AD053260 Dell 64GB DDR5 5600MHz Memory Module

Dell AD053260 64GB DDR5 RDIMM Memory

The Dell AD053260 64GB DDR5 5600MHz PC5-44800 ECC Registered CL46 SDRAM RDIMM is engineered to support enterprise-grade workloads with enhanced responsiveness, exceptional transfer rates, and advanced stability. Built for Dell PowerEdge servers, this module ensures superior multitasking capability, reduced latency, and long-term reliability for mission-critical applications.

General Specifications

• Manufacturer: Dell
• Part Number: AD053260
• Device Classification: Server Memory
• Product Name: 64GB DDR5 SDRAM Memory Module
• Capacity: 64GB
• Memory Architecture: DDR5 SDRAM
• Module Count: 1 × 64GB
• Speed Rating: 5600MT/s DDR5-44800 / PC5-44800
• Error Control: ECC (Error-Correcting Code)
• Signal Structure: Registered (RDIMM)
• CAS Latency: CL46
• Rank Design: 2Rx4

Performance Advantages

The shift to DDR5 enables significant bandwidth increases, strengthening server responsiveness across databases, virtualization, hosting environments, and intensive computational tasks. Businesses benefit from optimized fetch cycles, refined timing control, and better multi-thread processing efficiency.

Key Enhancements Delivered by DDR5 Technology

• Higher transfer speeds that support real-time analytics and high-throughput applications
• Reduced voltage requirements for improved thermal output and power management
• Improved burst lengths that enhance data-stream structuring
• Reinforced ECC for mission-critical reliability
• Optimized architecture enabling better parallelization and queuing operations

Physical Construction and Build Details

This RDIMM module is manufactured with precision to support Dell’s enterprise environments, ensuring sturdy assembly, optimal heat distribution, and seamless integration within compatible systems.

Physical Properties

• Form Factor: 288-Pin RDIMM
• Shipping Height: 1.00 in.
• Shipping Depth: 6.75 in.
• Shipping Weight: 0.20 lb.

Architectural Structure and Module Efficiency

The 2Rx4 rank layout is designed to deliver consistent bandwidth, stable timing characteristics, and improved memory pathways to enhance system-wide processing efficiency. This stability is crucial for servers that run nonstop under extensive workloads.

System Compatibility and Supported Dell PowerEdge Server Models

The Dell AD053260 memory module is specifically engineered for a wide range of Dell PowerEdge systems, guaranteeing seamless firmware alignment, optimized controller support, and stable deployment across modern and next-generation server infrastructures.

Compatible Server Platforms

• PowerEdge C6620
• PowerEdge HS5610
• PowerEdge HS5620
• PowerEdge MX760c
• PowerEdge R660
• PowerEdge R660xs
• PowerEdge R760
• PowerEdge R760xa
• PowerEdge R760xd2
• PowerEdge R760xs
• PowerEdge T550

Integration Benefits for Dell PowerEdge Systems

This module not only complements Dell’s server architecture but also maximizes the potential of PCIe-based systems, intelligent controllers, and advanced virtualization layers. Tailored compatibility ensures better throughput, minimal instability, and long-term operational resilience.

Advantages of Deployment in Supported Environments

• Smoother memory scaling for large virtualization clusters
• Improved application responsiveness and parallel task handling
• Reduced bottlenecks during data-intensive processing
• Superior reliability due to full ECC functionality
• Enhanced performance during high-request workloads and multi-user access

Operational Efficiency

This RDIMM module is built to empower modern IT frameworks with sustained speed, improved data correction, and uninterrupted performance cycles. Its energy-efficient DDR5 layout ensures optimized cooling and reduced operational costs across server clusters.

Data Integrity and Stability Mechanisms

ECC capabilities safeguard system performance by detecting and correcting memory errors before they impact applications. This enhances reliability in high-uptime environments where data accuracy is paramount.

Registered Signal Processing Benefits

The RDIMM design stabilizes communication between the memory controller and modules by buffering electrical signals, which reduces the burden on the CPU’s integrated memory controller.

