370-AEQD Dell 64GB RAM 2933MHZ PC4-23400 DDR4 SDRAM Ecc Reg Dual Rank

Dell 370-AEQD 64GB DDR4 2933MT/s PC4-23400 2Rx4 ECC Memory Overview

The Dell 370-AEQD 64GB DDR4 2933MT/s PC4-23400 2Rx4 ECC Memory module is an enterprise-class memory upgrade engineered for superior speed, efficiency, and reliability in modern Dell servers and workstations. Designed for professionals who require consistent performance under demanding workloads, this module delivers high bandwidth and robust error correction for mission-critical environments. Operating at 2933MT/s, it provides fast data throughput and minimal latency, making it suitable for applications in virtualization, data analytics, artificial intelligence, and scientific computing. As part of Dell’s certified memory lineup, the 370-AEQD ensures compatibility, reliability, and stability across various PowerEdge and Precision platforms.

High-Speed DDR4 2933MT/s Data Transfer

With a data rate of 2933 megatransfers per second (MT/s), the Dell 370-AEQD enables quick data exchange between the CPU and memory subsystem. This high transfer rate ensures smooth performance for workloads involving large data sets and real-time processing. The module’s PC4-23400 classification equates to a theoretical bandwidth of 23.4 GB/s per channel, enhancing overall system responsiveness in enterprise applications.

Performance for Intensive Applications

In computing environments that handle data-intensive processes such as virtualization, rendering, and deep learning, memory performance plays a decisive role. The Dell 370-AEQD DDR4 2933MT/s memory allows these applications to function at peak efficiency, reducing I/O bottlenecks and ensuring optimal communication between system components.

Stable Data Flow and Consistent Speed

The DDR4 interface ensures that data flow remains stable and uninterrupted, even under multi-threaded or high-concurrency workloads. The Dell 370-AEQD memory module enhances sustained performance by maintaining consistent transfer speeds, supporting modern multi-core processors in executing complex computational operations.

Lower Latency Access Task Handling

The Dell 370-AEQD reduces memory access latency, allowing faster retrieval and processing of stored information. This leads to improved execution speeds in enterprise workloads such as virtualized computing, machine learning model training, and database management, where performance efficiency is paramount.

64GB High-Capacity Memory Configuration

The 64GB memory capacity of the Dell 370-AEQD offers vast potential for handling massive workloads. High-capacity memory enables organizations to consolidate virtual machines, improve multi-application performance, and enhance overall system scalability. This makes it suitable for data centers and enterprises managing complex cloud-based infrastructures and AI-driven operations.

Enhanced Data Processing for Cloud Computing

In cloud computing environments where memory bandwidth and reliability are crucial, the Dell 370-AEQD excels by providing high throughput and error correction. This ensures smooth application delivery and consistent response times across distributed networks, maintaining a robust foundation for SaaS, PaaS, and IaaS operations.

Improved Database and Application Performance

For database-driven workloads like SQL, Oracle, and SAP, memory speed and capacity directly impact query response time and transaction throughput. The Dell 370-AEQD 64GB DDR4 2933MT/s module allows databases to cache larger datasets in memory, significantly improving access speed and analytical computation performance.

Protection Against Data Corruption

Memory errors, though rare, can lead to system instability and potential data loss. ECC protection mitigates these risks by identifying and correcting errors before they can affect stored data. The Dell 370-AEQD ensures mission-critical systems maintain data accuracy, minimizing downtime and computational errors.

Improved Reliability for Continuous Operation

In servers that run 24/7, such as those supporting cloud infrastructure or financial transaction systems, reliability is paramount. The Dell 370-AEQD module’s ECC technology guarantees uninterrupted operation, maintaining a secure data environment for extended runtime scenarios.

Essential for Mission-Critical Systems

Industries like healthcare, defense, and banking rely on ECC memory to ensure data integrity during sensitive operations. The Dell 370-AEQD supports these mission-critical applications by maintaining consistent reliability, reducing the likelihood of unexpected errors or computational faults.

2Rx4 Module Configuration

The Dell 370-AEQD memory module uses a 2Rx4 architecture, meaning it is dual-ranked with four-bit-wide chips per memory bank. This configuration enhances performance through parallel access capabilities, allowing multiple memory ranks to be accessed in sequence without bottlenecks. It balances power efficiency, bandwidth, and latency for high-performance systems.

Improved Rank Interleaving for Performance Gains

Dual-rank memory modules like the Dell 370-AEQD can alternate between ranks, reducing idle time and maximizing data throughput. This interleaving mechanism ensures consistent responsiveness, particularly in multi-threaded and multi-core environments such as virtualization clusters and high-performance computing setups.

Balanced Electrical Loading

The 2Rx4 configuration evenly distributes electrical loading across ranks, improving signal integrity and reducing latency. This ensures that data transmission remains consistent and error-free even under heavy operational stress, contributing to the stability of enterprise computing platforms.

Low-Voltage Operation

The Dell 370-AEQD DDR4 2933MT/s module operates at a low voltage of 1.2V, offering energy efficiency while maintaining high performance. This reduces power consumption and heat output, providing both operational savings and thermal stability—key benefits for large-scale data center environments.

