370-AESR Dell 192GB DDR4 ECC Reg 288Pin RAM

Dell 370-AESR 192GB DDR4 2933MHz PC4-23400 2Rx4 288-Pin RDIMM ECC Memory Overview

The Dell 370-AESR 192GB DDR4 2933MHz PC4-23400 2Rx4 288-Pin RDIMM ECC Memory is a powerful and high-capacity enterprise-grade module engineered to deliver exceptional reliability, scalability, and performance for Dell PowerEdge servers and compatible enterprise systems. Designed specifically to handle heavy workloads and data-intensive applications, this 192GB module provides the speed, stability, and dependability that modern data centers, cloud computing environments, and virtualization infrastructures demand. Operating at 2933MHz, it ensures high data throughput while maintaining low latency, allowing servers to process large datasets efficiently. The ECC (Error-Correcting Code) and RDIMM (Registered DIMM) technologies safeguard data integrity and stability, ensuring optimal uptime for mission-critical operations.

DDR4 Technology for Enhanced Server Performance

The Dell 370-AESR memory module utilizes advanced DDR4 technology to provide improved performance, efficiency, and bandwidth compared to its DDR3 predecessors. Operating at a transfer rate of 2933 megatransfers per second (MT/s), it significantly enhances system responsiveness and processing speed. The DDR4 architecture offers reduced power consumption, lower latency, and higher density, making it ideal for servers that handle complex workloads. The combination of 192GB capacity and high transfer speed allows this module to efficiently manage simultaneous operations, such as virtualization, database querying, and AI computations, ensuring consistent performance even under extreme load conditions.

ECC RDIMM for Superior Reliability

The Dell 370-AESR 192GB DDR4 module integrates ECC (Error-Correcting Code) technology that detects and corrects single-bit memory errors automatically, preventing data corruption and ensuring accuracy. This is critical in enterprise environments where even a minor data error could compromise operations or analytics. The RDIMM (Registered DIMM) design enhances electrical stability by adding a register between the DRAM chips and the memory controller, improving signal integrity and enabling support for larger memory configurations. The ECC RDIMM structure is optimized for server and workstation platforms that require consistent uptime, reliability, and fault tolerance for mission-critical tasks.

Dell PowerEdge Servers

The Dell 370-AESR 192GB DDR4 2933MHz module is validated and certified by Dell to ensure compatibility with PowerEdge server systems. Each Dell-certified memory undergoes extensive testing to meet stringent performance and quality standards. This certification guarantees that the memory works seamlessly with system firmware, BIOS configurations, and Dell management utilities such as iDRAC and OpenManage. Using genuine Dell-certified memory also preserves server warranties and ensures that any performance tuning or updates released by Dell remain compatible, maximizing the system’s long-term stability and reliability.

High-Capacity Design for Enterprise-Grade Scalability

With a massive 192GB capacity, the Dell 370-AESR DDR4 module enables servers to handle the most memory-intensive applications, from high-end virtualization to large-scale databases. This capacity is particularly valuable for enterprises that require high memory density to support multiple virtual machines, large data caches, or in-memory databases. The 2Rx4 configuration ensures balanced data flow and improved memory channel efficiency, allowing systems to sustain peak performance while maintaining consistent bandwidth utilization across applications and processes. This makes it ideal for large enterprise servers, AI modeling clusters, and compute nodes in high-performance environments.

Environmental Standards

Efficiency is a key advantage of the Dell 370-AESR 192GB DDR4 2933MHz memory module. Operating at just 1.2 volts, DDR4 technology provides a significant reduction in power consumption compared to DDR3 modules. This reduction not only lowers operational energy costs but also contributes to overall thermal efficiency within the data center. Lower heat generation reduces the strain on cooling systems, improving the sustainability of high-density server deployments. Businesses benefit from reduced power consumption, longer hardware lifespan, and a lower total cost of ownership (TCO). The Dell 370-AESR module is designed with energy-efficient architecture, aligning with the environmental standards of modern data center infrastructures.

Enterprise-Level Performance for Mission-Critical Applications

The Dell 370-AESR 192GB DDR4 2933MHz PC4-23400 RDIMM ECC Memory is ideal for mission-critical workloads that demand continuous uptime and consistent throughput. Applications in enterprise resource planning (ERP), customer relationship management (CRM), and financial modeling require memory reliability and bandwidth. This module ensures data consistency and quick responsiveness under these demanding conditions. Its high frequency and large capacity make it suitable for hyper-converged infrastructure (HCI) deployments, allowing for efficient resource pooling across virtualized environments. By minimizing memory latency and ensuring fast data retrieval, the Dell 370-AESR memory contributes to improved application response times and enhanced overall system efficiency.

Cloud Infrastructure

In modern IT environments, virtualization and cloud computing require memory with high capacity and low latency. The Dell 370-AESR 192GB DDR4 module is optimized for multi-tenant cloud infrastructures, ensuring stable operation across multiple virtual machines. The combination of ECC error correction and registered buffering provides both performance consistency and data protection, critical for cloud service providers and virtualized environments where workload balancing and uptime are top priorities. Its 2933MHz speed ensures minimal bottlenecks, while its 192GB capacity allows for greater consolidation and efficiency in running multiple instances simultaneously.

Data Integrity

Data integrity is one of the defining strengths of the Dell 370-AESR memory module. ECC technology continuously monitors and corrects errors that occur during memory operations, ensuring data accuracy at every step. This protection is vital for organizations handling sensitive or critical information, such as financial data, healthcare records, or government analytics. The module’s design minimizes the risk of data corruption and enhances the security of stored information by maintaining consistent data validation across operations. Furthermore, Dell’s validation process ensures the memory adheres to strict standards for secure and compliant enterprise computing.

