Hynix 128GB HMABAGR7A4R4N-VN DDR4 SDRAM 2666MHZ PC4-21300 Ecc Rdimm

Capacity

The Hynix HMABAGR7A4R4N-VN DDR4 SDRAM is a high-performance memory module with a capacity of 128GB. This massive memory capacity offers numerous benefits and is of utmost importance for users who require powerful computing capabilities.

Enhanced Performance

With a capacity of 128GB, this DDR4 SDRAM module provides ample space for storing and processing large amounts of data. This is especially beneficial for users who work with resource-intensive applications such as video editing, 3D rendering, and scientific simulations. The increased capacity allows for smoother multitasking, faster data access, and improved overall system performance.

Optimal Virtualization

Virtualization has become an essential aspect of modern computing environments, allowing users to run multiple operating systems simultaneously. The 128GB capacity of the Hynix HMABAGR7A4R4N-VN DDR4 SDRAM ensures that virtual machines can be allocated sufficient memory resources, enabling efficient and smooth virtualization. This is particularly important for servers, where multiple virtual machines may be running simultaneously.

Future-Proofing

As technology continues to advance, software applications are becoming increasingly demanding in terms of memory requirements. By investing in a memory module with a capacity of 128GB, users can future-proof their systems and ensure compatibility with upcoming software releases. This eliminates the need for frequent upgrades and provides a cost-effective solution in the long run.

High-Capacity Databases

For users who deal with large databases, the 128GB capacity of this DDR4 SDRAM module is invaluable. It allows for efficient storage and retrieval of data, ensuring smooth database operations. Whether it's a database-driven website or a complex enterprise system, the high capacity ensures that data can be processed quickly and accurately.

Big Data Analytics

The rise of big data has revolutionized numerous industries, including finance, healthcare, and marketing. Analyzing massive volumes of data requires substantial memory resources to handle the computational workload. With 128GB of capacity, this memory module enables users to perform complex big data analytics tasks with ease, resulting in faster insights and more informed decision-making.

Virtual Reality and Gaming

Virtual reality (VR) and gaming applications require substantial memory to render high-resolution graphics and provide an immersive experience. The 128GB capacity of this DDR4 SDRAM module ensures that users can enjoy VR content and run demanding games without any lag or performance issues. It allows for seamless gameplay and enhances the overall gaming experience.

Multi-User Environments

In multi-user environments such as servers or workstations shared by multiple individuals, having a memory module with a capacity of 128GB is crucial. It enables smooth operation for all users simultaneously, ensuring that each user has enough memory to execute their tasks efficiently. This eliminates bottlenecks and enhances productivity in collaborative work environments.

Resource-Intensive Applications

Certain applications, such as video editing software or 3D modeling tools, require significant amounts of memory to operate efficiently. With 128GB of capacity, this DDR4 SDRAM module can handle the resource demands of such applications, allowing users to work seamlessly without experiencing slowdowns or crashes. It enables professionals in creative fields to unleash their creativity without being limited by hardware constraints.

Database Servers

Database servers store and process vast amounts of data for organizations. The 128GB capacity of this memory module ensures that the database server can handle multiple simultaneous requests efficiently. It improves the responsiveness of the server, reduces query execution times, and enhances overall database performance. This is particularly important for organizations that rely heavily on their databases for critical operations.

Speed

The Hynix HMABAGR7A4R4N-VN DDR4 SDRAM features a speed of 2666MHz. This high-speed performance offers numerous benefits and is essential for users who require fast and efficient data processing capabilities.

Faster Data Transfer

The 2666MHz speed of this memory module ensures that data can be transferred between the RAM and the processor at a rapid pace. This results in faster application loading times, quicker file transfers, and reduced latency. Whether it's opening large documents, launching resource-intensive software, or transferring files, the high speed of this memory module enhances productivity and saves valuable time.

Improved Multitasking

Multitasking involves running multiple applications simultaneously, and the speed of the memory module plays a crucial role in ensuring smooth multitasking. With a speed of 2666MHz, this DDR4 SDRAM module allows users to switch between applications seamlessly without experiencing lag or delays. It enables efficient data retrieval and processing, even when multiple tasks are being performed simultaneously.

Enhanced Gaming Performance

Gaming enthusiasts demand high-performance hardware to achieve smooth gameplay and immersive experiences. The 2666MHz speed of this memory module ensures that gaming applications can access data quickly, resulting in reduced loading times and improved frame rates. It allows gamers to enjoy their favorite titles without any performance bottlenecks, providing a competitive edge in multiplayer environments.

Seamless Video Editing

Video editing is a resource-intensive task that requires fast data access to process large video files smoothly. The 2666MHz speed of this DDR4 SDRAM module enables video editing software to retrieve and process data rapidly, resulting in efficient editing workflows. Transitions, effects, and rendering are executed without delays, enabling video editors to work efficiently and deliver high-quality content.

