AC718214 Dell DDR4 64GB PC4-23400 2933MT/s ECC RAM

Highlights of Dell AC718214 64GB RAM

The Dell AC718214 64GB PC4-23400 DDR4 ECC Registered DIMM is engineered for enterprise-grade performance, ensuring reliability and speed for demanding workloads.

Manufacturer Details

• Brand Name: Dell
• Part Number: AC718214
• Product Type: Server Memory Module

Technical Highlights

• Storage Size: 64GB
• Memory Type: DDR4 SDRAM
• Module Count: 1 x 64GB

Performance Specification

• Speed: 2933 MT/s (DDR4-23400 / PC4-2933)
• Error Correction: ECC (Error-Correcting Code)
• Signal Processing: Registered DIMM
• Latency: CL21
• Rank: 2Rx4

System Compatibility

Supported Dell PowerEdge Servers

• PowerEdge R640
• PowerEdge R740
• PowerEdge R940
• PowerEdge R740xd
• PowerEdge C6420
• PowerEdge T640
• PowerEdge FC640
• PowerEdge M640
• PowerEdge M640 VRTX
• PowerEdge C4140
• PowerEdge R840
• PowerEdge MX740c
• PowerEdge MX840c

Supported Dell Precision Workstations

• Precision 7820 Tower
• Precision 7920 Tower

Physical Characteristics

Form Factor

• 288-pin RDIMM

Dimensions

• Height: 1.00 inch
• Depth: 6.75 inches

Weight

• 0.20 lb

Overview of Dell AC718214 64GB 2933MT/s PC4-23400 Memory

The Dell AC718214 64GB 2933MT/s PC4-23400 CL21 ECC Registered Dual Rank x4 1.2V DDR4 SDRAM 288-Pin RDIMM Memory Module belongs to a specialized category of high-capacity server memory engineered to support demanding enterprise workloads, virtualization environments, multi-threaded computing, and high-density data operations. This class of memory focuses on delivering dependable data integrity, accelerated processing speeds, and seamless multitasking for enterprise-grade systems. The architecture behind ECC Registered DDR4 RDIMM modules is designed for servers and professional workstations that require continuous uptime, strong error mitigation, and optimized multitasking under heavy loads. This category emphasizes reliability, efficiency, and high throughput performance as foundational traits, using advanced features such as error-correcting code, buffered signal enhancement, low-voltage operation, and multi-rank data distribution.

Category Characteristics

ECC Registered DDR4 RDIMM memory products like the Dell AC718214 are crafted for stability-focused computing ecosystems. These environments often include data centers, cloud infrastructures, virtualization clusters, AI workloads, and high-performance databases. The defining factor of this category is the integration of error-correction technology, which ensures real-time detection and correction of common memory-related faults. Registered DIMMs add a buffer between memory and the system’s controller for improved signal integrity, enabling higher density configurations without compromising stability. This category supports systems that demand predictable performance under full load, enhanced durability, and greater scalability thanks to the registered buffering logic that reduces electrical load on the memory controller and allows installation of multiple RDIMMs in parallel.

Importance of High-Capacity Server Memory in Modern IT Ecosystems

Within the broader ecosystem of enterprise hardware, high-capacity DDR4 RDIMM modules play a central role in enabling organizations to handle complex, data-intensive operations. Businesses increasingly depend on virtualization platforms that allocate memory resources dynamically to support numerous virtual machines simultaneously. High-capacity modules like the Dell AC718214 ensure these VMs run smoothly without bottlenecks. Additionally, in large-scale analytics, in-memory computing frameworks rely on substantial RAM capacity to store and process datasets directly in memory, eliminating latency associated with traditional storage. High-capacity ECC RDIMM memory ensures that processing remains fluid, consistent, and stable, even when operating under challenging and sustained workloads.

Category Integration with Mission-Critical Server Infrastructure

The Dell AC718214 belongs to a segment of hardware commonly deployed in mission-critical server architectures. These systems require unwavering reliability because they often manage sensitive data, facilitate business operations, or support customer-facing services. ECC RDIMM memory technology integrates tightly with server platforms to prevent disruptions by correcting memory faults that could otherwise lead to crashes or performance instability. Memory in this category supports redundancy, hot-swappable configurations, and advanced thermal management when paired with modern server housings and airflow designs. With high MTBF ratings and enduring consistency, this class of memory ensures that the server environment remains responsive and resilient, regardless of real-time workload fluctuations.

Foundation of the Dell AC718214 DDR4 RDIMM Category

The Dell AC718214 leverages DDR4 SDRAM technology, which forms the foundation for a wide category of enterprise memory products known for efficiency, higher bandwidth, and improved reliability compared to earlier generations. The PC4-23400 transfer rate corresponds to 2933MT/s, enabling faster data throughput for applications that rely heavily on memory bandwidth. The module operates at 1.2V, contributing to reduced power consumption and lower thermal output. The dual-rank design allows for better distribution of memory banks across multiple data channels, improving achievable bandwidth and access efficiency under multi-threaded operations. The module’s registered buffer ensures communication between the memory controller and the DRAM chips remains stable, particularly important in large server configurations.

