AD035532 Dell 64GB DDR5 5600MHz RDIMM Memory

Product Overview

The Dell AD035532 64GB DDR5 5600MHz PC5-44800 ECC Registered CL46 SDRAM 288-Pin RDIMM module is engineered for enterprise-grade PowerEdge servers that demand exceptional data reliability, rapid throughput, and advanced multitasking efficiency. This high-capacity server memory module is structured to strengthen workflow responsiveness, enhance virtualization loads, and support mission-critical computing environments with its next-generation DDR5 innovations.

General Information

• Manufacturer: Dell
• Part Number: AD035532
• Device Type: Server Memory Module

Technical Specifications

• Product Name: 64GB DDR5 SDRAM Memory Module
• Storage Capacity: 64GB
• Memory Technology: DDR5 SDRAM
• Module Configuration: 1 × 64GB

Performance Enhancements

• Data Rate / Bus Speed: 5600MT/s DDR5-44800 / PC5-44800
• Latency Timing: CL46
• Rank Configuration: 2Rx4

Data Reliability & Signal Optimization

• Error Correction: ECC for proactive detection and correction of data faults
• Signal Processing: Registered (RDIMM) architecture for stabilized data transmission
• Pin Design: 288-Pin RDIMM interface for modern Dell PowerEdge servers

Key Advantages of This Dell DDR5 RDIMM Module

This advanced server memory offers improved reliability, decreased latency, and increased bandwidth — vital for seamless execution of demanding workloads.

• Boosts overall server speed and task handling efficiency
• Supports memory-intensive applications such as virtualization, analytics, and database operations
• Enhanced power efficiency thanks to next-generation DDR5 architecture
• Maintains data accuracy under strenuous server loads using ECC fault correction
• Improves system stability through registered signal buffering

Optimized for Dell PowerEdge Servers

Engineered to complement Dell’s enterprise server platforms, this module ensures compatibility, consistent performance output, and operational longevity. Users benefit from:

• Seamless integration with supported Dell PowerEdge models
• High-grade materials for thermal efficiency and durability
• Reliable performance under continuous workloads

Additional Benefits for Enterprise Infrastructure

Deploying the Dell AD035532 module enhances workflow productivity by offering efficient scaling, reduced bottlenecks, and improved data throughput. Its ECC feature maintains system integrity, making it ideal for mission-critical operations where data accuracy is paramount. The DDR5 architecture increases bandwidth significantly, improving synchronization between CPU and memory during intensive tasks.

Dell AD035532 64GB DDR5 5600MHz PC5-44800 ECC CL46 RDIMM Memory Module 

The Dell AD035532 64GB DDR5 5600MHz PC5-44800 ECC Registered CL46 SDRAM RDIMM memory module represents an advanced generation of enterprise-grade server memory engineered for modern PowerEdge systems. This high-capacity DDR5 module delivers exceptional bandwidth, optimized latency performance, and overall enhancements that elevate multi-threaded server applications, virtualization environments, and cloud-centric infrastructures. Within the broader category of server memory upgrades, this model stands out due to its ability to support demanding data workloads while maintaining dependable system integrity through advanced error correction and power-efficient architecture.

Role of DDR5 RDIMM Technology in PowerEdge Server

The introduction of DDR5 memory redefines the standards of speed, efficiency, and scalability for enterprise servers. DDR5 RDIMM modules such as the Dell AD035532 provide higher data transfer rates, enhanced reliability features, and greater module density. The increased bandwidth supports intensive applications including database analytics, virtualization clusters, AI workloads, and cloud-native processes. With a maximum operational speed of 5600MHz, this module significantly reduces latency, shortens data path delays, and ensures smoother execution for high-concurrency workloads.

Its registered design adds electrical stability by buffering the command and address signals between the memory controller and DRAM chips. This improves signal integrity and supports larger memory configurations in multi-DIMM channel structures. As servers scale their memory architecture, registered DIMMs stabilize the electrical load on the memory controller, eliminating potential errors and enhancing sustainability during full-load operations.

Enhanced Bandwidth and Data Throughput

The 5600MHz bandwidth available through the Dell AD035532 enables faster data exchange across server components, enhancing application responsiveness. Data-intensive operations benefit from more efficient buffering, rapid refresh cycles, and optimized signaling. The improvement in transfer rates increases the performance of multi-threaded processes, enabling data centers and cloud services to support more users, processes, and parallel computations without bottlenecks.

The PC5-44800 classification indicates a peak theoretical bandwidth of 44.8 GB/s per module, which is a substantial leap from prior generations. This empowers servers to handle larger datasets, manage machine learning inference loads, and support virtualization hosts with multiple guest machines, all while maintaining operational smoothness. As memory speed influences the overall performance of compute-intensive workloads, this module contributes heavily to sustained system efficiency across mixed-use environments.

ECC Registered Architecture for Reliability

Enterprise servers demand stability and data integrity due to their mission-critical role. The ECC (Error-Correcting Code) system integrated into this memory module automatically detects and corrects single-bit errors. Such corrections prevent data corruption, application crashes, and system instability. ECC protects the server from silent errors that frequently occur in high-altitude data centers, electrically noisy environments, or workloads that maintain continuous high memory utilization.

The registered component adds another layer of reliability by offloading some electrical strain from the memory controller. This results in consistent performance and long-term sustainability, significantly reducing downtime risks for businesses. The robust design ensures continuous accuracy of data transactions, crucial for industries that depend on reliable calculations, accounting data, virtualization platforms, transaction-heavy databases, and cloud-operated services.

