753225-B21 HPE 32GB 2133Mhz DDR4 SDRAM Reg Ecc Ram

HPE 753225-B21 32GB 2133Mhz RAM

The HPE 753225-B21 32GB PC4-17000 DDR4 SDRAM is a high-performance memory solution engineered for enterprise-grade servers. With advanced ECC technology and load-reduced design, this module ensures stability, reliability, and speed for demanding workloads.

General Details

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

Technical Specifications

Capacity and Performance

• Storage Size: 32 GB
• Speed Rating: 2133 MHz (PC4-17000)
• Latency: CL15 (CAS-15-15-15)
• Voltage Requirement: 1.2 V

Memory Architecture

• Type: DDR4 LRDIMM
• Form Factor: 288-Pin LRDIMM
• Technology: DDR4 SDRAM
• Chip Organization: X4

Advanced Features

• Data Integrity: ECC (Error-Correcting Code)
• Design: Quad Rank, Load-Reduced
• Reliability: Optimized for continuous uptime

Compatibility Information

Supported Systems

• Designed specifically for HPE ProLiant Generation 9 Servers
• Ensures seamless integration with enterprise-grade hardware
• Ideal for virtualization, database management, and high-performance computing

Key Benefits

Performance Advantages

• Boosts server responsiveness and multitasking efficiency
• Supports heavy workloads with stable memory operations
• Optimized for mission-critical applications

Reliability and Security

• ECC technology prevents data corruption
• Load-reduced design minimizes electrical strain
• Ensures consistent uptime for enterprise environments

HPE 753225-B21 32GB Pc4-17000 Ecc DDR4 SDRAM Overview

The HPE 753225-B21 is a high-performance 32GB DDR4 SDRAM module designed for enterprise-grade servers. Engineered with PC4-17000 specifications and operating at 2133MHz, this memory module offers unparalleled reliability, stability, and speed for mission-critical computing environments. Its ECC (Error-Correcting Code) and registered capabilities ensure maximum data integrity, reducing the risk of system crashes and memory errors during heavy workloads.

Features of HPE 753225-B21 DDR4 Memory

High Capacity for Data-Intensive Applications

With a storage capacity of 32GB per module, the HPE 753225-B21 provides ample memory resources for virtualization, database management, and enterprise applications. Its high capacity ensures smooth multitasking and rapid data processing, making it ideal for servers handling large datasets or multiple concurrent users.

DDR4 SDRAM Technology

This module utilizes DDR4 SDRAM technology, offering enhanced bandwidth and lower power consumption compared to previous DDR3 standards. DDR4 ensures faster data transfer rates and improved signal integrity, allowing servers to execute demanding tasks more efficiently while maintaining optimal energy efficiency.

PC4-17000 and 2133MHz Speed

The HPE 753225-B21 operates at a frequency of 2133MHz with PC4-17000 bandwidth, providing rapid data access for high-performance computing tasks. This combination of speed and bandwidth enables servers to respond quickly to demanding workloads, improving overall system responsiveness and reducing latency in critical operations.

ECC and Registered Memory for Reliability

Equipped with ECC (Error-Correcting Code) and registered (RDIMM) features, this memory module enhances system stability by automatically detecting and correcting single-bit errors. This level of protection is crucial for enterprise servers, as it minimizes the likelihood of data corruption and ensures reliable system uptime for business-critical applications.

Compatibility and Server Support

HPE ProLiant and Enterprise Server Integration

The HPE 753225-B21 memory module is fully compatible with a wide range of HPE ProLiant servers and other enterprise-class systems. Its design adheres to HPE standards, ensuring seamless integration and optimized performance within supported server models. Businesses can confidently upgrade their server memory without compromising compatibility or reliability.

Optimized for Virtualization and High-Density Environments

This DDR4 module is particularly suitable for virtualization environments, where multiple virtual machines demand substantial memory resources. Its 32GB capacity allows servers to host several virtual machines efficiently, reducing bottlenecks and maximizing computational throughput in high-density configurations.

Support for Multiple Memory Configurations

The HPE 753225-B21 can be deployed individually or in combination with other compatible DDR4 modules. Its flexibility in mixed memory configurations allows IT administrators to scale server memory according to evolving business requirements while maintaining consistent performance and system stability.

Efficiency Benefits

Enhanced System Bandwidth

By operating at 2133MHz and leveraging DDR4 technology, the HPE 753225-B21 increases overall system bandwidth, allowing servers to process more data in less time. This improvement is particularly beneficial for data-intensive tasks such as analytics, large-scale databases, and real-time transaction processing.

Reduced Power Consumption

Compared to previous DDR3 memory modules, DDR4 consumes less voltage, which translates into lower energy costs and reduced heat generation within the server chassis. This energy-efficient design supports environmentally conscious IT practices while maintaining peak system performance.

Improved Reliability and Error Management

The ECC capability of the HPE 753225-B21 ensures that single-bit errors are corrected in real-time, preventing potential system crashes and data corruption. This reliability is essential for enterprise servers running critical applications that require continuous uptime and accurate data processing.

Use Cases in Enterprise Environments

Database Management Systems

Servers running database management systems such as SQL Server, Oracle, or MySQL benefit significantly from the high capacity and bandwidth of the HPE 753225-B21. Its large memory size allows for faster query execution and efficient data caching, enhancing overall database performance.

Virtualization and Cloud Infrastructure

For cloud computing and virtualized environments, this DDR4 module provides the memory capacity required to host multiple virtual machines simultaneously. IT administrators can deploy larger workloads without compromising performance, ensuring smooth operation for both internal and client-facing applications.

High-Performance Computing and Analytics

Data analytics and high-performance computing workloads demand substantial memory resources for rapid computation and data handling. The HPE 753225-B21 DDR4 module delivers consistent, high-speed performance, enabling real-time data analysis, simulations, and intensive computational tasks with minimal latency.

Memory Type and Architecture

This module is built using DDR4 SDRAM technology and features registered architecture, enhancing stability and signal integrity. Its ECC functionality ensures that errors are detected and corrected automatically, safeguarding critical data from corruption.

Speed and Latency

The 2133MHz operating frequency coupled with CAS Latency 15 (CL15) allows this memory module to deliver swift data access while maintaining precise timing and efficient operation. These specifications are optimized for enterprise servers that require balanced performance across multiple workloads.

Capacity and Module Density

Each HPE 753225-B21 module provides 32GB of storage, offering significant memory density for servers. Multiple modules can be combined to achieve terabyte-scale configurations, supporting large-scale enterprise applications and memory-intensive tasks without sacrificing speed or stability.

Enterprise Advantages and Strategic Value

Maximized Uptime and Reliability

ECC and registered features provide enhanced protection against memory errors, maximizing server uptime. This reliability ensures that mission-critical applications continue to operate smoothly, minimizing risks of data loss or system failure in enterprise environments.

Scalable Memory Solutions

The high capacity and compatibility of the HPE 753225-B21 allow enterprises to scale memory configurations according to evolving business demands. Organizations can start with essential memory modules and expand their infrastructure as workloads grow, providing both flexibility and long-term value.