Efficient Data Analysis

Data analysis tasks, such as statistical modeling or machine learning algorithms, require significant computational power and quick data access. The 2666MHz speed of this memory module ensures that data analysis software can access the necessary data at a rapid pace, accelerating the overall analysis process. It allows researchers and data analysts to perform complex calculations and derive insights more efficiently.

Real-Time Applications

Certain applications, such as real-time simulations or scientific experiments, require fast data processing capabilities. The 2666MHz speed of this memory module ensures that data can be processed in real-time, enabling accurate results and timely decision-making. It is particularly important in industries such as aerospace, finance, and healthcare, where real-time data processing is critical.

Smooth Virtualization

Virtualization platforms allow users to run multiple virtual machines simultaneously. The 2666MHz speed of this DDR4 SDRAM module ensures that virtual machines can access the required memory resources quickly. This enables efficient virtualization without any performance degradation, ensuring smooth operation for users who rely on virtual machines for their work.

Responsive Web Servers

Web servers handle numerous concurrent requests from users accessing websites or web applications. The 2666MHz speed of this memory module enhances the responsiveness of web servers by allowing them to process requests quickly. It reduces page load times, improves website performance, and enhances the user experience. For e-commerce websites or high-traffic platforms, this speed is crucial in maintaining customer satisfaction and engagement.

High-Frequency Trading

In the financial industry, high-frequency trading requires lightning-fast data processing to execute trades within milliseconds. The 2666MHz speed of this memory module enables trading systems to access market data quickly and execute trades with minimal latency. It provides traders with a competitive advantage by ensuring timely order execution and accurate decision-making.

Form Factor

The Hynix HMABAGR7A4R4N-VN DDR4 SDRAM features a form factor of 288-Pin Rdimm. This form factor offers several benefits and is essential for users who require a reliable and compatible memory solution.

Compatibility

The 288-Pin Rdimm form factor is widely supported by motherboards and is compatible with a broad range of computer systems. This ensures that users can easily install the memory module without any compatibility issues. It provides peace of mind and eliminates the need for extensive research or hardware upgrades to accommodate the memory module.

Expandability

The 288-Pin Rdimm form factor allows for easy expansion of memory capacity. Users can add additional memory modules to their system without requiring any complex installation procedures. This flexibility enables users to upgrade their systems as their needs grow or new technologies emerge, ensuring that their systems remain up-to-date and capable of handling demanding applications.

Stability and Reliability

The 288-Pin Rdimm form factor offers superior stability and reliability compared to other form factors. The design of the module ensures proper electrical connectivity and reduces the risk of signal interference or data corruption. This results in a more stable system operation, reduced errors, and improved overall reliability, making it an ideal choice for critical applications or systems that require continuous uptime.

Server Environments

In server environments, where reliability and stability are paramount, the 288-Pin Rdimm form factor is particularly important. Servers handle critical operations, such as data storage, website hosting, or database management. The stability and reliability offered by this form factor ensure that servers can operate without disruptions, minimizing downtime and maximizing productivity.

Workstations

Workstations used for tasks such as graphic design, video editing, or 3D rendering require a stable and reliable memory solution. The 288-Pin Rdimm form factor provides the necessary stability and ensures uninterrupted operation during resource-intensive tasks. It eliminates the risk of data loss or system crashes, allowing professionals to work efficiently and meet project deadlines.

Enterprise Applications

Enterprise applications, such as customer relationship management (CRM) systems or enterprise resource planning (ERP) software, handle vast amounts of data and require uninterrupted operation. The 288-Pin Rdimm form factor ensures stable and reliable memory performance, reducing the risk of data corruption or system failures. It ensures that enterprise applications can operate smoothly, enabling organizations to streamline their operations and improve productivity.

Virtualization Platforms

Virtualization platforms rely on stable and reliable memory performance to ensure efficient operation. The 288-Pin Rdimm form factor provides the necessary stability for virtual machines to run smoothly without any disruptions. It minimizes the risk of virtual machine crashes or instability, allowing users to leverage virtualization technology for enhanced productivity and resource utilization.

High-Performance Computing

High-performance computing (HPC) applications require stable and reliable memory solutions to handle complex calculations and large datasets. The 288-Pin Rdimm form factor offers the necessary stability and ensures that HPC systems can operate without errors or disruptions. It facilitates efficient data processing, enabling researchers, scientists, and engineers to perform simulations, modeling, and analysis with confidence.

Data Centers

Data centers house numerous servers and handle massive amounts of data for organizations. The stability and reliability provided by the 288-Pin Rdimm form factor are crucial in maintaining uninterrupted operations within data centers. It ensures that critical applications can run smoothly, reduces downtime, and enhances overall data center efficiency.

