Samsung 64GB DDR4 SDRAM 3200MHZ PC4-25600 Cl24 Ecc Registered Dual Rank X4 1.2v Memory Module

Capacity: 64GB

Enhanced Performance and Productivity

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM is designed with a remarkable capacity of 64GB. This powerful memory module allows users to enhance the performance and productivity of their systems, providing them with the ability to handle demanding tasks and applications effortlessly.

Smooth Multitasking

With 64GB of capacity, users can enjoy smooth multitasking without experiencing any lag or slowdowns. This means that they can run multiple applications simultaneously, switch between them seamlessly, and experience enhanced overall system responsiveness.

Resource-Intensive Applications

The 64GB capacity of this DDR4 SDRAM module is particularly beneficial for users who work with resource-intensive applications such as video editing software, 3D modeling programs, and virtual machines. The ample amount of memory ensures that these applications can run smoothly and efficiently, allowing users to complete their tasks more quickly and efficiently.

Efficient Data Processing

The large capacity of the Samsung M393A8G40AB2-CWECQ DDR4 SDRAM enables efficient data processing. Users can work with large datasets, perform complex calculations, and manipulate data without any bottlenecks or performance limitations.

Future-Proofing

Investing in a memory module with a high capacity like 64GB ensures future-proofing. As applications and operating systems continue to evolve and require more memory, having ample capacity ensures that your system can keep up with the demands of the future.

Virtualization Support

The 64GB capacity is particularly advantageous for users who utilize virtualization technology. Virtual machines require a significant amount of memory to operate efficiently, and having 64GB allows users to run multiple virtual machines simultaneously without compromising performance.

Intensive Gaming

Gamers can also benefit from the 64GB capacity of this DDR4 SDRAM module. Modern games often require a substantial amount of memory to achieve optimal performance. With 64GB, gamers can run their games smoothly, experience shorter loading times, and avoid any potential performance issues.

Seamless Content Creation

Content creators, such as graphic designers and video editors, can take full advantage of the 64GB capacity. Working with high-resolution images, videos, and complex editing software demands a large amount of memory to ensure smooth editing processes and real-time rendering.

Speed: 3200MHz

Blazing-Fast Performance

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM boasts an impressive speed of 3200MHz. This high-speed memory module provides users with blazing-fast performance, allowing them to handle demanding tasks and applications with ease.

Quick Data Access

The 3200MHz speed ensures quick data access, reducing latency and improving overall system responsiveness. Users can experience faster application launches, shorter loading times, and smoother multitasking without any noticeable delays or lags.

Enhanced Gaming Experience

Gamers can benefit greatly from the 3200MHz speed of this DDR4 SDRAM module. High-speed memory is crucial for gaming as it allows for faster data transfers between the CPU and GPU. This results in smoother gameplay, reduced stuttering, and improved overall gaming experience.

Efficient Content Creation

For content creators, such as video editors and graphic designers, the 3200MHz speed is a significant advantage. Handling large files and complex editing software requires fast memory access to ensure smooth editing processes and real-time rendering.

Optimized Workflows

Professionals working with resource-intensive applications can greatly benefit from the 3200MHz speed. Whether it's running simulations, rendering 3D models, or analyzing large datasets, having high-speed memory ensures optimized workflows and faster completion of tasks.

Seamless Multitasking

The high speed of this DDR4 SDRAM module enables seamless multitasking. Users can switch between applications and tasks without experiencing any slowdowns or performance issues. This is particularly beneficial for professionals who need to work with multiple applications simultaneously.

Improved System Boot Times

The 3200MHz speed contributes to faster system boot times. Users can start their systems quickly and get to work without any unnecessary waiting. This is especially beneficial for individuals who rely on their computers for time-sensitive tasks or need to reboot frequently.

Efficient Virtualization

Virtualization environments require high-speed memory to ensure efficient operation. With the 3200MHz speed, users can run multiple virtual machines simultaneously without experiencing any performance degradation, allowing for smooth virtualization workflows.

Ecc: 1

Data Integrity and Reliability

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM features ECC (Error-Correcting Code) technology with a rating of 1. ECC memory provides enhanced data integrity and reliability by detecting and correcting single-bit errors that may occur during data transfers.