Operational Benefits of Registered Memory

• Supports higher memory capacities within server motherboards
• Minimizes system stress under maximum load
• Improves timing regulation and command efficiency
• Ensures smoother operations during multi-user access peaks

Enhanced Productivity for Enterprise Environments

The Dell AD053260 64GB DDR5 RDIMM module is an ideal upgrade solution for organizations seeking faster execution speeds, dependable data control, and superior multitasking capacity. With scalable potential and high-bandwidth output, this memory delivers exceptional value for evolving IT infrastructures.

Key Enterprise-Level Improvements

• Optimized server resource allocation
• Better support for concurrent data streams
• Improved server uptime and operational continuity
• Efficient energy consumption through DDR5 enhancements
• Superior capability for large-scale database operations

Advanced DDR5 Server Memory Architecture for Demanding PowerEdge Platforms

The Dell AD053260 64GB DDR5 5600MHz PC5-44800 ECC Registered CL46 SDRAM 288-Pin RDIMM Memory Module represents a new tier of enterprise performance engineered specifically for modern Dell PowerEdge servers. This category focuses on high-bandwidth, error-correcting memory designed to sustain intense data computation, virtualization, cloud application hosting and sustained multi-threaded operations. As next-generation workloads expand, the need for advanced DDR5 registered memory continues to rise, providing elevated reliability levels, improved latency handling and signal integrity across increasingly dense server infrastructures. This module operates at 5600MHz, ensuring exceptionally fast data throughput and allowing IT departments to enhance server responsiveness in high-capacity environments.

Next-Generation Data Rates and Performance Capabilities

The architecture of this DDR5 5600MHz RDIMM module allows server systems to experience improved performance through greater bandwidth and optimized command processing. DDR5 technology introduces higher burst lengths, improved channel efficiency and advanced power management structures. With a PC5-44800 rating, this module supports elevated levels of data transfer per second, enabling superior results across machine learning clusters, data-intensive analytics tools, scientific modeling platforms, AI-driven computations and high-frequency transactional frameworks. Server applications benefit from the increased parallelization potential, ensuring that multitasking procedures run more efficiently and that data pipelines remain unimpeded during peak loads.

Operational Improvements Delivered by DDR5 Memory Technology

The DDR5 memory classification significantly surpasses the older DDR4 generation through enhanced signal processing techniques, refined error detection logic and optimized timing management. Server operators implementing Dell AD053260 modules benefit from more stable memory access, faster command execution and reduced risk of system stalls during extremely heavy workloads. DDR5 introduces dual independent 32-bit memory channels within each DIMM, boosting efficiency and enabling more effective data coordination within multi-core processor environments. This memory module’s CL46 latency ensures that timing responsiveness remains balanced with throughput, supporting smooth real-time operations even under sustained, demanding use cases.

Enhanced Task Responsiveness and Reduced Bottlenecks

In larger server infrastructures, bottlenecks often occur when memory cannot keep pace with multi-core processors. The 5600MHz frequency mitigates these constraints, offering higher operational overhead for data requests. Virtualized environments, database management systems, distributed cloud applications and software-defined storage all benefit from improved responsiveness. Administrators upgrading to the Dell AD053260 memory module gain increased headroom for expansion, allowing more simultaneous virtual machines, more efficient caching processes and faster handling of read-intensive as well as write-heavy tasks.

ECC Registered Architecture for Enterprise Reliability

ECC Registered (RDIMM) technology is fundamental for mission-critical server deployments. The Dell AD053260 module integrates advanced ECC capabilities that automatically detect and correct common memory errors before they can impact system integrity. This provides continuous stability across platforms where consistent uptime is a requirement. The Registered DIMM structure also ensures enhanced electrical control by buffering memory signals, reducing the load on the server’s memory controller and increasing scalability for multi-DIMM configurations. This makes the module suitable for high-density server clusters, enterprise virtualization hosts and data centers handling millions of transactions per second.

Error Correction for Mission-Critical Reliability

Error Correcting Code memory is a necessity in environments where data precision, uninterrupted availability and system sustainability are mandatory. This module’s ECC functionality continuously evaluates data flow, preventing corrupt packets from causing application failures, database inconsistencies or transactional errors. Servers in financial institutions, government systems, scientific labs and corporate datacenters rely on ECC memory to uphold integrity across long-term workloads. With hardware-level correction, servers operate with confidence knowing that silent data corruption risks are drastically minimized.

