4ZC7A15113 Lenovo 128GB 2933MHz PC4-23400 RDIMM DDR4 SDRAM Memory Module

Capacity: 128GB

The capacity of the Lenovo 4ZC7A15113 Memory Module is an impressive 128GB. This high-capacity memory module is designed to meet the demanding needs of modern computer systems, providing users with a significant amount of storage space for their data and applications.

Benefits of 128GB Capacity

1. Increased Performance

With 128GB of capacity, users can enjoy improved performance and responsiveness from their computer systems. This increased capacity allows for more data to be stored in memory, reducing the need for frequent read and write operations to slower storage devices such as hard drives. As a result, users can experience faster load times, smoother multitasking, and overall improved system performance.

2. Enhanced Productivity

The large capacity of 128GB enables users to store a vast amount of data and applications without worrying about running out of space. This is particularly beneficial for professionals who work with resource-intensive software applications or deal with large files such as multimedia projects, databases, or virtual machines. With ample storage capacity, users can seamlessly handle their tasks without interruptions or the need to constantly manage their storage space.

3. Future-Proofing

In today's rapidly evolving technological landscape, it is crucial to future-proof your computer system. The 128GB capacity of the Lenovo 4ZC7A15113 Memory Module ensures that you have enough room to accommodate future software updates, new applications, and expanding data requirements. By investing in a high-capacity memory module now, you can avoid the hassle and cost of upgrading your system in the near future.

The Importance of 128GB Capacity

1. Resource-Intensive Applications

With the increasing complexity of software applications, many of them require substantial amounts of memory to function optimally. Tasks such as video editing, 3D rendering, and data analysis demand significant memory resources. By having 128GB of capacity, users can run these resource-intensive applications smoothly without experiencing any performance bottlenecks.

2. Data-Intensive Workloads

In today's data-driven world, businesses and individuals deal with massive amounts of data. Whether it's managing large databases, handling multiple virtual machines, or working on big data analytics, having 128GB of memory capacity is essential. It allows for efficient data processing, analysis, and manipulation without the need for constant data transfers between the main memory and secondary storage devices.

3. Gaming and Multimedia

Gamers and multimedia enthusiasts often require substantial memory capacity to ensure smooth gameplay and seamless multimedia experiences. With 128GB of capacity, users can enjoy immersive gaming sessions with high-quality graphics and minimal lag. Additionally, multimedia professionals working with high-resolution video editing, rendering, or audio production can benefit from the ample space available to store and manipulate their media files.

Speed: 2933MHz

The Lenovo 4ZC7A15113 Memory Module boasts a high-speed performance of 2933MHz. This impressive speed ensures that data transfers between the memory module and the computer system occur rapidly, resulting in enhanced overall system performance.

Benefits of 2933MHz Speed

1. Faster Data Processing

With a speed of 2933MHz, the Lenovo memory module enables faster data processing within your computer system. This high-speed performance allows for rapid access to stored data, resulting in reduced latency and improved overall system responsiveness. Whether you're running multiple applications simultaneously or handling resource-intensive tasks, the increased speed ensures that your system can handle the workload efficiently.

2. Seamless Multitasking

Multitasking is a common requirement for many computer users, whether it's switching between various applications or running virtual machines. The 2933MHz speed of the Lenovo memory module facilitates smooth multitasking by minimizing delays when switching between different tasks. This ensures that you can seamlessly transition between applications without experiencing any slowdowns or performance issues.

3. Enhanced Gaming Performance

For gamers, system speed is paramount to achieving an optimal gaming experience. The 2933MHz speed of the Lenovo memory module ensures that data is processed quickly, reducing loading times and providing smooth gameplay. Gamers can enjoy seamless graphics, immersive environments, and responsive controls without any lag or stuttering.

