HPE 836220-B21 16GB RAM 2400mhz PC4-19200 Cas-17 Ecc DDR4 SDRAM

Part Number: 836220-B21

Easy Identification and Compatibility:

The part number 836220-B21 is a unique identifier for the HPE 16GB RAM 2400mhz PC4-19200 Cas-17 Ecc DDR4 SDRAM Registered 288-pin RAM module. It helps users easily identify the specific product they need and ensures compatibility with their system. With the part number, users can confidently purchase the exact RAM module required for their HPE system, avoiding any potential compatibility issues.

Key Specifications of the 16GB RAM

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: 836220-B21
• Product Title: 16GB DDR4 SDRAM Smart Memory Module

Technical Information

• Capacity: 16GB
• Memory Type: DDR4 SDRAM
• Module Configuration: Single 16GB Module

Performance Metrics

• Bus Speed: 2400MHz DDR4-2400/PC4-19200
• Data Integrity: ECC (Error-Correcting Code)
• Signal Processing: Registered
• CAS Latency: CL17
• Features: 2Rx4

Physical Attributes

Dimensions and Weight

• Form Factor: 288-Pin DIMM
• Shipping Dimensions: Height: 1.00 inches, Depth: 6.75 inches

Compatibility Information

Supported Systems

• Apollo 2000 Series
• Apollo 4200 Series
• Apollo 400 Series
• Apollo 8000 Series
• BL460c Gen9
• DL60 Gen9
• DL80 Gen9
• DL120 Gen9
• DL160 Gen9
• DL180 Gen9
• DL360 Gen9
• DL380 Gen9
• DL388 Gen9 (BTO)
• ML110 Gen9
• ML150 Gen9
• ML350 Gen9
• Synergy 480 Gen9

Efficient Technical Support:

Having the part number readily available is essential when seeking technical support. When troubleshooting or seeking assistance, providing the part number ensures that support personnel can quickly understand the specific product in question. This expedites the resolution process and minimizes any downtime experienced by the user.

Importance of Part Number:

Correct Product Selection:

In the vast world of computer hardware, numerous RAM modules may have similar specifications. However, each module may have a distinct part number that distinguishes it from others. Therefore, knowing and using the correct part number, such as 836220-B21, is crucial to selecting the appropriate RAM module for your system. This helps ensure optimal performance and compatibility.

Accurate Documentation and Tracking:

Maintaining accurate records of purchased hardware is vital for businesses and individuals alike. The part number serves as a reference point for documentation purposes, enabling efficient inventory management and tracking. By associating the part number with relevant information such as warranty details, purchase dates, and system configurations, users can easily access crucial information when needed.

Ensuring Genuine Products:

Counterfeit computer hardware is a concern in today's market. Having a unique part number like 836220-B21 helps users verify the authenticity of the HPE 16GB RAM module they purchase. By cross-referencing the part number with reputable sources and official documentation, users can ensure they are acquiring genuine products that meet quality standards.

Future Upgrades and Expansion:

As technology advances, users may want to upgrade or expand their system's RAM capacity. With the part number, users can easily identify and source additional RAM modules that are compatible with their existing configuration. This simplifies the process of expanding memory capacity and ensures seamless integration with the current system.

Capacity: 16GB

Benefits of Capacity:

Enhanced System Performance:

The HPE 16GB RAM module offers a significant boost in system performance compared to lower-capacity modules. With 16GB of memory, users can expect improved multitasking capabilities, faster response times, and smoother overall operation. This capacity is particularly beneficial for resource-intensive tasks such as video editing, gaming, and running virtual machines.

Future-Proofing:

Investing in a 16GB RAM module provides users with ample headroom for future software advancements and increased memory requirements. As applications become more demanding, having a higher-capacity RAM module helps ensure that your system can handle these evolving needs without the need for immediate upgrades or replacements.

Importance of Capacity:

Smooth Multitasking:

Modern computing involves running multiple applications simultaneously. With a 16GB RAM module, users can seamlessly switch between various programs without experiencing significant slowdowns or performance bottlenecks. This is especially crucial for professionals who rely on efficient multitasking to boost productivity.

Improved Gaming Experience:

Gamers often demand high-performance systems to enjoy smooth gameplay and avoid lags or stutters. The 16GB capacity of the HPE RAM module ensures that gamers have enough memory to run their favorite games along with background processes such as voice chat, streaming software, or system monitoring tools.

Efficient Virtualization:

Virtualization is widely used in both personal and enterprise environments. Whether running virtual machines for testing, development, or production purposes, having a 16GB RAM module allows users to allocate sufficient memory to each virtual machine, ensuring optimal performance. This capacity is particularly important for professionals working in IT, software development, or server administration.

