P06183-001 HPE 8GB DDR4-2666MHz ECC Memory.

HPE P06183-001 8GB 2666MHz PC4-21300 Memory

Discover the HPE P06183-001, a reliable 8GB DDR4 RAM component engineered for stable performance and data integrity in a wide range of Hewlett Packard Enterprise servers and converged systems.

General Information

• Brand: Hewlett Packard Enterprise (HPE)
• Manufacturer Part Code: P06183-001
• Product Type: Server Memory Module
• Module Configuration: Single 8GB Module

Technical Specifications

• Total Memory Capacity: 8 Gigabytes
• Operating Speed: 2666 MHz
• Industry Standard Designation: DDR4-21300 / PC4-21300
• CAS Latency Timing: CL19
• Rank Configuration: 2Rx4 (Dual Rank, x4 Organization)
• Error Correction: Error-Correcting Code (ECC)
• Module Type: Registered DIMM (RDIMM)
• Memory Technology: DDR4 Synchronous DRAM
• Signal Architecture: Dual Rank x8

Physical Dimensions and Form Factor

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

Compatible Systems and Designed-For Platforms

• Converged Infrastructure: HPE ConvergedSystem 500
• ProLiant Blade Servers: BL460c Gen10
• ProLiant Rack Servers: DL360 Gen10, DL380 Gen10, DL560 Gen10
• ProLiant Tower Servers: ML350 Gen10
• Specialized Servers: XL230k Gen10
• Synergy Compute Modules: Synergy 480 Gen10, Synergy 660 Gen10

HPE P06183-001 8GB 2666MHz PC4-21300 Memory Overview

The HPE P06183-001 8GB 2666MHz PC4-21300 CAS-19 ECC Registered Dual Rank x8 DDR4 SDRAM 288-pin RDIMM Memory is part of a foundational enterprise server memory category engineered for stability, compatibility, and long-term reliability. This category focuses on ECC Registered DDR4 RDIMM solutions that are widely deployed across enterprise servers, virtualization platforms, and business-critical IT infrastructure. DDR4 RDIMM memory represents a balanced combination of performance, cost efficiency, and proven reliability, making it a preferred choice for small to large-scale enterprise environments.This category is designed to support consistent server operation under continuous workloads. While higher-capacity and higher-frequency modules exist, 8GB DDR4 ECC Registered memory remains essential for entry-level servers, infrastructure services, management nodes, edge deployments, and environments where predictable performance and reliability are more important than maximum density.

DDR4 SDRAM Technology and RDIMM Design Fundamentals

DDR4 SDRAM technology brought significant improvements over previous memory generations by increasing data rates, improving power efficiency, and enabling higher module densities. Within the DDR4 ecosystem, Registered DIMMs play a critical role in enterprise server design. The HPE P06183-001 uses a registered buffer to reduce electrical load on the memory controller, enabling stable operation when multiple DIMMs are installed per channel.This category prioritizes signal integrity and timing stability, which are essential in multi-DIMM server configurations. RDIMM architecture allows servers to support greater total memory capacity compared to unbuffered memory while maintaining compatibility with enterprise-class CPUs and chipsets. The use of DDR4 SDRAM also ensures improved thermal efficiency and lower operating voltage, which are important considerations in data center environments.

288-Pin DDR4 RDIMM Form Factor Standardization

The 288-pin DDR4 RDIMM form factor is an industry standard for modern enterprise servers. The HPE P06183-001 adheres strictly to JEDEC specifications, ensuring physical and electrical compatibility with supported server platforms. This standardization simplifies deployment, maintenance, and replacement processes across large IT environments.

By conforming to established form factor requirements, this memory category ensures predictable installation and interoperability, reducing the risk of configuration errors and hardware incompatibility.

Error Correction Code Memory and Data Integrity Protection

Error Correction Code technology is a defining feature of enterprise memory categories. The HPE P06183-001 incorporates ECC functionality that detects and corrects single-bit memory errors while identifying multi-bit faults. In server environments, even minor memory errors can result in system instability, application crashes, or silent data corruption.

This category of ECC Registered memory is designed to protect data integrity across a wide range of workloads. ECC memory is particularly important for servers running operating systems, databases, directory services, and virtualization platforms where data accuracy and system uptime are critical.

ECC Memory Benefits in Business-Critical Infrastructure

Business-critical infrastructure relies on continuous and error-free operation. The HPE P06183-001 helps ensure that transient memory errors caused by electrical interference or cosmic radiation do not affect application behavior. This category supports proactive error detection, allowing system administrators to monitor memory health and address issues before they escalate.

ECC Registered memory is essential for organizations that require high availability, compliance with industry standards, and dependable system behavior under sustained workloads.

Performance Characteristics and PC4-21300 Bandwidth

The HPE P06183-001 operates at 2666MHz, delivering PC4-21300 bandwidth that supports a wide range of enterprise applications. This frequency offers an optimal balance between performance, power efficiency, and broad platform compatibility. Many enterprise server CPUs are designed to operate efficiently at 2666MHz, making this category widely applicable.

