Kingston KTD-PE548D8-32G 32GB DDR5 Memory PC5-38400 Dual New

The Kingston KTD-PE548D8-32G is a high-capacity 32GB memory designed for server applications. It offers impressive specifications, and in this article, we will break down its features and specifications in simple terms.

Before we delve into the details of the Kingston KTD-PE548D8-32G, it's essential to understand what a memory module is and why it's crucial for servers. A memory module is a component in a computer that stores data temporarily. DDR5 offers fast data processing and improved efficiency. Think of it as a server's short-term memory it holds data that the server is currently working on. The more memory a server has, the better it can handle multiple tasks simultaneously.

The Kingston KTD-PE548D8-32G is a DDR5 memory module. DDR stands for Double Data Rate, and it's the fifth generation of this technology. Let's break down what this means:

DDR5 is a type of memory technology that allows servers to process data more quickly. It's the fifth version of DDR, and it's an improvement over previous generations. DDR5 is faster and more efficient, making it ideal for servers that handle a lot of data.

The Kingston KTD-PE548D8-32G offers a storage capacity of 32 gigabytes. To put it simply, this memory module can store a substantial amount of data. In server applications, having more memory means the server can handle larger datasets and more users simultaneously.

Servers often require large amounts of memory because they deal with extensive databases and many users. 32 GB is a significant amount of memory, making this module suitable for demanding server applications.

The memory speed of the Kingston KTD-PE548D8-32G is 4800MT/s. This speed, measured in mega transfers per second, determines how quickly data can be read and written. Higher speeds mean faster data processing.

Memory speed, in simple terms, is how fast data travels between the memory module and the server's processor. Faster speeds result in quicker data access, which is crucial for server performance.

The Kingston KTD-PE548D8-32G is categorized as PC5-38400. What does this mean for a server?

Decoding PC5-38400

• "PC" stands for "Power Classification." This indicates the module's power requirements, which are essential for compatibility with the server.
• "38400" is the maximum data transfer rate, which corresponds to the memory speed mentioned earlier (4800MT/s). It's a way to classify memory modules based on their performance capabilities.

The Kingston KTD-PE548D8-32G is a Dual Rank memory module. Let's understand the significance of this feature for servers.

Single Rank vs. Dual Rank

• A Single Rank module has memory chips on one side of the module, while a Dual Rank module has chips on both sides.
• Dual Rank modules can offer better performance as they provide more memory banks, which can be beneficial in multi-tasking and server environments.

One of the essential features of the Kingston KTD-PE548D8-32G is the Error Correction Code (ECC). ECC is crucial for maintaining data integrity in a server.

ECC is a technology that helps detect and correct errors in data. In a server environment, where data accuracy is critical, ECC is a must-have feature. It ensures that data is not corrupted or lost during memory operations.

The Kingston KTD-PE548D8-32G is a Registered memory module. This feature is particularly important for server applications.

Registered memory, also known as buffered memory, adds a buffer between the memory module and the memory controller. This buffer helps stabilize data flow, making it ideal for servers with multiple memory modules.

The Kingston KTD-PE548D8-32G operates at a voltage of 1.1 volts. This feature is energy-efficient and can have several benefits for servers.

• Low-voltage memory modules consume less power, reducing energy costs.
• They also generate less heat, which can be crucial for maintaining optimal server temperature.

The CL40 specification of the Kingston KTD-PE548D8-32G is associated with memory latency. Understanding this term is vital for server performance.

CL, or CAS Latency, is a measure of memory latency. In simple terms, it's the time it takes for the memory module to respond to a command from the server's processor. A lower CL number indicates faster response times.

The Kingston KTD-PE548D8-32G is an SDRAM module. SDRAM is a common type of memory used in servers for its speed and efficiency.

SDRAM is synchronous, meaning it operates in sync with the server's clock speed. This synchronization results in quicker data access and processing.

The Kingston KTD-PE548D8-32G memory module is an excellent choice for server applications due to its impressive features and specifications. Let's summarize its benefits:

• High Capacity: With 32 GB of memory, this module can handle large datasets and numerous users.
• DDR5 Technology: DDR5 offers fast data processing and improved efficiency.
• Memory Speed: A speed of 4800MT/s ensures quick data access.
• Power Classification: PC5-38400 classifies this module based on its performance capabilities.
• Dual Rank: Dual Rank configuration enhances multitasking and server performance.
• ECC: Error Correction Code ensures data integrity.
• Registered Memory: Stability and data flow management.
• Low Voltage: Operating at 1.1 volts, it's energy-efficient and generates less heat.
• Low Latency: CL40 minimizes memory response times.
• SDRAM: Synchronous operation for quick data access.
• 288-pin RDIMM: Easy installation in standard server configurations.

• Manufacturer: Kingston
• Model Number or SKU# KTD-PE548D8-32G
• Type: Memory (RAM)
• RAM Type: PC5-38400

• Storage Capacity: 32GB
• Memory Technology: DDR5 SDRAM
• Number of Modules: 1 x 32GB
• Bus Speed: 4800MT/s / PC5-38400
• Data Integrity Check: ECC (Error Correction Code)
• Signal Processing: Registered
• Rank Features: 2Rx8
• CAS Latency: CL40

In summary, In the world of server memory modules, the Kingston KTD-PE548D8-32G stands out as a powerful and reliable option. Its combination of high capacity, DDR5 technology, ECC support, and other features make it an ideal choice for demanding server applications. By understanding the significance of these features, server administrators can make informed decisions to enhance their server's performance and reliability.