HPE Q9U20A 64GB (1x64gb) 4rx4 2933MHZ Pc4-23400 Cl21 DDR4 Load Reduced Kit

Capacity: 64GB

Enhanced Performance and Productivity

Increased Memory Capacity

Improved Multitasking Abilities

The HPE Q9U20A RAM offers an impressive capacity of 64GB, allowing users to enhance their performance and productivity. With such a substantial memory capacity, users can experience improved multitasking abilities, enabling them to run multiple applications simultaneously without any lag or slowdowns. This is particularly beneficial for professionals working with demanding software or undertaking resource-intensive tasks such as video editing, 3D rendering, or data analysis.

Efficient Virtualization

Seamless Management of Virtual Machines

For users who rely on virtualization technology, the HPE Q9U20A RAM's 64GB capacity provides the ideal solution. With a larger memory capacity, users can effortlessly manage multiple virtual machines, ensuring smooth operations without any performance bottlenecks. This capability proves invaluable for businesses that heavily depend on virtualization for server consolidation, disaster recovery, or testing environments.

Improved System Responsiveness

Faster Data Access

Reduced Latency Times

The 64GB capacity of the HPE Q9U20A RAM significantly enhances system responsiveness by allowing faster data access. With more memory available, frequently accessed data can be stored closer to the CPU, reducing latency times and improving overall system performance. This feature is especially beneficial for users who work with large datasets or engage in memory-intensive tasks where quick access to information is crucial.

Smooth Running of Resource-Intensive Applications

Seamless Execution of Complex Workloads

Resource-intensive applications, such as database management systems or scientific simulations, require substantial memory resources to run smoothly. The 64GB capacity of the HPE Q9U20A RAM ensures the seamless execution of these complex workloads, eliminating performance bottlenecks and allowing users to achieve optimal results. This feature is particularly advantageous for professionals in industries like finance, engineering, or research.

Speed: 2933MHZ

Enhanced Performance and Efficiency

High-Speed Data Transfer

Accelerated Application Response Times

The HPE Q9U20A RAM's impressive speed of 2933MHZ contributes to overall system performance by enabling high-speed data transfer. This means that data can be quickly processed and transferred between the RAM and other system components, resulting in accelerated application response times. Users can experience snappy performance and reduced waiting times when launching applications, loading files, or switching between tasks.

Improved Workload Handling

Efficient Handling of Heavy Workloads

The 2933MHZ speed of the HPE Q9U20A RAM allows for the efficient handling of heavy workloads. Whether it's running complex calculations, handling large datasets, or rendering graphics-intensive content, this high-speed RAM ensures that tasks are executed swiftly and without any performance bottlenecks. Users can experience smooth and uninterrupted workflow even when dealing with resource-intensive applications.

Optimized System Performance

Enhanced Gaming Experience

Seamless Gameplay with Reduced Lag

Gamers can benefit greatly from the HPE Q9U20A RAM's 2933MHZ speed as it significantly enhances their gaming experience. With faster data transfer rates and reduced latency times, gamers can enjoy seamless gameplay with reduced lag. This feature is particularly crucial for competitive gaming or resource-intensive titles that require quick reflexes and real-time responsiveness.

Efficient Content Creation

Smooth Editing and Rendering Processes

Content creators, such as video editors or graphic designers, can greatly benefit from the HPE Q9U20A RAM's high speed. The 2933MHZ speed ensures smooth editing and rendering processes, allowing professionals to work with high-resolution footage or complex visual effects without any performance issues. This feature enables faster project completion times and enhances overall productivity.

Number Of Modules: 1

Optimal Memory Configuration

Simplified Installation Process

Easy Integration into Existing Systems

The HPE Q9U20A RAM features a single module configuration, making it easy to install and integrate into existing systems. With only one module to handle, users can simplify the installation process, saving time and effort. This feature proves especially convenient for individuals who may have limited technical knowledge or those who prefer a hassle-free upgrade experience.

Flexible Upgrade Options

Scalability and Future Expansion

A single module configuration allows for flexible upgrade options in the future. Users can start with a single module of the HPE Q9U20A RAM and easily add more modules as their needs grow or budget permits. This scalability ensures that users can adapt their system's memory capacity according to evolving requirements without the need for a complete overhaul. It provides a cost-effective solution for long-term system optimization.