PC4-21300 memory provides sufficient throughput for infrastructure services, file servers, application servers, and moderate virtualization workloads. This category is especially suitable for environments where stability and compatibility take precedence over maximum memory bandwidth.

CAS Latency 19 and Timing Optimization

CAS latency plays an important role in overall memory responsiveness. The CAS-19 timing of the HPE P06183-001 is optimized for DDR4 2666MHz operation, ensuring reliable data access while maintaining electrical stability. This category emphasizes predictable latency behavior, which is important for workloads that require consistent response times.

Balanced timing characteristics help ensure smooth system operation across diverse applications without introducing instability or excessive power consumption.

8GB Capacity and Modular Scalability

The 8GB capacity of the HPE P06183-001 makes it a versatile building block within enterprise memory configurations. While higher-capacity modules are often used for large databases or in-memory workloads, 8GB RDIMMs remain highly relevant for infrastructure nodes, management servers, development environments, and branch office deployments.

This category allows organizations to scale memory capacity incrementally by adding additional modules as workload demands grow. Modular scalability reduces upfront investment while maintaining the ability to expand without architectural changes.

Entry-Level and Distributed Server Deployments

Entry-level servers and distributed deployments often prioritize cost efficiency, reliability, and compatibility. The HPE P06183-001 fits well into these environments by delivering enterprise-grade ECC protection and RDIMM stability at a practical capacity point.

This category is commonly used in domain controllers, monitoring servers, backup appliances, and edge computing platforms where dependable memory operation is essential.

Dual Rank x8 Configuration and Memory Organization

The dual rank x8 configuration of the HPE P06183-001 contributes to balanced performance and compatibility across server platforms. Dual rank memory can improve memory interleaving and throughput compared to single rank modules, depending on CPU architecture and memory controller behavior.

x8 memory organization is widely supported by enterprise servers and is often preferred for compatibility with advanced memory RAS features. This category ensures that memory modules integrate seamlessly with server architectures designed for enterprise workloads.

Impact of Dual Rank Design on Server Performance

Dual rank memory can enhance memory efficiency by allowing the memory controller to alternate access between ranks. The HPE P06183-001 leverages this design to provide consistent performance under mixed workloads.

This category supports balanced memory channel utilization, contributing to stable throughput and predictable system behavior.

HPE Qualification, Testing, and Platform Reliability

HPE enterprise memory undergoes extensive qualification and validation processes. The HPE P06183-001 is tested for electrical integrity, thermal behavior, and long-term reliability across supported server platforms. This category benefits from HPE’s rigorous testing methodology, which reduces the risk of compatibility issues and early component failure.

Using HPE-certified memory is critical for maintaining server warranties and accessing full vendor support. This category integrates seamlessly with HPE ProLiant and other enterprise server platforms designed to support DDR4 RDIMM memory.

Firmware Integration and System Management Compatibility

HPE firmware and BIOS are optimized to recognize and manage certified memory modules accurately. The HPE P06183-001 supports proper timing configuration, capacity reporting, and error logging through system management tools.

This integration simplifies monitoring and troubleshooting, allowing IT administrators to maintain system health proactively.

Thermal Efficiency and Power Consumption Considerations

DDR4 memory technology improves power efficiency by operating at lower voltages than previous generations. The HPE P06183-001 is designed to deliver stable performance while minimizing power consumption and heat output. This category supports efficient server operation in environments where cooling and power availability are constrained.

Thermal efficiency is particularly important in dense server racks and edge deployments. By maintaining predictable thermal characteristics, this category contributes to overall system reliability.

Data Center and Energy Optimization

Efficient memory contributes to reduced operational costs in enterprise environments. The HPE P06183-001 helps lower energy consumption per server while delivering the reliability required for continuous operation.

This category supports sustainability initiatives by reducing power usage and cooling requirements across IT infrastructure.

Enterprise Workload Compatibility and Deployment Scenarios

The DDR4 ECC Registered memory category represented by the HPE P06183-001 supports a broad range of enterprise workloads. Application servers benefit from stable memory operation, while infrastructure services rely on ECC protection to maintain uptime.

This category is well suited for virtualization hosts with moderate VM density, development and testing environments, and enterprise services that require predictable performance rather than extreme memory capacity.

Multi-Core and Multi-Socket Architectures

Modern server CPUs feature multiple cores and memory channels. The HPE P06183-001 complements these architectures by providing reliable memory access across populated channels. This category ensures that memory does not become a bottleneck in balanced server configurations.

By supporting standard DDR4 RDIMM operation, this memory category integrates smoothly into a wide range of server designs.

Reliability, Availability, and Serviceability Standards

Enterprise memory must meet high standards for reliability and availability. The HPE P06183-001 supports RAS features that enhance system stability and uptime. ECC protection and registered buffering reduce the likelihood of memory-related system failures.

This category enables proactive maintenance through detailed error reporting, allowing administrators to replace failing modules before service disruption occurs.

Continuous Operation and Long-Term Stability

Enterprise servers often operate continuously for extended periods. The HPE P06183-001 is designed for sustained workloads and long operational lifecycles. This category emphasizes component quality and manufacturing consistency to ensure reliable performance over time.Long-term stability supports business continuity and reduces the total cost of ownership.