ECC Error Correction and Data Stability Across the Category

Error-Correcting Code is one of the defining characteristics of this memory category. ECC protects system operations by automatically identifying and correcting bit-level errors before they compromise data integrity or system stability. This is particularly useful in environments that run financial applications, scientific simulations, medical databases, cloud platforms, and AI workloads where precision and stability are non-negotiable. ECC RDIMM modules significantly reduce the risk of data corruption, minimize service interruptions, and extend the operational lifespan of enterprise computing systems. The use of ECC technology ensures that even under high computational stress, memory modules remain dependable and predictable.

Registered Architecture and Electrical Load Management

The registered architecture integrated into RDIMM memory distinguishes this category from unbuffered consumer-grade memory. Registered modules utilize a hardware buffer that offloads the electrical load from the memory controller. This enables servers to support high-density memory configurations while maintaining signal quality and ensuring consistent performance. The reduced electrical burden also enhances scalability, allowing IT managers to populate multiple DIMM slots in large configurations without encountering signal degradation or timing issues. As a result, servers equipped with RDIMM modules like the Dell AC718214 can achieve greater total memory capacity and improved performance stability during peak operations.

Benefits of Registered Buffering in High-Density Deployments

High-density deployments often involve multiple RDIMM modules working concurrently to provide terabytes of RAM within a single system. The buffering logic built into registered memory ensures that the memory controller develops stable connections across all installed modules. This eliminates common limitations found in consumer systems where adding too many DIMMs can decrease performance or cause instability. Servers optimized for enterprise use cases rely on RDIMM technology to achieve maximum capacity while maintaining consistent throughput. The Dell AC718214 is part of a broader category designed specifically with these benefits in mind, catering to large-scale enterprise deployments where reliability and density are paramount.

Dual Rank x4 Configuration and Performance Optimization

The dual rank x4 architecture of this memory category is engineered to deliver optimized data distribution and improved parallelization. Dual-rank modules allow memory controllers to access alternate banks of data, reducing wait times and improving efficiency during complex workloads. The x4 organization, which refers to the data width of each memory chip, supports advanced error correction and enhances reliability by isolating errors more effectively. This type of configuration is ideal for environments that require continuous high-speed data access such as virtualization, streaming analytics, container management systems, and data modeling applications.

DDR4 Technology Advantages Within the Category

The DDR4 memory category introduces numerous enhancements that benefit enterprise computing. Higher operating frequencies, improved bandwidth, lower voltage requirements, and more advanced internal architecture all contribute to DDR4’s position as a stable and high-performance standard. The Dell AC718214 belongs to this category of DDR4 modules that leverage advanced signal integrity and refined manufacturing processes to deliver faster data processing. DDR4 also incorporates improved refresh mechanisms, more efficient memory mapping, and better scaling potential, making it the ideal technology for businesses seeking reliability and long-term performance value.

Energy Efficiency and Data Center Optimization

Energy efficiency is a critical requirement for modern data centers, many of which operate hundreds or thousands of servers simultaneously. The DDR4 1.2V operating standard reduces power consumption across the category, significantly lowering operational costs and helping maintain sustainable cooling requirements. The reduced voltage minimizes heat output, decreasing stress on thermal management systems and increasing the longevity of server components. This makes DDR4 RDIMM memory a practical choice for companies prioritizing environmental responsibility and cost-efficiency in their IT operations.

Advanced Latency and Bandwidth Enhancements

The PC4-23400 bandwidth rating associated with the Dell AC718214 exemplifies the category’s focus on high-speed performance. Faster transfer rates translate to reduced latency and enhanced responsiveness in data-intensive applications. DDR4 memory architecture uses advanced prefetch buffering, improved command signal routing, and higher burst lengths to achieve these improvements. As a result, the category ensures smoother execution of computational tasks, better handling of concurrent requests, and overall system performance that meets the expectations of enterprise-grade deployments. These features help ensure consistent response times and reduced data bottlenecks across complex workloads.

Compatibility and Deployment Across Server Platforms

Memory modules within this category, including the Dell AC718214, are designed to integrate seamlessly with enterprise-grade server architectures such as tower servers, rack servers, and blade platforms. Their compatibility extends across many Dell PowerEdge models and other manufacturer systems that support DDR4 ECC Registered memory technology. Compatibility ensures reliable operation regardless of deployment style, whether the module is used in cloud hosting environments, business-critical ERP systems, or large-scale database servers. The category supports flexible deployment across on-premises setups, hybrid cloud infrastructures, and virtualized ecosystems managed by enterprise operating systems.

