HPE P06034-B21 32GB DDR4 3200MHz Pc4-25600 Dual Rank X4 Cl22 Ecc

Capacity

The HPE P06034-B21 DDR4 memory module is designed to offer users a high capacity of 32GB. This impressive capacity allows users to enhance the performance and capabilities of their systems, making it ideal for demanding applications and workloads.

Improved Multitasking

With a 32GB capacity, users can experience improved multitasking capabilities. The larger capacity allows for smoother and more efficient processing of multiple tasks simultaneously. Whether you are running resource-intensive software or multitasking between various applications, this memory module ensures optimal performance.

Enhanced Performance for Complex Workloads

Modern applications and workloads often require significant memory resources. The 32GB capacity of the HPE P06034-B21 DDR4 module ensures that your system has ample memory to handle complex tasks efficiently. This is particularly beneficial for professionals who work with data analysis, virtualization, video editing, or 3D rendering, as these tasks demand substantial memory resources.

Future-Proofing Your System

Investing in a memory module with a high capacity like the HPE P06034-B21 DDR4 is an excellent way to future-proof your system. As software and applications become increasingly resource-intensive, having a higher capacity memory module ensures that your system remains compatible with the latest advancements in technology.

Speed

The HPE P06034-B21 DDR4 memory module boasts a speed of 3200MHz, delivering exceptional performance and responsiveness. This impressive speed allows for faster data transfer rates and seamless execution of tasks, enhancing the overall efficiency of your system.

Improved System Responsiveness

With a speed of 3200MHz, this memory module ensures that your system responds promptly to your commands. Whether you are launching applications, loading files, or performing complex calculations, the high-speed performance of this module guarantees a smooth and lag-free user experience.

Optimized Gaming Experience

Gamers can benefit greatly from the 3200MHz speed of the HPE P06034-B21 DDR4 module. The high-speed performance reduces loading times, ensures smooth gameplay, and minimizes lag. This allows gamers to fully immerse themselves in their favorite games without any interruptions or performance issues.

Efficient Data Processing

The 3200MHz speed of this module enables efficient data processing, making it perfect for professionals who work with large datasets. Whether you are analyzing complex data or performing simulations, the high-speed performance ensures that your tasks are completed quickly and accurately.

Rank

The HPE P06034-B21 DDR4 memory module features Dual Rank technology, providing users with enhanced performance and stability. Dual Rank modules offer several benefits that make them an excellent choice for users looking to optimize their system's capabilities.

Improved Memory Performance

Dual Rank technology allows for improved memory performance by increasing the overall bandwidth of the memory module. This results in faster data transfer rates and improved system responsiveness. Whether you are running memory-intensive applications or multitasking, the Dual Rank feature ensures that your system operates at peak performance.

Enhanced System Stability

The Dual Rank configuration of the HPE P06034-B21 DDR4 module enhances system stability by distributing the workload across multiple ranks. This helps to reduce the strain on individual memory banks, minimizing the risk of crashes or system instability. Users can rely on this module to deliver consistent and reliable performance even under heavy workloads.

Compatibility with High-Density Configurations

Dual Rank modules are compatible with high-density memory configurations, allowing users to maximize their system's memory capacity without compromising performance. This makes them an ideal choice for servers and workstations that require large amounts of memory to handle demanding tasks efficiently.

Data Width

The HPE P06034-B21 DDR4 memory module features a data width of X4, providing users with enhanced data transfer capabilities and improved system performance. The X4 data width offers several benefits that make it a valuable feature for users in need of high-speed data processing.

Increased Data Transfer Rates

The X4 data width allows for increased data transfer rates compared to narrower data widths. This means that your system can process and transfer larger amounts of data at a faster rate. Whether you are transferring large files, working with multimedia content, or running memory-intensive applications, the X4 data width ensures optimal performance.

Optimized Workstation Performance

Professionals working with resource-intensive applications such as video editing, 3D rendering, or scientific simulations can greatly benefit from the X4 data width. The increased data transfer rates enable faster processing of complex tasks, resulting in improved productivity and reduced waiting times.