Ecc

The Hynix HMABAGR7A4R4N-VN DDR4 SDRAM features ECC (Error-Correcting Code) Registered technology. This ECC feature offers several benefits and is vital for users who require a high level of data integrity and reliability.

Data Integrity

ECC technology provides an extra layer of protection against errors that may occur during data storage or transmission. It detects and corrects single-bit errors and detects multiple-bit errors, ensuring that the stored data remains accurate and reliable. This is particularly important in critical applications or systems where data integrity is of utmost importance, such as financial transactions or scientific calculations.

Reliability

The ECC Registered technology enhances the reliability of the memory module by reducing the likelihood of system crashes or data corruption. It mitigates the impact of transient faults, which can occur due to various factors such as cosmic rays or electrical interference. The ECC feature ensures that the memory module can correct errors on-the-fly, minimizing disruptions and providing a more stable computing environment.

Server Environments

In server environments, where data integrity and reliability are crucial, ECC technology is highly valued. Servers handle critical operations and store vast amounts of sensitive data. The ECC feature ensures that the data stored in memory remains accurate, reducing the risk of data corruption or system failures. It provides an added layer of protection for mission-critical applications and enhances overall system stability.

Data-Intensive Applications

Data-intensive applications, such as scientific simulations or financial modeling software, rely on accurate calculations and precise results. The ECC Registered technology ensures that the computations are performed correctly and that the obtained results are reliable. It eliminates potential errors that can arise from memory-related issues, providing researchers and professionals with confidence in their data analysis.

Workstations

Workstations used for resource-intensive tasks, such as 3D rendering or video editing, benefit from the ECC feature. The ECC technology reduces the risk of memory-related errors during complex computations or data processing, ensuring that the final output is accurate and reliable. It allows professionals to work efficiently without worrying about data integrity issues or system crashes.

Enterprise Applications

Enterprise applications handle critical business operations and store valuable data. The ECC Registered technology ensures that these applications can operate with a high level of reliability and data integrity. It reduces the risk of errors during data processing, ensuring accurate results and minimizing the impact of potential memory-related issues. This is essential for organizations looking to streamline their operations and maintain data accuracy.

Financial Systems

Financial systems, such as banking platforms or trading applications, require a high level of reliability and data integrity. The ECC feature ensures that financial transactions are processed accurately and that data remains consistent throughout the system. It provides an additional layer of protection against errors that can potentially lead to financial losses or incorrect calculations.

Scientific Research

In scientific research, accurate data analysis is crucial for drawing valid conclusions and making scientific advancements. The ECC Registered technology ensures that the processed data remains accurate and reliable, reducing the risk of errors in research findings. It allows scientists to focus on their research without concerns about data integrity or memory-related issues.

Data Centers

Data centers house numerous servers and handle massive amounts of data for organizations. The ECC feature is vital in maintaining data integrity within data centers. It ensures that critical applications can operate reliably, reduces the risk of system crashes or data corruption, and enhances overall data center efficiency. The ECC Registered technology plays a significant role in providing a stable and secure computing environment within data centers.

Rank

The Hynix HMABAGR7A4R4N-VN DDR4 SDRAM features an Octa Rank X4 configuration. This rank configuration offers several benefits and is important for users who require high memory performance and compatibility.

Enhanced Memory Performance

The Octa Rank X4 configuration provides increased memory performance by allowing for higher memory density. It enables the memory module to store more data in a single rank, resulting in improved data access speeds and enhanced overall system performance. Users can benefit from faster application loading times, reduced latency, and smoother multitasking.

Compatibility

The Octa Rank X4 configuration is widely supported by motherboards and is compatible with a broad range of computer systems. This ensures that users can easily install the memory module without any compatibility issues. It provides peace of mind and eliminates the need for extensive research or hardware upgrades to accommodate the memory module.

Efficient Resource Utilization

The Octa Rank X4 configuration allows for efficient resource utilization within the memory module. By maximizing the memory density, it ensures that the available memory capacity is utilized effectively, reducing wasted resources. This is particularly important in resource-intensive applications or server environments, where efficient resource allocation can significantly impact overall system performance and scalability.

Virtualization Platforms

Virtualization platforms rely on efficient resource utilization to maximize virtual machine density and performance. The Octa Rank X4 configuration enables virtual machines to access memory resources efficiently, allowing for more virtual machines to be hosted on a single physical server. This improves resource utilization, reduces hardware costs, and enhances overall virtualization performance.

High-Performance Computing

High-performance computing (HPC) applications require efficient memory configurations to handle complex calculations and large datasets. The Octa Rank X4 configuration offers increased memory density, enabling HPC systems to process data more efficiently. It facilitates faster data access and reduces latency, resulting in improved computational performance for scientific simulations, modeling, and data analysis.

Database Servers

Database servers handle large amounts of data and require efficient memory configurations to ensure optimal performance. The Octa Rank X4 configuration allows database servers to store