370-AECZ Dell 64GB DDR4 SDRAM 288-Pin ECC Reg Ram

Dell 370-AECZ 64GB DDR4 2666MHz 4Rx4 PC4-21300 Memory Module Overview

The Dell 370-AECZ 64GB DDR4 2666MHz 4Rx4 PC4-21300 Memory Module delivers outstanding performance, reliability, and scalability for enterprise-level computing environments. Designed specifically for Dell PowerEdge servers and professional workstations, this high-capacity memory module enhances system responsiveness, increases data bandwidth, and supports demanding workloads. The module features advanced DDR4 technology with a 2666MHz clock speed, providing high transfer rates for efficient data handling. With its 4Rx4 configuration and robust error correction capabilities, the Dell 370-AECZ ensures stable and reliable operation under intensive data-processing conditions, making it ideal for cloud computing, virtualization, data analytics, and enterprise applications.

High-Speed DDR4 2666MHz Memory Technology

The Dell 370-AECZ utilizes DDR4 2666MHz PC4-21300 technology, offering improved speed, bandwidth, and energy efficiency compared to earlier DDR3 modules. The 2666MHz frequency provides a bandwidth of 21.3 GB/s, which accelerates data access and transfer rates for server and workstation applications. This advancement enables faster response times and enhanced multitasking capabilities in high-demand computing environments.

Superior Data Bandwidth

The Dell 370-AECZ memory module delivers an impressive bandwidth that allows for quick and seamless communication between the CPU and memory. This increased throughput is especially beneficial for database management, large-scale virtual environments, and data-intensive analytics workloads. The faster data transfer rates help maintain smooth operations even when multiple high-demand applications are running concurrently.

Improved Latency

The 2666MHz memory speed reduces latency, improving system responsiveness for mission-critical applications. This ensures that servers can access data rapidly without delay, optimizing performance for time-sensitive operations. By balancing frequency, timing, and voltage, the Dell 370-AECZ ensures energy-efficient and reliable operation without compromising performance.

Energy-Saving Architecture

DDR4 memory technology operates at a lower voltage (1.2V) compared to DDR3 (1.5V), reducing power consumption by up to 40%. This energy efficiency not only lowers operational costs but also reduces heat output, which contributes to extended component life and better thermal management in densely packed server racks.

64GB Memory Capacity for Intensive Workloads

The Dell 370-AECZ features a generous 64GB memory capacity that supports data-heavy environments such as virtualization, AI computation, and large database management. With this large capacity, servers can allocate sufficient resources to multiple virtual machines or parallel processes without experiencing memory bottlenecks.

Multi-Threaded Applications

In virtualization environments, memory is a key factor that determines performance. The 64GB module enables hosting of multiple virtual machines efficiently, reducing overhead and improving responsiveness. It also provides ample memory for multi-threaded applications that require simultaneous access to multiple data sets, enhancing workflow productivity.

Cloud Infrastructure

Cloud computing environments rely heavily on memory scalability. The Dell 370-AECZ 64GB DDR4 module helps cloud servers handle distributed workloads efficiently by providing the necessary capacity and bandwidth to manage data replication, real-time analytics, and remote user sessions with ease.

High-Performance for Data Analytics

Artificial intelligence and machine learning models require significant memory for training and inference tasks. The 64GB capacity of this module ensures that large datasets can be processed entirely in memory, reducing latency and accelerating computation speed. This enables faster analytics results and real-time decision-making capabilities.

4Rx4 Architecture for Enhanced Throughput

The Dell 370-AECZ features a quad-rank (4Rx4) configuration, which provides more data access points and improved parallelism. This design enhances memory bandwidth and efficiency, especially for systems that support multiple memory channels. The 4Rx4 architecture allows simultaneous read and write operations across multiple ranks, improving overall system throughput.

Quad-Rank Performance Benefits

Quad-rank memory modules can handle greater workloads compared to single or dual-rank configurations. They allow for deeper memory banks that increase data interleaving efficiency, reducing wait cycles during data access. This ensures steady performance even under sustained heavy workloads, such as virtualization and database hosting.

Improved Signal Integrity

The 4Rx4 design also helps in balancing electrical signals across the memory banks, enhancing stability and reducing data transmission errors. This feature is particularly important for mission-critical systems where data accuracy and uptime are non-negotiable.

Multi-Channel Platforms

The Dell 370-AECZ module supports multi-channel configurations that improve data throughput and efficiency. When installed in pairs or quads, these modules maximize the bandwidth potential of modern CPUs, ensuring that data flows seamlessly through multiple channels without latency.

Memory for Reliability

The Dell 370-AECZ 64GB DDR4 memory module includes ECC (Error-Correcting Code) technology, which automatically detects and corrects single-bit memory errors. ECC memory is essential in enterprise environments to prevent data corruption and system crashes, maintaining system integrity even under heavy computational loads.

Mission-Critical Data Protection

In financial systems, healthcare analytics, or government servers where data accuracy is crucial, ECC memory ensures the highest level of reliability. The Dell 370-AECZ protects against data integrity issues that could lead to corrupted calculations or transaction errors, ensuring dependable and consistent performance.

