Cisco UCS-CPU-6140 Intel Xeon Gold 2.30 GHz UPI 24.75MB L3 Cache Socket 18 Core CPU & Processors

Clock Speed

The Cisco UCS-CPU-6140 CPU features a clock speed of 2.30 GHz, making it a powerful and high-performing processor. Clock speed refers to the number of cycles per second that the CPU can execute. A higher clock speed means that the CPU can perform more instructions per second, resulting in faster processing and improved performance.

Improved Processing Power

The 2.30 GHz clock speed of the Cisco UCS-CPU-6140 CPU provides users with enhanced processing power. With each cycle, the CPU can execute more instructions, allowing for quicker data processing and computation. This is especially important for tasks that require heavy processing, such as running complex software applications, virtualization, or handling large datasets.

Efficient Multitasking

A higher clock speed enables the CPU to handle multiple tasks simultaneously more efficiently. This is particularly beneficial for users who frequently multitask or run resource-intensive applications. Whether you're editing videos, playing graphics-intensive games, or running multiple virtual machines, the Cisco UCS-CPU-6140 CPU's clock speed ensures smooth and seamless multitasking without experiencing significant performance slowdowns.

Reduced Processing Time

The 2.30 GHz clock speed significantly reduces processing time for various tasks. For example, rendering 3D animations, encoding videos, or performing complex calculations can be completed much faster with a higher clock speed. This not only saves time but also allows users to be more productive by completing tasks more quickly.

Enhanced Gaming Performance

Gamers can benefit greatly from the 2.30 GHz clock speed of the Cisco UCS-CPU-6140 CPU. Many modern games require substantial processing power to deliver realistic graphics and smooth gameplay. With a higher clock speed, the CPU can handle the demanding processing requirements of these games, resulting in improved frame rates, reduced lag, and an overall enhanced gaming experience.

Optimized Virtualization

Virtualization is a key feature in modern computing environments, allowing users to run multiple operating systems or applications simultaneously on a single machine. The 2.30 GHz clock speed of the Cisco UCS-CPU-6140 CPU ensures efficient virtualization performance. It enables users to create and manage multiple virtual machines effortlessly while maintaining optimal performance levels for each virtual instance.

Overall Performance Boost

The 2.30 GHz clock speed of the Cisco UCS-CPU-6140 CPU provides an overall performance boost for various tasks. From everyday computing tasks to resource-intensive workloads, the higher clock speed ensures faster processing, reduced wait times, and improved user experience.

Cache Size

The Cisco UCS-CPU-6140 CPU boasts a cache size of 24.75MB, contributing to its exceptional performance and efficiency. The cache is a small but extremely fast memory component integrated into the CPU itself. It plays a crucial role in reducing memory latency and improving overall system performance.

Improved Data Access Speed

The large cache size of 24.75MB in the Cisco UCS-CPU-6140 CPU allows for faster data access. When the CPU needs to retrieve data or instructions, it first checks the cache before accessing the slower main memory. With a larger cache size, more data can be stored closer to the CPU, reducing the time required to fetch data from the main memory. This results in quicker execution of instructions and improved system responsiveness.

Efficient Workload Management

A larger cache size enables the CPU to store frequently accessed data and instructions, reducing the need for constant retrieval from the main memory. This efficient workload management translates into improved performance for tasks that rely heavily on repetitive data access, such as database queries, file compression, or video editing. The Cisco UCS-CPU-6140 CPU's substantial cache size ensures smooth and efficient execution of these tasks.

Reduced Bottlenecks

A larger cache size helps to mitigate potential bottlenecks in the system. When the CPU can quickly access frequently used data from the cache, it minimizes the latency caused by waiting for data to be fetched from the main memory. This results in a more balanced system performance, ensuring that the CPU is not idling while waiting for data and maximizing overall efficiency.

Enhanced Gaming Experience

Gamers can benefit from the Cisco UCS-CPU-6140 CPU's 24.75MB cache size as it improves gaming performance. The cache stores frequently accessed game data and instructions, allowing for faster retrieval and reduced loading times. This results in smoother gameplay, reduced stuttering, and an overall enhanced gaming experience.

Optimized Virtualization Performance

Virtualization environments often require rapid data access to ensure smooth operation of multiple virtual machines. The 24.75MB cache size in the Cisco UCS-CPU-6140 CPU aids in optimizing virtualization performance by providing faster data retrieval for virtual instances. This contributes to efficient resource allocation and improved responsiveness within virtualized environments.