The Importance of 2933MHz Speed

1. High-Performance Computing

Whether you're a professional in fields such as video editing, 3D modeling, or scientific research, high-performance computing is crucial to your work. The 2933MHz speed of the Lenovo memory module enables faster data access and processing, allowing you to handle complex computations efficiently. This speed is particularly beneficial for applications that require real-time data analysis or manipulation.

2. Efficient Virtualization

Virtualization has become increasingly popular for businesses and individuals alike. Whether it's running multiple virtual machines or creating virtualized environments for testing purposes, efficient virtualization requires high-speed memory. The 2933MHz speed of the Lenovo memory module ensures that virtual machines can run smoothly without any performance bottlenecks, providing a seamless experience for users.

3. Quick File Transfers

Transferring large files between different storage devices can be time-consuming, especially when dealing with high-definition videos or large datasets. The 2933MHz speed of the Lenovo memory module accelerates data transfers, reducing the time it takes to copy or move files. This is particularly beneficial for professionals who frequently work with large files or need to transfer data quickly between different systems.

Technology: DDR4

The Lenovo 4ZC7A15113 Memory Module utilizes DDR4 technology, which represents the latest and most advanced memory technology available in the market. DDR4 offers several significant advantages over its predecessor, DDR3, making it an essential feature for users seeking optimal performance and efficiency.

Benefits of DDR4 Technology

1. Increased Bandwidth

DDR4 technology provides a higher bandwidth compared to DDR3, allowing for faster data transfer rates. This increased bandwidth enhances overall system performance by reducing data bottlenecks and enabling more efficient communication between the memory module and the computer's processor. With DDR4, users can experience improved responsiveness and smoother multitasking.

2. Lower Power Consumption

DDR4 memory modules consume less power compared to their DDR3 counterparts. This energy-efficient design is achieved by operating at a lower voltage, resulting in reduced electricity consumption and heat generation. Lower power consumption not only contributes to a greener environment but also helps extend the battery life of portable devices such as laptops or tablets.

3. Higher Memory Density

DDR4 technology allows for higher memory density, meaning that more memory can be packed into a single module. This increased memory density is particularly important for users working with resource-intensive applications or large datasets. With higher memory density, users can handle complex tasks more efficiently and store larger amounts of data in memory without sacrificing performance.

The Importance of DDR4 Technology

1. Future Compatibility

As technology continues to advance rapidly, it is essential to invest in products that are future-proof. DDR4 technology is becoming the standard in the industry, and many newer computer systems are designed to support DDR4 memory modules. By choosing the Lenovo 4ZC7A15113 Memory Module with DDR4 technology, users can ensure compatibility with current and future systems, avoiding the need for frequent upgrades or replacements.

2. Optimal Performance

DDR4 technology offers superior performance compared to its predecessor, DDR3. The increased bandwidth and lower power consumption of DDR4 memory modules result in improved system responsiveness, faster data processing, and enhanced multitasking capabilities. Whether you're a professional handling demanding applications or a casual user seeking a smooth computing experience, DDR4 technology provides the optimal performance you need.

3. Efficiency and Cost Savings

The lower power consumption of DDR4 memory modules not only benefits the environment but also translates into cost savings for users. By consuming less electricity, users can reduce their energy bills and contribute to a greener lifestyle. Additionally, the increased memory density of DDR4 allows users to achieve higher performance with fewer modules, potentially leading to cost savings when upgrading or expanding their system's memory capacity.

FormFactor: RDIMM

The Lenovo 4ZC7A15113 Memory Module features a form factor known as RDIMM (Registered DIMM). This form factor offers several advantages over other types of memory modules, making it an ideal choice for users seeking reliability and performance.

Benefits of RDIMM FormFactor

1. Increased Reliability

RDIMM modules utilize a register component that helps improve stability and reliability compared to other form factors such as Unbuffered DIMMs (UDIMMs). The register acts as a buffer between the memory module and the memory controller, ensuring that signals are properly synchronized and reducing electrical interference. This increased reliability is particularly important in critical applications or server environments where system uptime is crucial.

