P06033-H21 HPE 32GB DDR4 3200MHz Pc4-25600 Memory.

HPE P06033-H21 32GB DDR4 3200Mhz Pc4-25600 Memory

HPE P06033-H21 32GB DDR4 SDRAM memory module, is engineered to enhance your system's performance with cutting-edge memory technology. Featuring DDR4 SDRAM architecture, this memory module ensures superior reliability and efficiency, making it an excellent choice for data-intensive applications.

General Information

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Identifier: P06033-H21
• Component Category: Server Memory (RAM)
• Module Quantity: Single 32GB Module

Technical Specifications

• Total Memory Capacity: 32 Gigabytes
• Data Transfer Rate: 3200 MT/s (Mega Transfers per second)
• Industry Classification: DDR4-3200 / PC4-25600
• Signal Response Time: CAS Latency 22 (CL22)
• Rank Architecture: 2Rx4 (Dual Rank, x4 Organization)
• Error Management: Error-Correcting Code (ECC)
• Signal Buffering: Registered (RDIMM)
• Memory Technology: DDR4 Synchronous DRAM

Physical Dimensions & Build

• Connector Type: 288-pin RDIMM
• Module Height: 1.00 inch
• Module Depth: 6.75 inches
• Product Weight: 0.20 pounds

HPE P06033-H21 32GB DDR4 3200Mhz  Memory Overview

The HPE P06033-H21 32GB DDR4 3200MHz PC4-25600 288-pin ECC Registered RAM belongs to a specialized enterprise memory category focused on high-capacity, high-bandwidth server memory solutions. This category is engineered for modern data centers, enterprise servers, and mission-critical infrastructures where stability, scalability, and data integrity are essential. DDR4 ECC Registered memory modules are a foundational component of today’s server architectures, enabling organizations to deploy demanding workloads with confidence and long-term reliability.This category emphasizes large-capacity registered DIMMs that support intensive multitasking, virtualization density, and memory-hungry applications. The 32GB capacity per module allows enterprises to scale memory footprints efficiently while maintaining optimal performance per watt. Designed and qualified for HPE ProLiant and compatible enterprise platforms, this class of memory is intended to operate continuously under heavy workloads without degradation in reliability.

DDR4 Registered DIMM Architecture and Engineering Principles

DDR4 SDRAM represents a mature and widely adopted memory technology in enterprise computing. Within this technology, registered DIMMs play a critical role in enabling higher memory capacities and improved signal integrity. The HPE P06033-H21 utilizes a registered buffer that sits between the memory controller and the DRAM chips, reducing electrical load and allowing servers to support more memory modules per channel.This architectural approach is particularly important in multi-socket server systems where memory channels are fully populated. By stabilizing command and address signals, DDR4 ECC Registered memory ensures consistent performance across all installed modules. The PC4-25600 specification highlights the module’s ability to deliver up to 25.6GB/s of theoretical bandwidth, making it well suited for bandwidth-intensive enterprise workloads.

288-Pin DDR4 Form Factor and Server Compatibility

The 288-pin form factor is standard for DDR4 server memory and ensures mechanical and electrical compatibility with modern server motherboards. The HPE P06033-H21 adheres strictly to JEDEC standards, which allows it to integrate seamlessly into supported HPE server platforms. This category prioritizes interoperability, ensuring that memory modules function predictably across different server generations.

In enterprise environments, standardized form factors reduce deployment complexity and minimize the risk of configuration errors. The 288-pin ECC Registered DIMM design supports high-density installations while maintaining airflow and thermal efficiency within server chassis.

Error Correction Code Technology and Data Protection

ECC technology is a defining feature of this memory category. The HPE P06033-H21 incorporates Error Correction Code mechanisms that detect and correct single-bit errors while identifying multi-bit errors that could compromise system stability. In enterprise computing, silent data corruption poses a significant risk, particularly for databases, financial systems, and virtualization platforms.

This category of ECC Registered memory safeguards data integrity by ensuring that transient memory errors do not propagate into applications or operating systems. ECC functionality contributes to higher system uptime, reduced application crashes, and improved confidence in data accuracy. For organizations operating under strict compliance and regulatory requirements, ECC memory is a fundamental requirement rather than an optional feature.

ECC Memory in Mission-Critical Workloads

Mission-critical workloads rely on consistent and error-free memory operation. The HPE P06033-H21 is designed for environments where even minor memory errors can result in service disruption or financial loss. By correcting errors in real time, this category of memory supports uninterrupted operation of core business applications.

Enterprise IT teams benefit from proactive error reporting provided by ECC mechanisms, allowing early detection of failing components and preventive maintenance before catastrophic failures occur.

High-Speed 3200MHz Performance Characteristics

The 3200MHz operating frequency places the HPE P06033-H21 among high-performance DDR4 server memory solutions. Higher memory frequency translates directly into increased bandwidth, which is critical for modern processors with multiple cores and simultaneous memory access demands. This category supports balanced performance across compute, memory, and storage subsystems.

