HPE 8GB DDR3 SDRAM 240-Pin Ram - 715283-001

ECC Feature: ECC Registered

What is ECC?

ECC, which stands for Error-Correcting Code, is a technology that detects and corrects errors in data storage and transmission. It is particularly important in critical systems where data integrity is crucial, such as servers and workstations. ECC memory is designed to provide higher reliability and protect against data corruption.

The Importance of ECC Registered

ECC Registered is a specific type of ECC memory that offers additional benefits over standard ECC memory. It provides an extra layer of error detection and correction capabilities, making it even more reliable. This makes it ideal for demanding applications that require maximum data integrity and system stability.

Enhanced Data Integrity

ECC Registered memory uses a register or buffer between the memory controller and the memory modules. This register helps to reduce electrical load on the memory controller and improve stability. It also allows for better signal integrity, minimizing the chances of data corruption or transmission errors.

Improved Performance

The use of ECC Registered memory can also contribute to improved overall system performance. By reducing the electrical load on the memory controller, it allows for more efficient data transfers. This can result in faster processing times and reduced latency, leading to a smoother and more responsive computing experience.

Higher Capacity Support

ECC Registered memory modules are typically available in higher capacities compared to standard ECC memory modules. This means that users can expand their system's memory capacity without sacrificing data integrity or stability. It is especially beneficial for memory-intensive tasks or applications that require large amounts of RAM.

Server-grade Reliability

ECC Registered memory is commonly used in server environments where reliability is of utmost importance. Servers often run critical applications or handle sensitive data, making any errors or downtime unacceptable. By utilizing ECC Registered memory, server administrators can ensure that their systems are equipped with the highest level of data protection and reliability.

Pin Feature: 240-Pin

Understanding the Pin Configuration

The pin configuration refers to the number and arrangement of pins on a memory module. In the case of the HPE 8GB 1600mhz Pc3-12800 DDR3 SDRAM, it features a 240-pin design. This pin configuration is commonly used in DDR3 memory modules and offers several advantages for users.

The Benefits of 240-Pin

Compatibility

One of the main benefits of the 240-pin design is its widespread compatibility. Many motherboards and systems are designed to support memory modules with this specific pin configuration. This means that users can easily upgrade or replace their existing memory modules without worrying about compatibility issues.

High Bandwidth Support

The 240-pin design allows for a higher number of pins, which translates to increased bandwidth capabilities. This enables the memory module to transfer data at faster speeds, resulting in improved overall system performance. Users can expect smoother multitasking, faster data access, and quicker application loading times.

Future-Proofing

Investing in memory modules with a 240-pin configuration is a smart choice for future-proofing your system. As technology advances and new generations of memory modules are introduced, it is likely that they will continue to utilize the 240-pin design. By opting for this pin configuration, users can ensure that their systems are ready to handle future upgrades or advancements in memory technology.

Upgradeability

The 240-pin configuration also allows for easy upgradeability. Users can add additional memory modules or replace existing ones without any major hassle. This flexibility is particularly useful for users who anticipate their computing needs to grow over time or for those who want to optimize their system's performance without investing in a completely new system.

CL Feature: CL11

Understanding CAS Latency (CL)

CAS Latency, often abbreviated as CL, is a crucial parameter that determines the speed and latency of memory modules. It represents the number of clock cycles it takes for the memory module to respond to a command from the memory controller. In the case of the HPE 8GB 1600mhz Pc3-12800 DDR3 SDRAM, it features a CL11 latency.

The Benefits of CL11

Optimized Performance

The CL11 latency indicates that the memory module can quickly respond to commands from the memory controller. This results in optimized performance and reduced latency, allowing for faster data access and improved overall system responsiveness. Users can expect smoother multitasking, quicker application loading times, and enhanced system performance.

Compatibility

Memory modules with a CL11 latency are widely supported by various motherboards and systems. This means that users can easily integrate the HPE 8GB 1600mhz Pc3-12800 DDR3 SDRAM into their existing systems without compatibility issues. It ensures a seamless upgrade or replacement process, eliminating any concerns about hardware compatibility.

Energy Efficiency

Lower CAS Latency values, such as CL11, often imply lower power consumption. This can be beneficial for users looking to maximize energy efficiency in their systems. By utilizing memory modules with lower CAS Latency, users can potentially reduce their energy consumption and contribute to a greener computing environment.

Gaming and Multimedia Applications

The CL11 latency is particularly advantageous for gaming and multimedia applications that require fast and responsive memory access. Gamers can benefit from reduced loading times, smoother gameplay, and improved overall gaming performance. Similarly, multimedia enthusiasts can enjoy faster rendering times, seamless video editing, and smoother multitasking.

Part Number Feature: 715283-001

The Significance of Part Numbers

Part numbers play a crucial role in identifying and sourcing specific components or products. In the case of the HPE 8GB 1600mhz Pc3-12800 DDR3 SDRAM, its part number is 715283-001. Understanding the importance of part numbers can help users ensure compatibility, ease of replacement, and access to technical support.

Benefits and Importance of 715283-001

Compatibility Assurance

By referencing the part number 715283-001, users can ensure that they are purchasing the exact memory module specified by the manufacturer. This eliminates any ambiguity or confusion regarding compatibility with their specific system or device. It guarantees a seamless integration process and minimizes the risk of encountering compatibility issues.

Technical Support and Documentation

Part numbers are often used as references for technical support or finding relevant documentation. When troubleshooting or seeking assistance, providing the specific part number can help support teams identify the exact product and provide accurate guidance. Additionally, part numbers are commonly listed in product manuals, datasheets, and online resources, making it easier for users to access detailed information about their memory module.

Replacement and Upgrades

The part number 715283-001 also simplifies the process of replacing or upgrading memory modules. Users can simply search for the specific part number when looking for compatible replacements or upgrades. This ensures a hassle-free experience and saves time in finding the correct memory module that matches their system's requirements.

System Maintenance and Inventory Management

For system administrators or IT professionals responsible for managing multiple systems, part numbers are essential for system maintenance and inventory management. By keeping track of the part numbers associated with each system's memory modules, it becomes easier to identify and replace faulty modules, perform upgrades, or maintain an accurate inventory of available components.

In conclusion, the HPE 8GB 1600mhz Pc3-12800 DDR3 SDRAM offers various features that contribute to its overall performance, reliability, and compatibility. The ECC Registered feature enhances data integrity and stability, making it ideal for critical systems. The 240-Pin design ensures compatibility and high bandwidth support. The CL11 latency optimizes performance and energy efficiency. Lastly, the part number 715283-001 simplifies compatibility assurance, technical support, and replacement processes. With these features, users can expect a reliable and efficient memory module for their computing needs.