Improved System Stability

Reduced Compatibility Issues

Enhanced System Performance and Reliability

Using a single module configuration ensures better system stability by minimizing compatibility issues. The HPE Q9U20A RAM's single module design is specifically tailored to work seamlessly with compatible systems, reducing the chances of compatibility-related problems. This compatibility translates into improved system performance and reliability, allowing users to work or play without worrying about crashes, freezes, or other stability issues.

Streamlined Troubleshooting

Easier Identification of Faulty Modules

In case of any troubleshooting needs, a single module configuration simplifies the process of identifying faulty modules. With only one module to test, users can quickly pinpoint the problematic component and replace it accordingly. This streamlined troubleshooting approach saves time and reduces downtime, ensuring that users can get their system back up and running promptly.

Module Type: 4rx4

Enhanced Memory Performance

Increased Memory Bandwidth

Faster Data Transfer Rates

The HPE Q9U20A RAM's 4rx4 module type enhances memory performance by providing increased memory bandwidth. With more memory channels available for data transfer, the RAM can deliver faster data transfer rates. This translates into improved overall system performance, enabling users to handle memory-intensive tasks more efficiently and effectively.

Optimized Data Integrity

Reduced Errors and Corruption

The 4rx4 module type of the HPE Q9U20A RAM optimizes data integrity by employing advanced error correction techniques. This ensures that data is accurately stored and retrieved without any errors or corruption. Users can rely on the RAM's robust data integrity features to safeguard critical information and prevent any potential data loss or system instability.

Increased Memory Capacity

Higher Memory Density

More Memory in a Smaller Space

The 4rx4 module type allows for higher memory density, enabling more memory to be packed into a smaller space. This is particularly useful for systems with limited physical space, such as small form factor PCs or densely populated server racks. The HPE Q9U20A RAM's 4rx4 module type allows users to maximize their memory capacity without compromising on system size or performance.

Efficient System Cooling

Optimized Heat Dissipation

The compact design of the 4rx4 module type contributes to efficient system cooling. By occupying less space and generating less heat, the RAM helps maintain optimal operating temperatures within the system. This prevents overheating issues and ensures long-term system stability and reliability. Users can trust the HPE Q9U20A RAM's 4rx4 module type to provide efficient memory performance while keeping their system cool.

Rank: Quad Rank

Enhanced Memory Performance

Improved Memory Access Speed

Faster Retrieval of Stored Data

The Quad Rank feature of the HPE Q9U20A RAM enhances memory performance by improving memory access speed. With quad-rank modules, the RAM can retrieve stored data faster, reducing latency times and enhancing overall system responsiveness. This feature is particularly beneficial for users who work with memory-intensive applications or engage in tasks that require quick data access.

Efficient Data Handling

Optimized Processing of Large Datasets

The Quad Rank feature ensures efficient handling of large datasets by providing enhanced memory capabilities. Users working with data-heavy applications, such as database management systems or scientific simulations, can rely on the HPE Q9U20A RAM to deliver optimal performance. The efficient data handling enabled by quad-rank modules allows for seamless processing and analysis of large datasets, improving productivity and reducing processing times.

Increased Memory Capacity

Expanded Memory Configuration

Greater Memory Storage

The Quad Rank feature of the HPE Q9U20A RAM increases memory capacity by allowing for an expanded memory configuration. With quad-rank modules, users can achieve greater memory storage within their system. This is particularly beneficial for users who require extensive memory resources for memory-intensive applications or multitasking purposes. The increased memory capacity ensures smooth operations and eliminates any potential memory limitations.

Future-Proof System Upgrades

Scalability and Flexibility

Quad-rank modules offer future-proof system upgrades by providing scalability and flexibility. Users can start with a quad-rank configuration and easily add more modules as their needs evolve or their budget allows. This scalability allows for gradual upgrades without the need for a complete system overhaul, providing a cost-effective solution for long-term system optimization. Users can trust the HPE Q9U20A RAM's Quad Rank feature to adapt to their changing requirements.

Technology: DDR4

Improved System Performance

Faster Data Transfer Rates

Enhanced Overall System Speed

The DDR4 technology employed in the HPE Q9U20A RAM ensures faster data transfer rates, resulting in enhanced overall system speed. With improved memory speeds, users can experience snappy performance when running applications, loading files, or executing memory-intensive tasks. This feature is particularly crucial for professionals who rely on their systems for productivity or gamers seeking seamless gameplay experiences.