Precision Engineering and Build Quality

Dell’s manufacturing and quality assurance process ensures that each Dell 370-AESR 192GB DDR4 2933MHz ECC RDIMM module meets the highest standards of reliability and performance. High-quality DRAM chips are selected for their stability and uniform performance under high workloads. Each module undergoes thermal cycling, vibration resistance, and error injection testing to ensure it can handle 24/7 data center operations without degradation. The precision engineering behind this memory module allows it to maintain signal integrity even in high-density server configurations, ensuring dependable operation for mission-critical systems.

Thermal Stability and Long-Term Durability

The Dell 370-AESR module incorporates design elements that enhance its thermal management capabilities. Optimized heat dissipation materials and multi-layer PCB designs ensure even temperature distribution, preventing hotspots and maintaining consistent operating conditions. This thermal efficiency contributes to the module’s longevity and stability, particularly in high-density server racks with limited airflow. The module’s ability to maintain stable performance across a range of environmental conditions makes it a dependable solution for enterprise data centers operating under continuous load conditions.

Multi-Channel Memory

Servers that utilize multiple Dell 370-AESR modules can take advantage of multi-channel memory configurations for optimized bandwidth utilization. By populating matched modules across multiple channels, system architects can maximize throughput and minimize latency. Dell’s PowerEdge servers are designed to support multi-channel DDR4 configurations, and the 2933MHz modules perform exceptionally well in such setups. This optimization enhances parallel data access, providing faster memory response times and increasing system performance during intensive computing operations such as real-time analytics and simulation processing.

Integration

The Dell 370-AESR 192GB DDR4 2933MHz PC4-23400 2Rx4 288-Pin RDIMM ECC Memory is engineered for full compatibility with Dell PowerEdge and Precision systems. It also supports a wide range of Intel Xeon Scalable and AMD EPYC-based platforms that utilize DDR4 memory architecture. Dell’s rigorous testing ensures that the module integrates seamlessly with both legacy and current generation server systems. The 288-pin form factor provides a standard interface that simplifies installation and upgrade processes, while the registered buffer ensures stable communication with the memory controller even in multi-module configurations. System administrators benefit from Dell’s management utilities that automatically recognize and configure memory modules for peak efficiency.

Deployment Flexibility Across Industries

The Dell 370-AESR module is designed for a wide range of enterprise and industry-specific use cases. In financial sectors, it ensures accurate computations for trading and risk modeling. In healthcare IT, it supports massive patient data storage and imaging workloads. For manufacturing and engineering applications, it delivers stable memory performance for CAD simulations and automation systems. In research and education, its high capacity is ideal for simulation, big data processing, and complex scientific modeling. Its performance, stability, and scalability make it a universal solution for data-driven enterprises across industries.

Databases and ERP Systems

Database environments such as Oracle, MySQL, and Microsoft SQL Server benefit immensely from the Dell 370-AESR memory’s large capacity and speed. With 192GB available per module, servers can cache more data in-memory, reducing disk access times and accelerating query performance. Enterprise Resource Planning (ERP) applications like SAP, Oracle E-Business Suite, and Dynamics 365 rely on high-speed, stable memory to handle concurrent transactions and real-time data analytics. The 2933MHz bandwidth ensures minimal latency, enabling smoother operations and faster data access across complex database systems.

Improved Performance for Infrastructure

In virtualized environments, where memory allocation is critical to overall performance, the Dell 370-AESR 192GB DDR4 module ensures optimized memory availability for each virtual machine. Large-capacity modules reduce the number of physical DIMMs required, simplifying configuration and reducing potential failure points. The ECC RDIMM design ensures that even under high virtualization loads, system stability and performance remain consistent. Administrators can allocate substantial memory resources to each VM, improving performance for applications hosted in VMware, Hyper-V, or KVM environments.

Server Advantages

Using genuine Dell 370-AESR 192GB DDR4 2933MHz ECC RDIMM memory ensures long-term performance consistency and ease of maintenance. Dell’s integrated management tools like iDRAC and OpenManage provide real-time monitoring of memory health, error logs, and performance metrics. These tools help administrators detect potential issues early, schedule maintenance efficiently, and reduce downtime. The module’s compatibility with firmware updates and Dell BIOS optimizations ensures stable operation throughout its lifecycle. This makes it a cost-effective investment for organizations seeking high reliability and minimal maintenance overhead in their IT infrastructure.

Energy Data Centers

As data centers strive to balance performance and sustainability, the Dell 370-AESR module plays a crucial role in reducing operational energy demands. Its 1.2V power profile lowers overall energy draw, contributing to energy-efficient server operations. This reduction in power consumption translates into tangible cost savings in large-scale deployments. Combined with its high capacity, fewer modules are needed to achieve large memory footprints, reducing both installation complexity and total power requirements. This efficiency aligns with modern IT goals for sustainable data center operations and reduced environmental impact.

Performance Validation and Reliability Testing

Before reaching the market, each Dell 370-AESR 192GB DDR4 2933MHz ECC RDIMM module undergoes extensive validation testing for performance and durability. These tests include temperature variation, vibration stress, and heavy workload simulation to verify long-term stability. The results confirm that the module performs consistently under varying conditions, ensuring reliability for high-availability environments. Dell’s testing standards guarantee that this memory module maintains the highest levels of performance even in mission-critical deployments where downtime is not an option.

Long-Term Scalability and Upgrade Paths

With server technology continually advancing, the Dell 370-AESR memory module provides scalability that future-proofs enterprise infrastructures. The 192GB capacity per module allows organizations to expand memory capacity without replacing existing servers, providing flexibility as data demands increase. Its compatibility with multiple generations of processors and chipsets ensures seamless integration during hardware upgrades. This scalability allows IT teams to align infrastructure growth with business expansion, ensuring long-term performance sustainability and investment protection.