HPE Xeon Gold 6254 18-Core Processor 3.10GHz 25MB Smart Cache 10.4GT/S UPI Speed Socket FCLGA3647 14NM 200W P10953-B21

Core Count: 18

The HPE Xeon Gold 6254 Processor is equipped with an impressive core count of 18, making it a powerful choice for demanding tasks and workloads. The high number of cores allows for parallel processing, enabling the processor to handle multiple tasks simultaneously and improve overall performance.

Improved Multitasking

With 18 cores, users can experience enhanced multitasking capabilities. This is particularly beneficial for professionals who work with resource-intensive applications such as video editing software, 3D modeling programs, or virtualization environments. The increased core count allows for smoother multitasking, reducing lag and improving productivity.

Optimized Performance

The higher core count of the HPE Xeon Gold 6254 Processor ensures optimized performance, especially when running software that is designed to take advantage of multiple cores. Tasks that require significant processing power, such as data analysis or scientific simulations, can be executed more efficiently with the additional cores.

Enhanced Scalability

For businesses that anticipate future growth and expansion, the 18-core configuration offers enhanced scalability. As workloads increase, the processor's extra cores provide headroom for handling additional tasks without the need for immediate hardware upgrades.

Base Clock Speed: 3.10GHz

The HPE Xeon Gold 6254 Processor boasts a base clock speed of 3.10GHz, which determines the processor's operating frequency under normal conditions. This feature plays a crucial role in determining the overall performance and responsiveness of the system.

Faster Execution Speed

A higher base clock speed translates to faster execution speeds for applications and tasks. This is particularly important for single-threaded applications that rely heavily on a single core. The 3.10GHz base clock speed ensures swift execution of such tasks, resulting in improved overall system responsiveness.

Smooth User Experience

The increased base clock speed contributes to a smoother user experience, as applications and software launch more quickly and respond promptly to user commands. This is especially noticeable when working with resource-intensive programs or when running multiple applications simultaneously.

Efficient Processing

The 3.10GHz base clock speed enables efficient processing of tasks, ensuring that the processor can handle demanding workloads without becoming a bottleneck. The responsiveness and speed provided by the base clock speed enhance productivity and allow users to accomplish tasks more efficiently.

Smart Cache: 25MB

The HPE Xeon Gold 6254 Processor features a generous smart cache size of 25MB. Smart cache is a type of high-speed memory located on the processor itself, designed to store frequently accessed data for quick retrieval.

Accelerated Data Access

The large smart cache size of 25MB allows for accelerated data access, reducing the time it takes for the processor to retrieve frequently used information. This results in improved overall system performance and faster execution of tasks.

Reduced Memory Latency

The presence of a sizable smart cache reduces memory latency by storing frequently accessed data closer to the processor. This means that the processor can access important information more quickly, reducing the time spent waiting for data to be fetched from system memory.

Enhanced Gaming Performance

For gamers, the 25MB smart cache size can contribute to enhanced gaming performance. Quick access to frequently used game assets and textures allows for smoother gameplay and reduced loading times, providing a more immersive gaming experience.

Upi Speed: 10.4GT/S

The HPE Xeon Gold 6254 Processor features a UPI (Ultra Path Interconnect) speed of 10.4GT/s. UPI is a high-speed interconnect technology that allows for communication between different processor sockets or cores within a multi-socket system.

Improved Data Transfer

The UPI speed of 10.4GT/s ensures improved data transfer rates between processors or cores, facilitating efficient communication within a multi-socket system. This is particularly important for server environments or high-performance computing clusters, where multiple processors need to work together seamlessly.

Scalability and Flexibility

The high UPI speed allows for scalability and flexibility in system configurations. Systems that require additional processing power can easily scale by adding more processors or cores, thanks to the efficient interconnectivity provided by the 10.4GT/s UPI speed.

Enhanced Workload Distribution

The UPI speed enables effective workload distribution across multiple processors, ensuring that tasks are evenly distributed and executed efficiently. This helps to avoid bottlenecks and ensures optimal utilization of system resources.

Socket Type: FCLGA3647

The HPE Xeon Gold 6254 Processor utilizes the FCLGA3647 socket type, which stands for Flip-Chip Land Grid Array 3647. The socket type defines the physical interface between the processor and the motherboard, ensuring compatibility and proper electrical connections.

Wide Compatibility

The FCLGA3647 socket type is widely adopted across server-grade motherboards, ensuring broad compatibility with various server platforms. This allows for easy integration of the HPE Xeon Gold 6254 Processor into existing server infrastructures without the need for significant hardware changes.

Secure and Reliable Connection

The FCLGA3647 socket type provides a secure and reliable connection between the processor and the motherboard. The flip-chip design ensures proper alignment and electrical contact, minimizing the risk of connection issues or data transmission errors.

Future-Proofing

The utilization of the FCLGA3647 socket type future-proofs the system, as it allows for potential upgrades to newer processors that also utilize the same socket. This provides scalability and ensures that the system can adapt to future advancements in processor technology.

Manufacturing Technology: 14NM

The HPE Xeon Gold 6254 Processor is manufactured using a 14nm (nanometer) process technology. The manufacturing technology refers to the size of transistors and circuits on the processor, with smaller nm values indicating more advanced fabrication processes.

Improved Energy Efficiency

The 14nm manufacturing technology enables improved energy efficiency, as smaller transistors require less power to operate. This results in reduced power consumption and heat generation, making the HPE Xeon Gold 6254 Processor an environmentally friendly choice.

Higher Performance Density

The smaller transistor size achieved with 14nm manufacturing technology allows for higher performance density. This means that more transistors can be packed into the same physical space, resulting in increased processing power and overall performance capabilities.

Enhanced Thermal Management

The 14nm manufacturing technology contributes to enhanced thermal management, as smaller transistors dissipate heat more efficiently. This helps to keep the processor operating at optimal temperatures, reducing the risk of overheating and improving system stability.

Power Consumption: 200W

The HPE Xeon Gold 6254 Processor has a power consumption rating of 200W. Power consumption refers to the amount of electrical power required by the processor to operate under typical conditions.

Optimized Power Efficiency

The 200W power consumption rating indicates optimized power efficiency for the HPE Xeon Gold 6254 Processor. Despite its high-performance capabilities, the processor is designed to minimize energy waste and reduce operating costs.

Lower Total Cost of Ownership

The optimized power efficiency of the HPE Xeon Gold 6254 Processor contributes to a lower total cost of ownership. By consuming less energy, businesses can save on electricity bills and reduce their environmental impact while still benefiting from powerful computing capabilities.

Reduced Heat Generation

The 200W power consumption rating ensures that the processor generates an appropriate amount of heat during operation. This helps to maintain optimal system temperatures and reduces the need for excessive cooling measures, resulting in a quieter and more energy-efficient computing environment.