M323R4GA3DB0-CWMOL Samsung 32GB DDR5 5600MHz Memory.

Samsung M323R4GA3DB0-CWMOL 32GB DDR5 Memory

The Samsung M323R4GA3DB0-CWMOL 32GB DDR5 5600MHz PC5-44800 ECC Unbuffered UDIMM SDRAM is engineered to deliver exceptional data performance, long-term reliability, and superior multitasking capability for advanced desktop and workstation environments. Built with next-generation DDR5 architecture, this high-bandwidth memory module enhances system responsiveness, optimizes energy efficiency, and supports demanding applications with ease.

General Information

• Brand Name: Samsung
• Part Number: M323R4GA3DB0-CWMOL
• Product Type: Memory Module

Technical Specifications 

• Storage Capacity: 32GB
• Memory Technology: DDR5 SDRAM
• Number of Modules: 1 × 32GB
• Bus Speed: 5600MHz (DDR5-5600 / PC5-44800)
• Data Integrity Check: ECC (Error-Correcting Code)
• Signal Processing: Unbuffered UDIMM Design
• CAS Latency Timings: CL46
• Rank Features: 2Rx8 Configuration

Physical Characteristics

Form Factor and Build Specifications

• Form Factor: 288-Pin UDIMM
• Module Design: Optimized for desktop and workstation motherboards

Shipping and Handling Dimensions

• Shipping Height: 1.00 inch
• Shipping Depth: 6.75 inches
• Shipping Weight: 0.20 lb

Samsung M323R4GA3DB0-CWMOL 32GB DDR5 Memory Overview

The Samsung M323R4GA3DB0-CWMOL 32GB DDR5 5600MHz PC5-44800 ECC Unbuffered UDIMM SDRAM 288-pin memory module represents a new generation of advanced system memory engineered to address the increasing demands of modern computing environments. As data-driven workloads grow more complex and sophisticated, the transition to DDR5 technology ensures significantly improved performance, superior bandwidth, and enhanced efficiency. This category focuses on state-of-the-art unbuffered DDR5 modules designed for reliable operation in workstations, professional desktops, and specialized systems that require robust error correction capabilities without compromising speed. With Samsung’s long-standing reputation for exceptional memory innovation, modules like the M323R4GA3DB0-CWMOL provide a high-performance foundation for next-generation computing platforms.

Evolution of DDR5 in Performance-Oriented Computing

DDR5 memory has become the standard for advanced computing applications due to its considerable improvements over earlier DDR4 technology. While DDR4 marked a crucial milestone in performance, the exponential rise of artificial intelligence workloads, content creation pipelines, engineering simulations, and complex multitasking required a new memory standard able to support higher throughput and better power efficiency. Samsung DDR5 ECC UDIMM modules deliver exceptional speed, optimized command processing, and extremely low latency even under increased memory loads. The transition to 5600MHz frequency levels, paired with PC5-44800 data rates, ensures that today's systems can maintain steady performance during sustained workloads while enabling headroom for future software expansions that demand increasingly powerful system memory architecture.

DDR5 Advantages in Professional and Industrial Computing

Unlike previous generations, DDR5 introduces key improvements such as doubled burst lengths, increased bank groups, and higher on-die reliability mechanisms. These advancements allow computational tasks to run more smoothly, particularly in systems that rely on heavy parallel processing. The Samsung M323R4GA3DB0-CWMOL module stands out by offering enhanced stability through error-correcting code technology, which drastically reduces the risks associated with memory corruption. In mission-critical environments such as medical research, financial modeling, and CAD applications, DDR5 ECC UDIMMs provide the dependable performance necessary to maintain consistent operational integrity. The significant increase in bandwidth also supports faster application load times and enables workstations to handle large files and databases with greater ease.

