HPE DDR4-2400 64GB Quad Rank x4 Server Memory

In the world of high-performance computing, every component plays a crucial role in delivering the speed, reliability, and efficiency businesses demand. Among these, server memory is pivotal in maintaining seamless operations, especially for data-intensive applications. HPE DDR4-2400 64GB Quad Rank x4 Server Memory stands out as a powerful and reliable choice, designed specifically for enterprise environments where performance and dependability are non-negotiable.

HPE DDR4-2400 64GB Quad Rank x4 Server Memory

The HPE DDR4-2400 64GB is a robust server memory module tailored for demanding workloads. It features Quad Rank x4 architecture, ensuring higher memory density and improved multitasking capabilities. Engineered by HPE, this server memory module seamlessly integrates with HPE servers, delivering optimized performance, energy efficiency, and long-term reliability.

Whether managing large-scale databases, running virtualized environments, or supporting high-demand analytics, this memory module is designed to meet enterprise-level needs. Its compatibility with HPE ProLiant servers ensures businesses can easily scale their systems without compromising on performance.

Key Features HPE DDR4-2400 64GB

1. High Capacity
   With a 64GB capacity, the HPE DDR4-2400 offers ample room for handling large datasets and complex computational tasks. It’s ideal for memory-intensive applications such as virtualization, cloud computing, and AI workloads.
2. DDR4 Technology
   Leveraging DDR4 technology, this module provides faster data transfer rates and higher bandwidth compared to its DDR3 predecessors. The 2400 MT/s speed ensures quick processing and reduced latency.
3. Quad Rank x4 Configuration
   The Quad Rank x4 configuration enhances data integrity and improves the memory module’s overall efficiency. It also supports higher densities, making it suitable for systems requiring substantial memory capacity.
4. Reliability with ECC
   The inclusion of Error-Correcting Code (ECC) ensures data accuracy by automatically detecting and correcting memory errors. This feature is crucial for maintaining system stability in mission-critical applications.
5. Energy Efficiency
   Operating at 1.2V, the memory module consumes less power, reducing heat output and energy costs while maintaining performance.

Benefits of HPE DDR4-2400 64GB

• Enhanced System Performance: With its high-speed capabilities and large capacity, this memory module boosts server performance, enabling faster processing of workloads.
• Improved Reliability: The ECC functionality minimizes the risk of data corruption, ensuring a stable and reliable server environment.
• Scalability: Its design aligns with HPE servers, allowing businesses to scale effortlessly as their needs grow.
• Cost Efficiency: By optimizing energy usage and delivering consistent performance, it lowers operational costs in the long run.

Applications

The HPE DDR4-2400 64GB is well-suited for various enterprise scenarios, including:

• Virtualization: Supports virtual machines and containers, ensuring smooth and efficient operation.
• Big Data Analytics: Handles large datasets for predictive analytics and real-time insights.
• Cloud Computing: Powers cloud infrastructures with high availability and reliability.
• Artificial Intelligence: Provides the memory bandwidth needed for AI algorithms and machine learning models.

Why Choose HPE DDR4-2400 64GB?

Choosing HPE DDR4-2400 64GB ensures you get a memory solution that’s not only high-performing but also tailored to HPE servers. This synergy guarantees compatibility, reduced troubleshooting, and maximized output.

Optimizing Memory for Your Business Needs

Investing in the right server memory can dramatically enhance your business’s IT infrastructure. Whether you’re running data centers or hybrid cloud environments, the HPE DDR4-2400 64GB memory module is designed to adapt to evolving workloads and scale with your needs.

HPE DDR4-2400 64GB Quad Rank x4 Server Memory Specifications

Additional Insights

• HPE Quality Assurance: Each memory module undergoes rigorous testing to meet HPE’s high standards.
• Future-Proof Investment: Built to support current and upcoming server workloads, ensuring longevity and performance.

By integrating the HPE DDR4-2400 64GB into your IT ecosystem, you’re equipping your business with a reliable and efficient memory solution that drives productivity and ensures operational excellence.

Frequently Asked Questions (FAQ)

1. What is the capacity of the HPE DDR4-2400 64GB memory module?
The module has a capacity of 64GB, suitable for handling large datasets and memory-intensive applications.

2. How does Quad Rank x4 configuration benefit server memory?
The Quad Rank x4 setup increases memory density, improves data access efficiency, and supports higher capacity without compromising performance.

3. Is the HPE DDR4-2400 64GB compatible with non-HPE servers?
While it’s optimized for HPE ProLiant servers, it may work with other compatible systems that support DDR4-2400 memory. However, HPE servers ensure maximum performance and compatibility.

4. Does this module include ECC functionality?
Yes, it features Error-Correcting Code (ECC), which helps detect and correct memory errors for stable and reliable system operations.

5. What are the power requirements for this memory module?
The HPE DDR4-2400 operates at a low 1.2V, making it energy-efficient and reducing heat output.

6. Can I use this memory for virtualization workloads?
Absolutely. Its high capacity and speed make it ideal for virtualization, supporting multiple virtual machines and efficient resource allocation.

7. Is the HPE DDR4-2400 suitable for future server upgrades?
Yes, This Server RAM designed to handle current and emerging workloads, ensuring scalability and long-term investment protection.

8. How does DDR4 compare to DDR3 in terms of performance?
DDR4 offers faster data transfer rates, improved bandwidth, and lower power consumption compared to DDR3, making it a superior choice for enterprise environments.

9. What is the primary use case for this memory module?
It’s best suited for high-performance computing, virtualization, big data analytics, cloud computing, and AI workloads.