Overall Performance Boost

The generous 24.75MB cache size of the Cisco UCS-CPU-6140 CPU delivers an overall performance boost by reducing memory latency and improving data access speed. Whether you're running demanding applications, multitasking, or gaming, the larger cache size ensures a smoother and more responsive computing experience.

Socket Type

The Cisco UCS-CPU-6140 CPU is compatible with the LGA 3647 socket type, providing users with a versatile and reliable processor socket. The socket type refers to the physical interface that connects the CPU to the motherboard. Choosing the right socket type is crucial for compatibility and ensures seamless integration with the rest of your system.

Wide Compatibility

The LGA 3647 socket type offers wide compatibility with various motherboards and server platforms. It ensures that the Cisco UCS-CPU-6140 CPU can be easily installed in a range of systems without compatibility issues. This flexibility allows users to upgrade their existing systems or build new ones while leveraging the power and performance of the Cisco UCS-CPU-6140 CPU.

Future-Proofing

Opting for a processor with the LGA 3647 socket type, such as the Cisco UCS-CPU-6140 CPU, provides a certain level of future-proofing. As technology continues to advance, new CPUs are often released with different socket types. By choosing a CPU with a widely supported socket type, users can ensure that their system remains compatible with future CPU upgrades or replacements without requiring a motherboard change.

Scalability

The LGA 3647 socket type supports scalable server platforms, making it ideal for enterprise-level applications. It allows for the installation of multi-core processors, enabling high-performance computing and improved workload distribution across multiple CPU sockets. The Cisco UCS-CPU-6140 CPU's compatibility with this socket type ensures seamless integration into scalable server architectures.

Reliable Connection

The LGA 3647 socket type provides a secure and reliable connection between the CPU and the motherboard. The LGA (Land Grid Array) design features an array of pins on the CPU that align with corresponding holes on the socket, ensuring proper contact and electrical connectivity. This secure connection minimizes the risk of loose or faulty connections, offering users peace of mind regarding system stability and reliability.

Upgrade Possibilities

The LGA 3647 socket type of the Cisco UCS-CPU-6140 CPU opens up possibilities for future upgrades. As technology advances and more powerful CPUs become available, users can easily swap out their existing CPU with a compatible LGA 3647 processor, without requiring a complete motherboard replacement. This allows for cost-effective and convenient upgrades to keep pace with evolving computing needs.

Number Of Cores

The Cisco UCS-CPU-6140 CPU features 18 cores, making it a highly capable processor designed to handle demanding workloads. The number of cores in a CPU directly impacts its ability to execute multiple tasks simultaneously, providing users with enhanced multitasking capabilities and improved overall system performance.

Parallel Processing

With 18 cores, the Cisco UCS-CPU-6140 CPU is capable of parallel processing, enabling it to execute multiple tasks simultaneously. Each core can handle its own set of instructions, allowing for efficient multitasking without significant performance degradation. This is particularly advantageous for tasks that involve running multiple applications, virtual machines, or performing complex calculations.

Improved System Responsiveness

The increased number of cores in the Cisco UCS-CPU-6140 CPU enhances system responsiveness. With more cores available, the CPU can allocate resources to different tasks more effectively. This results in reduced lag and improved system performance, ensuring a smooth and responsive user experience even when running resource-intensive applications or multitasking.

Enhanced Multithreaded Performance

The 18 cores in the Cisco UCS-CPU-6140 CPU offer improved performance for multithreaded applications. Multithreading allows for concurrent execution of multiple threads within a single application, improving overall performance and efficiency. With more cores, the CPU can dedicate resources to each thread, resulting in faster execution and better utilization of available processing power.

Efficient Virtualization

Virtualization relies heavily on the CPU's ability to handle multiple virtual machines simultaneously. The 18 cores in the Cisco UCS-CPU-6140 CPU ensure efficient virtualization performance by allowing for smooth execution of multiple virtual instances. Each core can be allocated to a separate virtual machine, ensuring optimal resource allocation and minimizing performance bottlenecks.

Powerful Workstation Capabilities

The 18 cores in the Cisco UCS-CPU-6140 CPU provide powerful workstation capabilities. Whether you're a content creator working with demanding software applications, a data scientist running complex simulations, or a gamer seeking exceptional performance, the numerous cores ensure that your CPU can handle even the most demanding workloads with ease.