Workload Suitability and Application Optimization

This category of memory modules is particularly effective for systems that must run high-precision software or professional tools that require predictable stability under pressure. Scientific simulations, engineering software, graphic design suites, and computational analysis processes all benefit from memory modules that maximize throughput while minimizing potential data discrepancies. The ECC support integrated into the Samsung M323R4GA3DB0-CWMOL module enhances system resilience, ensuring that even prolonged operation under intensive tasks does not degrade data integrity. Application architects and IT professionals frequently select ECC UDIMM modules when designing systems that must maintain flawless output quality and reliability without introducing unnecessary latency or requiring buffered memory configurations.

Architectural Enhancements and Technical Features

The Samsung M323R4GA3DB0-CWMOL module incorporates an optimized 288-pin layout engineered to maintain compatibility with modern workstation motherboards supporting DDR5 ECC UDIMM standards. The advanced silicon fabrication used in this memory module enables higher transistor efficiency, resulting in lower heat generation even when operating at peak speeds. With a frequency rating of 5600MHz, the module ensures seamless data processing, making demanding tasks such as rendering, virtualization, and real-time analytics more efficient. The combination of DDR5 architecture and Samsung's robust memory design not only delivers better performance but also extends the operational lifespan of computing systems by maintaining consistent electrical behavior under continuous usage.

ECC Functionality for High-Precision Computing Environments

Error Correcting Code technology is essential in environments where data accuracy is paramount. The Samsung M323R4GA3DB0-CWMOL ECC Unbuffered UDIMM module automatically detects and corrects single-bit memory errors, ensuring accurate output in all data transactions. This feature is especially critical in professional compute applications where even small inaccuracies can have significant consequences. ECC also reduces system crashes and minimizes unexpected downtime, making it an ideal choice for hardware deployed in managed IT infrastructures or environments where reliability is non-negotiable. The stability provided by ECC capabilities allows for consistent performance across extended operational cycles, making the module suitable for round-the-clock computing systems.

Unbuffered DIMM Structure and Its Advantages

Unbuffered DIMMs offer distinct benefits over registered memory modules in applications where lower latency and higher direct communication between the memory controller and the DRAM components are required. The Samsung M323R4GA3DB0-CWMOL module, being unbuffered, avoids the additional delay typically introduced by intermediate buffering mechanisms. This allows memory operations to occur at higher speeds, delivering superior responsiveness in high-performance desktop environments. Unbuffered modules are highly suitable for applications where maximum speed and immediate data access are essential. Since this DDR5 ECC UDIMM combines low latency with error correction, it provides a balanced solution for high-compute professional systems without requiring the overhead associated with registered memory types.

Signal Integrity and Command Processing Improvements

DDR5 technology integrates improved equalization methods and refined command encoding to enhance signal transmission across the memory bus. These optimizations reduce noise interference and promote more consistent data communication between the processor and the memory module. The Samsung M323R4GA3DB0-CWMOL leverages these improvements to maintain accurate performance even in dense computing environments where electromagnetic interference levels may fluctuate. The enhanced command processing also ensures more efficient memory allocations, contributing to faster overall processing cycles and ensuring that professional users can rely on sustained peak performance regardless of workload intensity.

Performance Capabilities of Samsung DDR5 ECC UDIMM Solutions

Samsung’s DDR5 ECC UDIMM memory category focuses on maximizing computational fluidity and offering users a streamlined experience with minimal performance bottlenecks. The M323R4GA3DB0-CWMOL module’s 5600MHz operational speed supports extremely high transfer rates, enabling fast data exchanges essential for demanding applications such as software development, 3D modeling, and advanced analytical workflows. This performance level ensures that complex multitasking scenarios are handled with precision. Systems equipped with DDR5 ECC UDIMM memory respond more efficiently when switching between large applications, processing simultaneous workloads, or running resource-heavy content creation software. The considerable increase in bandwidth compared to DDR4 ensures more efficient distribution of memory resources during dynamic computational tasks.

