Intel PK8072205512200 Xeon Platinum 48-core 2.3GHz Server CPU - 20GT UPI, 300MB Smart Cache

Core Count: 48

The Intel Xeon Platinum Server CPU is equipped with an impressive core count of 48, making it a powerhouse for high-performance computing tasks. With such a large number of cores, this CPU is capable of executing multiple tasks simultaneously, improving overall system performance and efficiency.

Improved Multitasking

One of the key benefits of having 48 cores is the ability to handle heavy multitasking workloads with ease. Whether you're running multiple virtual machines, processing large datasets, or performing complex calculations, this CPU can handle it all without breaking a sweat. The increased core count allows for better resource allocation and ensures that each task gets the necessary processing power.

Faster Data Processing

The larger core count also translates to faster data processing speeds. Each core can independently execute instructions, enabling parallel processing of tasks. This means that data can be processed more quickly, leading to reduced latency and improved system responsiveness. Whether you're running resource-intensive applications or handling data-intensive workloads, the 48 cores of the Intel Xeon Platinum Server CPU ensure smooth and efficient operations.

Scalability and Future-Proofing

Another advantage of having 48 cores is the scalability it offers. As your business grows and demands increase, the Intel Xeon Platinum Server CPU can handle the additional workload without requiring a complete hardware upgrade. The high core count provides headroom for future expansion and ensures that your server remains capable of handling demanding applications and workloads for years to come.

Virtualization Efficiency

Virtualization is a critical component of modern server environments, allowing for efficient utilization of hardware resources. With 48 cores, this CPU excels in virtualized environments by enabling higher consolidation ratios. You can run more virtual machines on a single server, optimizing resource usage and reducing costs. The increased core count also improves the performance of virtual machines by providing dedicated processing power to each instance.

Optimized for High-Performance Computing

The 48-core configuration of the Intel Xeon Platinum Server CPU makes it an ideal choice for high-performance computing (HPC) applications. Whether you're involved in scientific research, computational modeling, or data analysis, this CPU delivers the processing power required to tackle complex calculations and simulations. The ability to distribute the workload across multiple cores significantly reduces processing time and enables faster results.

Efficient Resource Allocation

The large number of cores allows for efficient resource allocation within the CPU. Each core can be assigned to specific tasks or applications, ensuring that critical processes receive the necessary processing power while less demanding tasks are handled by other cores. This intelligent resource management leads to improved overall system efficiency and prevents bottlenecks that can occur in systems with fewer cores.

Clock Speed: 2.3GHz

The Intel Xeon Platinum Server CPU boasts a clock speed of 2.3GHz, providing a perfect balance between power and efficiency. This clock speed ensures optimal performance across a wide range of applications and workloads.

Fast Single-Threaded Performance

While having a high core count is beneficial for multitasking and parallel processing, many applications still rely heavily on single-threaded performance. The 2.3GHz clock speed allows the Intel Xeon Platinum Server CPU to excel in tasks that require fast execution of single-threaded instructions. Whether you're running single-threaded applications or handling workloads with limited parallelism, this CPU ensures snappy responsiveness and smooth operation.

Efficient Power Consumption

The 2.3GHz clock speed strikes a balance between performance and power consumption. It allows the CPU to deliver the necessary processing power while minimizing energy usage. This efficiency is crucial for server environments where power consumption can have a significant impact on operational costs. With the Intel Xeon Platinum Server CPU, you can achieve high performance without sacrificing energy efficiency.

Boosting Performance with Turbo Boost

In addition to the base clock speed of 2.3GHz, the Intel Xeon Platinum Server CPU features Intel Turbo Boost technology. This technology dynamically adjusts the clock speed based on workload demands, allowing for increased performance when needed. When applications require additional processing power, the CPU can automatically boost its clock speed to provide a performance boost. This feature ensures that you get optimal performance for both single-threaded and multi-threaded workloads.

Ideal for Real-Time Applications

The 2.3GHz clock speed makes the Intel Xeon Platinum Server CPU well-suited for real-time applications that require rapid data processing and response times. Whether you're running financial trading systems, online gaming servers, or real-time analytics platforms, this CPU can handle the demands of time-sensitive operations with ease. The fast clock speed ensures minimal latency, enabling smooth and uninterrupted performance.

Improved Virtual Machine Performance

In virtualized environments, the 2.3GHz clock speed plays a crucial role in improving the performance of virtual machines. Each virtual machine requires a certain amount of processing power to operate efficiently. The high clock speed of the Intel Xeon Platinum Server CPU ensures that each virtual machine receives the necessary processing power, resulting in improved overall performance and responsiveness.

Optimal Performance for Database Workloads

Database management systems often rely on single-threaded performance to handle queries and transactions efficiently. The 2.3GHz clock speed of the Intel Xeon Platinum Server CPU ensures that database workloads are processed quickly and accurately. Whether you're running online transaction processing (OLTP) or online analytical processing (OLAP) workloads, this CPU delivers the performance needed to handle demanding database applications.

