P03053-7A1 HPE 64GB 2933MHz Pc4-23400 Cl21 Ecc Registered Dual Rank 288-pin SDRAM DDR4 Memory

Highlights of HPE P03053-7A1 64GB DDR4 PC4-23400 ECC Ram

The HPE P03053-7A1 64GB DDR4 2933MHz ECC Registered Memory is a high-performance server memory module engineered for modern enterprise workloads. Designed for HPE ProLiant Gen10 servers, this DDR4 memory delivers improved bandwidth, advanced reliability, and optimized efficiency for data centers, virtualization environments, and high-demand applications.

General Information

• Manufacturer: HPE
• Part Number: P03053-7A1
• Product Type: Server Memory
• Sub Type: DDR4 2933MHz PC4-23400
• Form Factor: 288-Pin DIMM

Technical Specifications

• Capacity: 64GB
• Number of Modules: 1 x 64GB
• Memory Type: DDR4 SDRAM
• Form Factor: 288-Pin DIMM

Performance Specifications

• Memory Speed: 2933MHz
• Bandwidth: PC4-23400
• Latency Timing: CL21 (21-21-21)
• Rank Type: Dual Rank x4
• Error Checking: ECC Registered
• Operating Voltage: 1.2V

Physical Dimensions

• Height: 8.89 cm
• Width: 19.05 cm
• Depth: 1.91 cm

High-Speed 2933MHz DDR4 Performance

Performance Benefits

• Memory speed: 2933MHz
• Bandwidth standard: PC4-23400
• Improved data throughput
• Reduced latency for faster application performance

Energy Efficient DDR4 Architecture

Efficiency Advantages

• Operating voltage: 1.2V
• Lower energy usage
• Reduced heat output
• Improved data center efficiency

Compatibility

Supported HPE ProLiant DL Series

• HPE ProLiant DL380 Gen10
• HPE ProLiant DL380 Gen10 Base / Entry / SMB
• HPE ProLiant DL380 Gen10 High Performance
• HPE ProLiant DL560 Gen10 Series
• HPE ProLiant DL580 Gen10 Series

Supported HPE ProLiant ML Series

• HPE ProLiant ML350 Gen10
• HPE ProLiant ML350 Gen10 Base
• HPE ProLiant ML350 Gen10 Entry
• HPE ProLiant ML350 Gen10 Performance
• HPE ProLiant ML350 Gen10 Solution

Supported HPE Apollo Servers

• HPE Apollo 2000
• HPE Apollo XL170r
• HPE Apollo XL190r
• HPE Apollo 4200
• HPE Apollo 4500 XL450
• HPE Apollo 6500

Overview of HPE P03053-7A1 64GB DDR4 PC4-23400 ECC Ram

The HPE P03053-7A1 64GB DDR4 2933MHz PC4-23400 ECC Dual Rank 288-Pin Memory Module is designed as a high-performance, enterprise-grade solution for HPE ProLiant servers. This module addresses the growing demands of modern data centers and enterprise workloads by providing a balance of capacity, speed, reliability, and scalability. With 64GB of DDR4 memory at a clock speed of 2933MHz, this module is well-suited to support memory-intensive applications such as virtualization, large-scale databases, artificial intelligence workloads, real-time analytics, and cloud computing infrastructure. Its dual-rank ECC architecture ensures superior data integrity, error detection, and system stability, making it ideal for mission-critical server environments where uptime and performance are paramount.

DDR4 Technology and Its Advantages in Enterprise Servers

DDR4 memory technology represents a significant evolution over its DDR3 predecessors, providing improved bandwidth, enhanced energy efficiency, and better reliability. The HPE P03053-7A1 leverages DDR4’s advanced architecture to support high-speed data transfer and lower operating voltages, which collectively improve overall server efficiency. DDR4 introduces multiple innovations such as higher memory density, improved signaling, and larger bank structures, enabling servers to manage large datasets effectively while maintaining minimal latency.

High-Frequency Operation at 2933MHz

The 2933MHz frequency of the HPE P03053-7A1 module ensures fast data access, which is critical for modern workloads that require rapid processing of large volumes of information. High-frequency memory improves server responsiveness, enabling applications to perform efficiently without bottlenecks caused by memory latency. This speed is particularly beneficial for virtualization, cloud computing, and real-time analytics, where memory access times directly impact overall system performance.

Bandwidth with PC4-23400

The PC4-23400 standard of the HPE P03053-7A1 provides a theoretical bandwidth of 23.4 GB/s per module. When deployed in multi-channel configurations, the effective system memory bandwidth increases significantly, enabling servers to manage large-scale enterprise workloads with minimal latency. High bandwidth memory ensures smooth data flow between processors and memory, preventing performance bottlenecks in data-intensive applications.

ECC and Dual-Rank Architecture for Reliability and Stability

Enterprise servers demand high levels of reliability to prevent data corruption and system downtime. The HPE P03053-7A1 features ECC (Error-Correcting Code) technology, which automatically detects and corrects single-bit memory errors while flagging multi-bit errors for administrative review. ECC memory is critical in preventing application crashes, corrupted datasets, and system failures, particularly in mission-critical environments.

Importance of ECC in Enterprise Computing

Memory errors can occur due to electrical interference, cosmic rays, or hardware defects. In consumer-grade systems, these errors may only result in minor application issues, but in enterprise servers, they can lead to serious consequences such as database corruption, failed transactions, and lost data integrity. ECC memory addresses these risks by proactively correcting errors before they impact system operations, providing a stable platform for critical workloads.

