HPE 726719-256 256GB DDR4 2133mhz Dual Rank ECC Reg Ram

Speed: 2133MHz

The speed of a memory module plays a crucial role in determining the overall performance and responsiveness of a computer system. When it comes to the HPE 256GB Pc4-17000 DDR4 Dual Rank, the speed feature is highlighted by its impressive 2133MHz capability. In this section, we will explore the benefits and importance of this feature for users.

Improved Data Transfer Rate

One of the primary advantages of having a memory module with a high speed like 2133MHz is the improved data transfer rate. The higher the speed, the faster the module can read and write data. This means that tasks such as loading large applications, transferring files, and running memory-intensive processes become significantly faster and more efficient.

Enhanced Multitasking Abilities

In today's fast-paced digital world, multitasking has become a necessity for many users. Whether you are a professional working on resource-demanding software or a gamer running multiple applications simultaneously, having a memory module with a speed of 2133MHz allows for seamless multitasking capabilities. It ensures that your system can handle heavy workloads without experiencing slowdowns or lag.

Smooth Gaming Experience

Gamers, in particular, can greatly benefit from the high speed offered by the HPE 256GB Pc4-17000 DDR4 Dual Rank. The 2133MHz speed ensures that game data is quickly loaded into memory, reducing loading times and providing a smooth gaming experience. Additionally, it allows for faster rendering and smoother gameplay, especially in graphics-intensive games.

Efficient Content Creation

For content creators who work with resource-intensive software such as video editing or 3D modeling programs, having a memory module with a speed of 2133MHz is essential. The high-speed capability enables faster rendering times and smoother real-time previews, allowing creators to work more efficiently and complete projects in less time.

ECC: 1

Error-Correcting Code (ECC) is a crucial feature in memory modules that helps detect and correct errors in data. The HPE 256GB Pc4-17000 DDR4 Dual Rank boasts an ECC value of 1, emphasizing its ability to provide error detection and correction. Let's explore the benefits and importance of this feature for users.

Data Integrity Assurance

One of the primary benefits of ECC memory is its ability to ensure data integrity. The ECC feature detects and corrects single-bit errors, preventing them from causing system crashes or data corruption. This is especially crucial for users who handle critical data or rely on their systems for mission-critical tasks where data accuracy is paramount.

Stability and Reliability

By incorporating ECC memory into your system, you can significantly enhance its stability and reliability. The error detection and correction capabilities allow for a more robust system that can withstand potential memory errors without compromising performance. This is particularly important for enterprise environments or servers that run continuously, where even small errors can have significant implications.

Reduced Downtime and Maintenance Costs

The ECC feature in the HPE 256GB Pc4-17000 DDR4 Dual Rank helps reduce downtime and maintenance costs associated with memory-related errors. By detecting and correcting errors on the fly, the system can continue running smoothly without requiring manual intervention or rebooting. This translates to increased productivity and cost savings by minimizing the need for troubleshooting or replacing faulty memory modules.

Registered: 1

Registered memory, also known as buffered memory, is a feature found in advanced memory modules like the HPE 256GB Pc4-17000 DDR4 Dual Rank. With a registered value of 1, this memory module offers enhanced stability and reliability. Let's delve into the benefits and importance of this feature for users.

Improved Signal Integrity

Registered memory modules employ a register component that acts as an intermediary between the memory module and the memory controller. This helps improve signal integrity by reducing electrical load and minimizing signal reflections. As a result, data transmission becomes more stable and reliable, leading to fewer errors and improved overall system performance.

Expanded Memory Capacity

Another advantage of registered memory is its ability to support higher memory capacities. The register component allows for better control and organization of data within the memory module, enabling larger memory configurations. This is particularly beneficial for users who require extensive memory for demanding applications or server environments where large datasets need to be processed.

Enhanced System Scalability

Registered memory plays a crucial role in enhancing system scalability by allowing for the installation of multiple memory modules without sacrificing stability or performance. The register component ensures that the memory modules communicate effectively with the memory controller, even when dealing with larger memory configurations. This enables users to expand their system's memory capacity as their needs grow, without compromising system stability or performance.

Pin Count: 288

The pin count is an important specification to consider when selecting a memory module like the HPE 256GB Pc4-17000 DDR4 Dual Rank. With a pin count of 288, this module offers several benefits and importance for users.

Compatibility and Interchangeability

The pin count determines the physical connection between the memory module and the motherboard. Having a pin count of 288 ensures compatibility with motherboards designed to accommodate this specific pin configuration. This allows users to easily install the HPE 256GB Pc4-17000 DDR4 Dual Rank into compatible systems, ensuring seamless integration without the need for additional adapters or modifications.

Future-Proofing

Opting for a memory module with a higher pin count, such as 288, can provide future-proofing benefits. As technology advances, newer motherboards may require memory modules with higher pin counts to support increased memory capacities or improved data transfer rates. By choosing a module with a higher pin count, users can ensure compatibility with future systems and avoid the need for premature upgrades.

Optimal Electrical Performance

The pin count also affects the electrical performance of the memory module. A higher pin count allows for more connections between the module and the motherboard, enabling better signal transmission and reducing electrical resistance. This results in improved stability and reliability of data transfer, ensuring optimal performance of the memory module within the system.

Part Number: 726719-256

The part number of a memory module serves as a unique identifier that helps users identify and select the specific module they require. The HPE 256GB Pc4-17000 DDR4 Dual Rank boasts the part number 726719-256, which holds its own significance and benefits for users.

Accurate Identification and Compatibility

The part number serves as an accurate identifier for the HPE 256GB Pc4-17000 DDR4 Dual Rank module. It allows users to precisely identify and select the exact module they need, ensuring compatibility with their system's specifications. This helps avoid potential compatibility issues or purchasing the wrong memory module variant.

Easy Replacement and Upgrades

In cases where users need to replace or upgrade their memory modules, having a specific part number simplifies the process. By referencing the part number 726719-256, users can easily find and procure the exact replacement or upgrade module they require. This saves time and eliminates guesswork when it comes to selecting the appropriate memory module for their system.

Product Support and Documentation

The part number is often used as a reference in product support and documentation. It allows users to find specific information, such as technical specifications, compatibility details, and troubleshooting guides, related to the HPE 256GB Pc4-17000 DDR4 Dual Rank. This aids in obtaining accurate and relevant information when seeking support or conducting further research on the module.