Hynix 64GB DDR4 2133MHZ PC4-17000 Cl15 Ecc Lrdimm HMAA8GL7MMR4N-TF

Capacity: 64GB

Benefits of 64GB Capacity

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM is a server memory module that offers an impressive capacity of 64GB. This high capacity provides a range of benefits for users in various industries and applications.

1. Enhanced Performance

With 64GB of memory, server systems can handle larger workloads and process data more efficiently. It allows for faster data access and retrieval, resulting in improved overall system performance. Whether you are running resource-intensive applications, virtual machines, or managing large databases, the 64GB capacity ensures smooth and uninterrupted operation.

2. Increased Multitasking Capability

In today's fast-paced digital landscape, multitasking is essential for businesses and organizations. The 64GB capacity of the Hynix DDR4 SDRAM enables servers to handle multiple tasks simultaneously without experiencing performance degradation. This capability is particularly beneficial in environments where numerous applications and processes need to run concurrently.

3. Future-Proofing

Investing in a memory module with a large capacity like 64GB ensures future-proofing your server infrastructure. As technology advances and software requirements become more demanding, having ample memory allows your servers to adapt and accommodate future upgrades without the need for immediate hardware replacements.

Importance of 64GB Capacity

1. Scalability

The 64GB capacity provides room for growth and scalability in server environments. As your business expands or your workload increases, you can easily add more modules to meet the growing demands without disrupting operations or causing performance bottlenecks.

2. Efficient Virtualization

Virtualization has become a standard practice for maximizing server resources and optimizing infrastructure. With 64GB of memory, you can create and run multiple virtual machines simultaneously, ensuring efficient utilization of server hardware and enabling cost savings through consolidation.

3. Smooth Data Processing

Large datasets and complex calculations require sufficient memory capacity to process data effectively. The 64GB capacity ensures that your server can handle data-intensive tasks without slowing down or experiencing memory-related issues. This is crucial for industries such as scientific research, financial analysis, and big data processing.

Speed: 2133MHz

Benefits of 2133MHz Speed

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM offers a speed of 2133MHz, which plays a crucial role in determining the performance and responsiveness of your server system.

1. Faster Data Transfer

A higher speed rating allows for faster data transfer between the memory module and other components of the server. This results in reduced latency and improved overall system responsiveness, enabling applications to load and execute operations more quickly.

2. Enhanced Application Performance

The 2133MHz speed ensures that your server can handle demanding applications with ease. Whether you are running complex simulations, hosting multiple websites, or managing a database-driven application, the increased speed minimizes processing delays and helps deliver a seamless user experience.

3. Improved Workload Efficiency

Faster speeds enable servers to process workloads more efficiently, resulting in increased productivity and reduced wait times. This is particularly important in scenarios where time-sensitive operations need to be executed promptly, such as real-time data analytics or transaction processing in financial institutions.

Importance of 2133MHz Speed

1. Compatibility

The 2133MHz speed is a widely supported standard in the industry, ensuring compatibility with a broad range of server systems and components. It allows for easy integration into existing infrastructures, minimizing the need for costly upgrades or replacements.

2. Future-Proofing

Investing in a memory module with higher speeds like 2133MHz ensures compatibility with future server technologies and advancements. As software and applications become more demanding, having a fast memory module becomes increasingly important to avoid performance bottlenecks.

3. Competitive Advantage

A server system equipped with faster memory speeds can provide a competitive advantage in industries where speed and responsiveness matter. Whether you are running an e-commerce platform or a content delivery network, the ability to handle high traffic loads quickly can lead to better customer satisfaction and increased revenue.

PC: PC4-17000

Benefits of PC4-17000 Specification

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM is designed to meet the PC4-17000 specification, which offers several benefits for server memory performance and compatibility.

1. Optimal Performance

The PC4-17000 specification ensures optimal performance by providing the ideal balance between memory speed and data transfer rates. It allows for efficient communication between the memory module and other components of the server, resulting in improved overall system performance.

2. Compatibility with DDR4 Architecture

The PC4-17000 specification is designed specifically for DDR4 architecture, ensuring seamless integration with modern server systems. It enables backward compatibility with older DDR3-based systems, allowing for easy upgrades without the need for extensive hardware replacements.