Future Software Demands:

Software applications continue to evolve and become more resource-intensive. By investing in a 16GB RAM module, users can prepare for future software updates and upgrades that may require additional memory to run efficiently. This future-proofing helps extend the lifespan of the system and minimizes the need for frequent upgrades.

Speed: 2400mhz

Benefits of Speed:

Faster Data Processing:

The HPE 16GB RAM module operates at a speed of 2400mhz, allowing for faster data processing and transfer rates. This translates into improved system responsiveness, reduced loading times for applications and files, and overall snappier performance. Users can expect smoother multitasking and a more enjoyable computing experience.

Efficient Workflows:

Professionals who work with resource-intensive software applications often require quick data access and manipulation. The high-speed capability of the HPE RAM module ensures that these workflows are handled efficiently, allowing for faster rendering times, complex computations, and data analysis. This results in increased productivity and reduced time spent waiting for tasks to complete.

Importance of Speed:

Optimal System Performance:

The speed at which data is processed and transferred directly impacts overall system performance. By utilizing a 2400mhz RAM module, users can ensure that their system operates at its full potential. This is particularly important for demanding tasks such as video editing, 3D rendering, scientific simulations, and gaming.

Seamless Multitasking:

Multitasking involves the simultaneous execution of multiple applications or tasks. With a high-speed RAM module, users can switch between programs with minimal delay, ensuring a smooth and uninterrupted workflow. This is especially crucial for professionals who rely on efficient multitasking to handle complex projects or manage multiple clients simultaneously.

Improved Gaming Performance:

Gamers require systems capable of delivering smooth and immersive gameplay experiences. A RAM module operating at 2400mhz ensures that games load quickly, textures render seamlessly, and frame rates remain stable. This speed enhances the overall gaming experience, allowing gamers to fully enjoy their favorite titles without performance limitations.

Efficient Data Analysis:

Professionals working in data analysis, machine learning, or scientific research often deal with large datasets that require speedy processing. The high-speed capability of the HPE 16GB RAM module enables quicker data analysis and reduces the time required to generate insights or perform computations. This leads to more efficient decision-making and accelerated research progress.

Cas Latency: 17

Benefits of Cas Latency:

Reduced Access Time:

Cas latency refers to the delay between when a memory controller requests data from RAM and when it becomes available. A lower case latency, such as 17, results in reduced access time, enabling faster retrieval of data. This translates into improved overall system performance and reduced waiting times for applications to access the required information.

Enhanced Responsiveness:

The lower case latency of the HPE RAM module ensures a more responsive system. Users will notice snappier performance when launching applications, opening files, or executing commands. This responsiveness is particularly beneficial for professionals who rely on quick data access and manipulation to perform their tasks efficiently.

Importance of Cas Latency:

Optimal System Efficiency:

Reducing CAS latency improves the efficiency of data retrieval and processing within the system. By utilizing a RAM module with a CAS latency of 17, users can ensure that their system operates at peak performance, delivering swift response times and smooth multitasking capabilities. This is crucial for professionals working with demanding software applications and resource-intensive tasks.

Improved Gaming Experience:

In gaming, reduced cas latency translates into faster access to game assets, resulting in quicker loading times and smoother gameplay. Gamers will experience reduced lag and improved responsiveness, allowing them to react swiftly in fast-paced games. This feature is especially important for online multiplayer games where split-second decisions can determine victory or defeat.

Efficient Content Creation:

Content creators often work with large media files and complex software applications. A lower CAS latency enables faster data retrieval, ensuring smoother video editing, 3D rendering, graphic design, and audio production workflows. By reducing waiting times for file access and processing, content creators can work more efficiently and meet tight project deadlines.

Seamless Virtualization:

Virtualization relies on efficient memory management to allocate resources to virtual machines. A RAM module with a lower CAS latency optimizes memory access within virtual environments, ensuring smooth operation and reduced delays. This is particularly important for professionals running multiple virtual machines simultaneously or managing virtualized server environments.

Ecc Support: 1

Benefits of Ecc Support:

Data Integrity:

ECC (Error-Correcting Code) support is a crucial feature for users who require reliable and accurate data storage and retrieval. ECC memory modules, like the HPE 16GB RAM, can detect and correct single-bit errors in real time. This ensures data integrity, minimizing the risk of data corruption or loss due to memory errors.

Stability and Reliability:

ECC support enhances system stability and reliability by reducing the likelihood of crashes or system errors caused by memory-related issues. By automatically correcting errors, these RAM modules provide a higher level of confidence in data accuracy and system performance, making them ideal for critical applications and enterprise environments.

Importance of Ecc Support:

Data Protection:

For users dealing with sensitive or critical data, ECC support is essential. It reduces the risk of memory errors that may lead to data corruption or loss. Whether working with financial records, medical information, or important business data, ECC memory provides an additional layer of protection, ensuring the integrity of stored information.

