317-6142 Dell 16GB DDR3 1333MHz PC2-10600 240-Pin RAM.

Product Overview of Dell 317-6142 16GB DDR3 1333MHz RAM

The Dell 317-6142 RAM module is a high-performance memory solution designed to enhance server efficiency. Built with 16GB capacity, this DDR3 memory ensures reliable and stable operation for demanding computing tasks.

General Information

• Manufacturer: Dell
• Part Number: 317-6142
• Product Type: Memory Module

Technical Specifications

• Memory Size: 16GB
• Memory Type: DDR3
• Operating Voltage: 1.35V
• Speed: 1333MHz
• Standard: DDR3-1333/PC3-10600
• Error Detection: ECC (Error-Correcting Code)
• Registered Memory: Yes
• CAS Latency: CL9
• Rank: Dual Rank x4
• Pin Count: 240-pin
• Module Type: RDIMM

Additional Attributes

• No assembly required
• Environmentally friendly design

Compatibility Details for Dell 317-6142

Compatible Dell PowerEdge Tower Servers

• T310, T320, T410, T420
• T610, T620, T710

Compatible Dell PowerEdge Rack Servers

• R310, R410, R415, R420, R510, R515
• R520, R610, R620, R710, R720, R720HD, R720XD
• R810, R820, R910

Compatible Modular Dell PowerEdge Servers

• M420, M520, M610, M610X
• M620, M710, M710HD, M820, M915

Other Supported Dell Systems

• C2100, C6105, C6145, C6220

Dell 16GB DDR3 1333MHz PC2-10600 ECC Low Voltage Memory

The Dell 317-6142 16GB DDR3 1333MHz PC2-10600 240-Pin Fully Buffered ECC Low Voltage Module is specifically designed for Dell PowerEdge servers, providing enterprise-grade reliability and performance. This high-capacity registered DIMM memory ensures that mission-critical applications run smoothly by offering advanced error-correcting code (ECC) support, which detects and corrects internal memory errors in real time. With a low voltage design of 1.35V, this module not only reduces power consumption but also minimizes heat generation, contributing to longer server lifespan and energy-efficient operation. The DDR3 architecture, operating at a frequency of 1333MHz, allows for faster data transfer rates while maintaining stability under heavy server workloads, making it an ideal choice for modern data centers and IT infrastructures.

Memory Technology and ECC Functionality

One of the defining attributes of the Dell 317-6142 is its use of DDR3 SDRAM technology combined with fully buffered ECC functionality. DDR3, or Double Data Rate type 3, enhances data throughput by transferring data on both the rising and falling edges of the clock signal, effectively doubling the speed of data transfer compared to DDR2 modules. The ECC feature further ensures data integrity by automatically detecting and correcting single-bit errors, which can prevent server crashes, data corruption, and downtime. This makes the Dell 317-6142 a critical component for enterprise servers that run complex database management systems, virtualization platforms, and high-demand computational tasks.

Energy Efficiency and Low Voltage Operation

Energy efficiency is a significant consideration in modern server environments, especially in large-scale data centers where power consumption and thermal output directly impact operational costs. The Dell 317-6142 operates at a reduced voltage of 1.35V, which is lower than standard DDR3 modules that typically run at 1.5V. This low voltage operation decreases the overall power usage of the server while simultaneously lowering heat output. Reduced heat contributes to improved component longevity and helps maintain optimal performance even under high workload conditions. Servers equipped with these low-voltage memory modules are more environmentally friendly and support organizations’ sustainability goals without sacrificing speed or reliability.

Compatibility Across Dell PowerEdge Server Models

This memory module is highly compatible with a variety of Dell PowerEdge tower, rack, and modular server models. It is optimized to work with the T310, T320, T410, T420, T610, T620, and T710 tower servers, providing consistent memory performance across multiple generations of hardware. In addition, it supports rack servers including the R310, R410, R415, R420, R510, R515, R520, R610, R620, R710, R720, R720HD, R720XD, R810, R820, and R910. For modular systems, the Dell 317-6142 is compatible with the M420, M520, M610, M610X, M620, M710, M710HD, M820, and M915 models. Additionally, it can be utilized in other Dell compute platforms such as the C2100, C6105, C6145, and C6220, providing flexibility for IT administrators seeking consistent and scalable memory solutions across their data center environments.

Application in Enterprise Server Environments

In enterprise server setups, reliable memory performance is essential for handling large datasets, virtualization workloads, and mission-critical applications. The Dell 317-6142 module provides registered memory technology that reduces memory controller load and allows for higher overall memory capacity within servers. This facilitates better multitasking and more efficient handling of parallel processes. Whether the server is running multiple virtual machines, hosting cloud applications, or managing high-volume transactional databases, the fully buffered ECC module ensures that operations are performed with minimal risk of data corruption or system instability. IT professionals often prioritize these memory modules when upgrading legacy systems or building high-performance servers due to their proven reliability and robustness.

Advantages of Fully Buffered Registered Memory

Fully buffered registered memory, as exemplified by the Dell 317-6142, offers several advantages over standard unbuffered modules. The electrical buffering reduces the load on the memory controller, which is particularly beneficial in servers with high memory density configurations. The registered design ensures consistent signal quality across multiple memory modules, reducing the likelihood of errors during data transfer. Combined with ECC functionality, this type of memory maintains data integrity, making it essential for enterprise-grade applications. Furthermore, fully buffered memory modules are engineered to support higher clock speeds and larger memory capacities without compromising system stability, which is crucial for workloads involving virtualization, high-performance computing, and real-time analytics.