3. Enhanced Stability and Reliability

Meeting the PC4-17000 specification indicates that the memory module undergoes rigorous testing and meets industry standards for stability and reliability. This ensures that your server operates smoothly without experiencing memory-related issues or unexpected crashes.

Importance of PC4-17000 Specification

1. Interoperability

The PC4-17000 specification guarantees compatibility with a wide range of server systems and components. This allows for seamless integration into existing infrastructure and simplifies the procurement process, as you can be confident that the memory module will work effectively with your server setup.

2. Future Compatibility

By adhering to the PC4-17000 specification, the Hynix DDR4 SDRAM ensures compatibility with future server technologies and advancements. This future-proofs your investment and provides flexibility for future upgrades or system expansions without the need for immediate hardware replacements.

3. Performance Optimization

The PC4-17000 specification optimizes memory performance by ensuring efficient communication between the memory module and other system components. This results in improved overall system performance, making it ideal for resource-intensive applications, virtualization, and databases.

ECC: 1

Benefits of ECC (Error-Correcting Code)

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM features ECC functionality, which offers several benefits in terms of data integrity and system stability.

1. Data Integrity

ECC is a mechanism designed to detect and correct errors in data stored in memory. It adds an extra layer of protection against data corruption caused by various factors, such as cosmic rays, electrical interference, or manufacturing defects. By detecting and correcting errors, ECC ensures that the data stored in memory remains accurate and reliable.

2. System Stability

Memory errors can lead to system crashes, data loss, or even security vulnerabilities. The ECC functionality of the Hynix DDR4 SDRAM helps maintain system stability by preventing memory-related errors from causing disruptions. This is particularly important in server environments where uptime and data integrity are critical.

3. Improved Reliability

The ECC feature enhances the overall reliability of your server system by reducing the risk of undetected memory errors that could lead to system failures or data corruption. It provides peace of mind, knowing that your critical data and applications are protected against potential memory-related issues.

Importance of ECC Functionality

1. Data Protection

ECC functionality is essential for industries and applications where data integrity is crucial, such as financial institutions, healthcare facilities, and scientific research. By ensuring accurate and reliable data storage, ECC helps prevent data corruption, financial losses, or compromising sensitive information.

2. Compliance Requirements

Certain industries, such as healthcare and finance, have strict regulatory requirements regarding data integrity and security. ECC functionality can help meet these compliance standards by providing an additional safeguard against memory errors that could compromise sensitive data.

3. Long-Term Cost Savings

Investing in a memory module with ECC functionality can result in long-term cost savings. By preventing system crashes and data corruption caused by memory errors, you avoid costly downtime, data recovery efforts, or potential legal ramifications associated with compromised data.

Load Reduced: 1

Benefits of Load Reduced Technology

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM incorporates Load Reduced (LRDIMM) technology, which offers several benefits in terms of performance and scalability.

1. Increased Memory Capacity

Load Reduced technology allows for higher memory capacities by reducing the electrical load on the memory bus. This enables servers to support larger memory configurations without sacrificing performance or stability. With the Hynix DDR4 SDRAM, you can take advantage of higher memory densities, providing more room for data-intensive applications and workloads.

2. Improved Signal Integrity

Load Reduced technology helps mitigate signal integrity issues that can arise in high-density memory configurations. By reducing the electrical load on the memory bus, it minimizes the risk of signal degradation and ensures reliable data transmission, resulting in improved overall system stability.

3. Scalability and Future-Proofing

Load Reduced technology enhances server scalability by enabling larger memory configurations without compromising performance. This future-proofs your infrastructure, allowing for easy upgrades and expansions as your business grows or your workload demands increase. Whether you need to support virtualization, big data processing, or other memory-intensive tasks, Load Reduced technology provides the necessary capacity and performance.

Importance of Load Reduced Technology

1. Memory Performance Optimization

Load Reduced technology optimizes memory performance by reducing the electrical load on the memory bus. This results in improved signal integrity, lower latency, and better overall system performance. Whether you are running database servers, virtual machines, or high-performance computing applications, Load Reduced technology ensures efficient data transmission and retrieval.

