HPE P58488-001 64GB RAM PC4-25600 DDR4-3200Mhz 2RX4 Ecc New

In the world of information technology and server infrastructure, memory modules play a crucial role in ensuring the smooth and efficient operation of servers. One such memory module is the P58488-001, a 64 Gigabytes (GB) 2rx4 DDR4 ECC Registered RDIMM, specifically designed for HPE Gen10 Plus AMD servers. This article will provide an in-depth understanding of the various technical aspects of this memory module, breaking down its specifications and features into simple terms for easy comprehension.

Before we dive into the technical details, let's break down the product name:

• P58488-001: This is a unique identifier for the product. It's like a serial number or code that helps identify this specific memory module.
• 64 Gigabytes (GB): This indicates the memory capacity of the module. In simple terms, it's like the storage space on your computer, but in this case, it's for the server.
• (1x64GB): This part tells us that there's one memory module included, and it has a capacity of 64GB.
• 2rx4 DDR4 3200MHz: These terms describe the memory technology and speed. It's DDR4 (Double Data Rate 4) memory, running at a speed of 3200MHz. Think of this as how fast the memory can process data.
• PC4-25600: This is another way of denoting the memory speed. PC4-25600 corresponds to the same speed as 3200MHz.
• Dual Rank X4: This indicates the organization of the memory on the module. It's organized in a dual-rank configuration with 4 data lines. This arrangement helps with performance and reliability.
• CL22: CL stands for CAS Latency, which is a measure of how quickly the memory responds to requests. Lower numbers are better, so CL22 is a good balance between speed and responsiveness.
• 288-pin: This is the physical connector used to plug the memory module into the server. It's a standardized size and shape to ensure compatibility.
• Error Correction Code (ECC): ECC is a feature that helps detect and correct errors in the data stored in memory. It's crucial for data integrity in critical server applications.
• Registered RDIMM: RDIMM stands for Registered Dual In-Line Memory Module. This means that the memory module has a register to help manage the data flow, which is important for stability and performance.
• Genuine HPE Smart Memory Module: This tells us that the memory module is an official product from Hewlett Packard Enterprise (HPE), and it's designed with smart features to optimize its performance in HPE servers.
• For HPE Gen10 Plus AMD Servers: This memory module is specifically designed to work with HPE Gen10 Plus servers that use AMD processors. It's essential to ensure compatibility between memory modules and server hardware.

The capacity of 64GB is a significant feature of this memory module. To put it in simple terms, it's like having a massive digital notepad on the server. The server uses this space to store and process data, like a library that holds all the information it needs to work effectively.

This capacity is especially important for servers used in data-intensive tasks, such as running databases, virtual machines, or high-performance computing applications. The 64GB capacity allows the server to handle large amounts of data and perform tasks more efficiently.

The memory type, DDR4, stands for Double Data Rate 4. It's a generation of memory technology that's faster and more efficient than its predecessors. In the case of this memory module, it operates at a speed of 3200MHz.

Think of this speed as how quickly the memory can process and access data. It's like the speed at which you can read a book – the faster you can flip the pages, the quicker you can find the information you need. A faster memory speed results in better server performance, especially when handling multiple tasks simultaneously.

The speed of this memory module is also denoted as PC4-25600. This might look a bit different, but it's essentially the same as 3200MHz. The PC4-25600 terminology is another way of expressing the memory speed. It's part of the JEDEC standard, which is a set of specifications for computer memory.

So, when you see PC4-25600, you can think of it as a way to describe the memory's speed, just like we use "3200MHz."

The memory module is organized in a Dual Rank X4 configuration. Let's break this down:

• Dual Rank: This means that there are two sets of memory chips on the module that work together. It's like having two librarians who can fetch books for you faster. This configuration helps improve memory performance.
• X4: The "X4" indicates that there are 4 data lines per rank. Think of these data lines as lanes on a highway. More lanes mean that more data can flow through, making data access faster and more efficient.

CAS Latency, often abbreviated as CL, is a crucial factor in memory performance. A CAS Latency of 22 means that it takes a bit of time for the memory to respond to requests. Lower numbers are better in this context, as they indicate faster response times.

Imagine you're in a library, and you ask the librarian for a book. A lower CAS Latency is like having a librarian who can quickly locate and hand you the book, while a higher CAS Latency means you might wait a little longer. In the case of this memory module, a CAS Latency of 22 is a good balance between speed and responsiveness.

The physical connector of this memory module is 288 pins. This is a standardized size and shape for memory modules, ensuring that they can be easily installed in compatible servers. It's similar to having a specific key that fits a particular lock – the 288-pin connector is the key that fits into the server's memory slot.

