HPE P19254-001 16GB Memory 2933MHZ PC4-23400 DDR4 Cl21 New

In the ever-evolving landscape of information technology, server memory plays a crucial role in ensuring the smooth and efficient operation of servers. One such component that stands out is the HPE P19254-001 PC4-23400 DDR4 ECC SDRAM Memory Module. In this comprehensive guide, we will delve into the intricacies of this memory module, exploring its specifications, features, and the critical role it plays in enhancing server performance. The HPE P19254-001 is a specific type of memory module designed for servers, belonging to the DDR4 category. Let's break down its key specifications to better understand its capabilities.

The designation PC4-23400 denotes the memory module's speed, measured in megahertz (MHz). In this case, the HPE P19254-001 operates at a speed of 2933 MHz. The speed of a memory module is crucial as it determines how quickly data can be accessed and transferred, directly impacting the overall performance of the server.

The HPE P19254-001 comes with a substantial storage capacity of 16 gigabytes. This capacity is a crucial factor in determining how much data the memory module can store and process at any given time. A higher capacity is often desirable for servers that handle large volumes of data or run resource-intensive applications.

Being a DDR4 memory module, the HPE P19254-001 employs the fourth generation of Double Data Rate technology. DDR4 offers improvements over its predecessor, DDR3, in terms of data transfer rates, power efficiency, and overall performance. This ensures that the memory module can handle data more efficiently, contributing to better server responsiveness.

The memory module is equipped with a CAS latency (CL) of 21. CAS latency is a crucial parameter that influences the time it takes for the memory to deliver data requested by the CPU. A lower CAS latency indicates quicker access times, contributing to improved overall system performance.

The 288-pin configuration refers to the physical design of the memory module's connector. More pins allow for a greater amount of data to be transmitted simultaneously, enhancing the overall bandwidth and responsiveness of the memory module.

The HPE P19254-001 operates at a voltage of 1.2 volts. The lower voltage is a significant advantage as it contributes to reduced power consumption. Lower power consumption not only aligns with modern energy-efficient computing practices but also helps minimize heat generation, contributing to the overall thermal management of the server.

One standout feature of the HPE P19254-001 is its support for Error-Correcting Code (ECC). ECC is a mechanism that detects and corrects errors in data, ensuring that the server's memory maintains a high level of integrity. In mission-critical applications where data accuracy is paramount, ECC support is indispensable.

As a type of Synchronous Dynamic Random Access Memory, the HPE P19254-001 synchronizes its operations with the system clock. This synchronization ensures that data access and transfer are coordinated efficiently, preventing delays and bottlenecks in the server's overall performance.

Now that we've explored the technical specifications of the HPE P19254-001, let's delve into how this memory module contributes to enhancing server performance.

The 2933 MHz speed of the HPE P19254-001 ensures that data can be accessed and transferred swiftly. This is particularly crucial for servers that handle real-time data processing, ensuring quick response times and reducing latency in critical applications.

With a generous capacity of 16 gigabytes, the HPE P19254-001 is well-suited for servers engaged in data-intensive tasks such as virtualization, database management, and complex computations. The ample storage capacity allows servers to handle multiple concurrent processes without experiencing memory-related bottlenecks.

The utilization of DDR4 technology in the HPE P19254-001 brings efficiency gains in data transfer rates and power consumption. The improved performance and energy efficiency contribute to a more sustainable and cost-effective operation of servers.

The CL21 CAS latency ensures that the memory module can quickly respond to requests from the CPU, minimizing delays in data retrieval. Additionally, the 288-pin configuration allows for a higher bandwidth, enabling the server to handle larger volumes of data simultaneously.

Operating at 1.2 volts, the HPE P19254-001 strikes a balance between performance and energy efficiency. Lower power consumption not only reduces operational costs but also contributes to the overall environmental sustainability of data centers.

In mission-critical applications where data accuracy is paramount, the ECC support in the HPE P19254-001 becomes a crucial feature. ECC helps identify and correct errors in real-time, ensuring that the server's memory maintains a high level of reliability.

As an SDRAM, the HPE P19254-001 synchronizes its operations with the system clock. This synchronization ensures that data access and transfer are coordinated efficiently, preventing data inconsistencies and enhancing the overall reliability of the server.

Understanding ECC

Error-correcting code (ECC) is a crucial feature in server memory, and its inclusion in the HPE P19254-001 DDR4 RAM module enhances its reliability and data integrity. ECC works by detecting and correcting single-bit errors and detecting multi-bit errors, ensuring that the data stored in memory remains accurate.

Importance of Data Integrity in Servers

In server environments, data integrity is of utmost importance. Servers handle critical tasks, including database management, file storage, and application hosting. Any errors in data can lead to system instability, potential crashes, and compromise the integrity of stored information.

Real-Time Error Detection and Correction

The ECC feature in the HPE P19254-001 DDR4 RAM allows for real-time detection and correction of errors. This proactive approach ensures that the RAM module can identify and rectify errors as they occur, preventing potential data corruption and maintaining the overall stability of the server.

Enhanced Reliability in Mission-Critical Applications

Servers often handle mission-critical applications where downtime and data inaccuracies are unacceptable. The ECC functionality in this RAM module contributes to the overall reliability of the server by mitigating the impact of memory errors.

Ideal for Server Environments

The HPE P19254-001 DDR4 ECC RAM is specifically engineered for server applications. Its high capacity, error-correcting capabilities, and efficient data transfer rates make it an ideal choice for servers handling complex workloads and mission-critical tasks.

Compatibility with Server Memory Slots

The 288-pin DIMM form factor ensures compatibility with standard server memory slots designed to accommodate DDR4 modules. Server administrators can seamlessly integrate the HPE P19254-001 RAM into their existing infrastructure without concerns about form factor mismatches.

Compatibility with Server Platforms

HPE, a renowned provider of server solutions, ensures that the P19254-001 DDR4 ECC RAM is compatible with a wide range of server platforms. This compatibility ensures flexibility for businesses and organizations utilizing diverse server configurations.

• Manufacturer: HPE
• Model Number or SKU# P19254-001
• Type: Memory (RAM)
• RAM Type: 16GB Memory Module

• Storage Capacity: 16GB
• Memory Type: DDR4 SDRAM - Dimm 288-Pin
• Number Of Modules: 1 X 16GB
• Memory Speed: 2933mhz (Pc4-23400)
• Features: Single Rank X4, Registered
• Error Checking: ECC
• Voltage: 1.2 V
• Latency Timings: Cl21 (21-21-21)
• Upgrade Type: System Specific

In general, the HPE P19254-001 PC4-23400 DDR4 ECC SDRAM Memory Module stands out as a high-performance and reliable component for servers. Its impressive specifications, including speed, capacity, ECC support, and energy efficiency, make it well-suited for a wide range of server applications.

As technology continues to advance, memory modules like the HPE P19254-001 play a pivotal role in shaping the capabilities of modern servers. Understanding the technical details of such components is essential for IT professionals and decision-makers seeking to optimize server performance and ensure the smooth operation of their data centers.