753225-B21 HPE 32GB DDR4 SDRAM Ram

HPE 753225-B21 32GB Pc4-17000 RAM

The HPE 753225-B21 32GB PC4-17000 2133MHz CL15 ECC Registered DDR4 SDRAM module is a high-performance memory solution engineered for enterprise-grade servers. This advanced RAM ensures stability, speed, and reliability for demanding workloads.

Manufacturer Details

• Brand: Hewlett Packard Enterprise
• Part Number: 753225-B21
• Device Category: Memory Module

Technical Specifications

• Total Storage: 32 GB
• Upgrade Style: System-Specific Enhancement

Memory Characteristics

Type and Form Factor

• Memory Classification: DDR4 LRDIMM
• Form Factor: 288-Pin LRDIMM

Technology and Speed

• Technology: DDR4 SDRAM
• Frequency Rate: 2133 MHz (PC4-17000)

Data Organization and Integrity

• Chip Structure: X4
• Error Correction: ECC (Error-Correcting Code)

Performance Features

• Design: Quad Rank, Load-Reduced
• Latency Timing: CL15 (CAS-15-15-15)
• Operating Voltage: 1.2 V

Compatibility Information

Supported Systems

Designed For

• Optimized for HPE ProLiant Generation 9 Servers

HPE 753225-B21 32GB PC4-17000 DDR4 SDRAM Overview

The HPE 753225-B21 module represents a high-performance, server-grade memory solution, specifically designed to meet the rigorous demands of enterprise environments. This 32GB PC4-17000 DDR4 SDRAM module operates at a frequency of 2133MHz and is engineered with a CL15 latency, delivering exceptional reliability and speed for critical workloads. Designed with ECC (Error-Correcting Code) and registered architecture, it ensures data integrity and stability across mission-critical applications, making it an essential component for modern HPE ProLiant servers and high-performance computing systems.

Advanced DDR4 Technology

DDR4 technology provides a significant evolution over its predecessor, DDR3, offering higher bandwidth, lower power consumption, and increased overall efficiency. The HPE 753225-B21 leverages this advanced memory standard to optimize server operations. Running at 2133MHz, it delivers swift data access, enabling faster application processing and improved multitasking capabilities. This module's architecture ensures seamless integration into server environments, supporting memory-intensive applications such as virtualization, database management, and large-scale data analytics.

High-Speed Data Transfer and Bandwidth Optimization

The PC4-17000 specification of this HPE memory module highlights its high-speed data transfer capabilities, providing bandwidth of up to 17,066 MB/s. Such throughput ensures minimal bottlenecks during heavy computational tasks and large file transfers. IT administrators and system architects can rely on this memory to maintain high-performance levels even under demanding workloads. Optimized bandwidth reduces latency and enhances system responsiveness, contributing to a stable and efficient server infrastructure.

Error Correction and Data Integrity with ECC

Error-Correcting Code (ECC) functionality is a cornerstone feature of the HPE 753225-B21. ECC memory detects and corrects single-bit memory errors automatically, ensuring that data corruption is minimized during critical operations. This reliability is crucial for environments that require continuous uptime, such as data centers, financial services, healthcare computing, and cloud infrastructure. By implementing ECC, organizations can safeguard sensitive information and maintain consistent application performance without unexpected interruptions or system crashes.

Registered DIMM Architecture for Scalability

The HPE 753225-B21 employs registered DIMM (RDIMM) technology, which buffers memory signals and reduces electrical load on the memory controller. This approach enhances system stability, allowing servers to support larger memory configurations without sacrificing performance. Registered memory modules are ideal for enterprise servers that require significant RAM capacity for virtualization, large databases, or high-demand computing tasks. The combination of RDIMM and ECC ensures that servers maintain both high capacity and error-free operation, making this memory module a reliable choice for long-term deployment.

Compatibility with HPE ProLiant Servers

This memory module is fully validated for HPE ProLiant Gen9 and Gen10 servers, ensuring seamless installation and operation. HPE provides extensive compatibility testing for its memory products, guaranteeing optimal performance within the supported server lineup. System administrators can upgrade server memory with confidence, knowing that the HPE 753225-B21 module meets all quality standards, firmware compatibility, and performance benchmarks. Integration with HPE server management tools, such as iLO (Integrated Lights-Out), allows for real-time monitoring of memory health, reducing the risk of unexpected failures.

