HPE R9Q18A 32GB PC5-38400 DDR5-4800MHz 1Rx4 ECC Memory

Overview of the R9Q18A HPE 32GB DDR5 Memory

The R9Q18A HPE 32GB DDR5 4800MHz PC5-38400 Cl42 ECC Registered Single Rank X4 1.1v SDRAM 288-pin RDIMM Standard Memory Kit For Server is designed for high-performance enterprise servers. This memory kit ensures a superior experience in memory-intensive applications by providing reliable and fast memory access. Whether you are upgrading existing server systems or building new configurations, the R9Q18A memory module offers essential features like error-correcting code (ECC) and advanced DDR5 architecture to meet demanding workloads with exceptional performance.

Key Features

Understanding the standout features of the R9Q18A HPE DDR5 memory kit is essential for those looking to enhance server performance. This section highlights the key features that set the memory kit apart from standard memory modules.

High-Speed DDR5 Performance

The R9Q18A HPE memory kit leverages the latest DDR5 technology to deliver impressive performance. With a speed of 4800MHz and a bandwidth of PC5-38400, this memory provides faster data transfer rates compared to older DDR4 modules. This high speed ensures faster access to data, reducing bottlenecks and improving the overall efficiency of data-intensive applications.

ECC (Error-Correcting Code) for Reliability

One of the most critical features of the R9Q18A HPE memory is its Error-Correcting Code (ECC) capability. ECC memory is essential for server environments where data integrity is paramount. It detects and corrects errors in real time, preventing data corruption that could lead to server downtime. This added reliability makes the R9Q18A ideal for mission-critical workloads.

Registered (Buffered) Memory for Enhanced Stability

The R9Q18A HPE 32GB DDR5 memory module is registered (also known as buffered) to improve the stability and performance of the server's memory. Registered memory uses a register to help manage the memory signals, allowing for higher capacity and greater stability, especially in high-density server configurations. This ensures that the memory operates efficiently even under heavy loads.

Specifications and Technical Details

The specifications and technical details of the R9Q18A HPE DDR5 memory kit reveal the components that make it a top choice for server environments. Here are the key technical characteristics of the product:

Memory Capacity

The R9Q18A memory kit comes with 32GB of DDR5 memory, providing ample capacity for large-scale server applications. With a larger memory capacity, your server can handle more data and execute tasks with increased speed. This is particularly important for data-heavy operations, virtualization, and database management.

Speed and Bandwidth

The 4800MHz speed and PC5-38400 bandwidth offer substantial improvements over older DDR4 memory. This ensures faster data transfer rates, which can significantly improve the performance of enterprise servers that require high bandwidth for intensive processing tasks. This is crucial for workloads like big data analytics, machine learning, and virtualization.

Latency and CAS Latency

The R9Q18A DDR5 memory operates with a CAS latency of 42 (Cl42). While DDR5 modules generally have higher latency than DDR4, they offer greater overall bandwidth, which offsets the latency difference, particularly in server environments where speed is paramount.

Power Consumption

With a voltage of 1.1v, the R9Q18A memory kit is designed to be more power-efficient compared to previous generations. Lower power consumption not only reduces operational costs but also ensures that your server remains cool and stable during extended periods of high performance.

Form Factor: 288-pin RDIMM

The R9Q18A memory module comes in a 288-pin RDIMM (Registered Dual Inline Memory Module) form factor, which is compatible with a wide range of server motherboards. The RDIMM design ensures that the module is more stable and efficient in high-performance environments.

Applications of the R9Q18A Memory Kit

The R9Q18A HPE 32GB DDR5 memory kit is ideal for various server applications that demand high-speed, reliable, and stable memory. Below are some of the key scenarios where this memory kit can be utilized:

Enterprise Servers

In enterprise environments, where uptime and reliability are critical, the R9Q18A memory module provides the necessary performance and error-correcting features to ensure that business operations continue smoothly. Whether it’s running virtualized environments, handling large-scale databases, or supporting high-traffic applications, this memory kit is built to handle the most demanding tasks.

Virtualization and Cloud Computing

With its high capacity and fast data processing capabilities, the R9Q18A HPE memory kit is a top choice for virtualized environments. Servers running multiple virtual machines (VMs) or cloud applications benefit from its ability to handle large workloads and deliver quick access to data, enhancing the performance of each virtual instance.

Big Data and Analytics

The R9Q18A memory kit’s high bandwidth and ECC functionality make it an excellent choice for big data analysis and high-performance computing (HPC) applications. Servers performing data analytics require substantial memory capacity and reliable error correction to ensure data integrity throughout long and complex processing tasks.

Database Management

In database management, the speed of data access and the ability to maintain integrity during transactions are crucial. The R9Q18A DDR5 memory kit’s high speed, capacity, and ECC make it perfect for large databases, ensuring smooth operations and preventing downtime caused by memory errors.

Compatibility and System Requirements

Before purchasing the R9Q18A HPE DDR5 memory kit, it is important to check its compatibility with your server's motherboard and processor. Here are some key points to consider when ensuring compatibility:

Supported Platforms

The R9Q18A memory kit is designed for servers that support DDR5 technology, including certain HPE ProLiant servers and other enterprise-grade platforms. Ensure that your server supports DDR5 memory to fully utilize the capabilities of this high-performance kit.

Processor and Chipset Compatibility

The processor and chipset must support DDR5 memory to achieve the full performance potential of the R9Q18A memory module. Check your server’s specifications to confirm compatibility with DDR5 standards. Most modern Intel and AMD server processors offer support for DDR5, but it is crucial to verify before installation.

Operating System and Firmware Support

Make sure that your server’s operating system and firmware are updated to support DDR5 memory. Firmware and OS updates may be necessary to ensure proper recognition and operation of the R9Q18A memory kit within your server environment.

Choose the R9Q18A HPE DDR5 Memory Kit

Choosing the right memory for your server is crucial for optimizing performance and reliability. The R9Q18A HPE 32GB DDR5 4800MHz memory kit offers the perfect balance of speed, capacity, and error correction, making it a great choice for enterprise servers. Below are some of the reasons why this memory kit stands out:

Superior Performance for Demanding Applications

With its DDR5 architecture, the R9Q18A memory kit offers faster data processing and higher bandwidth than older DDR4 modules, making it ideal for handling complex workloads, large datasets, and high-performance applications. The 4800MHz speed and 32GB capacity ensure your server performs at its best, even under heavy loads.

Reliability for Mission-Critical Applications

The ECC feature adds an extra layer of reliability, making it a suitable choice for mission-critical applications where data integrity is paramount. By preventing memory errors and automatically correcting them, the R9Q18A ensures your server operates without interruptions.

Energy Efficiency

At a lower voltage of 1.1v, this memory kit consumes less power, contributing to overall energy savings. This is particularly beneficial in large data centers, where power consumption is a significant concern. Lower power usage also reduces heat generation.