Bandwidth Advantages and Multitasking Efficiency

One of the most substantial improvements brought by DDR5 architecture is its doubled bandwidth capability, allowing systems to process significantly greater volumes of data at any given moment. For professionals handling massive spreadsheets, high-resolution multimedia assets, and intricate simulation environments, this increase in bandwidth translates into smoother project execution and dramatically faster processing response times. The Samsung M323R4GA3DB0-CWMOL 32GB module ensures that multitasking does not degrade performance, making it ideal for workflows requiring frequent context switching between applications. Whether users engage in live rendering sessions or complex code compilation processes, DDR5 ECC UDIMM memory ensures uninterrupted system responsiveness.

Latency and Real-Time Responsiveness

Although DDR5 increases burst lengths and group sizes, the architecture is deliberately refined to maintain excellent latency performance. Samsung's implementation ensures balanced timings that prevent performance drops during read and write cycles. This real-time responsiveness benefits users who depend on consistent system behavior, particularly in applications where microsecond-level performance fluctuations can impact productivity. The M323R4GA3DB0-CWMOL module is optimized for predictable behavior across extended workloads and supports faster reaction speeds when handling live data, interactive 3D environments, or real-time financial computations.

Thermal Efficiency and Energy Optimization

DDR5 memory modules operate with enhanced energy efficiency thanks to integrated power management chips and refined circuitry layouts. Samsung incorporates high-quality materials and thermal optimization techniques to ensure that heat buildup is minimized during intense workloads. As a result, systems using the Samsung M323R4GA3DB0-CWMOL maintain more stable thermal profiles, which directly enhances long-term reliability and operational endurance. Power reduction features also contribute to lower overall energy consumption, making DDR5 ECC UDIMM modules more environmentally sustainable while ensuring steady computing performance.

Compatibility and System Integration

The Samsung M323R4GA3DB0-CWMOL module is engineered to integrate seamlessly with modern workstation platforms, motherboards, and professional computing environments that support DDR5 ECC unbuffered memory architectures. Its 288-pin structure ensures standardized compatibility, enabling straightforward upgrades for users transitioning from earlier memory technologies. Professionals building or optimizing systems for engineering, research, or advanced content creation can rely on this memory category to provide consistent performance with contemporary multi-core processors. The compatibility extends to operating systems and software frameworks that take advantage of ECC memory capabilities, offering long-term viability for evolving software ecosystems.

Platform Integration for Next-Generation Workstations

As workstation platforms advance to support higher bandwidths and more power-efficient components, DDR5 ECC UDIMM memory has become essential for unlocking their full performance potential. The Samsung M323R4GA3DB0-CWMOL module is particularly effective when used with advanced CPUs that require high data throughput to manage diverse workloads. The seamless integration allows professionals to extract maximum performance from modern processing architectures designed for parallel computing, AI modeling, and real-time optimization. System builders and IT departments benefit from the ease of deployment, ensuring that upgrades or new installations proceed without configuration challenges.

Long-Term System Scalability

Memory expandability is critical for users whose workloads evolve over time. As software grows more data-intensive, systems must be flexible enough to support incremental memory upgrades without requiring complete hardware overhauls. The Samsung M323R4GA3DB0-CWMOL 32GB DDR5 ECC UDIMM module provides a solid foundation for scalable architecture, allowing users to expand capacity as needed. The module’s robust design ensures it remains compatible with future DDR5 system advancements, making it a reliable choice for long-term system planning in both enterprise and individual professional environments.

Reliability for Enterprise and Professional Deployments

Enterprise environments depend on predictable, secure, and uninterrupted system performance. The ECC functionality, combined with Samsung’s precision engineering, ensures that the M323R4GA3DB0-CWMOL module delivers enterprise-level stability even when deployed in demanding operational settings. Its unbuffered structure supports high-speed responsiveness ideal for professional desktops, scientific workstations, and other industrial compute platforms requiring consistent data integrity. Professional deployments benefit from minimized system failures, reduced maintenance needs, and long-lasting operational reliability.