Samsung 128GB DDR4 SDRAM 2400MHz PC4-19200 CL19 ECC LRDIMM Memory Module M386AAK40B40-CUC4Q.

Product Overview of Samsung DDR4 Memory

• Model: M386AAK40B40-CUC4Q
• Brand: Samsung
• Type: DDR4 SDRAM Memory Module
• Capacity: 128GB

Technical Specifications

Memory Attributes

• Storage Size: 128GB
• Memory Technology: DDR4 SDRAM
• Module Count: 1 x 128GB
• Data Rate: 2400MT/s (DDR4-2400/PC4-19200)
• Error Correction: ECC (Error-Correcting Code)
• Signal Type: Registered
• CAS Latency: CL19
• Rank Configuration: 4Rx4

Physical Specifications

Form Factor and Dimensions

• Form Factor: 288-pin LRDIMM
• Shipping Size: 1.00 inches (Height) x 6.75 inches (Depth)
• Weight: 0.20 lbs

Compatibility

This memory module is designed for systems that support DDR4 LRDIMM technology, ensuring optimal performance and reliability for high-demand computing environments.

Performance Features

The Samsung M386AAK40B40-CUC4Q is engineered to deliver superior speed and efficiency, making it an ideal choice for servers and data centers that require robust memory solutions.

Usage Scenarios

• Data centers
• High-performance computing
• Enterprise servers
• Virtualization applications

Capacity

The Samsung M386AAK40B40-CUC4Q DDR4 SDRAM LRDIMM Memory Module offers a massive capacity of 128GB, making it an ideal choice for users who require high-performance memory for demanding applications and workloads.

Enhanced Performance and Efficiency

With its impressive capacity of 128GB, this memory module allows for enhanced performance and efficiency in data-intensive tasks. Users can experience faster processing speeds and improved multitasking capabilities, enabling them to handle complex workloads with ease.

Optimal Resource Allocation

The large capacity of this memory module ensures that there is ample space to store and access data, resulting in optimal resource allocation. It allows for quicker retrieval of information, reducing latency and maximizing overall system performance.

Future-Proofing

By investing in a memory module with a capacity of 128GB, users can future-proof their systems and ensure compatibility with upcoming software advancements. This capacity is well-suited for handling the demands of evolving technologies and resource-intensive applications.

High-End Gaming and Content Creation

Gamers and content creators can benefit greatly from the 128GB capacity offered by this memory module. It enables seamless gameplay experiences, faster rendering times, and smoother video editing processes. Users can enjoy immersive gaming sessions or create high-quality content without facing storage limitations.

Enterprise-Level Workloads

In enterprise environments where large datasets need to be processed, the 128GB capacity ensures efficient handling of complex workloads. Tasks such as data analytics, virtualization, and server operations can be carried out smoothly, contributing to improved productivity and reduced downtime.

Virtual Machines and Server Virtualization

The 128GB capacity is particularly beneficial for virtualization environments. It allows for the creation and management of multiple virtual machines, enabling efficient resource allocation and enhanced server performance. Users can run numerous applications simultaneously without compromising system responsiveness.

Big Data Processing

For organizations dealing with big data processing, the large capacity of this memory module ensures smooth data analysis and manipulation. It enables faster access to large datasets, resulting in quicker insights and more efficient decision-making.

Speed

The Samsung M386AAK40B40-CUC4Q DDR4 SDRAM LRDIMM Memory Module boasts a speed of 2400MHz, providing users with high-performance memory that can handle demanding tasks and applications with ease.

Enhanced System Responsiveness

The 2400MHz speed of this memory module ensures enhanced system responsiveness, allowing users to experience faster boot times, quicker application launches, and seamless multitasking. It eliminates lag and delays, providing a smooth computing experience.

Improved Data Transfer Rates

With its high speed, this memory module enables faster data transfer rates between the CPU and RAM. It reduces the time required for data to be accessed or written, resulting in improved overall system performance.

Efficient Application Execution

The 2400MHz speed is particularly advantageous for resource-intensive applications such as video editing, 3D modeling, and gaming. It ensures quick execution of complex tasks, enabling users to work efficiently without experiencing slowdowns or bottlenecks.

Gaming Performance

Gamers can benefit greatly from the 2400MHz speed of this memory module. It allows for smoother gameplay, reduced loading times, and improved frame rates. Users can enjoy a more immersive gaming experience with enhanced graphics and fluid gameplay.

Content Creation

Content creators dealing with large files and multimedia projects can take advantage of the high speed offered by this memory module. It enables faster rendering times, seamless editing, and smoother playback, resulting in more efficient content creation workflows.