Scalability and Multi-Module Configurations

One of the strengths of RDIMM memory within this category is scalability. Enterprises often scale memory configurations gradually to accommodate growing data demands. The Dell AC718214 supports combined configurations where multiple modules function in parallel to increase system capacity and enhance performance. The registered architecture allows for high-density setups while maintaining electrical stability. Large-scale implementations benefit from linear performance improvements, making this category of memory suitable for evolving operational requirements, structured growth, and long-term expansion strategies.

Role of Memory in Virtualization and Cloud Computing

Virtualization platforms rely heavily on system memory for resource allocation, workload balancing, and seamless execution. RDIMM memory modules like the Dell AC718214 are an essential component of this category because they provide the large memory pools needed to run multiple virtual machines efficiently. Cloud platforms benefit from high-capacity DDR4 RDIMM memory by achieving greater VM density, faster provisioning times, and smoother workload migration. With enhanced reliability and error correction, the category ensures that virtualized environments remain stable and responsive.

Database Performance and In-Memory Applications

Databases, especially those operating in-memory, depend on memory capacity and speed to deliver immediate query responses. The DDR4 RDIMM category supports in-memory processing models used by advanced analytics systems, financial transaction platforms, and high-frequency data services. With high bandwidth and stable architecture, Dell AC718214 modules allow databases to operate efficiently without frequent disk access. This results in faster data retrieval, improved indexing performance, and reduced latency, making the category valuable for organizations that rely on rapid data processing.

Reliability and Durability Features Across the Category

Reliability is the primary focus of ECC Registered DDR4 RDIMM memory, and modules within this category are built to endure constant workloads in demanding environments. The use of premium-grade components, rigorous manufacturing standards, and advanced thermal resilience contribute to enhanced durability. ECC protection further ensures stable performance by eliminating common faults before they impair system operation. Registered buffering allows memory modules to withstand the electrical strain inherent in high-density configurations, making the category dependable for long-term use.

Thermal Stability and Workload Endurance

Servers often operate continuously for years at a time, generating substantial heat. Memory in this category incorporates robust thermal characteristics that maintain performance even when internal temperatures rise. Efficient heat dissipation materials and optimized chip layouts help maintain safe operating conditions during sustained workloads. Because the Dell AC718214 is part of this category, it supports consistent performance during peak usage periods without throttling or data corruption.

Long-Term Data Integrity and Enterprise Uptime

Data integrity is essential in fields such as finance, healthcare, scientific research, and AI training. ECC RDIMM memory maintains integrity by preventing bit-level data defects that could compromise results or disrupt operations. This ensures dependable uptime, fewer interruptions, and an overall computing infrastructure that supports long-term productivity. The category consistently prioritizes uninterrupted performance, delivering predictable behavior even in environments requiring precise and repeatable computational output.

Use Case Scenarios and Enterprise Applications

The Dell AC718214 belongs to a broad category of memory designed for environments where precision, speed, and scalability are essential. Large enterprises, government institutions, research laboratories, hosting providers, and software development organizations use this category of memory to power mission-critical workloads. The module’s characteristics enable smooth execution of everything from virtualization and cloud orchestration to advanced computational modeling. In addition, companies running enterprise resource planning software, transaction processing systems, and real-time analytics also benefit from the category’s strengths.

Artificial Intelligence and Machine Learning Training Models

Contemporary AI workloads require substantial memory bandwidth and significant RAM capacity to handle large model parameters and datasets. DDR4 RDIMM memory is well-suited for AI development platforms, especially during the training phase where memory-intensive operations occur continuously. Faster access speeds, improved stability, and error-correction technology ensure researchers and engineers experience fewer interruptions and faster iteration cycles. The stability provided by ECC RDIMM memory is particularly important for long-running training sessions that occupy large memory spaces.

Category Contribution to Overall Server Efficiency

The ECC Registered DDR4 RDIMM category plays an essential role in server efficiency. By delivering high transfer rates, improved reliability, and stable memory scaling, the category supports faster data processing and more predictable system behavior. Memory is one of the most frequently accessed components in any server environment, and its performance directly influences overall system throughput. The optimized design of this category enables smoother multitasking, quicker access times, and reduced latency across applications. This results in greater responsiveness and improved workload handling in large-scale environments.

Enhanced Multitasking and Workload Distribution

Modern enterprise servers handle hundreds of simultaneous tasks, from user requests to system-level operations. The memory category that includes the Dell AC718214 ensures that multitasking is carried out efficiently, without bottlenecks or slowdowns. Dual-rank architecture assists with distributing data operations, which supports faster switching between active processes. Memory controllers take advantage of the RDIMM structure to maintain high reliability even while accessing numerous memory banks in rapid succession.

Support for Modern Server Operating Systems and Management Tools

Server platforms rely heavily on memory for managing background services, kernel processes, virtualization layers, and orchestration tools. RDIMM ECC memory ensures that these components run efficiently. Tools such as hypervisors, container engines, monitoring systems, and orchestration frameworks depend on stable memory access. This category is engineered to support such software smoothly, contributing to a more cohesive and efficient server ecosystem that remains stable under high traffic and sustained workload conditions.