Error Correction Code, or ECC, is a critical feature of this memory module. It's like having a spell-checker for your server's memory. Here's how it works:

• Servers deal with vast amounts of data, and sometimes, tiny errors can creep in. These errors can be due to various factors, such as electrical noise or cosmic rays.
• ECC is like a vigilant librarian who checks the books in the library for any typos or mistakes. If it finds any errors in the data stored in memory, it corrects them on the spot. This is crucial for data integrity, especially in environments where even the smallest error can have serious consequences, such as in financial transactions or scientific calculations.
• ECC adds a layer of reliability and stability to the server, ensuring that the data it processes is accurate and error-free.

The term "RDIMM" stands for Registered Dual In-Line Memory Module. It's a type of memory module that includes a register. Think of the register as an efficient librarian who manages the flow of visitors in a library:

• In a busy library (server), visitors (data) come and go, and it's essential to keep track of them. The librarian (register) helps organize the visitors, ensuring that there's no overcrowding and that everyone gets served in an orderly manner.
• The register also helps with stability. It's like having a traffic control system in place to manage the flow of data, preventing congestion, and ensuring that everything runs smoothly.
• RDIMMs are often used in servers where reliability and performance are critical. They add an extra layer of control and efficiency to the memory subsystem.

Genuine HPE Smart Memory Module

This memory module is labeled as "Genuine HPE Smart Memory." Here's what this means:

• "Genuine HPE" indicates that it's an official product from Hewlett Packard Enterprise, a trusted and reputable manufacturer of server hardware and components.
• "Smart Memory" suggests that the memory module is not just any ordinary memory – it's designed with intelligent features. Think of it as having a memory module with built-in sensors and optimization capabilities.
• The "Smart" part means that the memory can monitor its own performance and health. It can detect issues and notify the server's management software if anything is amiss.
• This proactive monitoring is like having a librarian who not only fetches books for you but also checks the condition of the books and lets you know if any of them need maintenance or replacement.
• Smart memory can also optimize its performance based on the specific requirements of the server, ensuring that it operates at its best capacity.
• Choosing a genuine HPE Smart Memory module ensures that you're getting a high-quality, reliable, and intelligent memory component for your server.

Compatibility with HPE Gen10 Plus AMD Servers

The last part of the product name specifies that this memory module is designed for HPE Gen10 Plus AMD servers. Let's explore what this means:

• HPE Gen10 Plus: Hewlett Packard Enterprise (HPE) Gen10 Plus servers are part of the Gen10 server series. They are the latest generation of servers offered by HPE, known for their advanced features and performance. These servers are designed for various business-critical applications, data centers, and enterprise needs.
• AMD Servers: This memory module is specifically intended for servers that use AMD processors. AMD is a major player in the processor market, providing high-performance CPU options. The memory module is optimized to work seamlessly with AMD-based servers.
• Compatibility: Server hardware components, such as memory modules, need to be compatible with the server's architecture and processor. If they aren't, it can lead to stability issues and performance bottlenecks. This memory module is engineered to work flawlessly with HPE Gen10 Plus servers powered by AMD processors, ensuring a harmonious and efficient operation.

The Importance of Memory in Servers

Now that we've dissected the product name and its technical details, let's emphasize the importance of memory in servers. Think of a server as a powerful brain that processes information and serves it to connected devices and users. Memory is like the short-term memory of this brain, where it temporarily stores data that's being actively processed.

Here are some key points to understand:

• Data Processing: Servers handle vast amounts of data. They receive requests, process transactions, run applications, and perform various tasks simultaneously. Memory is crucial for storing the data needed for these tasks. The more memory a server has, the more efficiently it can manage these tasks.
• Speed Matters: The speed of memory is a critical factor. Faster memory means quicker data access, which translates to faster response times. This is especially important for tasks that demand real-time processing, such as online transactions or gaming.
• Reliability: Servers need to be reliable. A server crash or data corruption can have serious consequences. ECC memory, like the one in this module, plays a key role in ensuring the integrity of data. It can detect and correct errors, preventing data loss and system failures.
• Compatibility: Server components need to work seamlessly together. Using memory modules that are specifically designed for the server hardware ensures stability and optimal performance. This is why choosing memory modules like the P58488-001 for HPE Gen10 Plus AMD servers is crucial.
• Performance Optimization: The "Smart Memory" feature in this module takes server optimization to the next level. It means the memory module can adapt to the server's requirements and maintain peak performance.

