AD035528 Dell DDR5 SDRAM 256GB 5600mt/s Pc5-44800 Cl52 Ecc Rank X4 1.2v 288-pin Rdimm RAM Module For Server

Dell AD035528 256GB DDR5 SDRAM RAM

The Dell AD035528 256GB 5600MT/s PC5-44800 Registered DDR5 SDRAM RDIMM memory module represents a high-capacity, enterprise-class solution engineered for servers and data-driven infrastructures requiring exceptional bandwidth, efficiency, and reliability. Built around the DDR5 framework, this advanced module elevates computing ecosystems by enabling smoother multitasking, faster data throughput, reduced latency, and improved power regulation compared to legacy DDR4 technology. Designed specifically for professional workloads, cloud platforms, virtualized environments, and analytics-heavy applications, this RDIMM solution ensures optimal stability for mission-critical systems that must maintain consistent uptime and dependable performance.

Performance Attributes of DDR5 RDIMM Technology

The progression from DDR4 to DDR5 memory introduces significant improvements that set the foundation for advanced scalability and processing precision. The Dell AD035528 module exploits the DDR5 architecture to enhance data rates, expand capacity limits, and strengthen signal integrity. With a native speed of 5600MT/s, the module delivers enhanced bandwidth that empowers modern servers to handle greater workloads concurrently. Its PC5-44800 rating underscores its ability to accommodate demanding applications where rapid data cycles are essential for system responsiveness and operational continuity.

Bandwidth and Latency Enhancements for Enterprise Loads

Memory bandwidth directly influences processing performance, especially in server and workstation environments operating multiple threads, containerized applications, and virtualization layers. The 5600MT/s transfer rate of this Dell module elevates data-handling capabilities, reducing bottlenecks that might otherwise hinder CPU performance. Enterprises managing large datasets, real-time computations, or heavily loaded cloud infrastructures experience noticeable gains in system throughput as the DDR5 platform supports more efficient data queuing and transactions. The lowered latency and improved refresh method contribute to a more fluid operational workflow, enabling data-intensive applications to run at optimal speed without interruptions.

Optimized Power Efficiency with On-Module PMIC

A defining characteristic of DDR5 memory is the integration of the Power Management Integrated Circuit (PMIC) directly onto the module. This structural shift decentralizes power management, significantly reducing electrical strain on the motherboard and enabling more consistent power distribution. For data centers and large server infrastructures, this contributes to better energy efficiency and improved voltage control. The Dell AD035528 256GB RDIMM benefits from the stability offered by PMIC architecture, ensuring more accurate regulation of power delivery during high workloads and maintaining lower thermal output for consistent long-term operation.

High-Capacity Server Memory for Enterprise Scalability

The 256GB capacity of this Dell RDIMM is particularly suited for enterprise-level computing where system memory plays a foundational role in performance and operational fluidity. Environments such as virtualization hypervisors, AI frameworks, scientific computing clusters, and large-scale database engines rely on extensive memory resources to run multiple workloads simultaneously. This high-capacity module enables servers to maximize application density, allowing more virtual machines, larger containers, and intense processing workflows without encountering system slowdowns or memory exhaustion.

Support for Virtualization and Cloud Platforms

Virtualization is one of the most memory-dependent technologies in modern infrastructures. Solutions such as VMware, Microsoft Hyper-V, Citrix, and Proxmox benefit significantly from large memory pools that minimize contention during concurrent operations. The capacity and speed of the Dell AD035528 module enhance host performance by providing the necessary resources to allocate additional virtual machines and support more active sessions. Cloud-hosted workloads, database servers, and application clusters experience greater efficiency due to the module’s enhanced memory throughput and increased addressable capacity.

Advanced Computing Applications Requiring Expanded Memory Density

High-performance computing (HPC), artificial intelligence training models, predictive analytics, large-scale simulations, and machine learning algorithms demand exceptional memory availability. The 256GB RDIMM configuration enables servers to support extensive datasets without resorting to disk swapping, allowing accelerated computation and reduced processing delays. The massive capacity of this module is essential for parallel computing tasks and in-memory analytics platforms, where large working datasets must be accessed rapidly to maintain workflow continuity and accuracy.

Reliability and Stability for Mission-Critical Systems

Registered DIMM designs improve system stability by adding a register that buffers communication between the memory module and memory controller. This enhances signal reliability and lowers the electrical load across the server’s memory channels. The Dell AD035528 module, with its Registered DDR5 configuration, is engineered for round-the-clock performance where operational precision is vital. The module’s inherent error-correction capabilities ensure data integrity, significantly reducing the risks associated with memory-related system failures.