Enhanced System Scalability

The X4 data width allows for improved system scalability by providing a higher bandwidth for data transfer. This means that users can easily expand their system's memory capacity without sacrificing performance. Whether you need to add more memory modules or upgrade to higher-capacity modules in the future, the X4 data width ensures compatibility and optimal performance.

Cas Latency

The HPE P06034-B21 DDR4 memory module features a Cas Latency of CL22, which determines the speed at which the memory module responds to requests from the processor. The Cas Latency is an essential factor to consider when choosing a memory module as it directly impacts the overall system performance.

Faster Memory Access

The Cas Latency of CL22 ensures faster memory access, reducing the time it takes for the memory module to respond to requests from the processor. This results in improved system performance and responsiveness, allowing for smoother multitasking and faster execution of tasks.

Efficient Data Processing

A lower Cas Latency, such as CL22, enables more efficient data processing by minimizing the delay between the processor's request for data and the memory module's response. This is particularly beneficial for applications that rely on rapid data access, such as gaming, multimedia editing, and scientific simulations.

Compatibility with High-Performance Systems

The CL22 Cas Latency makes the HPE P06034-B21 DDR4 module compatible with high-performance systems that require fast and efficient memory access. Whether you are building a gaming rig or a workstation for demanding professional applications, this memory module ensures optimal performance and reliability.

Pin Number

The HPE P06034-B21 DDR4 memory module features 288 pins, which are essential for connecting the module to the motherboard. The pin number is a crucial specification when choosing a memory module as it determines compatibility and ease of installation.

Wide Compatibility

With 288 pins, this memory module offers wide compatibility with various motherboards that support DDR4 memory. Whether you have a desktop computer or a server, you can confidently choose this module knowing that it will seamlessly integrate into your system.

Easy Installation

The 288-pin configuration makes installing the HPE P06034-B21 DDR4 module a breeze. The pins align with the corresponding slots on the motherboard, ensuring a secure and reliable connection. This means that even users with limited technical expertise can easily upgrade their system's memory without any hassle.

Future-Proofing Your System

Choosing a memory module with 288 pins future-proofs your system by ensuring compatibility with future motherboard models. As technology advances, newer motherboards may require memory modules with a higher pin count. By selecting a module with 288 pins, you can be confident that your system will remain compatible with future upgrades and advancements.

Ecc

The HPE P06034-B21 DDR4 memory module features an ECC (Error-Correcting Code) capability of 1. ECC is an essential feature that detects and corrects errors in data transmission, ensuring the integrity and reliability of your system's memory.

Data Integrity

The ECC capability of 1 in the HPE P06034-B21 DDR4 module provides an extra layer of data integrity. It detects and corrects single-bit errors, preventing them from causing system crashes or data corruption. This is especially crucial for systems that handle critical data, such as servers or workstations used in professional environments.

Improved System Reliability

By detecting and correcting errors, the ECC capability enhances the overall reliability of your system's memory. This ensures that your system operates smoothly without unexpected crashes or data loss. Users who rely on their systems for mission-critical tasks can trust the HPE P06034-B21 DDR4 module to deliver consistent and reliable performance.

Peace of Mind

The ECC capability provides users with peace of mind, knowing that their system's memory is protected against potential errors. Whether you are working on important projects, managing sensitive data, or running critical applications, the ECC feature ensures that your data remains intact and your system operates flawlessly.

In conclusion, the HPE P06034-B21 DDR4 memory module offers a range of impressive features that enhance the performance and capabilities of your system. The 32GB capacity allows for improved multitasking and handling of complex workloads. The 3200MHz speed ensures faster data transfer rates and responsive system performance. The Dual Rank feature enhances memory performance and stability, while the X4 data width provides increased data transfer capabilities. The CL22 Cas Latency enables faster memory access and efficient data processing. The 288-pin configuration ensures wide compatibility and easy installation. Finally, the ECC capability of 1 enhances data integrity and system reliability. With these features, the HPE P06034-B21 DDR4 module is a reliable choice for users seeking to optimize their system's memory performance.