Dual-Rank DIMM Benefits

Dual-rank memory modules, such as the HPE P03053-7A1, include two sets of memory chips that the memory controller can access independently. This interleaving improves performance by allowing one rank to prepare data while the other is being accessed. The dual-rank architecture increases memory bandwidth efficiency and enables better performance in multi-channel memory configurations. Dual-rank memory modules also support higher memory densities without compromising stability. Servers configured with multiple dual-rank modules can achieve large memory capacities while maintaining signal integrity and reliability across all memory channels.

64GB Capacity and Scalability for Enterprise Workloads

The 64GB capacity of the HPE P03053-7A1 memory module provides a substantial foundation for enterprise computing needs. High-capacity memory modules enable servers to store large datasets in memory, reducing reliance on slower storage solutions and improving application performance. This capacity supports a wide range of enterprise workloads, from virtualization to in-memory databases, real-time analytics, and cloud-based applications.

Cloud Computing

Virtualized infrastructures rely heavily on memory allocation, as each virtual machine requires dedicated memory resources. The HPE P03053-7A1 module allows IT administrators to deploy more virtual machines per server without sacrificing performance. High-capacity modules enhance the flexibility and scalability of cloud computing platforms, enabling organizations to efficiently allocate resources across multiple tenants and workloads.

Database and Analytics Applications

Modern database platforms and analytics engines benefit from larger memory capacities, as frequently accessed data can be cached in RAM, minimizing disk I/O and improving query performance. The HPE P03053-7A1 module supports in-memory databases, real-time analytics, and large-scale transactional workloads, ensuring that enterprise applications operate efficiently and consistently.

HPE ProLiant Server Platforms

The HPE P03053-7A1 memory module is specifically validated for use with HPE ProLiant servers. ProLiant servers are renowned for their reliability, scalability, and advanced management capabilities. Genuine HPE memory modules, such as the P03053-7A1, ensure seamless integration, optimal performance, and system stability.

Firmware Management

HPE ProLiant servers leverage firmware-level optimization when genuine HPE memory modules are installed. This integration enables advanced monitoring, predictive failure alerts, and automated diagnostics, allowing administrators to maintain system reliability and performance proactively. Memory modules like the P03053-7A1 provide full compatibility with HPE iLO and server management tools, enhancing enterprise visibility and control.

Scalable Infrastructure

By deploying high-capacity DDR4 memory modules, organizations can future-proof their server infrastructure. The HPE P03053-7A1 allows IT teams to scale memory resources as workload demands increase without requiring extensive hardware upgrades. This scalability supports the long-term growth of enterprise applications, virtualization platforms, and cloud services.

Thermal Management

Power efficiency is a critical consideration in modern data centers. The HPE P03053-7A1 module operates at a low voltage of 1.2V, reducing energy consumption and minimizing heat generation. Efficient thermal management contributes to stable system operation and reduces the need for extensive cooling infrastructure, which lowers overall operational costs.

Server Cooling and Reliability

Proper airflow within server chassis ensures that DDR4 memory modules maintain safe operating temperatures. The HPE P03053-7A1 module is designed to operate efficiently under typical data center thermal conditions, providing reliable performance even under sustained high workloads. This reduces the likelihood of thermal-induced errors and ensures consistent server reliability.

Large-Scale Deployments

In large-scale data centers with hundreds of servers, reducing power consumption per memory module has a substantial impact on overall energy costs. The low voltage design of the HPE P03053-7A1 contributes to cumulative energy savings while maintaining high memory performance, making it an excellent choice for enterprises focused on sustainable computing practices.

Workload and Application Benefits

High-performance DDR4 memory modules like the HPE P03053-7A1 enhance enterprise workloads by providing fast, reliable, and high-capacity memory. Applications that benefit include virtualization platforms, in-memory databases, AI and machine learning workloads, analytics engines, and high-performance computing clusters.

High-Performance Computing Clusters

Scientific simulations, engineering calculations, and financial modeling applications rely on large memory bandwidth to execute complex computations. Dual-rank, high-capacity DDR4 memory modules like the P03053-7A1 ensure that high-performance computing clusters maintain optimal memory throughput, allowing for faster calculations and more accurate results.

In-Memory Databases and Analytics

In-memory database platforms rely on sufficient RAM to store and process data rapidly. The HPE P03053-7A1 module’s 64GB capacity allows organizations to load entire datasets into memory, reducing latency and increasing analytical efficiency. This is critical for business intelligence, financial systems, and real-time analytics applications.

Enterprise-Grade Manufacturing and Validation

HPE memory modules are manufactured to stringent enterprise-grade standards. Each P03053-7A1 module undergoes extensive validation and quality testing, including thermal stress analysis, signal integrity checks, and performance benchmarking under various workloads. This ensures that the memory module meets the reliability, stability, and longevity requirements of enterprise server environments.

Rigorous Testing and Quality Assurance

Every HPE memory module is subjected to multiple validation tests to guarantee consistent performance. This includes compatibility verification with HPE ProLiant servers, thermal and electrical stress testing, and long-term reliability assessments. These procedures ensure that each module performs reliably under demanding workloads and continuous operation.

Consistency and Reliability Across Deployments

High-quality components and meticulous manufacturing processes ensure that HPE memory modules like the P03053-7A1 deliver consistent performance across all deployments. This consistency is essential for enterprises that operate large-scale data centers or high-density server clusters, where predictable memory behavior is critical for uptime and application performance.