Use Cases for High-Capacity Memory

Now that you know about the P58488-001 memory module, you might be wondering where it can be put to good use. High-capacity memory modules like this one are valuable in a range of server applications:

• Virtualization: Virtualization technology allows one physical server to act as multiple virtual servers. Each of these virtual servers requires its own memory space. High-capacity memory allows for more virtual machines to run simultaneously, which is crucial for data centers and cloud computing.
• Databases: Databases are the backbone of many applications and services. Servers used for database management benefit from large memory capacities to efficiently store and retrieve data. This is especially important for e-commerce platforms, content management systems, and customer relationship management (CRM) software.
• Big Data and Analytics: Big data applications require massive memory to process and analyze enormous datasets. Industries like finance, healthcare, and marketing rely on big data analytics, and high-capacity memory ensures smooth data processing.
• Scientific Computing: In scientific research and simulations, servers need to handle complex calculations and simulations. High-capacity memory allows scientists to work with large datasets and conduct simulations more efficiently.
• High-Performance Computing (HPC): HPC clusters are used for tasks like weather modeling, nuclear simulations, and molecular research. These applications demand substantial memory resources to complete computations in a reasonable time frame.
• Artificial Intelligence (AI) and Machine Learning: AI and machine learning algorithms require significant memory to process and train on large datasets. This is essential for applications like natural language processing, image recognition, and autonomous vehicles.
• Content Delivery Networks (CDNs): CDNs distribute web content to users around the world. High-capacity memory in CDN servers ensures quick access to frequently requested content, reducing latency for users.
• Financial Services: In the world of high-frequency trading and financial analysis, servers need substantial memory to manage and analyze financial data in real-time.
• Gaming Servers: Online gaming platforms require robust servers to handle numerous players and the data generated during gaming sessions. Large memory capacities are needed for a smooth gaming experience.
• E-commerce: E-commerce platforms need to manage a vast catalog of products, track inventory, and process customer orders efficiently. High-capacity memory enables smooth operations.

Benefits of the P58488-001 Memory Module

The P58488-001 memory module offers several advantages, making it a valuable addition to HPE Gen10 Plus AMD servers:

• Enhanced Performance: With a speed of 3200MHz, this memory module ensures quick data access and seamless multitasking. Servers can process data faster, resulting in improved performance.
• Data Integrity: The ECC feature is crucial for maintaining data integrity. It can detect and correct errors, reducing the risk of data corruption and system failures.
• Optimized for HPE Gen10 Plus AMD Servers: This memory module is tailor-made for HPE Gen10 Plus servers with AMD processors. It's designed to work seamlessly with this hardware, ensuring compatibility and reliability.
• Smart Memory: The "Smart Memory" feature provides proactive monitoring and optimization. It helps maintain the memory's health and ensures it operates at peak performance.
• High Capacity: With 64GB of memory, this module is well-suited for memory-intensive applications, such as virtualization, databases, and big data analytics.
• Compatibility: Using memory modules specifically designed for your server hardware is essential for smooth operation. The P58488-001 is guaranteed to work with HPE Gen10 Plus AMD servers.
• Reliability: HPE is a trusted name in the server industry, and this memory module is a genuine HPE product. You can rely on its quality and performance.

• Manufacturer: HPE
• Part Number or SKU# P58488-001
• Product Type: PC4-25600
• Product Name: 64GB DDR4 SDRAM Memory Module

Technical Information for 64GB Memory Module

• Storage Capacity: 64GB
• Memory Type: DDR4 SDRAM - DIMM 288-pin
• Number of Modules: 1 x 64GB
• Memory Speed: 3200MHz (PC4-25600)
• Features: Dual Rank x4, Registered
• Error Checking: ECC
• Voltage: 1.2V
• Latency Timings: CL22
• Upgrade Type: System Specific

In summary, the P58488-001 64 Gigabytes (GB) 2rx4 DDR4 3200MHz PC4-25600 Dual Rank X4 CL22 288-pin Error Correction Code (ECC) Registered RDIMM Genuine HPE Smart Memory Module for HPE Gen10 Plus AMD Servers is a powerhouse component for server infrastructure. With its high capacity, intelligent features, and ECC support, it ensures both performance and data integrity.

In the world of server hardware, the right memory module can be the difference between a smooth, reliable operation and constant headaches. Whether you're running a data center, managing critical applications, or powering cutting-edge research, having the right memory is essential.

Remember, when it comes to server hardware, it's not just about the numbers and technical specs. It's about choosing the right components that fit seamlessly into your existing infrastructure, ensuring compatibility and reliability. In this case, the P58488-001 memory module is designed to do just that, making it a solid choice for HPE Gen10 Plus AMD servers.