Preventing Data Corruption

ECC technology plays a crucial role in preventing data corruption. It detects and corrects errors in real-time, ensuring that the data stored in memory remains accurate and reliable. This is particularly important for critical applications and systems where data integrity is paramount.

Stability for Mission-Critical Systems

Systems that handle mission-critical operations, such as servers, can greatly benefit from ECC memory. The ECC technology ensures stability by detecting and correcting errors before they can cause system crashes or data corruption. This helps to maintain uninterrupted operation and prevent costly downtime.

Enhanced System Performance

By preventing errors and ensuring data integrity, ECC memory contributes to enhanced system performance. When errors occur, the system needs to reprocess the affected data, resulting in delays and decreased performance. ECC memory reduces the likelihood of errors, allowing systems to operate at their full potential.

Data Center Applications

Data centers, which handle vast amounts of critical data, rely on ECC memory to safeguard against errors and maintain data integrity. With ECC technology, these centers can ensure that the data stored and processed in their servers remains accurate and reliable, minimizing the risk of data loss or corruption.

Workstations for Professionals

Professionals working with resource-intensive applications, such as CAD software or video editing tools, can benefit from ECC memory. The technology provides an extra layer of protection against errors that could potentially lead to data loss or system crashes, ensuring uninterrupted workflows.

Financial Institutions

Financial institutions handle sensitive financial data that must be accurate and secure. ECC memory provides an additional level of reliability for these institutions by preventing errors that could compromise data integrity and financial calculations.

Medical Applications

In medical environments where accuracy is critical, such as hospitals or research facilities, ECC memory is essential. It ensures that patient data and research results remain reliable, reducing the risk of errors that could have severe consequences.

Registered: 1

Enhanced System Stability

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM is registered, providing enhanced system stability. Registered memory modules have a buffer between the memory controller and the actual memory chips, allowing for improved signal strength and better control over data transfers.

Reduced Electrical Load

The use of registered memory helps reduce the electrical load on the memory controller. This can be particularly beneficial in systems with a large number of memory modules or when using high-capacity modules. By reducing the electrical load, registered memory ensures stable operation and minimizes the risk of system crashes or instability.

Scalability and Expandability

Registered memory modules are known for their scalability and expandability. These modules can support larger memory configurations and handle more memory modules compared to unbuffered memory. This makes them ideal for high-end servers and workstations that require massive amounts of memory.

Server Applications

The registered feature is especially valuable in server environments where stability and reliability are critical. Servers often require large amounts of memory to handle multiple client requests and process vast amounts of data simultaneously. Registered memory ensures that these servers can operate reliably under heavy loads.

Virtualization Environments

Virtualization environments can greatly benefit from the use of registered memory. With the ability to support larger memory configurations, registered memory allows for running multiple virtual machines simultaneously without sacrificing stability or performance.

High-Performance Computing

High-performance computing (HPC) systems that handle complex simulations and calculations can take advantage of registered memory to ensure stable and reliable operation. These systems often require vast amounts of memory, and the registered feature ensures their scalability and stability.

Database Management Systems

Database management systems (DBMS) that handle large datasets and intensive data processing can benefit from registered memory. The ability to support larger memory configurations allows these systems to handle more concurrent users and perform complex queries efficiently.

Enterprise Applications

Enterprise applications that require high levels of reliability and stability can benefit from the registered feature. These applications often handle critical business processes, and any instability or crashes could have severe consequences. Registered memory ensures that these applications can operate reliably under heavy workloads.

Rank: Dual Rank

Improved Memory Performance

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM features dual rank memory technology. Dual rank memory modules have two sets of memory chips on each module, allowing for improved memory performance compared to single rank modules.

Faster Data Access

Dual rank memory modules provide faster data access by allowing the memory controller to access two sets of chips simultaneously. This results in improved overall system performance, reduced latency, and faster response times.

Enhanced Multitasking

The dual rank feature is particularly beneficial for multitasking scenarios. With two sets of memory chips, the system can process more data simultaneously, allowing for smoother multitasking experiences. This means users can run multiple applications or tasks concurrently without experiencing any noticeable slowdowns.

Efficient Virtualization

Dual rank memory is highly advantageous in virtualization environments where multiple virtual machines are running simultaneously. The improved memory performance allows for more efficient allocation of resources, ensuring that each virtual machine can operate smoothly without impacting overall system performance.