Registered DIMM Signal Optimization and Multi-Module Stability

The registered design stabilizes the memory bus by minimizing electrical strain on the memory controller. This creates a more predictable environment when deploying multiple DIMMs within a single server board. Dell PowerEdge systems configured with numerous modules achieve consistent performance regardless of expansion scale. The RDIMM structure guarantees sustained output without voltage instability, greatly reducing the likelihood of failure during prolonged workloads or memory-intensive simulations. This is essential for organizations scaling their infrastructure to accommodate larger datasets, more users and more complex applications.

High-Endurance Memory for Long-Term Server Deployment

Memory systems implemented within enterprise servers must withstand continuous operation, often within high-temperature environments and under non-stop workloads. The Dell AD053260 module is engineered for extended longevity, ensuring that organizations can deploy it within heavy-use scenarios without worrying about premature degradation. Its registered structure and ECC logic contribute to long-term sustainability, making it a dependable component for mission-critical workflows.

Optimized for Dell PowerEdge Server Ecosystems

This module is specifically designed to integrate seamlessly with Dell PowerEdge servers, ensuring consistent compatibility, power efficiency and operational stability. PowerEdge systems rely on precision-calibrated memory to support high-throughput computing. By selecting a memory module developed to Dell’s own technical specifications, administrators gain assurance that the module communicates properly with embedded controllers, system diagnostics and performance optimization tools. This guarantees predictable results and streamlined deployment during system upgrades or expansions.

Smart Configuration and Dell Certified Memory Standards

Dell’s enterprise memory standards ensure that each module meets strict reliability and performance benchmarks. The AD053260 memory module is constructed to align with Dell’s compatibility framework, minimizing integration errors and ensuring smoother system configuration. Administrators benefit from automatic system recognition, optimized BIOS tuning and seamless monitoring through Dell OpenManage utilities. Memory behavior remains consistent across firmware updates, hardware expansions and system migrations, giving IT professionals confidence in long-term use.

Improved Efficiency Within PowerEdge Multi-Processor Systems

Modern PowerEdge servers often employ dual or multi-processor layouts requiring stable and responsive memory. This module provides the necessary bandwidth to support advanced Xeon and EPYC environments. Workloads requiring high degrees of parallelism, such as containerized microservices, hosted cloud platforms, automated DevOps pipelines, AI inference systems and multi-tiered enterprise databases, all experience improved scaling capacity with high-speed DDR5 RDIMMs.

High-Bandwidth Computing 

The 64GB DDR5 5600MHz memory module excels in computing environments with massive data throughput requirements. Industries relying on sophisticated analytical engines, high-volume data processing tools or real-time operational systems benefit from the significant bandwidth improvements DDR5 provides. The PC5-44800 classification guarantees rapid movement of data, supporting workflows such as real-time rendering, large dataset manipulation, parallel computation tasks and machine-learning training models.

Enhanced Virtualization and Cloud Hosting Performance

Virtualization environments depend heavily on memory capacity and responsiveness. This module’s 64GB capacity allows administrators to host more virtual machines, containers and cloud services within a single server. The 5600MHz data rate ensures that each virtualized instance gains fast access to memory resources, reducing latency and enhancing service delivery. Cloud applications operating on PowerEdge systems become more efficient, providing smoother scaling and improved responsiveness during high-demand periods.

Database Acceleration and Transactional Optimization

Database engines thrive on fast and stable memory. Whether running SQL, NoSQL, in-memory caching platforms or massive data indexing tools, this DDR5 RDIMM ensures rapid row retrieval, accelerated query execution and reduced operational lag. Database clusters benefit from the improved read-write capabilities, ensuring that high-frequency transactions are processed more efficiently. This leads to higher application availability and improved overall user experience across enterprise systems.

AI, ML and HPC Workload Optimization

Artificial intelligence and machine learning tasks rely on substantial memory throughput. The 5600MHz speed provides optimized conditions for real-time inference, training iterations and inferencing pipelines. High-performance computing environments experience improved job completion speeds, better resource balancing and more efficient parallel processing. Whether used in scientific research, engineering simulations or deep learning operations, the Dell AD053260 module enhances computational effectiveness across the board.

