HPE AMD Epyc 9454 48-core 2.75ghz 256mb L3 Cache Socket Sp5 Gen-4 Processor - P60044-B21

HPE AMD Epyc 9454 48-core 2.75ghz 256mb L3 Cache Socket Sp5 290w Gen-4 Processor - P60044-B21

Core Count: 48

The HPE Epyc 9454 Processor is equipped with an impressive core count of 48, making it a powerful choice for demanding workloads and applications. The high number of cores allows for efficient multitasking and parallel processing, enabling users to handle complex tasks with ease.

Improved Performance

With 48 cores at your disposal, you can expect a significant boost in performance compared to processors with fewer cores. This is particularly beneficial for tasks that require heavy computational power, such as data analysis, virtualization, and content creation. The increased core count ensures that the processor can handle multiple threads simultaneously, resulting in faster execution times and improved overall productivity.

Enhanced Multitasking

Whether you're running multiple applications simultaneously or managing multiple virtual machines, the 48 cores of the HPE Epyc 9454 Processor allow for smooth multitasking. Each core can handle its own set of instructions independently, ensuring that different tasks can be executed simultaneously without affecting performance. This is especially important for users who need to juggle various workloads or run resource-intensive applications.

Scalability and Future-Proofing

The high core count of the HPE Epyc 9454 Processor also offers scalability and future-proofing. As software and applications continue to become more demanding, having more cores allows you to meet these requirements without having to upgrade your processor. With 48 cores, you can be confident that your system will be able to handle upcoming advancements in technology and software without any performance bottlenecks.

Base Clock Speed: 2.75GHz

The HPE Epyc 9454 Processor features a base clock speed of 2.75GHz, providing a solid foundation for reliable and efficient performance. The base clock speed represents the minimum frequency at which the processor operates, ensuring that even the most basic tasks are executed swiftly.

Smooth System Operation

A higher base clock speed translates to smoother system operation, as it allows for faster response times and quicker execution of basic tasks. From simple web browsing to everyday office applications, the 2.75GHz base clock speed ensures that your system remains responsive and delivers a seamless user experience.

Optimized Single-Threaded Performance

While the core count is important for multitasking and parallel processing, the base clock speed plays a crucial role in single-threaded performance. Single-threaded tasks, such as gaming or certain software applications, rely on a single core to execute instructions. With a base clock speed of 2.75GHz, the HPE Epyc 9454 Processor delivers excellent single-threaded performance, ensuring smooth gameplay and efficient software execution.

Power Efficiency

The HPE Epyc 9454 Processor strikes a balance between performance and power efficiency with its base clock speed. The 2.75GHz frequency allows for optimal performance while keeping power consumption in check. This is particularly important for users who prioritize energy efficiency or operate in environments with limited power resources.

Cache Size: 256MB L3

The HPE Epyc 9454 Processor boasts an impressive cache size of 256MB L3, providing ample space for storing frequently accessed data. The cache acts as a high-speed memory buffer between the processor and system memory, ensuring faster access to critical information and reducing latency.

Faster Data Access

A larger cache size allows the processor to store more data closer to the cores, resulting in faster data access. The 256MB L3 cache of the HPE Epyc 9454 Processor ensures that frequently accessed data is readily available, reducing the time it takes for the processor to retrieve information. This leads to improved overall performance and snappier system responsiveness.

Efficient Data Processing

The large cache size also aids in efficient data processing by reducing the need to access slower system memory. When data is frequently accessed, it can be stored in the cache, eliminating the need to retrieve it from the main memory repeatedly. This minimizes latency and improves the efficiency of data processing tasks, such as database queries, complex calculations, and content rendering.

Enhanced Virtualization Performance

Virtualization environments benefit greatly from a larger cache size. With virtual machines sharing system resources, having a substantial cache allows for better overall performance and improved virtual machine density. The 256MB L3 cache of the HPE Epyc 9454 Processor ensures that virtualized workloads run smoothly and efficiently, enabling users to maximize their virtualization capabilities.

Socket Type: SP5

The HPE Epyc 9454 Processor utilizes the SP5 socket type, which offers compatibility with specific server platforms. The socket type determines how the processor connects to the motherboard and influences factors such as power delivery, memory support, and overall system performance.

Platform Compatibility

By utilizing the SP5 socket type, the HPE Epyc 9454 Processor ensures compatibility with server platforms designed to support this socket type. This compatibility ensures seamless integration with existing infrastructure and allows for easy upgrades or replacements without requiring significant changes to the server hardware.

Enhanced Performance and Scalability

The SP5 socket type is specifically designed for high-performance server applications, offering features that enhance performance and scalability. By utilizing this socket type, the HPE Epyc 9454 Processor can take advantage of advanced server technologies, such as higher memory capacities, increased I/O bandwidth, and enhanced power delivery. This results in improved overall system performance and the ability to handle demanding workloads with ease.

Future-Proofing

Socket types often have a lifespan that spans multiple processor generations. By choosing a processor with the SP5 socket type, users can future-proof their systems to some extent. This means that when new processors are released that are compatible with the SP5 socket type, users can upgrade their system without having to replace the entire server infrastructure.

Generation: Gen-4

The HPE Epyc 9454 Processor belongs to the Gen-4 generation of processors, offering improved performance, efficiency, and feature enhancements over previous generations. The generation of a processor signifies advancements in architecture, manufacturing process, and overall capabilities.

Performance Boost

Each new processor generation typically brings improvements in performance compared to its predecessors. The Gen-4 architecture of the HPE Epyc 9454 Processor is optimized to deliver higher clock speeds, improved IPC (Instructions Per Clock), and enhanced power management. These advancements translate into better overall performance and faster execution of tasks.

Efficiency and Power Savings

New processor generations often introduce more efficient designs and manufacturing processes, resulting in improved power efficiency. The Gen-4 architecture of the HPE Epyc 9454 Processor is no exception, offering better energy efficiency without sacrificing performance. This can lead to significant power savings over time, especially in data centers or environments where multiple processors are deployed.

Feature Enhancements

With each new processor generation, manufacturers introduce new features and technologies that enhance the user experience. The Gen-4 architecture of the HPE Epyc 9454 Processor incorporates advancements such as increased memory support, improved security features, and expanded I/O capabilities. These enhancements provide additional functionality and ensure that users can take advantage of the latest technologies and innovations.

Part Number: P60044-B21

The HPE Epyc 9454 Processor has a unique part number, P60044-B21, which serves as a specific identifier for this particular model. Part numbers play a crucial role in identifying and sourcing the correct processor for compatibility and replacement purposes.

Compatibility Assurance

The part number serves as a reliable way to ensure compatibility with the intended system or server platform. By referencing the part number, users can verify that they are purchasing or using the correct processor for their specific hardware configuration. This eliminates any potential issues that may arise from using incompatible processors, such as performance limitations or system instability.

Easier Replacement and Upgrades

When it comes to replacing or upgrading processors, having the correct part number is essential. By referring to the P60044-B21 part number, users can easily identify and source the exact processor they need, minimizing compatibility concerns and streamlining the replacement process. This is particularly important in enterprise environments where downtime should be minimized and compatibility is crucial.

Documentation and Support

The part number also plays a role in documentation and support. Users can refer to the specific part number when seeking technical assistance or accessing product documentation for detailed specifications, installation guides, and troubleshooting information. Having the correct part number ensures that users can access accurate information tailored to their exact processor model.