Content Creation Workflows

Content creators, such as video editors and graphic designers, can benefit greatly from the dual rank feature. The improved memory performance enables faster rendering times, smoother real-time editing, and more efficient handling of large files.

High-End Gaming

Gamers can also experience enhanced performance with dual rank memory. The improved memory performance allows for quicker data access, reducing loading times and eliminating any potential bottlenecks that could negatively impact gaming performance.

Resource-Intensive Applications

Users working with resource-intensive applications, such as CAD software or 3D modeling tools, can take advantage of the dual rank feature. These applications often require substantial memory bandwidth to handle complex calculations and rendering tasks efficiently.

Scientific Simulations

Scientific simulations that involve complex mathematical calculations and data analysis can benefit from the improved memory performance offered by dual rank memory. The faster data access allows for quicker processing of large datasets, resulting in faster simulation times.

Voltage: 1.2V

Energy Efficiency

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM operates at a low voltage of 1.2V. This low voltage requirement contributes to energy efficiency, reducing power consumption and heat generation.

Reduced Operating Costs

The 1.2V voltage requirement helps reduce operating costs by minimizing power consumption. This is particularly beneficial for servers, data centers, or any other systems that require large amounts of memory. Lower power consumption leads to reduced electricity bills and a smaller carbon footprint.

Cooler Operation

The low voltage requirement of 1.2V results in cooler operation. When memory modules generate less heat, it reduces the strain on cooling systems, ensuring optimal system performance and prolonging the lifespan of other components.

Extended Battery Life

For laptops and other portable devices, the 1.2V voltage requirement translates to extended battery life. By consuming less power, the memory module allows laptops to operate for longer periods on a single charge, providing users with more productivity and less reliance on power outlets.

Heat-Sensitive Environments

Systems operating in heat-sensitive environments can benefit from the low voltage requirement. By generating less heat, the memory module contributes to a cooler overall system operation, reducing the risk of overheating and potential performance issues.

Green Computing

The 1.2V voltage requirement aligns with green computing initiatives that aim to reduce energy consumption and minimize environmental impact. By choosing memory modules with low voltage requirements, users can contribute to a more sustainable and eco-friendly computing ecosystem.

Data Centers

Data centers that handle vast amounts of memory-intensive operations can greatly benefit from the 1.2V voltage requirement. The reduced power consumption contributes to lower energy costs and helps data centers meet their sustainability goals.

Education Institutions

Education institutions that have large computer labs or IT infrastructure can benefit from the low voltage requirement. It allows them to reduce power consumption and minimize their environmental footprint while maintaining optimal system performance.

FormFactor: RDIMM

Reliable Memory Design

The Samsung M393A8G40AB2-CWECQ DDR4 SDRAM features the RDIMM (Registered Dual In-Line Memory Module) form factor. RDIMM modules are known for their robustness and reliability, making them ideal for mission-critical applications.

Improved Signal Integrity

RDIMM modules have a built-in register that helps improve signal integrity by buffering and strengthening the electrical signals between the memory controller and the memory chips. This results in more stable data transfers and reduces the risk of errors or data corruption.

Scalability and Expandability

The RDIMM form factor supports larger memory configurations, making it suitable for systems with high memory requirements. These modules can be easily added or upgraded, allowing users to scale their system's memory capacity as needed.

Enterprise Servers

Enterprise servers that need to handle heavy workloads and critical applications can benefit from the reliability and scalability of RDIMM modules. The improved signal integrity ensures stable operation even under high loads, while the expandability allows for future upgrades as the demands of the server increase.

Virtualization Environments

RDIMM modules are particularly advantageous in virtualization environments where multiple virtual machines are running simultaneously. The improved signal integrity and scalability allow for efficient resource allocation, ensuring stable and reliable operation for each virtual machine.

Data Centers

Data centers that require a substantial amount of memory can benefit from the RDIMM form factor. The reliability and expandability of RDIMM modules make them suitable for handling critical data processing tasks and supporting large-scale operations.

High-Performance Computing

The RDIMM form factor is well-suited for high-performance computing (HPC) systems that handle complex simulations and calculations. The robust design and scalability of RDIMM modules ensure stable operation and efficient memory performance, even under extreme computational loads.

Cluster Computing

Cluster computing environments that rely on interconnected systems can benefit