370-AEVQ Dell 16GB DDR4 SDRAM ECC Reg RAM

Dell 370-AEVQ 16GB DDR4 3200MT/s PC4-25600 2Rx8 RDIMM 288-Pin ECC Memory Overview

The Dell 370-AEVQ 16GB DDR4 3200MT/s PC4-25600 2Rx8 RDIMM 288-Pin ECC Memory module is a high-performance and reliable enterprise-grade component designed to deliver superior data handling, faster performance, and exceptional stability in demanding computing environments. Specifically engineered for Dell PowerEdge servers and professional workstations, this memory module ensures consistent system efficiency and seamless multitasking across complex enterprise workloads. With its combination of advanced ECC (Error-Correcting Code) protection, RDIMM architecture, and high data transfer rates, it provides optimized performance for virtualization, cloud computing, data analytics, and high-performance computing (HPC) applications. The 16GB capacity and 3200MT/s speed make it an ideal solution for users seeking both reliability and scalability.

DDR4 Technology and PC4-25600 Bandwidth

The Dell 370-AEVQ memory module utilizes DDR4 technology, which provides a significant leap in performance and energy efficiency compared to DDR3 memory. DDR4 architecture enables faster data transfer rates and lower power consumption, making it ideal for servers that must maintain continuous uptime with minimal energy draw. The PC4-25600 rating translates to a data transfer speed of 25,600 MB/s, allowing faster communication between the CPU and memory for heavy workloads such as virtualization, AI computations, and large database queries. The 3200MT/s transfer rate ensures that applications run efficiently, reducing bottlenecks and maximizing overall system throughput.

ECC Functionality for Data Integrity

Error-Correcting Code (ECC) memory plays a vital role in ensuring system stability and data integrity in enterprise environments. The Dell 370-AEVQ module features built-in ECC technology that automatically detects and corrects single-bit memory errors in real time. This functionality minimizes system crashes and prevents data corruption, which is especially important for mission-critical tasks such as financial transactions, scientific computations, and virtualized server operations. ECC memory ensures dependable performance and sustained reliability, supporting continuous operation in business-critical infrastructures.

Registered DIMM (RDIMM) Design for Scalability

The RDIMM structure of this memory module includes a register between the memory controller and DRAM chips, reducing electrical load on the system and enabling servers to handle more memory modules simultaneously. This design enhances system stability and allows for larger memory configurations without compromising performance. The Dell 370-AEVQ module’s 2Rx8 organization optimizes memory access and improves bandwidth, ensuring balanced performance for workloads that demand high memory density and efficient resource allocation. RDIMMs are preferred in enterprise environments due to their ability to maintain performance consistency in high-capacity memory setups.

288-Pin Interface

The 288-pin form factor ensures broad compatibility with Dell servers and other enterprise systems supporting DDR4 RDIMM memory. The standard interface provides a secure and stable connection, reducing latency and ensuring optimal communication between the system components. This design allows for easy upgrades or replacements within existing Dell server infrastructures, offering flexibility for expanding system capabilities as workload requirements evolve.

High-Speed Performance for Enterprise Applications

The Dell 370-AEVQ 16GB DDR4 3200MT/s module delivers outstanding speed and responsiveness. Its high data rate ensures minimal latency during intensive processing operations. Enterprise workloads such as data analytics, virtualization, and content delivery benefit from improved performance and enhanced system responsiveness. With its 3200MT/s speed, the module effectively supports high-bandwidth tasks that demand consistent throughput and quick access to data. The PC4-25600 bandwidth rating ensures the module keeps pace with modern processors, eliminating memory bottlenecks and maintaining efficient workflow execution.

Ideal for Cloud Computing

Virtualization environments require substantial memory resources to efficiently manage multiple virtual machines (VMs). The Dell 370-AEVQ’s 16GB capacity and high frequency make it ideal for virtualized platforms running applications like VMware, Hyper-V, or Citrix. With ECC protection ensuring data accuracy, system administrators can deploy critical workloads with confidence, maintaining stability across multiple VMs. In cloud computing applications, the high-speed RDIMM supports elastic scalability, facilitating seamless scaling of cloud workloads without interruptions or slowdowns.

Enhanced System Responsiveness

By offering 3200MT/s speed and efficient data handling, this Dell RDIMM memory reduces the time required for data access, enabling faster application performance. It enhances overall server responsiveness, improves I/O throughput, and minimizes latency across multitasking operations. These characteristics are especially beneficial for environments running real-time analytics, machine learning, or database-driven services where every millisecond counts.

Server Reliability and Performance Consistency

Servers equipped with the Dell 370-AEVQ 16GB DDR4 3200MT/s RDIMM experience reliable operation under continuous workloads. The combination of ECC, RDIMM architecture, and optimized data rate ensures that memory-intensive applications perform consistently even under demanding conditions. Performance stability is crucial for enterprise servers handling 24/7 operations, ensuring that uptime is maintained and critical business processes remain unaffected by memory-related failures.