Reduced Power Consumption

Energy-Efficient System Operation

DDR4 technology offers reduced power consumption compared to its predecessors. The HPE Q9U20A RAM's DDR4 technology ensures energy-efficient system operation, contributing to lower electricity bills and a smaller environmental footprint. Additionally, the reduced power consumption translates into less heat generation, thereby improving system cooling and overall reliability.

Enhanced Memory Capacity

Increased Memory Density

More Memory in the Same Space

The DDR4 technology allows for increased memory density, enabling more memory to be packed into the same physical space. This is particularly beneficial for systems with limited physical dimensions, such as small form factor PCs or densely populated server racks. The HPE Q9U20A RAM's DDR4 technology ensures that users can maximize their memory capacity without compromising on system size or performance.

Improved Error Correction

Advanced Data Integrity Features

DDR4 technology incorporates advanced error correction techniques, improving data integrity and reducing the chances of errors or corruption. The HPE Q9U20A RAM's DDR4 technology provides users with enhanced reliability and peace of mind, ensuring that critical data is accurately stored and retrieved without any issues. This feature is particularly crucial for businesses or professionals who rely on their systems for mission-critical tasks or sensitive data storage.

Load Type: Load Reduced

Enhanced Memory Performance

Increased Memory Capacity

Optimized Performance with Large Datasets

The Load Reduced feature of the HPE Q9U20A RAM enhances memory performance by increasing memory capacity. With load reduced modules, users can optimize performance when working with large datasets or memory-intensive applications. This feature is particularly beneficial for professionals in fields such as data analysis, scientific research, or virtualization, where extensive memory resources are crucial for efficient operations.

Improved Memory Channel Efficiency

Reduced Latency and Improved Throughput

Load reduced modules improve memory channel efficiency by reducing latency and improving throughput. The HPE Q9U20A RAM's Load Reduced feature ensures that data can flow smoothly and quickly between the memory and other system components, resulting in improved system performance. This feature is particularly advantageous for users who engage in memory-intensive tasks or require fast data access for their applications.

Scalability and Flexibility

Future-Proof System Upgrades

Adaptability to Evolving Requirements

The Load Reduced feature allows for scalability and flexibility in system upgrades. Users can start with load reduced modules and easily expand their memory capacity as their needs evolve or their budget permits. This adaptability ensures that users can future-proof their systems without the need for a complete overhaul, providing a cost-effective solution for long-term optimization. The HPE Q9U20A RAM's Load Reduced feature enables users to adjust their memory resources according to changing requirements.

Enhanced System Reliability

Stable System Operation with Complex Workloads

Load reduced modules contribute to enhanced system reliability by ensuring stable operation even with complex workloads. Users engaging in resource-intensive tasks or running memory-intensive applications can rely on the HPE Q9U20A RAM's Load Reduced feature to maintain system stability and prevent any performance bottlenecks. This feature is particularly critical for businesses or professionals who depend on their systems for mission-critical operations or data processing.

Compatibility: Proliant Server Gen10

Seamless Integration

Optimized Performance on Proliant Server Gen10

Efficient Resource Utilization

The HPE Q9U20A RAM is specifically designed for compatibility with the Proliant Server Gen10, ensuring seamless integration and optimized performance. By using this RAM model, users can maximize the capabilities of their Proliant Server Gen10 and efficiently utilize system resources. This compatibility guarantees a smooth user experience and allows users to leverage the full potential of their server for various applications and workloads.

Simplified Installation Process

Easy Upgrade or Replacement

The compatibility between the HPE Q9U20A RAM and the Proliant Server Gen10 simplifies the installation process, making it easy for users to upgrade or replace their existing memory modules. With a seamless fit, users can save time and effort during installation, ensuring minimal disruption to their workflow. This feature proves particularly useful for businesses that need to scale up their server's memory capacity or replace faulty modules without incurring significant downtime.

Reliable Performance and Stability

Validated Compatibility

Ensured System Stability and Reliability

The HPE Q9U20A RAM's compatibility with the Proliant Server Gen10 is validated by HPE, ensuring system stability, reliability, and optimal performance. Users can trust that the RAM meets rigorous quality standards and has undergone extensive testing to guarantee seamless operation within the Proliant Server Gen10 environment. This compatibility eliminates any potential compatibility-related issues, providing users with a reliable and stable system for their critical applications and data storage needs.

Manufacturer Support and Warranty

Peace of Mind and Technical Assistance