Impact on Server Reliability and Performance

Server reliability is a top priority in any IT infrastructure, and memory modules like the Dell 317-6142 play a critical role in maintaining system uptime. By correcting single-bit errors in real-time, ECC memory reduces the chance of system crashes or application failures. This reliability ensures that business operations continue uninterrupted, even under heavy workloads. The combination of high-speed DDR3 architecture, fully buffered technology, and low voltage operation translates into improved server performance, allowing faster data access, reduced latency, and optimized throughput. Organizations relying on data-intensive applications, such as financial services, healthcare databases, and cloud computing platforms, benefit greatly from incorporating these high-performance memory modules into their servers.

Memory Scalability and Future-Proofing

The Dell 317-6142 module supports dual-rank configurations, enabling scalable memory deployments across compatible servers. IT administrators can increase memory capacity incrementally to meet growing computational demands without the need for complete system overhauls. This scalability is particularly valuable for businesses experiencing rapid data growth or implementing virtualization strategies. Future-proofing is also enhanced due to the module’s compatibility with multiple generations of Dell PowerEdge servers, ensuring that investments in memory infrastructure remain relevant even as server hardware evolves. With fully buffered ECC DIMMs, organizations can confidently plan long-term memory upgrades with minimal disruption to existing operations.

Integration with High-Density Data Center Environments

High-density data centers require memory solutions that balance capacity, reliability, and energy efficiency. The Dell 317-6142 module is ideal for such environments due to its low voltage design and reduced thermal output. When installed in large clusters of Dell PowerEdge servers, these memory modules contribute to lower overall cooling requirements and reduced energy consumption, which translates to operational cost savings. Additionally, the registered and fully buffered architecture ensures consistent performance across densely populated memory slots, preventing bottlenecks in high-demand computing scenarios. This makes the Dell 317-6142 an optimal choice for modern data centers focused on scalability, performance, and sustainability.

Advanced Error Correction and Data Integrity

The ECC functionality of the Dell 317-6142 is particularly critical in enterprise environments where data integrity is paramount. Single-bit errors, if uncorrected, can lead to corrupted databases, application failures, or even loss of critical information. With real-time error detection and correction, this memory module provides peace of mind for IT teams managing complex and sensitive workloads. The combination of fully buffered design and ECC support allows servers to maintain operational stability even when multiple memory modules are installed in high-density configurations. As a result, businesses can rely on these modules to support mission-critical applications with minimal risk of memory-related failures.

Optimized Data Transfer and Throughput

DDR3 technology enables the Dell 317-6142 module to achieve high data transfer rates, enhancing overall server throughput. Operating at 1333MHz, the memory module supports rapid communication between the processor and memory, reducing latency and improving application response times. The dual-rank architecture further enhances memory bandwidth, making it suitable for workloads that require frequent and intensive access to large datasets. When deployed in virtualization, cloud computing, or database-intensive environments, this memory module ensures that multiple simultaneous processes can operate efficiently without performance degradation. IT teams can achieve higher utilization of server resources and faster completion of tasks due to the optimized data handling capabilities of the module.

Environmental Considerations and Sustainable Design

The Dell 317-6142 module aligns with modern sustainability goals through its low power consumption and eco-friendly manufacturing standards. Reduced voltage operation not only lowers energy costs but also contributes to smaller carbon footprints for data center operations. Additionally, the module is designed for long-term reliability, decreasing the frequency of replacements and minimizing electronic waste. Businesses can integrate these memory modules into their servers with confidence, knowing that they are using technology that balances performance with responsible environmental impact. Sustainability and energy efficiency are increasingly important considerations for IT infrastructure planning, making this memory module a forward-looking solution for enterprises.

Performance in Virtualization and Cloud Environments

Virtualized environments demand memory modules that provide high reliability, consistent speed, and large capacity to handle multiple virtual machines operating simultaneously. The Dell 317-6142 module delivers the required stability through its registered, fully buffered design and ECC protection. Its high capacity and fast DDR3 data transfer rates enable seamless multitasking and efficient resource allocation across virtualized servers. Cloud computing platforms, which often rely on scalable, multi-server architectures, benefit from the ability to deploy these memory modules across clusters, ensuring consistent performance and minimal risk of downtime or data loss. This makes the Dell 317-6142 an ideal choice for enterprises expanding their virtualization or cloud infrastructure.

Technical Reliability in High-Load Environments

Servers that run high-load applications, such as data analytics, large-scale transaction processing, or real-time monitoring, require memory that can sustain performance under stress. The Dell 317-6142 module’s fully buffered, dual-rank architecture and ECC functionality are tailored to meet these demands. By maintaining signal integrity and correcting errors automatically, the module ensures uninterrupted operation even when servers are operating at maximum memory capacity. This reliability allows IT administrators to manage workloads efficiently and reduces the risk of unexpected downtime, which is critical for businesses where operational continuity is essential.

Compatibility with Legacy and Modern Servers

The Dell 317-6142 memory module is compatible with a wide range of Dell PowerEdge servers, spanning multiple generations and server types. This broad compatibility allows organizations to standardize memory across legacy and modern systems, simplifying procurement, maintenance, and inventory management. IT teams can deploy these modules in tower, rack, and modular server models without concern for hardware incompatibility, ensuring consistent memory performance across the data center. Standardization of memory modules also reduces administrative complexity and supports streamlined upgrades as server hardware evolves.

Strategic Memory Upgrades for Enterprise Servers

Upgrading servers with Dell 317-6142 memory modules provides strategic advantages for enterprise IT environments. Increased memory capacity improves application performance, reduces latency, and supports larger workloads. The low voltage, fully buffered design ensures that upgrades enhance energy efficiency while maintaining system stability. Businesses seeking to optimize server infrastructure for virtualization, cloud computing, or high-performance analytics can benefit from deploying these modules across their server fleets. Long-term scalability, reliability, and data integrity are all supported, making this module a cornerstone of enterprise memory strategy.