Energy Savings and Green Computing

Energy-efficient memory components like the Dell 370-AEVQ contribute to green computing initiatives by minimizing energy consumption. Enterprises running hundreds of servers benefit from significant power savings, leading to reduced cooling requirements and operational costs. The module’s efficient design supports energy-conscious data centers aiming for environmental compliance and lower total cost of ownership (TCO).

Thermal Stability in High-Density Environments

Servers equipped with high-density memory configurations generate considerable heat during operation. The Dell 370-AEVQ RDIMM’s efficient thermal management ensures stable performance across extended workloads. The use of high-quality materials and optimized heat distribution mechanisms keeps operating temperatures within safe ranges, protecting the system from potential thermal throttling or damage during heavy usage.

Longevity and Durability

Manufactured with premium-grade components, the Dell 370-AEVQ module ensures long-term reliability. The robust construction supports consistent operation in high-demand environments, reducing the risk of memory failure. Dell’s rigorous testing and certification process guarantee that each module meets strict enterprise standards for durability, performance, and stability, offering peace of mind for IT managers overseeing critical systems.

Dell PowerEdge Servers

The Dell 370-AEVQ 16GB DDR4 RDIMM is validated and certified for Dell PowerEdge servers, ensuring maximum compatibility and performance. Dell’s integration process includes BIOS and firmware optimization, which allows the system to fully utilize the memory’s capabilities without configuration issues. This validation ensures that the memory performs reliably with Dell server management tools such as OpenManage, enabling real-time performance monitoring, diagnostics, and health reporting.

Seamless Integration with Enterprise Systems

Thanks to its full compatibility with Dell’s enterprise hardware and software ecosystem, the 370-AEVQ module installs easily and works seamlessly with existing infrastructure. System administrators can expand memory capacity across multiple server nodes with confidence, ensuring compatibility and reducing downtime. Integration with Dell’s management solutions streamlines the deployment and monitoring process, helping IT teams maintain high operational efficiency.

Scalability for Growing Workloads

The 16GB capacity of this RDIMM module makes it an excellent choice for servers requiring flexible memory expansion. Whether deployed in single-module configurations or combined with additional modules for large memory arrays, it supports scalability across diverse workloads. As business data and applications expand, this module provides an upgrade path that ensures systems can accommodate future performance requirements.

Improved Data Center

By combining energy-efficient performance, ECC reliability, and seamless scalability, the Dell 370-AEVQ memory module contributes to efficient data center operation. Servers equipped with this memory operate more smoothly, consume less power, and maintain superior stability. These features make it a valuable asset for IT environments focused on maximizing performance while minimizing energy and maintenance costs.

Performance in Data-Intensive Workloads

The Dell 370-AEVQ 16GB DDR4-3200MT/s PC4-25600 RDIMM is specifically designed for workloads that demand rapid data access and consistent throughput. From enterprise databases to large-scale analytics and real-time data streaming, this module ensures optimal data flow and responsiveness. The combination of dual-rank architecture and high frequency enhances the efficiency of memory-intensive applications, reducing I/O delays and boosting performance under peak usage conditions.

Application in Cloud Infrastructures

In virtualized server infrastructures, memory performance directly affects the number of virtual machines and the efficiency of resource allocation. The Dell 370-AEVQ’s speed and reliability support higher VM densities and improved performance across shared resources. Cloud service providers and enterprises using hybrid environments can depend on its stability for continuous operation, ensuring low latency and maximum uptime.

Databases and Transaction Processing

Database-driven applications such as Oracle, SQL Server, and SAP HANA benefit from the module’s rapid access speeds and ECC protection. Fast data throughput ensures quicker response times for query execution, transaction validation, and data replication tasks. ECC memory ensures the integrity of stored data during these high-frequency operations, protecting against corruption and ensuring accurate results in mission-critical database systems.

Reliability and Quality Assurance

Dell rigorously tests each memory module to meet exacting standards for enterprise use. The 370-AEVQ undergoes extensive validation processes to ensure compatibility, reliability, and performance under real-world conditions. These stringent tests guarantee that the memory module delivers consistent results across various environments, from data centers to professional workstations. This level of quality assurance ensures that IT administrators can deploy the module confidently, knowing that it meets Dell’s demanding reliability benchmarks.

Stable Operation Under Heavy Loads

The combination of ECC functionality, RDIMM architecture, and robust DDR4 design ensures stability even under heavy memory loads. Continuous server operation in environments handling multiple concurrent users or intensive workloads requires memory capable of maintaining speed and integrity. The Dell 370-AEVQ provides that stability, making it essential for businesses requiring uninterrupted uptime and consistent system responsiveness.

Long-Term Investment

As an official Dell-certified component, the 370-AEVQ is supported by Dell’s global warranty and technical services. This ensures that enterprises receive prompt assistance and replacement options if required. The module’s design and support structure make it a long-term investment for any organization seeking reliability, scalability, and ongoing performance in mission-critical operations.

Future-Proof Server Performance

With its high speed and advanced architecture, the Dell 370-AEVQ module provides a future-ready memory solution for servers that must remain competitive in evolving IT environments. As workloads become more memory-intensive, this module allows for scalability without compromising on stability or performance, ensuring that systems continue to meet business demands effectively.