Module Density Benefits for Scalability

A single module density of 64GB offers exceptional scalability for PowerEdge servers. Modern virtualization, containerization, and multi-threaded server architectures rely heavily on large amounts of memory. High-density DIMMs allow organizations to expand their infrastructure without needing to replace existing systems. This supports future growth by enabling the server to adapt to more intensive workloads as business needs evolve.

With larger capacities per DIMM, servers can maximize their memory potential across available memory slots. This is beneficial for database clusters, enterprise resource planning platforms, and advanced computation processes requiring vast memory pools for caching and rapid data access.

CL46 Latency Efficiency

The CL46 latency specification aligns with DDR5 architecture enhancements. DDR5 introduces more precise command processing alongside dual-channel DIMM architectures. Lower internal access delays improve memory responsiveness under complex workloads. The efficient timing contributes to smoother data retrieval operations, balancing high frequency with adequate latency control for enterprise use cases.

Integration and Optimization for Dell PowerEdge Servers

Designed specifically for Dell PowerEdge systems, the AD035532 module ensures perfect compatibility, stable performance, and seamless integration with existing server components. The optimized firmware and architectural tuning of PowerEdge platforms allow this memory module to operate at peak capability. Server administrators benefit from error logging tools, thermal monitoring, and real-time performance metrics built into Dell’s management ecosystem.

Using genuine Dell memory ensures firmware-level optimizations such as command scheduling improvements, seamless BIOS recognition, and compatibility with advanced server features like memory mirroring, memory sparing, and advanced ECC error reporting. These integration benefits contribute to sustaining productivity in high-uptime environments that require predictable performance and rapid recovery from potential faults.

Thermal Management and Power Efficiency

DDR5 technology emphasizes improved power regulation through onboard power management ICs. This reduces load on the motherboard, balances electrical usage, and stabilizes module performance under sustained heavy use. The Dell AD035532 operates efficiently at lower voltages while delivering higher performance, reducing overall server energy consumption and minimizing heat generation.

Reduced thermal output leads to longer hardware lifespan, lower cooling costs, and increased reliability for servers running in densely populated data centers. Consistent power regulation enhances performance stability and prevents thermal throttling. Combined with efficient airflow designs in PowerEdge chassis, this memory module contributes to superior thermal performance across various compute environments.

Workloads Benefiting from DDR5 ECC RDIMM Technology

The module is engineered to support workloads that require consistent memory bandwidth, high data accuracy, and fast response times. Virtualized environments benefit extensively from the increased memory throughput and large capacity, enabling more virtual machines and containers to operate simultaneously without resource contention. Cloud applications experience reduced latency and more efficient data handling.

High-performance computing tasks, machine learning frameworks, financial modeling systems, and real-time analytics benefit from DDR5 enhancements such as doubled burst length and improved prefetch architecture. These improvements translate into smoother execution for computational algorithms relying heavily on memory speed. Database servers experience accelerated query execution and improved caching efficiency due to increased data flow capacity.

Performance in Virtualization and Cloud Platforms

Cloud computing environments rely on optimized resource distribution. Memory capacity and bandwidth directly influence how quickly virtual machines launch, scale, and respond to user actions. This module’s high speed and reliability contribute to stable multi-tenant hosting. Containerized workloads benefit from quick access to application data structures stored in memory, reducing application startup times and improving horizontal scaling responsiveness.

Architectural Advancements Introduced With DDR5

DDR5 architecture introduces significant advancements beyond raw speed. The dual 32-bit sub-channel design improves parallelism in memory operations, enhancing data transfer efficiency. Additional banks and higher bank group counts reduce conflicts and wait cycles, enabling smoother execution of concurrent operations. The architecture supports greater module densities, ensuring long-term scalability for enterprise deployments that require extensive memory resources.

Another improvement lies in the increased burst length, which allows DDR5 to handle higher volumes of data per clock cycle. This has direct benefits for tasks that require rapid access to large datasets or continuous streaming of information across memory channels. The on-module power management IC contributes to more consistent voltage regulation, reducing noise, enhancing stability, and improving power efficiency under load.

Compatibility and Use Cases for Enterprise Deployment

The Dell AD035532 is tailored for PowerEdge servers, ensuring compatibility with multiple generations of enterprise systems that support DDR5 RDIMMs. IT administrators deploying new servers or upgrading existing nodes benefit from streamlined installation processes, automatic BIOS tuning, and optimal performance scaling. Consistency across hardware components ensures that mission-critical applications maintain predictable performance.

Ideal use cases include virtualization clusters, database servers, AI inference nodes, business intelligence systems, and high-throughput transactional platforms. The module’s reliability makes it suitable for financial institutions, healthcare infrastructure, telecommunications systems, government data centers, and large-scale e-commerce platforms.

Server Stability and High-Uptime Environments

Businesses requiring continuous uptime depend heavily on server memory that maintains consistency over long durations. The ECC and registered architecture ensure uninterrupted operation even under heavy workloads. Fault-tolerant server environments benefit from the memory’s ability to prevent data loss and reduce disruption caused by system errors. Continuous monitoring through Dell OpenManage provides administrators insights into performance patterns, thermal conditions, and potential error events, enabling proactive system management.

Technical Engineering Behind the Dell AD035532 Module

The Dell AD035532 is engineered using high-quality DRAM chips arranged to support robust signal flow, efficient command processing, and uniform thermal characteristics. The 288-pin layout supports increased bandwidth, reduced crosstalk, and improved electrical efficiency. Advanced PCB layering ensures stable operation under high-frequency data transactions.

The module incorporates enterprise-grade components designed to withstand demanding server environments. Rigorous testing procedures ensure optimal functionality under variable thermal, electrical, and workload conditions. Each memory unit is validated for compatibility with specific Dell PowerEdge configurations, ensuring predictable performance across data center deployments.