Servers equipped with 3200MHz DDR4 ECC Registered RAM can process larger datasets more efficiently, reduce memory access latency, and improve overall application responsiveness. This performance advantage is particularly valuable in environments running analytics, virtualization, and cloud-native applications.

PC4-25600 Bandwidth and Throughput Advantages

PC4-25600 memory modules deliver substantial throughput improvements over lower-speed alternatives. The HPE P06033-H21 supports workloads that require rapid data movement between CPU and memory, such as in-memory databases and real-time data processing engines. Increased bandwidth ensures that processor cores remain utilized rather than stalled waiting for data.

This category is optimized for multi-channel memory architectures, ensuring that bandwidth scales effectively as more modules are installed.

32GB Capacity Benefits for Enterprise Scalability

The 32GB capacity of the HPE P06033-H21 enables efficient memory scaling in enterprise servers. Higher-capacity modules reduce the total number of DIMMs required to reach desired memory levels, simplifying configurations and improving airflow within server enclosures. This category is ideal for organizations seeking to maximize memory per socket without sacrificing stability.

High-capacity DDR4 ECC Registered memory supports memory-intensive workloads such as virtualization clusters, large databases, and enterprise resource planning systems. As data volumes continue to grow, this category allows enterprises to expand memory resources incrementally while maintaining performance consistency.

Virtualization Density and Memory Consolidation

Virtualization platforms depend heavily on available memory capacity. The HPE P06033-H21 enables higher virtual machine density per host by providing ample memory headroom. This category supports consolidation strategies that reduce hardware footprint while maintaining service quality.

Memory consolidation also contributes to operational efficiency by lowering power consumption and cooling requirements across the data center.

HPE Qualification, Testing, and Platform Integration

HPE enterprise memory modules undergo rigorous qualification processes to ensure compatibility and reliability. The HPE P06033-H21 is tested across supported server platforms to validate electrical characteristics, thermal behavior, and long-term stability. This category benefits from HPE’s end-to-end validation methodology, which minimizes the risk of interoperability issues.

Using HPE-qualified memory is essential for maintaining system warranties and support agreements. This category integrates seamlessly with HPE management tools, enabling administrators to monitor memory health, performance metrics, and error events in real time.

Firmware-Level Optimization and Reliability

HPE firmware and BIOS are optimized to work with certified memory modules such as the HPE P06033-H21. This integration ensures accurate memory detection, optimal timing configurations, and reliable error reporting. Firmware-level optimization enhances system stability and simplifies troubleshooting.

This category reflects a holistic approach to server design, where memory is treated as an integral component of the overall platform rather than a standalone part.

Thermal Efficiency and Power Management

DDR4 technology introduces improved power efficiency compared to earlier memory generations. The HPE P06033-H21 operates at lower voltages while delivering higher bandwidth, contributing to reduced overall system power consumption. This category is designed to function within optimized thermal envelopes, supporting sustained performance without excessive heat output.

Effective thermal management is critical in dense server environments. By balancing performance and efficiency, this category helps data centers control cooling costs and maintain reliable operation under continuous load.

Impact on Data Center Operational

Power-efficient memory contributes directly to lower operational expenses. The HPE P06033-H21 reduces energy consumption per gigabyte of memory, making it an economical choice for large-scale deployments. Over the lifecycle of enterprise servers, these efficiencies translate into measurable cost savings.

This category supports sustainability initiatives by reducing the environmental impact of data center operations.

Enterprise Workload Compatibility and Optimization

The DDR4 ECC Registered memory category represented by the HPE P06033-H21 is optimized for a wide range of enterprise workloads. Database servers benefit from faster query execution and improved caching performance. Analytics platforms leverage increased memory bandwidth to process large datasets efficiently.

Application servers, middleware platforms, and cloud infrastructures all rely on stable and high-capacity memory to deliver consistent performance. This category ensures that memory is not a limiting factor in application scalability.

Multi-Core and Multi-Socket Architectures

Modern server CPUs feature high core counts and advanced memory controllers. The HPE P06033-H21 complements these architectures by providing sufficient bandwidth and capacity to keep all cores supplied with data. This synergy between processor and memory is essential for maximizing return on investment in enterprise hardware.

This category enables balanced system design, where compute and memory resources scale together.

Reliability, Availability, and Serviceability Standards

Enterprise memory categories prioritize reliability, availability, and serviceability. The HPE P06033-H21 supports advanced RAS features that enhance system resilience. ECC protection, combined with registered buffering, reduces the likelihood of system crashes and data corruption.

This category supports proactive maintenance strategies by providing detailed error reporting and diagnostics. IT teams can identify potential issues early and schedule replacements without disrupting operations.

Long-Term Stability in Continuous Operation

Servers in enterprise environments often operate continuously for extended periods. The HPE P06033-H21 is designed to maintain stable performance over long operational lifecycles. This category emphasizes component quality and manufacturing consistency to ensure predictable behavior over time.Long-term stability reduces downtime and supports business continuity objectives.