Video Editing and Rendering

The 2400MHz speed ensures quick video rendering, reducing the time required to process and export high-quality videos. Content creators can save valuable time and achieve faster turnaround for their projects.

3D Modeling and Animation

The high speed of this memory module is beneficial for 3D modeling and animation tasks. It allows for faster rendering of complex scenes and quicker manipulation of intricate designs, improving productivity for professionals in these fields.

PC4

The Samsung M386AAK40B40-CUC4Q DDR4 SDRAM LRDIMM Memory Module is designed with PC4-19200 specification, ensuring compatibility with modern systems and guaranteeing optimal performance.

Improved System Compatibility

The PC4-19200 specification ensures compatibility with systems that support DDR4 memory modules. Users can be confident that this memory module will seamlessly integrate into their setups without any compatibility issues or performance limitations.

Enhanced Memory Performance

The PC4-19200 specification offers improved memory performance compared to older DDR3 modules. It provides higher data transfer rates, reduced power consumption, and increased module density, resulting in enhanced overall system performance.

Future-Proofing

By utilizing the PC4-19200 specification, users can future-proof their systems and ensure compatibility with upcoming software and hardware advancements. This specification is widely supported by modern systems, making it a reliable choice for long-term usage.

Upgrade Compatibility

The PC4-19200 specification is compatible with systems that support DDR4 memory modules. It allows users to easily upgrade their existing systems by replacing older modules with this high-performance memory module.

Efficient Power Consumption

The PC4-19200 specification provides improved power efficiency compared to previous generations of memory modules. It ensures that the memory operates at optimal power levels, minimizing energy consumption and reducing heat generation.

Battery Life

For users of laptops or portable devices, the PC4-19200 specification helps conserve battery life by efficiently utilizing power. It enables longer usage times without compromising performance, allowing users to work or play on the go without worrying about running out of power.

Cooling and Heat Management

The PC4-19200 specification's lower power consumption contributes to reduced heat generation. This helps in maintaining optimal operating temperatures for the memory module and overall system, resulting in improved stability and longevity.

CAS Latency

The Samsung DDR4 SDRAM LRDIMM Memory Module features a CAS latency of CL19, which is a crucial factor in determining memory performance and responsiveness.

Reduced Access Time

The CL19 CAS latency ensures faster access to data stored in the memory module. It reduces the time required for the memory controller to locate and retrieve data, resulting in improved system responsiveness and reduced latency.

Efficient Data Processing

A lower CAS latency, such as CL19, allows for more efficient processing of data by the memory module. It enables quicker execution of commands and instructions, resulting in improved overall system performance.

Enhanced Gaming Experience

Gamers can benefit greatly from the CL19 CAS latency of this memory module. It ensures faster loading times, reduced input lag, and improved frame rates, providing a smoother and more immersive gaming experience.

Real-Time Strategy and First-Person Shooter Games

The CL19 CAS latency is particularly advantageous for real-time strategy and first-person shooter games. It allows for quicker reaction times, ensuring that gamers have a competitive edge in fast-paced gameplay scenarios.

Multiplayer Gaming

In multiplayer gaming scenarios where milliseconds can make a difference, the CL19 CAS latency ensures minimal delays and improved synchronization with other players. Gamers can enjoy a smoother online gaming experience without experiencing significant lag or slowdowns.

VR Gaming

For users engaging in virtual reality (VR) gaming, the CL19 CAS latency contributes to a more immersive experience. It ensures that the memory module can quickly process the demanding graphics and audio requirements of VR games, reducing motion sickness and providing a seamless gameplay experience.

Competitive Esports

In competitive esports where split-second decisions can determine victory or defeat, the CL19 CAS latency helps ensure optimal responsiveness and performance. It allows professional gamers to perform at their best and maintain a competitive edge.

ECC

The Samsung DDR4 SDRAM LRDIMM Memory Module features ECC (Error-Correcting Code) technology, specifically Registered ECC, which enhances system stability and reliability by detecting and correcting memory errors.

Memory Error Detection

The Registered ECC technology in this memory module detects and identifies memory errors, ensuring that data integrity is maintained. It helps prevent data corruption, system crashes, and other issues that can arise from faulty memory operations.

Error Correction Capability

In addition to error detection, the Registered ECC technology also corrects memory errors. It automatically fixes single-bit errors and can detect and alert users about multiple-bit errors, providing an additional layer of protection against data loss or corruption.

Enhanced System Stability

The presence of Registered ECC technology contributes to enhanced system stability. It minimizes the occurrence of memory-related issues that can lead to system crashes, application failures, or unexpected shutdowns, ensuring uninterrupted operation.