ECC Functionality and Data Accuracy

Error-Correcting Code (ECC) technology is essential in professional and mission-critical computing environments. The Dell AD035528 256GB RDIMM incorporates ECC functionality to automatically detect and correct the most common memory errors before they affect system operations. This safeguards sensitive applications such as financial transactions, healthcare records management, scientific computations, and enterprise resource planning. In server infrastructures where accuracy and reliability are vital, ECC protection minimizes downtime and fortifies the stability of operating systems and application stacks.

Stability for Continuous and High-Demand Server Environments

Professional servers must maintain stability during constant usage and prolonged workloads. The Registered design, advanced DDR5 circuitry, and enhanced error-correction capabilities allow the Dell AD035528 module to support stable performance across extended operational cycles. This reliability is crucial for data centers, high-availability clusters, cloud farms, and redundant infrastructures that cannot afford inconsistent or degraded performance. The module’s robust design enables predictable and dependable data processing even under fluctuating workloads and high concurrent usage levels.

Architecture and Structural Advantages

The module’s 288-pin RDIMM layout ensures compatibility with DDR5-ready server platforms and enhances electrical integrity for smoother signal transmission. The structural design follows strict engineering standards that reinforce stability, power efficiency, and high-frequency reliability. By adhering to industry specifications for DDR5 RDIMMs, the Dell AD035528 provides a foundation for enterprise systems looking to scale performance seamlessly while adopting next-generation technologies.

288-Pin Interface for Improved Channel Communication

The 288-pin connector design ensures reliable communication between the memory module and system architecture. This interface enhances parallel processing capabilities and supports the increased bandwidth demands inherent in next-generation workloads. The RDIMM format uses advanced buffering components that preserve signal clarity, enabling more stable operation at higher frequencies such as 5600MT/s. This ensures that the module can sustain demanding read and write cycles while maintaining structural integrity under continuous load.

Superior Thermal and Power Design for High-Load Operation

Heat generation in server environments can negatively impact long-term stability and system lifespan. The Dell AD035528 module is engineered to manage thermal output and reduce power fluctuations through its optimized DDR5 heat-spreader design and integrated power-handling components. This ensures that performance remains consistent even during peak operating cycles. The refined thermal layout also contributes to improved module longevity, making it suitable for systems that must run continuously without interruption.

Compatibility and Integration in Modern Server Platforms

The Dell AD035528 memory module is designed for seamless integration into enterprise-grade servers built to support DDR5 RDIMM technology. Businesses adopting new server generations benefit from the enhanced speed, capacity, and efficiency that this module brings to data-center environments. The memory is validated for compatibility with a wide range of Dell server systems, ensuring that it meets stringent performance and stability requirements.

Optimized for Dell PowerEdge and Enterprise-Ready Systems

Dell PowerEdge platforms and comparable enterprise server models can leverage this 256GB DDR5 RDIMM to expand their memory architecture effectively. Its high-capacity design allows administrators to optimize resource allocation for advanced computing tasks. Compatibility validation ensures that the module operates at full rated speeds with supported hardware, eliminating the need for manual tuning or configuration adjustments. This helps simplify the integration process and reduces deployment time in large-scale infrastructures.

Scalable Deployment for Expanding Server Infrastructure

Growing organizations with expanding digital ecosystems require hardware capable of scaling in step with increasing demands. The Dell AD035528 module supports scalable configurations that enable IT teams to increase memory density as workloads evolve. Whether adding capacity to existing servers or building new data-center clusters, the high-density RDIMM structure ensures that systems can support upcoming software advances and expanding operational requirements. This modular scalability is essential for environments managing long-term infrastructure growth.

Virtualization and Multi-Tenant Infrastructures

In multi-tenant environments where multiple users or applications share computing resources, memory allocation becomes a crucial performance factor. The Dell AD035528 module provides servers with the headroom required to host numerous virtual machines, containerized applications, and cloud services concurrently. With increased data throughput and lower latency, tasks such as VM provisioning, template cloning, and workload balancing are executed more efficiently. This ensures smoother system responsiveness and improved scalability for cloud-centric operations.

Artificial Intelligence and Machine Learning Workflows

AI and ML ecosystems process large datasets during model training, optimization, and inference operations. The high capacity and advanced speed of this 256GB RDIMM module ensure that servers can store larger datasets in active memory, reducing reliance on slower storage mediums. This allows more complex models to run more efficiently, accelerating the training process and enabling more accurate computations. Machine learning clusters and analytics platforms greatly benefit from the consistent and high-bandwidth performance of DDR5 memory.

Future-Ready Architecture Aligned with Industry Advances

DDR5 memory has become the standard for next-generation servers due to its increased speed, improved density, and enhanced efficiency. The Dell AD035528 256GB RDIMM aligns fully with these advancements and helps organizations prepare their infrastructures for the future. As workloads become heavier and computing environments more demanding, this memory module ensures long-term compatibility and sustained relevance through its robust architecture and high-capacity design. Businesses investing in this solution support their servers with technology designed to deliver consistent performance far into the next stages of enterprise digitization.