Server and Enterprise Environments:

In server environments where uptime and data reliability are paramount, ECC memory is a crucial component. By detecting and correcting errors in real time, these modules help maintain the stability and performance of critical systems. This is particularly important for businesses that rely on continuous operation, such as cloud computing providers, financial institutions, and data centers.

Workstation and Professional Use:

Professionals working with resource-intensive software applications, such as engineers, architects, or designers, can benefit from ECC memory. This feature ensures that calculations, simulations, and complex operations are performed accurately without the risk of errors caused by memory glitches. ECC support provides peace of mind for professionals who rely on precise computations for their work.

Long-Term Data Integrity:

Data stored in memory can be subject to degradation over time. ECC memory helps mitigate this risk by continuously monitoring and correcting errors. This is particularly important for archival purposes or long-term storage, where data integrity must be maintained for extended periods. ECC support ensures that stored data remains reliable and accessible when needed.

Technology: DDR4

Benefits of Technology:

Higher Data Transfer Rates:

DDR4 (Double Data Rate 4) technology offers faster data transfer rates compared to its predecessor, DDR3. This enables quicker communication between the RAM module and the rest of the system, resulting in improved overall performance. Users can expect faster application loading times, smoother multitasking, and increased productivity.

Lower Power Consumption:

DDR4 technology is designed to operate at lower voltage levels than previous generations, reducing power consumption. This not only contributes to energy efficiency but also generates less heat, leading to improved system stability and longevity. Lower power consumption is particularly advantageous for portable devices such as laptops, where battery life is a crucial factor.

Importance of Technology:

Compatibility with Modern Systems:

DDR4 technology has become the standard for modern computer systems, offering increased performance and efficiency compared to older memory technologies. By utilizing a DDR4 RAM module like the HPE 16GB RAM, users can ensure compatibility with the latest motherboards and processors, maximizing system performance and future upgradability.

Future-Proofing:

Investing in DDR4 technology ensures that your system is equipped to handle future software advancements and increased memory requirements. As applications continue to evolve, DDR4-compatible systems will have the necessary infrastructure to support the latest software features and optimizations without the need for immediate upgrades.

Enhanced System Performance:

DDR4 memory's higher data transfer rates enable faster access to stored information, resulting in improved system responsiveness and reduced latency. Whether running demanding software applications, multitasking, or gaming, DDR4 technology ensures that your system operates at its full potential, delivering a seamless and efficient computing experience.

Improved Energy Efficiency:

The lower voltage requirements of DDR4 memory modules contribute to improved energy efficiency. This is particularly important for users conscious of their carbon footprint or those seeking to reduce electricity costs. DDR4 technology allows systems to operate at optimal performance while consuming less power, making it an environmentally friendly choice.

Form Factor: Registered 288-pin

Benefits of Form Factor:

Scalability and Expandability:

The registered 288-pin form factor of the HPE 16GB RAM module offers excellent scalability and expandability options. This form factor allows for increased memory capacity by accommodating additional RAM modules in the system. Users can easily add more modules without requiring major hardware changes, making it ideal for future upgrades or meeting evolving memory demands.

Enhanced System Stability:

Registered memory modules offer improved signal integrity and reduced electrical load on the system's memory controller. This results in enhanced system stability and fewer errors caused by signal interference or electrical noise. The registered 288-pin form factor ensures reliable data transfer, reducing the risk of crashes, freezes, or data corruption.

Importance of Form Factor:

Flexibility in Memory Configuration:

The registered 288-pin form factor provides users with flexibility in configuring their system's memory. By accommodating multiple RAM modules, users can tailor memory capacity to their specific needs without requiring a complete overhaul of the system. This flexibility is particularly valuable for professionals working with resource-intensive applications or running virtualized environments.

Server and Enterprise Environments:

Registered memory modules are commonly used in server and enterprise environments due to their stability and compatibility with multi-processor systems. The 288-pin form factor ensures proper alignment and optimal performance in these high-demand scenarios, where reliability and data integrity are critical for uninterrupted operation.

Future Expansion:

The registered 288-pin form factor allows users to plan for future memory expansion. By utilizing this form factor, users can ensure compatibility with future generations of RAM modules, enabling seamless upgrades as memory technologies evolve. This future-proofing helps extend the lifespan of the system and reduces the need for frequent hardware replacements.

Reliable Data Storage and Retrieval:

The registered 288-pin form factor contributes to reliable data storage and retrieval by minimizing signal interference and electrical noise. This ensures accurate data transfer and reduces the risk of errors or data corruption. Whether working with large datasets, critical business applications, or extensive multimedia projects, users can trust in the stability and reliability provided by this form factor.