Server Environments

Registered ECC memory modules are particularly crucial in server environments where data integrity and system reliability are of utmost importance. They help prevent potential data corruption or errors that can have severe consequences in mission-critical applications.

Data-Centric Workloads

For users dealing with data-centric workloads such as database management, financial transactions, or scientific simulations, the Registered ECC technology provides peace of mind by ensuring accurate and reliable processing of critical information.

Financial Institutions and Banking

In financial institutions and banking systems where data accuracy is paramount, the Registered ECC technology helps maintain the integrity of financial records, preventing errors that can lead to financial losses or regulatory non-compliance.

Scientific and Research Applications

Scientific and research applications that rely on precise calculations and data analysis can benefit from the error detection and correction capabilities of Registered ECC memory modules. This ensures accurate results and prevents any discrepancies caused by memory errors.

Rank

The Samsung DDR4 SDRAM LRDIMM Memory Module features Octal Rank configuration, which enhances memory efficiency and helps address the demands of memory-intensive tasks and applications.

Increased Memory Density

The Octal Rank configuration allows for increased memory density, enabling users to maximize the amount of memory available in their systems. It provides more storage capacity within a single module, reducing the need for additional memory modules.

Improved Memory Efficiency

The Octal Rank configuration enhances memory efficiency by allowing simultaneous access to multiple ranks within a memory module. It enables faster data retrieval and reduces the time required for memory operations, resulting in improved system performance.

Memory-Intensive Applications

The Octal Rank configuration is particularly beneficial for memory-intensive applications such as virtualization, database management, or scientific simulations. It ensures efficient handling of large datasets and complex workloads, contributing to improved overall system performance.

Virtualization Environments

In virtualization environments where multiple virtual machines need to be managed simultaneously, the Octal Rank configuration enables efficient memory allocation. It ensures that each virtual machine has access to the required memory resources, minimizing resource contention and improving performance.

Database Management Systems

Database management systems dealing with large datasets can benefit from the Octal Rank configuration. It allows for faster data retrieval, reducing query response times and improving the overall efficiency of database operations.

Online Transaction Processing (OLTP)

In online transaction processing systems where real-time data processing is critical, the Octal Rank configuration helps ensure optimal performance. It enables quick access to transaction data, improving response times and ensuring a smooth user experience.

Scientific Simulations and Modeling

Scientific simulations and modeling tasks that require complex calculations and large memory footprints can take advantage of the Octal Rank configuration. It allows for efficient handling of the vast amounts of data involved, resulting in faster simulation times and more accurate results.

Organization

The Samsung DDR4 SDRAM LRDIMM Memory Module is organized with X4 technology, which enhances memory performance and provides higher memory density within a single module.

Increased Memory Density

The X4 organization allows for increased memory density by storing four bits of data per memory cell. This results in higher memory capacity within a single module, reducing the need for multiple smaller modules to achieve the same capacity.

Enhanced Memory Performance

The X4 organization improves memory performance by allowing for faster data transfer rates. It enables more efficient data access and retrieval, resulting in enhanced system responsiveness and reduced latency.

Compatibility with High-Density Memory Configurations

The X4 organization is particularly suitable for high-density memory configurations required in memory-intensive applications. It allows for efficient management of large datasets and complex workloads, ensuring optimal performance in memory-demanding tasks.

Virtualization and Cloud Computing

Virtualization and cloud computing environments can benefit from the X4 organization by achieving higher memory capacities within a single module. It enables efficient memory allocation for virtual machines and ensures optimal performance in resource-intensive scenarios.

Big Data Analytics

Big data analytics applications dealing with large datasets can take advantage of the X4 organization. It allows for efficient processing and storage of data, enabling faster data analysis and more accurate insights.

Data Warehousing

In data warehousing environments where large volumes of data need to be stored and accessed, the X4 organization helps improve overall system performance. It ensures efficient handling of data queries and reduces the time required for data retrieval.

Data Centers

Data centers focusing on high-density memory configurations can benefit from the X4 organization. It allows for more efficient utilization of space and resources, resulting in cost savings and improved operational efficiency.

Voltage

The Samsung DDR4 SDRAM LRDIMM Memory Module operates at a voltage of 1.2V, which provides several benefits in terms of power efficiency, heat management, and compatibility with modern systems.

Power Efficiency

The 1.2V operating voltage ensures power efficiency by consuming less energy compared to higher voltage memory modules. It helps reduce overall system power consumption, contributing to lower energy costs and longer battery life in portable devices.

Heat Generation and Cooling

The lower operating voltage of 1.2V results