605313-071 HPE 8GB 1333MHz PC3-10600 DDR3 RAM

HPE 605313-071 8GB DDR3 Server Memory Overview

The HPE 605313-071 features an 8GB memory capacity organized as a single 240-pin DIMM module. This configuration provides substantial memory resources for server applications while maintaining compatibility with HP Enterprise server architectures that support individual 8GB modules.

Advanced Memory Technology

ECC Registered Architecture

The Error Correcting Code (ECC) functionality is a critical feature that automatically detects and corrects single-bit memory errors in real-time. This significantly enhances system reliability and data integrity, making it essential for mission-critical servers where data corruption cannot be tolerated. The registered design includes a register buffer that reduces electrical load on the memory controller, enabling support for higher memory capacities per channel.

DDR3 SDRAM Technology

DDR3 (Double Data Rate 3) Synchronous Dynamic Random Access Memory represents the third generation of DDR technology. It operates at a lower voltage (1.5V) compared to previous generations, reducing power consumption and heat generation. The double data rate architecture transfers data on both the rising and falling edges of the clock signal, effectively doubling the data rate without increasing the actual clock frequency.

Generation-Specific Requirements

The module is designed for HPE 605313-071 Gen8 and select Gen7 server platforms. Proper functionality requires installation in systems with compatible memory controllers that support registered ECC DDR3 memory at 1333MHz. Always verify specific server documentation for memory configuration guidelines.

Mixed Configuration Considerations

While technically possible to mix with other compatible HPE memory modules, for maximum stability and performance, identical part numbers should be used within the same channel. Mixed capacity configurations may be supported but require careful planning according to the server's memory configuration guidelines.

Enterprise-Grade Reliability

The ECC implementation goes beyond simple error detection by employing single-error correction and double-error detection (SECDED) algorithms. This advanced error handling prevents silent data corruption and system crashes that can result from memory errors, providing essential protection for database servers, virtualization hosts, and critical business applications.

Thermal and Management

Engineered with enterprise thermal characteristics, the module includes temperature sensors and thermal monitoring capabilities that work in conjunction with HPE 605313-071 server management systems. The 1.5V operating voltage reduces power consumption by approximately compared to DDR2 technology, while maintaining signal integrity through advanced PCB design.

Physical Design Specifications

The 240-pin DIMM configuration follows JEDEC standard specifications for DDR3 registered modules with a total length of 133.35mm and height typically around 30mm. The physical design ensures proper clearance within HPE server chassis and compatibility with standard DDR3 DIMM slots while providing sufficient surface area for heat dissipation.

Enterprise Server Environments

Ideal for mainstream data center servers handling business applications, file serving, and web hosting. The 8GB capacity per module allows for flexible memory configurations scaling from basic setups to high-memory systems when populated across multiple channels and processors.

Firmware 

The module works in coordination with HPE 605313-071 server firmware to optimize performance settings and ensure compatibility. HPE's extensive validation process guarantees that the memory operates reliably within supported server platforms without configuration conflicts.

Technology Generation Context

DDR3 in the Memory Evolution Timeline

DDR3 technology represents a significant evolution from DDR2, offering higher speeds, reduced power consumption, and improved bandwidth. While newer DDR4 and DDR5 technologies offer further advancements, DDR3 remains relevant for maintaining and supporting existing server infrastructure with proven reliability and cost-effectiveness.

Reliability vs. Replacement Cost Analysis

The enterprise-grade construction and ECC protection reduce the total cost of ownership by minimizing downtime and data loss risks. When compared to generic memory alternatives, the HPE-certified design ensures compatibility and reliability that protects the larger server investment.

Genuine HPE Part Assurance

The 605313-071 part number guarantees genuine HPE quality with full compatibility assurance. Counterfeit memory can cause system instability and void server warranties, making authentic HPE memory essential for production environments.

ProLiant Server Series Compatibility