2. Enhanced System Scalability

RDIMM form factor allows for better system scalability compared to UDIMMs. With RDIMMs, users can install a larger number of modules on a single system, thus increasing the overall memory capacity. This scalability is particularly beneficial for memory-intensive applications or server environments that require a vast amount of memory to handle multiple virtual machines, databases, or high-traffic workloads.

3. Error Correction

RDIMMs incorporate error correction code (ECC) functionality, which helps detect and correct memory errors that can occur during data transfers. ECC allows for the detection and correction of single-bit errors and provides an added layer of data integrity. This feature is crucial for applications that require high data accuracy and reliability, such as financial transactions, scientific simulations, or critical server operations.

The Importance of RDIMM FormFactor

1. Server Environments

RDIMM form factor is particularly suited for server environments where stability, scalability, and error correction are paramount. Servers often handle mission-critical tasks, such as hosting websites, managing databases, or delivering services to multiple clients simultaneously. The increased reliability and error correction capabilities offered by RDIMMs ensure that these tasks can be performed efficiently and without compromising data integrity.

2. Memory-Intensive Applications

Applications that require a vast amount of memory to function optimally can benefit greatly from RDIMM form factor. Whether it's running virtual machines, working with large databases, or performing complex simulations, the enhanced system scalability and error correction capabilities of RDIMMs ensure that these memory-intensive tasks can be executed reliably and efficiently.

3. Future Expandability

RDIMM form factor provides users with the flexibility to expand their system's memory capacity in the future. As technology advances and memory requirements increase, having the ability to add more memory modules to your system is crucial. RDIMMs allow for easy expansion, making them an ideal choice for users who want to future-proof their systems and avoid the need for costly upgrades or replacements down the line.

Registered: 1

The Lenovo 4ZC7A15113 Memory Module is a registered memory module with a registered count of 1. This feature offers several benefits in terms of stability, performance, and reliability.

Benefits of Registered Memory

1. Increased Stability

Registered memory modules, also known as buffered memory modules, employ a register component that helps stabilize the electrical signals between the memory module and the memory controller. The register acts as a temporary storage area for data signals, reducing electrical interference and ensuring that signals are synchronized properly. This increased stability is particularly important in high-performance computing environments or systems running critical applications.

2. Improved Signal Integrity

The register component in registered memory modules helps improve signal integrity by reducing electrical loading on the memory bus. This results in a higher signal quality, minimizing data errors and improving overall system reliability. Improved signal integrity is crucial for applications that require high data accuracy, such as scientific simulations, financial calculations, or server operations.

3. Enhanced Performance

Registered memory modules offer enhanced performance compared to unbuffered memory modules (non-registered). The register component helps reduce the electrical loading on the memory controller, allowing for faster data transfers and improved overall system responsiveness. This performance boost is particularly beneficial for memory-intensive tasks or applications that require rapid data processing.

The Importance of Registered Memory

1. High-Performance Computing

Registered memory modules are widely used in high-performance computing environments where stability and performance are critical. Whether it's running complex simulations, handling large datasets, or performing scientific calculations, the increased stability and improved signal integrity of registered memory modules ensure that these tasks can be executed reliably and efficiently.

2. Server Environments

Servers often handle demanding workloads and require memory modules that can provide stability, reliability, and performance. Registered memory modules are particularly suited for server environments where system uptime is crucial. The enhanced stability and improved signal integrity offered by registered memory modules ensure that servers can handle high-traffic workloads, multiple virtual machines, or critical operations without compromising performance or data integrity.

3. Error Correction

Registered memory modules often incorporate error correction code (ECC) functionality, which helps detect and correct memory errors that can occur during data transfers. ECC ensures data accuracy and prevents potential system crashes or data corruption. This feature is particularly important in applications that require high data integrity, such as financial transactions, database management, or critical server operations.