M393B2G70DB0YK0 Samsung 16GB 1600MHz Pc3-12800 Memory.

Samsung M393B2G70DB0YK0 16GB 1600MHz Memory

The Samsung M393B2G70DB0YK0 DDR3 SDRAM is equipped with a capacity of 16GB, making it an ideal choice for users who require high-performance memory for their systems. This significant amount of memory allows for smooth multitasking, seamless data processing, and faster overall system performance.

Samsung M393B2G70DB0YK0 1600MHz Memory Overview

The Samsung M393B2G70DB0YK0 16GB 1600MHz PC3-12800 CL11 ECC Registered Dual Rank 1.35V DDR3 SDRAM 240-Pin DIMM Memory is part of the enterprise-class DDR3 ECC Registered memory category, a segment specifically engineered to meet the reliability, scalability, and stability requirements of professional server and workstation environments. This category focuses on memory modules designed for continuous operation, data integrity assurance, and predictable performance in infrastructures where downtime, data corruption, or instability can have significant operational and financial consequences.DDR3 ECC Registered memory represents a mature and widely deployed technology within data centers, enterprise IT environments, and legacy server platforms. Unlike consumer-grade unbuffered memory, ECC Registered DIMMs incorporate both error correction logic and signal registration, enabling systems to operate with higher memory capacities and improved electrical stability.

Positioning Within Server and Workstation Memory Segments

This memory category is positioned between entry-level server memory solutions and high-density enterprise configurations, offering a balanced combination of capacity, performance, and power efficiency. The 16GB capacity per module allows IT administrators to scale memory configurations effectively without overpopulating DIMM slots, which is especially important in systems with limited memory channels. ECC Registered DDR3 memory continues to play a critical role in infrastructures that rely on proven platforms built around DDR3-capable processors.

Workstations used for engineering, scientific computing, virtualization, and data analysis also benefit from this category of memory. ECC protection ensures that computational results remain accurate, while registered signal buffering allows for stable operation under heavy memory loads. The Samsung M393B2G70DB0YK0 aligns with these use cases by providing enterprise-grade reliability in a standardized form factor.

DDR3 SDRAM Technology and PC3-12800 Performance Class

DDR3 SDRAM technology forms the foundation of the PC3-12800 performance class, which operates at an effective data rate of 1600MHz. This performance tier delivers up to 12.8GB per second of theoretical bandwidth per module, enabling efficient data movement between the memory subsystem and the processor. In enterprise environments, this level of throughput supports a wide range of workloads, including database operations, virtualization, application hosting, and file services.

The Samsung M393B2G70DB0YK0 module adheres to the PC3-12800 specification, ensuring compatibility with server platforms designed for DDR3-1600 memory. This standardization is essential for maintaining consistent performance across multi-socket systems and mixed memory configurations. DDR3 technology, while succeeded by newer generations, remains highly relevant in existing infrastructures due to its stability, availability, and cost-effectiveness.

CL11 Latency and Predictable Access Timing

The CAS latency rating of CL11 reflects carefully balanced timing parameters optimized for server environments. In enterprise systems, predictable memory latency is often more important than achieving the lowest possible timing figures, as consistent response times contribute to overall system stability and application performance. The Samsung M393B2G70DB0YK0 module is designed to deliver reliable access timing under sustained workloads, ensuring smooth operation in multi-threaded and multi-user scenarios.

Latency stability is particularly important in virtualization platforms and database servers, where memory access patterns can vary significantly. By adhering to JEDEC-defined timing specifications, this DDR3 ECC Registered module ensures compatibility and dependable behavior across supported chipsets and processors.

ECC Error Correction and Data Integrity Assurance

Error Correcting Code memory is a defining characteristic of this category, providing an additional layer of protection against data corruption. ECC memory detects and corrects single-bit errors in real time, preventing them from propagating into the operating system or applications. This capability is essential in enterprise environments where silent data corruption can compromise data accuracy, system reliability, and business operations.

The Samsung M393B2G70DB0YK0 integrates ECC functionality at the hardware level, allowing compatible systems to monitor and correct memory errors automatically. In addition to correcting errors, ECC memory can detect multi-bit errors and alert system management tools, enabling proactive maintenance and reducing the risk of unexpected system failures.

Impact of ECC on Mission-Critical Workloads

Mission-critical workloads such as financial transactions, healthcare systems, and enterprise databases rely heavily on data integrity. Memory errors, even if infrequent, can lead to incorrect calculations, corrupted records, or system crashes. ECC Registered DDR3 memory significantly reduces these risks, making it a preferred choice for environments where accuracy and uptime are non-negotiable.

By deploying modules like the Samsung M393B2G70DB0YK0, organizations can enhance system reliability without sacrificing performance. ECC protection operates transparently, ensuring that applications and users benefit from improved stability without requiring changes to software or workflows.

Registered DIMM Architecture and Signal Stability

Registered DIMMs incorporate a register that buffers address and control signals between the memory controller and the DRAM chips. This design reduces the electrical load on the memory controller, allowing systems to support more memory modules per channel and achieve higher total memory capacities. The Samsung M393B2G70DB0YK0 benefits from this architecture, making it suitable for densely populated server configurations.