2. Flexibility and Versatility

The scalability offered by Load Reduced technology provides flexibility and versatility in server configurations. It allows you to adapt your infrastructure to changing workload demands without compromising performance or stability. This is particularly important in dynamic environments where resource allocation needs to be adjusted on the fly.

3. Investment Protection

By investing in a memory module with Load Reduced technology, you are future-proofing your infrastructure and protecting your investment. As memory requirements continue to grow, Load Reduced technology ensures that your server can handle future upgrades and expansions without the need for immediate hardware replacements.

Quad Rank: 1

Benefits of Quad Rank Configuration

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM features a Quad Rank configuration, which offers several benefits in terms of memory density and performance.

1. High Memory Density

Quad Rank memory modules provide higher memory density by utilizing four ranks of memory chips on a single module. This allows for larger memory configurations without the need for additional modules, reducing the number of occupied memory slots and providing room for future expansion.

2. Improved Memory Performance

The Quad Rank configuration enhances memory performance by enabling higher data transfer rates. It achieves this by increasing the parallelism of data access, resulting in improved overall system responsiveness and faster application execution.

3. Cost Efficiency

By utilizing Quad Rank modules, you can achieve higher memory densities with fewer modules, reducing overall hardware costs. This is especially beneficial for server environments where space is limited or where budget constraints play a significant role.

Importance of Quad Rank Configuration

1. Memory Expansion Capability

Quad Rank memory modules provide the capability for large memory expansions without sacrificing performance or stability. This allows for easy scalability as your business grows or your workload demands increase, ensuring that your server infrastructure can handle future requirements.

2. Efficient Resource Utilization

The high memory density offered by Quad Rank modules allows for efficient resource utilization by reducing the number of occupied memory slots. This creates room for additional components or expansion options, improving overall system flexibility and reducing hardware costs.

3. Performance Optimization

The Quad Rank configuration enhances memory performance by increasing the parallelism of data access. This results in improved data transfer rates and faster application execution, making it ideal for memory-intensive tasks such as virtualization, databases, and high-performance computing.

Voltage: 1.2v

Benefits of 1.2v Voltage

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM operates at a low voltage of 1.2v, offering several benefits in terms of power efficiency and reduced heat generation.

1. Power Efficiency

The low voltage requirement of 1.2v ensures that the memory module operates with minimal power consumption. This results in reduced energy costs and contributes to a more environmentally friendly server infrastructure.

2. Heat Reduction

Operating at a low voltage helps reduce heat generation within the server system. Heat is a common concern in server environments, as excessive heat can lead to performance degradation or even hardware failures. The 1.2v voltage requirement helps maintain optimal operating temperatures and prolongs the lifespan of the memory module.

3. Compatibility

The 1.2v voltage requirement is a widely supported standard in the industry, ensuring compatibility with a broad range of server systems and components. It allows for easy integration into existing infrastructures, minimizing the need for costly upgrades or replacements.

Importance of 1.2v Voltage

1. Energy Efficiency

Operating at a low voltage of 1.2v reduces overall power consumption, resulting in energy cost savings and a smaller carbon footprint. This is particularly important for businesses and organizations committed to sustainability and minimizing their environmental impact.

2. Cooling Efficiency

The reduced heat generation associated with the low voltage requirement helps maintain optimal operating temperatures within the server system. This contributes to improved cooling efficiency, reduced reliance on active cooling methods, and increased overall system reliability.

3. Compatibility and Interchangeability

The 1.2v voltage requirement ensures compatibility and interchangeability with other memory modules and server components that adhere to the same standard. This makes it easier to upgrade or expand your server infrastructure without compatibility concerns, reducing downtime and simplifying the procurement process.

Pin Count: 288

Benefits of 288 Pin Count

The Hynix HMAA8GL7MMR4N-TF DDR4 SDRAM features a pin count of 288, offering several benefits in terms of memory density and performance.

1. High Memory Density

A pin count of 288 allows for higher memory densities by providing more data pathways on the memory module. This enables servers to support larger memory configurations without sacrificing performance or stability.

2. Improved Data Transfer Rates

The higher pin count facilitates increased data transfer rates, ensuring faster and more efficient communication between the memory module and other components of the server. This results in improved overall system performance, particularly during memory-intensive tasks.