DDR5 Innovations Enhancing Enterprise Performance

DDR5 memory introduces several innovations that offer significant advantages for enterprise deployments. These improvements create a more efficient and predictable memory environment, enabling servers to handle increasingly complex computational demands. With advanced channel architecture, on-die ECC and improved command processing sequences, the DDR5 module ensures that high-bandwidth tasks proceed without unnecessary delays or interruptions.

Dual Independent Channels for Improved Efficiency

One of the most important advancements in DDR5 is the introduction of two independent 32-bit channels per DIMM. This architecture improves data distribution and reduces bottlenecks during peak activity. Servers deployed with DDR5 modules can handle more simultaneous operations, ensuring efficient use of multi-core processors and maintaining balanced workloads across virtual machines, containers and large applications.

On-Die ECC for Reinforced Data Integrity

Alongside traditional ECC, DDR5 introduces on-die error correction that helps reduce internal memory bit faults. This capability enhances reliability and ensures that memory operations remain consistent even under heavy workloads. The Dell AD053260 module benefits from this built-in layer of protection, providing an extra safeguard against data corruption within power-intensive server environments.

Improved Power Management Architecture

DDR5 modules incorporate a dedicated power management IC (PMIC), enabling more refined control over voltage distribution. This contributes to operational efficiency, reduced power consumption and lower heat generation. When deployed in datacenter racks, these enhancements reduce overall energy expenditure and support greener IT strategies.

Scalable Infrastructure Support for Growing Data Demands

As organizations continue to expand their digital operations, scalable memory becomes a cornerstone of future-proof infrastructure. The Dell AD053260 64GB DDR5 module supports high-capacity deployments that allow IT departments to adapt quickly to changing workload requirements. Its high-density configuration allows servers to scale vertically without excessive hardware replacement, making it suitable for environments planning long-term growth.

Enterprise-Class Stability Under Continuous Load

Server environments often remain operational 24 hours a day, requiring memory solutions that can function continuously without degradation. The stability inherent in the Dell AD053260 module allows organizations to maintain operational continuity without frequent maintenance cycles or component failures. This longevity is essential for companies that rely on highly available digital platforms.

Support for High-Density Multi-Threaded Workflows

Applications that run on hundreds of concurrent threads require memory with strong throughput capacity. The 5600MHz operating speed ensures that multi-threaded software can execute efficiently, improving application response time and reducing stalls during peak activity.

Enterprise Deployment Use Cases and Operational Benefits

This memory module finds its place in a wide array of enterprise scenarios, from virtualization clusters to HPC engines. Its high capacity, fast transmission rate and robust stability features make it suitable for dynamic environments that rely on non-stop computational precision.

Use in Virtualized Datacenters and Cloud Hosting Nodes

Large cloud hosting deployments rely on dense memory arrays to support large user bases. With 64GB capacity per module, PowerEdge servers gain the ability to support higher density VM clustering and microservice allocation. This leads to improved cloud service delivery, reduced overhead and more efficient scaling.

Use in Analytics and Data Science Workflows

Data science operations frequently involve iterative analysis, large dataset parsing and algorithmic modeling. Having memory capable of handling these processes allows teams to generate insights faster and more efficiently. The DDR5 bandwidth is ideal for heavy data workloads and real-time analytics pipelines.

Use in Corporate ERP, CRM and Enterprise Software Frameworks

Enterprise software systems require continuous memory access for user management, process automation and data synchronization. The Dell AD053260 module ensures these functions proceed uninterrupted, supporting large organizations with thousands of transactions occurring simultaneously.

Lower Power Consumption and Reduced Thermal Strain

DDR5 reduces energy consumption through improved internal circuitry, optimized voltage delivery and advanced power handling. This contributes to lower operational temperatures, enhancing reliability and reducing cooling costs for datacenter environments.

Electrically Stable Design Supporting High-Bandwidth Transmission

The electrical architecture is optimized for consistent high-speed communication. This reduces the risks of signal degradation or electromagnetic interference, improving overall memory responsiveness and contributing to stable long-term reliability.