Ideal for Virtualized Environments

Virtualization workloads place heavy demands on server memory, as multiple virtual machines share a common hardware pool. The 32GB capacity of the HPE 753225-B21 module, combined with high-speed 2133MHz operation and ECC support, ensures that virtual environments perform smoothly. Servers equipped with this memory can efficiently allocate resources to virtual machines, maintain high uptime, and prevent slowdowns caused by memory bottlenecks. IT teams benefit from both operational efficiency and reduced total cost of ownership through optimized memory utilization.

Performance Under Intensive Workloads

High-performance computing applications, such as data analytics, scientific modeling, and AI-driven processes, require reliable and fast memory. The HPE 753225-B21 delivers consistent performance under these conditions, providing quick access to frequently used datasets and minimizing system latency. Its CL15 latency rating ensures balanced performance between speed and stability, making it suitable for servers that handle large-scale computations or continuous, high-intensity tasks.

Energy Efficiency and Reduced Power Consumption

DDR4 memory, including the HPE 753225-B21, is designed to operate at lower voltages compared to previous DDR standards. This reduced power consumption contributes to lower operational costs and improved thermal management within server racks. Data centers and enterprise IT environments benefit from reduced heat output and energy usage, aligning with sustainability goals while maintaining top-tier performance. Efficient memory operation also prolongs the lifespan of server components, decreasing the frequency of hardware replacements.

Memory Reliability and Enterprise-Grade Durability

Enterprise-grade memory requires more than just speed; reliability, durability, and predictability are essential. The HPE 753225-B21 module is manufactured to strict quality standards, with rigorous testing to ensure consistent performance under varying operational conditions. Its ECC and registered features guarantee that critical applications remain stable even during peak workloads. Organizations can depend on this memory module to deliver uninterrupted service, protecting mission-critical data and maintaining high levels of server uptime.

Optimized for Data-Intensive Applications

The growing demand for data processing across industries underscores the importance of robust server memory. The HPE 753225-B21 is optimized for applications such as enterprise resource planning (ERP), customer relationship management (CRM), real-time analytics, and large database operations. Its high-speed performance, large capacity, and ECC reliability make it ideal for managing extensive datasets without compromising on access speed or data accuracy.

HPE 753225-B21 in Modern IT Infrastructure

Modern IT infrastructure relies on high-performance, reliable memory to maintain competitive advantage. Servers equipped with HPE 753225-B21 modules benefit from accelerated processing, improved virtualization capabilities, and enhanced application responsiveness. Its high capacity, speed, and ECC reliability make it an indispensable component in enterprise networks, cloud data centers, and mission-critical computing environments. System administrators gain confidence knowing that their infrastructure is supported by a robust memory platform that reduces downtime and improves operational efficiency.

Memory Expansion Strategies

Expanding server memory with the HPE 753225-B21 allows organizations to scale resources according to workload demands. Whether implementing virtualization, enhancing database performance, or supporting AI-driven applications, additional memory modules can be deployed without disrupting existing configurations. This flexibility ensures optimal utilization of server resources and supports long-term IT growth strategies.

Support for Mixed Workloads and Multi-Core Servers

High-density servers with multiple processor cores require efficient memory to prevent bottlenecks and maintain parallel processing efficiency. The HPE 753225-B21 excels in multi-core server environments, distributing data across channels efficiently and supporting mixed workloads with minimal latency. Its design ensures that each core receives the necessary memory bandwidth, maximizing overall server throughput and enhancing application performance.

Integration with Server Management Tools

HPE provides integrated management solutions, such as HPE iLO, to monitor and manage memory modules like the 753225-B21. These tools allow administrators to track memory health, detect potential failures, and optimize server performance proactively. Integration with server management ecosystems simplifies administration and enhances reliability across enterprise deployments, reducing downtime and increasing productivity.

Performance Optimization in Multi-Socket Servers

Multi-socket server configurations benefit from the HPE 753225-B21's ability to handle large memory capacities efficiently. ECC and registered features prevent signal degradation across high-density memory setups, ensuring consistent performance in dual or quad-socket systems. Optimized memory channels facilitate seamless data flow, enhancing overall system efficiency and supporting demanding applications that require synchronized multi-threaded processing.

Environmental Considerations and Heat Management

DDR4 technology not only improves performance but also reduces heat generation and power usage. The HPE 753225-B21 operates efficiently in dense server racks, minimizing thermal output and contributing to better airflow management. Lower operating temperatures prolong the lifespan of both memory modules and surrounding server components, maintaining system integrity and reliability over extended operational periods.