Supermicro 64GB MEM-DR464L-CL01-ER29 2rx4 DDR4 2933Mhz Ecc Reg Smart Memory

Capacity: 64GB

The Supermicro MEM-DR464L-CL01-ER29 SDRAM DDR4 is a high-performance memory module that offers a capacity of 64GB. This impressive capacity is one of the key features that sets this memory module apart from others in the market.

Benefits of 64GB Capacity

1. Enhanced Multitasking

With 64GB of capacity, users can experience enhanced multitasking capabilities. This means that you can run multiple resource-intensive applications simultaneously without experiencing any lag or slowdowns. Whether you are a gamer, a content creator, or a professional who needs to work with demanding software, this memory module's capacity ensures smooth and efficient performance.

2. Future-Proofing

Investing in a memory module with a high capacity like 64GB ensures that your system is future-proofed. As software and applications continue to evolve and become more resource-intensive, having ample memory will ensure that your system remains capable of handling the demands of the latest technologies. This eliminates the need for frequent upgrades and saves you both time and money in the long run.

3. Improved Virtualization

If you frequently use virtualization software for running multiple virtual machines simultaneously, having 64GB of capacity can significantly enhance your experience. Virtual machines require a considerable amount of memory to function optimally, and this memory module's capacity allows you to allocate sufficient resources to each virtual machine without compromising performance.

Importance of 64GB Capacity

1. High-Performance Computing

In today's fast-paced digital landscape, high-performance computing is crucial for various industries such as data analysis, scientific research, and financial modeling. The 64GB capacity of this memory module ensures that your system can handle complex calculations, large datasets, and other computationally intensive tasks with ease.

2. Content Creation and Editing

Content creators, video editors, and graphic designers often work with large files that require significant memory resources. With 64GB of capacity, you can smoothly edit high-resolution videos, work with complex 3D models, and handle large design files without any performance bottlenecks. This allows you to focus on your creative process rather than worrying about system limitations.

3. Gaming Performance

Gamers demand high-performance systems to enjoy the latest games with stunning graphics and smooth gameplay. The 64GB capacity of this memory module ensures that your gaming experience is not hindered by limited memory resources. You can run modern games at maximum settings without experiencing any lag or stuttering, providing you with an immersive gaming experience.

Speed: 2933Mhz

Another important feature of the Supermicro MEM-DR464L-CL01-ER29 SDRAM DDR4 is its impressive speed of 2933Mhz. The speed at which a memory module operates plays a vital role in overall system performance and responsiveness.

Benefits of 2933Mhz Speed

1. Faster Data Transfer

The 2933Mhz speed of this memory module enables faster data transfer rates between the memory and the processor. This means that your system can access and retrieve data more quickly, resulting in improved overall performance. Whether you are loading large applications or working with extensive datasets, the higher speed ensures that your system operates efficiently.

2. Snappier System Responsiveness

A higher memory speed translates into snappier system responsiveness. When you open applications, switch between tasks, or perform any action that requires accessing memory, the 2933Mhz speed ensures minimal latency and near-instantaneous response times. This allows you to work seamlessly without any frustrating delays or hiccups.

3. Enhanced Gaming Experience

Gaming enthusiasts will appreciate the 2933Mhz speed of this memory module. It ensures that your system can quickly load game assets, textures, and other resources, resulting in smoother gameplay and reduced loading times. Additionally, the higher speed allows for faster rendering and improved frame rates, providing you with a more immersive and enjoyable gaming experience.

Importance of 2933Mhz Speed

1. Compatibility with Modern Systems

Modern systems and processors are designed to take advantage of higher memory speeds. By opting for a memory module with a speed of 2933Mhz, you ensure compatibility with the latest hardware and ensure that your system operates at its full potential. This is particularly important for users who frequently upgrade their systems or build new ones.

2. Professional Applications and Workloads

Professionals who work with resource-intensive applications such as video editing software, 3D modeling tools, or CAD software can benefit greatly from the 2933Mhz speed. These applications often require fast access to memory for real-time rendering and calculations. The higher speed ensures that your system can keep up with the demands of these applications, allowing you to work efficiently and effectively.

3. Overclocking Potential

Overclocking enthusiasts can take advantage of the 2933Mhz speed to push their systems even further. Overclocking involves increasing the clock speed of various components, including memory, to achieve higher performance levels. With a memory module that already operates at 2933Mhz, you have a solid foundation for overclocking and can potentially achieve even higher speeds for maximum performance.