Signal stability is a critical factor in server memory design, particularly in multi-socket systems with numerous DIMM slots. Registered memory improves signal integrity by synchronizing command signals, reducing noise and timing variations that can lead to instability. This advantage is a key reason why ECC Registered memory remains standard in enterprise server platforms.

Dual Rank Configuration and Performance Balance

The dual-rank design of the Samsung M393B2G70DB0YK0 module enhances memory performance by allowing the memory controller to interleave access between ranks. This can improve effective throughput and efficiency in certain workloads, particularly those involving sequential memory access patterns. Dual-rank modules also provide flexibility in system design, enabling balanced memory channel population.

In server environments, dual-rank memory is often preferred for its ability to optimize performance without increasing clock speeds or power consumption. This configuration aligns with the needs of enterprise systems that prioritize reliability and efficiency over raw frequency scaling.

16GB Capacity and Enterprise Scalability

The 16GB capacity of this DDR3 ECC Registered module represents a significant building block for scalable server memory configurations. By using higher-capacity modules, administrators can achieve substantial total memory capacity while minimizing the number of DIMMs required. This approach reduces power consumption, improves airflow, and simplifies system maintenance.

Scalability is a defining advantage of registered memory, as it allows systems to expand memory capacity without compromising stability. The Samsung M393B2G70DB0YK0 is well-suited for servers that require flexible memory scaling to accommodate growing workloads, virtualization density, or evolving application requirements.

Memory Density Optimization in Data Centers

Data centers often operate under constraints related to power, cooling, and physical space. High-density memory modules such as 16GB DDR3 ECC Registered DIMMs enable more efficient use of available resources. By reducing the number of modules needed to reach target memory capacities, organizations can optimize server configurations for energy efficiency and thermal performance.

This optimization contributes to lower operational costs and improved system reliability, making high-capacity DDR3 ECC Registered memory a strategic choice for maintaining existing infrastructures.

Low Voltage 1.35V Operation and Energy Efficiency

The 1.35V operating voltage of the Samsung M393B2G70DB0YK0 module reflects the DDR3L low-voltage specification, which reduces power consumption compared to standard 1.5V DDR3 memory. Lower voltage operation is particularly beneficial in large-scale server deployments, where incremental power savings per module can translate into significant reductions in overall energy usage.

Energy efficiency is a critical consideration in modern data centers, both from a cost perspective and an environmental standpoint. Low-voltage DDR3 ECC Registered memory supports sustainability goals by reducing power draw and heat generation, contributing to more efficient cooling and longer component lifespan.

Thermal Benefits and System Longevity

Reduced power consumption directly impacts thermal performance, as lower voltage operation generates less heat. This thermal advantage enhances system stability and reduces stress on cooling infrastructure. The Samsung M393B2G70DB0YK0 is designed to operate reliably under continuous load, making it suitable for servers that run around the clock.

Improved thermal characteristics also contribute to component longevity, reducing the likelihood of memory-related failures over time. This reliability is essential in enterprise environments where maintenance windows are limited and system availability is critical.

240-Pin DIMM Form Factor and Platform Compatibility

The 240-pin DIMM form factor is the standardized physical interface for DDR3 server memory, ensuring broad compatibility across supported platforms. The Samsung M393B2G70DB0YK0 adheres to this standard, enabling seamless installation in compatible server motherboards and workstations.

Standardization simplifies procurement, deployment, and maintenance by ensuring that memory modules can be easily replaced or upgraded without compatibility concerns. This consistency is particularly important in enterprise environments with diverse hardware inventories.

Integration with Server Chipsets and Processors

This DDR3 ECC Registered memory category is designed to integrate with server-grade processors and chipsets that support registered DIMMs. Compatibility with established server platforms ensures stable operation and optimal performance. The Samsung M393B2G70DB0YK0 is engineered to meet these requirements, making it a dependable choice for maintaining and upgrading existing systems.

Integration considerations include memory channel configuration, rank support, and voltage compatibility, all of which are addressed through adherence to JEDEC specifications.

Samsung Manufacturing Expertise and Quality Assurance

Samsung is a global leader in semiconductor manufacturing, and its server memory products are known for their quality and reliability. The M393B2G70DB0YK0 module is manufactured using high-quality DRAM components and undergoes extensive testing to ensure compliance with enterprise standards.

Quality assurance processes include validation for compatibility, stress testing under load, and thermal performance evaluation. These measures ensure that each module delivers consistent performance and reliability throughout its operational lifespan.

Consistency Across Production and Deployment

Consistency is a critical requirement in enterprise memory deployments, where variations between modules can lead to unpredictable behavior. Samsung’s manufacturing processes emphasize uniformity, ensuring that modules perform consistently across production batches. This consistency simplifies large-scale deployments and reduces the risk of compatibility issues.

For organizations managing extensive server fleets, this level of reliability and predictability is essential for maintaining operational efficiency and minimizing support overhead.