Reduced Eco-Friendly Design

For data centers running hundreds of servers, memory power efficiency significantly affects total operational costs. The Dell 370-AEQD contributes to energy conservation through its optimized DDR4 architecture, helping organizations reduce their carbon footprint while maintaining top-tier computational efficiency.

Continuous Uptime

Thanks to its low power design, the Dell 370-AEQD supports systems that operate continuously in data centers, cloud platforms, or edge computing environments. Reduced thermal buildup minimizes system strain and supports 24/7 operational reliability.

Dell Servers and Workstations

The Dell 370-AEQD is fully validated and certified for Dell PowerEdge servers and Dell Precision workstations. It is designed to integrate seamlessly with Dell’s proprietary hardware, ensuring optimal performance, BIOS recognition, and ECC functionality without configuration issues.

Automatic BIOS

When installed in a compatible Dell system, the 370-AEQD memory is automatically configured by the system BIOS to operate at optimal speed and voltage levels. This ensures maximum performance and stability without requiring manual adjustments.

Enterprise-Class Performance and Scalability

The Dell 370-AEQD 64GB DDR4 2933MT/s memory module is designed to support scalable infrastructures. Its large capacity and fast data transfer rates make it suitable for enterprise workloads that require elasticity, from virtualization farms to AI-driven cloud systems.

Ideal for Cloud Infrastructure

Cloud infrastructure and virtualized computing require reliable and scalable memory resources. The Dell 370-AEQD enables high VM density, quick provisioning, and consistent performance, helping enterprises achieve operational efficiency in multi-tenant environments.

Data Analytics and High-Performance Computing

For data-intensive applications such as big data analytics, computational modeling, and AI, memory speed and reliability are critical. The Dell 370-AEQD provides the throughput and stability required for such demanding tasks, ensuring accurate and fast data processing.

Durability and Long-Term System Reliability

The Dell 370-AEQD is engineered with high-quality DRAM components, ensuring durability and long-term reliability in enterprise environments. It is tested under extreme thermal and electrical conditions to ensure that it performs consistently throughout its lifecycle.

Precision Manufacturing Standards

Each Dell 370-AEQD module is constructed using precision manufacturing processes that maintain strict quality control. This guarantees optimal signal integrity, electrical stability, and consistent performance in intensive computing environments.

Extended Component Lifespan

By minimizing electrical stress and optimizing temperature distribution, the Dell 370-AEQD extends component longevity, reducing replacement frequency and ensuring dependable operation over years of service.

Reliable Operation Under Continuous Load

In high-availability systems, reliability is non-negotiable. The Dell 370-AEQD memory module is designed to handle continuous workloads without degradation, ensuring consistent performance under heavy, round-the-clock server activity.

Data Center and Server

Data centers running VMware or Hyper-V clusters benefit from the high bandwidth and reliability of the Dell 370-AEQD memory. It enables high VM density, improved performance, and efficient memory resource allocation across multiple workloads.

Scientific and Engineering Applications

In simulation, CAD, and scientific research workloads, accuracy and stability are critical. The ECC function of the Dell 370-AEQD ensures precise computations, making it ideal for engineering modeling and academic research environments.

Enhanced Cooling

The memory module’s structure supports efficient thermal dissipation, ensuring consistent temperature control within server environments. This minimizes the risk of thermal throttling, allowing sustained high-speed operation.

Reduced Leakage and Electrical Noise

By leveraging improved circuit architecture, the Dell 370-AEQD minimizes power leakage and electrical interference, promoting stable operation and consistent signal transmission across all memory channels.

Reliable in Multi-Module Configurations

In high-capacity configurations where multiple DIMMs are installed, maintaining thermal balance is vital. The Dell 370-AEQD’s optimized design ensures consistent power efficiency even in fully populated server memory banks.

Data Integrity

The Dell 370-AEQD’s ECC functionality ensures that every bit of data stored and retrieved is accurate and secure. This feature is critical for organizations managing sensitive or regulated data, such as financial institutions or healthcare systems.

Protection from Soft Errors

Soft errors caused by background radiation or electrical interference can lead to data corruption. ECC technology prevents such issues, allowing the Dell 370-AEQD to maintain precise data accuracy during all computational operations.

Secure Enterprise Data Processing

In enterprise systems that handle confidential data, ensuring the reliability of every computation is essential. The Dell 370-AEQD enhances system integrity, ensuring secure data handling across all processes.

Confidence for Regulatory Compliance

For industries governed by strict compliance standards, such as GDPR or HIPAA, the Dell 370-AEQD’s reliability and data protection features support adherence to regulatory data integrity requirements.

Future-Proof Scalability and Compatibility

The Dell 370-AEQD memory module represents a forward-looking investment for businesses aiming to maintain scalable infrastructure. With support for DDR4 architecture and backward compatibility across multiple generations of Dell systems, it provides flexibility for future upgrades.

Seamless Integration with Modern Architectures

The 2933MT/s speed ensures compatibility with Intel Xeon and AMD EPYC platforms optimized for DDR4 memory. This makes the Dell 370-AEQD ideal for next-generation servers while maintaining legacy support.

Scalable Infrastructure for Enterprise Growth

As data requirements grow, businesses can easily expand their system memory with additional Dell 370-AEQD modules. The scalability of DDR4 technology ensures systems can evolve without requiring complete hardware overhauls.