Configuration: 2rx4

The Supermicro MEM-DR464L-CL01-ER29 SDRAM DDR4 features a configuration of 2rx4. This configuration is an important specification that determines how the memory module is organized and accessed by the system.

Benefits of 2rx4 Configuration

1. Improved Memory Efficiency

The 2rx4 configuration enhances memory efficiency by allowing the memory module to transfer data in both directions simultaneously. This means that the module can read and write data concurrently, resulting in improved overall performance. The increased efficiency ensures that your system can handle demanding tasks and applications without experiencing any bottlenecks or slowdowns.

2. Enhanced Stability and Reliability

The 2rx4 configuration provides enhanced stability and reliability by ensuring proper synchronization between memory banks. This reduces the chances of data corruption or errors, resulting in a more stable system overall. Whether you are performing critical calculations or running important applications, the 2rx4 configuration ensures that your data remains intact and your system operates smoothly.

3. Compatibility with Multi-Channel Platforms

Systems that support multi-channel memory configurations can take full advantage of the 2rx4 configuration. By installing multiple modules with this configuration, you can maximize memory bandwidth and improve system performance. This is particularly beneficial for users who work with memory-intensive applications or perform tasks that require extensive data processing.

Importance of 2rx4 Configuration

1. Compatibility with Server and Workstation Systems

The 2rx4 configuration is commonly used in server and workstation systems due to its ability to handle heavy workloads. These systems require memory modules that can efficiently handle simultaneous read and write operations to support multiple users or virtual machines. By opting for a memory module with a 2rx4 configuration, you ensure compatibility with these high-performance systems.

2. Optimal Performance in High-End Applications

High-end applications such as database servers, virtualization platforms, and data analysis tools often require memory configurations that can deliver exceptional performance. The 2rx4 configuration provides the necessary capabilities to handle the demands of these applications efficiently. If you are a professional who works with these types of applications, the 2rx4 configuration is essential for achieving optimal performance.

3. Scalability and Future Expansion

If you plan to expand your system's memory capacity in the future, choosing a memory module with a 2rx4 configuration allows for easy scalability. You can add additional modules with the same configuration to increase your system's memory capacity while maintaining optimal performance. This ensures that your system remains flexible and adaptable to future requirements without sacrificing performance.

Voltage: 1.2v

The Supermicro MEM-DR464L-CL01-ER29 SDRAM DDR4 operates at a voltage of 1.2v. The voltage at which a memory module runs is an important factor that affects both performance and power consumption.

Benefits of 1.2v Voltage

1. Energy Efficiency

The 1.2v voltage of this memory module ensures energy efficiency by consuming less power compared to higher voltage alternatives. This not only reduces your system's overall power consumption but also contributes to lower heat generation. Energy-efficient memory modules are essential for environmentally conscious users who want to minimize their carbon footprint and save on electricity costs.

2. Improved System Cooling

The lower voltage of 1.2v results in reduced heat output, which contributes to improved system cooling. Heat dissipation is a critical factor in maintaining system stability and reliability. By opting for a memory module with lower voltage, you can help keep your system's temperature within optimal limits, reducing the strain on cooling components and potentially extending their lifespan.

3. Compatibility with Modern Systems

Modern systems and processors are designed to work with memory modules that operate at lower voltages. By choosing a memory module with a voltage of 1.2v, you ensure compatibility with the latest hardware and ensure that your system operates at its full potential. This is particularly important for users who frequently upgrade their systems or build new ones.

Importance of 1.2v Voltage

1. Overclocking Flexibility

Overclocking enthusiasts can benefit from memory modules that operate at lower voltages like 1.2v. Lower voltages provide more headroom for voltage adjustments when overclocking, allowing users to push their systems further while maintaining stability. The 1.2v voltage ensures that your memory module can handle higher frequencies without requiring excessive power, providing you with additional flexibility in achieving optimal performance.

2. Compatibility with Low-Power Systems

Low-power systems such as laptops, ultrabooks, and compact desktops often require memory modules that operate at lower voltages to maximize battery life and minimize heat generation. The 1.2v voltage of this memory module ensures compatibility with these types of systems, allowing you to upgrade or replace memory modules without any compatibility issues. This is particularly important for users who prioritize portability and energy efficiency.