Interconnect: 20GT UPI

The Intel Xeon Platinum Server CPU features a high-speed interconnect called 20GT UPI (Ultra Path Interconnect), which enables fast and efficient communication between processors and other system components. This interconnect plays a crucial role in ensuring optimal performance and scalability.

Enhanced Data Transfer Speeds

The 20GT UPI interconnect offers impressive data transfer speeds, allowing for rapid communication between processors and other system components. This high-speed interconnect ensures that data can be exchanged quickly, reducing latency and improving overall system responsiveness. Whether you're transferring large files, accessing shared storage, or communicating with other processors, the 20GT UPI interconnect facilitates smooth and efficient data transfer.

Scalability and Multi-Processor Support

The 20GT UPI interconnect is designed to support multi-processor configurations, making it ideal for scalable server environments. With this interconnect, you can seamlessly connect multiple processors together, enabling them to work in tandem to handle demanding workloads. This scalability ensures that your server can grow with your business needs, providing the necessary processing power as your workload increases.

Improved System Coherency

In multi-processor systems, maintaining system coherency is crucial for optimal performance. The 20GT UPI interconnect ensures that all processors have access to the same memory and cache, eliminating inconsistencies that can occur in distributed systems. This coherency improves overall system performance and reduces the chances of data corruption or errors. Whether you're running complex simulations or handling large-scale data processing, the 20GT UPI interconnect ensures that all processors work together seamlessly.

Efficient High-Performance Computing

The 20GT UPI interconnect is particularly beneficial for high-performance computing (HPC) applications. In HPC environments, multiple processors need to work together to solve complex computational problems. The high-speed interconnect ensures that data can be quickly shared between processors, enabling efficient parallel processing and faster execution of calculations. With the 20GT UPI interconnect, the Intel Xeon Platinum Server CPU delivers the performance needed for demanding HPC workloads.

Optimized for Data-Intensive Workloads

Data-intensive workloads, such as big data analytics and machine learning, rely on fast data transfer between processors and memory. The 20GT UPI interconnect provides the necessary bandwidth to handle these workloads efficiently. Whether you're training deep learning models, processing massive datasets, or running complex simulations, this interconnect ensures that data can flow seamlessly, reducing bottlenecks and improving performance.

Faster Communication with Peripheral Devices

The 20GT UPI interconnect not only facilitates communication between processors but also improves connectivity with peripheral devices. Whether you're connecting high-speed storage devices, network adapters, or graphics cards, the high-speed interconnect ensures that data can be transferred quickly and reliably. This feature is particularly important for applications that rely on fast access to external devices, such as video editing or scientific research.

Cache Size: 300MB Smart Cache

The Intel Xeon Platinum Server CPU is equipped with a generous 300MB Smart Cache, which plays a crucial role in improving overall system performance by reducing memory access latency and enhancing data availability.

Reduced Memory Latency

The large 300MB Smart Cache helps reduce memory latency by storing frequently accessed data closer to the processor cores. This proximity allows for faster retrieval of data, reducing the time it takes for the CPU to access information from the main memory. As a result, applications and workloads that rely heavily on memory access can benefit from improved performance and responsiveness.

Improved Data Availability

The Smart Cache also enhances data availability by storing a larger portion of data within the CPU itself. This reduces the need to access external memory, which can be slower compared to cache memory. By having a larger cache size, the Intel Xeon Platinum Server CPU ensures that critical data is readily available for processing, minimizing delays and improving overall system efficiency.

Enhanced Instruction and Data Reliability

The larger cache size not only improves performance but also enhances instruction and data reliability. By storing more instructions and data within the cache, the CPU reduces the chances of encountering errors or corruption during execution. This reliability is crucial for mission-critical applications that require accurate processing of instructions and data.

Faster Virtual Machine Performance

In virtualized environments, the 300MB Smart Cache significantly improves the performance of virtual machines. Each virtual machine operates within its own allocated resources, including cache memory. With a larger cache size, each virtual machine can have more efficient access to frequently accessed data, resulting in improved overall performance and responsiveness.

Efficient Handling of Large Datasets

Applications that process large datasets, such as big data analytics or scientific simulations, can benefit greatly from the 300MB Smart Cache. The larger cache size allows for more efficient handling of large amounts of data by reducing the need to fetch information from external memory. This results in faster data processing and improved overall performance for data-intensive workloads.

Optimized for Memory-Intensive Workloads

Memory-intensive workloads, such as in-memory databases or high-performance computing applications, can take advantage of the 300MB Smart Cache to achieve optimal performance. These workloads often rely heavily on frequent access to large datasets stored in memory. The larger cache size ensures that critical data is readily available, minimizing latency and allowing for faster execution of instructions.