Enhanced System Uptime

ECC memory minimizes the risk of unexpected crashes or reboots caused by undetected errors. For data centers and enterprise applications that operate continuously, this translates to improved uptime and lower maintenance costs over the long term.

Dell PowerEdge Servers

The Dell 370-AECZ module is tested and validated for compatibility with Dell PowerEdge servers, ensuring optimal performance and integration. It aligns with Dell’s rigorous quality standards, guaranteeing reliability, compatibility, and stability across supported systems.

Seamless Integration with Dell Infrastructure

Dell-certified memory modules like the 370-AECZ ensure compatibility with BIOS, firmware, and voltage regulation on Dell hardware. This seamless integration eliminates compatibility issues and ensures that memory operates at rated speeds without instability or errors.

Enhanced Server Performance

Installing Dell-certified memory ensures that PowerEdge servers run efficiently, maximizing the performance of the CPU and memory subsystem. Optimized timings and bandwidth ensure that the server can handle concurrent applications and large workloads effectively.

Reduced Heat Output

Operating at just 1.2V, DDR4 technology consumes less power than DDR3 modules, leading to lower energy bills and less heat generation. This efficiency reduces the strain on cooling systems and extends the overall lifespan of system components.

Thermal Stability for Continuous Workloads

The memory module’s design ensures stable performance even under prolonged heavy loads. High-quality materials and precision manufacturing provide superior heat dissipation, maintaining thermal balance and preventing performance throttling in data center environments.

Enterprise-Level Performance in Data-Driven Applications

The Dell 370-AECZ 64GB DDR4 2666MHz memory module is designed for high-performance computing workloads that demand speed, reliability, and scalability. From data centers to AI systems, it empowers organizations to process large datasets, support multi-user environments, and deliver consistent uptime.

Improved Database

Database servers benefit from the high-speed access and large capacity offered by the Dell 370-AECZ. It minimizes the need for frequent disk I/O, allowing databases such as Oracle, SQL Server, or MongoDB to perform faster query execution and real-time transaction processing.

Quality Assurance and Reliability Testing

Dell subjects every memory module to extensive quality control and reliability testing. The 370-AECZ undergoes electrical, mechanical, and environmental testing to ensure stability and performance consistency across all use cases. This rigorous testing ensures that it meets Dell’s enterprise-grade quality standards.

Signal Integrity and Data Retention

The precision manufacturing of the module’s PCB ensures strong signal integrity, preventing data transmission errors. This high-quality construction also enhances data retention, ensuring stability even after extended operational cycles.

Longevity and Dependability

Engineered for durability, the Dell 370-AECZ provides long-term reliability for mission-critical applications. Whether deployed in enterprise storage servers or HPC clusters, it ensures consistent operation with minimal performance degradation over time.

Scalability and Future-Proof Design

The Dell 370-AECZ memory module provides scalable performance for growing business demands. Its DDR4 technology and large capacity make it future-ready, compatible with advanced server platforms that demand higher memory bandwidth and improved efficiency.

Expandable Server Configurations

Organizations can expand their server’s total memory capacity by combining multiple Dell 370-AECZ modules. This scalability enables enterprises to grow their infrastructure as data requirements increase, maintaining system flexibility without hardware overhauls.

Forward-Compatible with Modern Systems

The DDR4 2666MHz standard ensures compatibility with current and upcoming server architectures. As businesses upgrade their servers, this module remains relevant and adaptable, providing excellent return on investment over time.

Enhanced System Responsiveness

High-density memory like the Dell 370-AECZ minimizes paging and disk swapping, keeping frequently accessed data in memory for instant retrieval. This responsiveness benefits all types of workloads, from simple file serving to complex computational analytics.

Technical Highlights

The Dell 370-AECZ 64GB DDR4 2666MHz 4Rx4 PC4-21300 Memory Module integrates high-speed performance with robust reliability features. Key specifications include 2666MHz clock speed, 64GB capacity, 4Rx4 rank configuration, and ECC functionality. These technical strengths combine to provide unmatched efficiency, scalability, and data protection in modern server environments.

Precision Design and Manufacturing

Using advanced design standards and superior materials, Dell ensures optimal trace routing and minimal electrical interference within the module. This results in consistent signal quality, maximizing bandwidth utilization and ensuring system reliability under continuous load.

High Bandwidth Utilization

With a PC4-21300 data rate, the module delivers consistent high-speed access across all ranks. This high bandwidth enables faster access to data stored in memory, reducing latency for demanding workloads like analytics, simulations, and cloud applications.

Business Benefits

The Dell 370-AECZ memory module is suited for a wide range of industries, offering benefits across cloud computing, financial analysis, AI, and enterprise IT infrastructure. Its combination of performance, scalability, and data integrity provides lasting value for professional organizations.

Data-Intensive Workloads

In analytics and big data platforms, memory capacity directly impacts processing efficiency. With 64GB of high-speed ECC DDR4 memory, this module allows enterprises to handle more in-memory computations, leading to faster data insights and reporting.

Enterprise Server

Enterprise servers deployed for ERP, CRM, and business intelligence systems benefit from stable and high-performance memory modules like the Dell 370-AECZ. It ensures uninterrupted service delivery and reduces latency in multi-user environments.