3. Long-Term Cost Savings

Opting for memory modules that operate at lower voltages can result in long-term cost savings. Lower power consumption translates into reduced electricity bills, especially for systems that run continuously or for extended periods. Additionally, the reduced heat output allows for more efficient cooling, potentially extending the lifespan of cooling components and reducing maintenance and replacement costs.

Error Correction: ECC Registered

The Supermicro MEM-DR464L-CL01-ER29 SDRAM DDR4 features Error Correction Code (ECC) Registered technology. This error correction capability is crucial for users who require a high level of data integrity and system stability.

Benefits of ECC Registered

1. Data Integrity and Reliability

ECC Registered technology ensures data integrity and reliability by detecting and correcting errors that may occur during memory operations. It uses advanced algorithms to identify and fix single-bit errors, preventing them from impacting system performance or causing data corruption. This is particularly important for critical applications, servers, and workstations where data accuracy is paramount.

2. System Stability and Uptime

Errors in memory can lead to system crashes, unexpected reboots, or application failures, resulting in downtime and potential data loss. ECC Registered technology helps maintain system stability by identifying and correcting errors on the fly, preventing these issues from occurring. This is especially crucial for systems that need to operate continuously without interruption, such as servers or mission-critical workstations.

3. Reduced Maintenance and Support Costs

The use of ECC Registered memory can contribute to reduced maintenance and support costs for organizations. By preventing errors and system failures caused by memory issues, IT departments can spend less time troubleshooting and resolving memory-related problems. This results in increased productivity, improved efficiency, and lower overall support costs.

Importance of ECC Registered

1. Critical Applications and Data Centers

Critical applications that handle sensitive data, such as financial transactions, medical records, or scientific simulations, require a high level of data integrity. ECC Registered technology ensures that data remains accurate and reliable, even in demanding environments. Data centers that store and process vast amounts of information can greatly benefit from ECC Registered memory to ensure the highest level of data integrity and prevent potential data loss.

2. Servers and Workstations

Servers and workstations that handle complex calculations, virtualization, or run resource-intensive applications can experience significant performance degradation or system failures if memory errors occur. ECC Registered technology provides an added layer of protection against these errors, ensuring uninterrupted operation and preventing potential data corruption. This is particularly important for businesses where system downtime or data loss can have severe consequences.

3. Peace of Mind for Professional Users

Professional users who rely on their systems for critical tasks require the peace of mind that comes with ECC Registered memory. Whether you are a financial analyst working with sensitive financial data or a content creator handling large files, knowing that your memory has error correction capabilities provides confidence in the accuracy and integrity of your work. ECC Registered memory eliminates any worries about potential errors or data corruption, allowing you to focus on your tasks.

Pin Number: 288-pin

The Supermicro MEM-DR464L-CL01-ER29 SDRAM DDR4 is designed with a pin number of 288-pin. The number of pins on a memory module is an important specification that determines compatibility with the motherboard and the system's overall performance.

Benefits of 288-pin Configuration

1. Compatibility with Modern Motherboards

The 288-pin configuration ensures compatibility with modern motherboards that support DDR4 memory modules. This means that you can easily install this memory module in most systems without worrying about compatibility issues. The 288-pin configuration has become the standard for DDR4 memory, making it widely supported by motherboard manufacturers and system builders.

2. Increased Memory Bandwidth

The 288-pin configuration allows for a larger number of data signals to be transmitted between the memory module and the motherboard. This increased number of pins enables higher memory bandwidth, which translates into improved overall system performance. The larger number of pins facilitates faster communication between the memory and other components, reducing latency and enhancing data transfer rates.

3. Future Expansion and Upgrades

The 288-pin configuration provides flexibility for future expansion and upgrades. Most motherboards support multiple memory slots, allowing you to add additional modules to increase your system's memory capacity. By choosing a memory module with a 288-pin configuration, you ensure that your system remains compatible with future upgrades, saving you from having to replace the entire memory setup.

Importance of 288-pin Configuration

1. Optimal Performance in Dual-Channel Configurations

Many modern motherboards support dual-channel memory configurations, which provide increased memory bandwidth and improved performance. The 288-pin configuration allows for easy installation of multiple memory modules in dual-channel setups, maximizing memory performance and enhancing system responsiveness. This is particularly beneficial for users who work with memory-intensive applications or perform tasks that require extensive data processing.

2. Compatibility with High-Capacity Modules

High-capacity memory modules often require a larger number of pins to handle the increased data transfer rates. The 288-pin configuration is commonly used in