370-AEVP Dell 64GB DDR4 PC4-25600 SDRAM Ecc Reg 3200MHZ 288-Pin Ram

Dell 370-AEVP 64GB DDR4-3200MT/s PC4-25600 2Rx4 SDRAM 288-Pin RDIMM ECC Memory Overview

The Dell 370-AEVP 64GB DDR4-3200MT/s PC4-25600 2Rx4 SDRAM 288-Pin RDIMM ECC Memory module is a high-performance enterprise-grade memory solution specifically engineered for modern servers and data center applications. Its combination of large capacity, high speed, and ECC functionality ensures reliability, optimal performance, and data integrity, catering to workloads such as virtualization, database management, cloud computing, and high-performance computing (HPC). With a 64GB capacity per module and a transfer rate of 3200MT/s, it delivers the necessary throughput for intensive tasks, enhancing system responsiveness and supporting multi-threaded applications with minimal latency.

Advanced DDR4 Architecture for Modern Servers

Built upon DDR4 architecture, this module surpasses previous DDR3 generations in terms of bandwidth, power efficiency, and memory density. Operating at a low 1.2V, it reduces energy consumption while providing fast data access. DDR4 architecture introduces improved reliability and error detection capabilities, making it ideal for enterprise servers that require high uptime and consistent performance. The PC4-25600 rating allows the module to sustain high-speed data transfers, ensuring smooth performance in environments that demand rapid memory access and efficient processing.

ECC for Data Integrity

Equipped with ECC functionality, the Dell 370-AEVP detects and corrects single-bit memory errors in real-time. This technology safeguards against data corruption, which is critical for mission-critical workloads, including financial transactions, scientific computations, and cloud services. ECC memory enhances system stability, reduces downtime, and ensures that applications dependent on accurate data operate without interruption.

RDIMM Design for Stability and Scalability

The module employs Registered DIMM (RDIMM) architecture, which incorporates a register between the memory and the system’s memory controller. This design reduces electrical load, allowing servers to support higher memory capacities and maintain system stability, particularly in multi-DIMM configurations. The dual-rank (2Rx4) organization optimizes interleaving and improves overall memory throughput. RDIMMs are ideal for dense server environments, providing reliable operation even when multiple modules are installed, thereby enabling scalability for growing enterprise needs.

Dell PowerEdge Servers

Fully validated for Dell PowerEdge servers, the 370-AEVP module ensures seamless integration with server BIOS and firmware. Compatibility with Dell OpenManage management software allows administrators to monitor memory health, performance, and temperature in real-time, simplifying maintenance and system management. This integration minimizes compatibility risks and enhances system uptime, providing a dependable memory upgrade path for enterprise servers.

High Capacity for Enterprise Workloads

With 64GB per module, this RDIMM allows organizations to scale memory capacity in high-density servers, supporting virtualization, large databases, and data-intensive applications. High-capacity memory modules facilitate the smooth operation of multiple virtual machines, enabling efficient workload distribution and resource utilization. They also provide the memory headroom needed for in-memory analytics, AI workloads, and HPC tasks, ensuring that servers can handle demanding processes without performance degradation.

3200MT/s Speed for Enhanced Throughput

The 3200MT/s speed of the Dell 370-AEVP module delivers high memory bandwidth and low latency, making it suitable for applications requiring rapid access to large datasets. This speed reduces the bottleneck between CPU and memory, accelerating processing for workloads such as database management, virtualization, and real-time analytics. High throughput ensures smooth execution of complex computational tasks, improving overall server efficiency and productivity.

Dual-Rank (2Rx4) Architecture

The 2Rx4 dual-rank design enhances memory interleaving and throughput by allowing simultaneous access to multiple memory banks. This architecture maximizes performance in multi-DIMM server configurations and balances memory load effectively. Dual-rank modules are advantageous for enterprise workloads that require high memory capacity and consistent performance, ensuring stability even under intensive computational tasks.

288-Pin Form Factor

The standard 288-pin design ensures compatibility with a wide range of servers and workstations. Its plug-and-play installation simplifies deployment and upgrades, reducing setup time and operational complexity. The uniform interface allows IT teams to expand server memory easily, supporting future growth without requiring additional hardware changes or complex configurations.

Reliable Performance for Mission-Critical Applications

The combination of ECC protection and RDIMM architecture makes the 370-AEVP module ideal for mission-critical workloads. Systems that handle financial transactions, cloud services, or scientific simulations benefit from consistent performance and reduced risk of memory errors. This reliability ensures that servers maintain uptime and data accuracy, critical factors in enterprise operations.

Database and Analytics Applications

The Dell 370-AEVP RDIMM enhances performance in database servers, data warehouses, and analytics platforms. High-capacity and high-speed memory supports in-memory operations, quick query responses, and smooth execution of complex analytics workflows. ECC protection guarantees data integrity, which is crucial when working with critical business intelligence and transactional data.

Integration and Scalability

The Dell 370-AEVP module integrates seamlessly with Dell servers and enterprise systems. Its standardized 288-pin interface ensures compatibility, while Dell-certified validation provides confidence in system stability and performance. The module supports scalable memory configurations, enabling organizations to increase capacity as workloads grow without compromising reliability or efficiency.

Multi-Channel Memory

Supporting multi-channel memory configurations, this RDIMM enhances bandwidth by interleaving data across multiple channels. Multi-channel operation improves memory access speeds, reduces latency, and ensures efficient communication between the CPU and memory, which is critical for virtualization, analytics, and database workloads.

Thermal Reliability and Longevity

Designed for high-density server environments, the 370-AEVP RDIMM provides reliable thermal performance. Efficient heat dissipation prevents thermal throttling and ensures the module operates within safe temperature ranges under sustained heavy loads. This longevity supports continuous operation and reduces the likelihood of memory-related failures, which is essential for enterprise-grade servers.