIMM (RDIMM) Architecture for Enterprise Stability

The P69722-0B1 leverages RDIMM (Registered DIMM) architecture to enhance stability and signal integrity in multi-module configurations. Registered memory buffers address signals before reaching the DRAM, improving compatibility and performance consistency across enterprise-grade servers. This feature is essential for high-availability environments and ensures data fidelity under heavy workloads.

Choose Registered ECC Memory Modules

Error Correction Code (ECC) memory is indispensable in systems where uptime and reliability are critical. ECC RDIMMs detect and correct single-bit memory errors automatically, preventing system crashes and data corruption. The use of EC8 DRAM chips in the P69722-0B1 further enhances this capability by distributing parity across 8-bit data lanes.

Energy Efficiency with 1.1V Power Consumption

Power efficiency is a cornerstone of modern data center design. The P69722-0B1 operates at a low 1.1V, significantly reducing energy consumption without sacrificing performance. The inclusion of an on-board Power Management Integrated Circuit (PMIC) ensures precise voltage regulation directly on the DIMM, minimizing losses and improving overall system stability.

Green IT and Thermal Management

Lower voltage and advanced PMIC functionality make this module ideal for green IT initiatives. Reduced heat output leads to improved thermal profiles, enabling data centers to cut down on cooling costs and implement more aggressive density strategies. These features make the HPE 96GB DDR5 memory both performance- and environmentally-conscious.

Energy Saving Features

• Lower voltage reduces power draw at high frequencies
• Advanced power gating reduces idle energy use
• Thermal sensors provide real-time temperature monitoring
• Support for modern server power states and sleep modes

Smart Memory Integration and Compatibility

HPE Smart Memory technology ensures that the P69722-0B1 module is validated and optimized for HPE servers. Smart Memory undergoes rigorous testing and quality assurance to provide seamless compatibility and performance enhancements. It enables intelligent system diagnostics and firmware-level memory error reporting that goes beyond basic ECC capabilities.

Smart Memory: Advantages for HPE ProLiant Systems

When paired with HPE Gen10 or Gen11 ProLiant servers, Smart Memory unlocks advanced features such as thermal-aware optimization, predictive failure alerts, and real-time fault isolation. It also allows the Unified Extensible Firmware Interface (UEFI) to recognize memory modules for BIOS-level optimizations and ensures the server runs certified memory configurations.

Smart Memory Features and Benefits

• Certified compatibility with HPE ProLiant and Apollo servers
• Prevents system boot errors due to invalid memory configurations
• Supports intelligent system diagnostics and failure prediction
• Enhanced performance tuning through UEFI integration

Industry Applications and Use Cases

The P69722-0B1 96GB DDR5 Smart Memory is designed to serve a wide range of industries requiring high-performance server infrastructure. From financial services to life sciences, media rendering, and cloud infrastructure, its performance and reliability cater to critical and demanding computing environments.

Ideal for High-Performance Computing (HPC)

HPC clusters benefit from DDR5’s increased bandwidth and efficiency. Tasks involving weather simulations, genome sequencing, and scientific modeling require massive amounts of memory, and the P69722-0B1 delivers unmatched density and error resilience in such demanding contexts.

Cloud and Virtualization Platforms

Cloud service providers and enterprise virtualization stacks benefit from the high density and throughput of DDR5 Smart Memory. Reduced latencies and increased memory bandwidth support the scalability of containerized applications, VM provisioning, and real-time resource scaling.

Buying Considerations for HPE DDR5 Memory

When purchasing enterprise-grade DDR5 memory like the P69722-0B1, IT administrators must evaluate system compatibility, intended workload, thermal requirements, and long-term scalability. HPE’s tight integration between hardware and firmware ensures that Smart Memory modules provide peak performance only when installed in certified HPE servers.

Performance Optimization Tips

• Populate memory channels evenly to optimize interleaving
• Use matched memory kits to prevent bottlenecks
• Ensure BIOS and firmware are up to date for full DDR5 support
• Monitor thermal limits during high utilization periods

Future-Proofing Your Infrastructure

DDR5’s scalable architecture ensures compatibility with future server CPUs and platforms. Investing in high-capacity modules like the HPE 96GB Smart Memory provides flexibility for future workload expansion, hybrid cloud deployment, and next-gen AI integration.