Intel Xeon E5-2640 Six Core 2.5GHz Processor SR0KR

Clock Speed: 2.5GHz

Improved Performance

The Intel E5-2640 Processor boasts a clock speed of 2.5GHz, making it a powerful option for users looking for enhanced performance. With a higher clock speed, this processor can handle multiple tasks simultaneously, resulting in faster and more efficient processing. Whether you are gaming, editing videos, or running resource-intensive applications, the 2.5GHz clock speed ensures smooth and seamless performance.

Quick Execution of Instructions

The clock speed determines the number of instructions a processor can execute per second. In the case of the Intel E5-2640 Processor, its 2.5GHz clock speed indicates that it can execute 2.5 billion instructions per second. This high execution rate allows for quick processing of complex calculations and tasks, reducing waiting times and improving overall system responsiveness.

Seamless Multitasking

For users who often find themselves multitasking, whether it be working on multiple applications or running heavy workloads, the 2.5GHz clock speed is a valuable feature. It enables the processor to handle multiple threads simultaneously, ensuring smooth multitasking without any noticeable lag or slowdowns.

Efficient Resource Utilization

With a higher clock speed, the Intel E5-2640 Processor can efficiently utilize system resources by completing tasks more quickly. This means that your system's resources such as RAM and storage are fully utilized without any bottlenecks caused by slow processing. This leads to improved overall system performance and efficiency.

Enhanced Gaming Experience

Gamers will appreciate the 2.5GHz clock speed of the Intel E5-2640 Processor as it allows for smooth gameplay even in demanding titles. The processor's ability to quickly process game instructions ensures that there is minimal input lag and faster rendering of graphics, resulting in a more immersive and enjoyable gaming experience.

Cache: 15MB L3

Faster Access to Data

The Intel E5-2640 Processor features a generous 15MB L3 cache, which plays a crucial role in improving system performance. The cache serves as a temporary storage area for frequently accessed data, allowing the processor to quickly retrieve information without having to access the slower main memory. This leads to faster data access and reduced latency, resulting in improved overall system responsiveness.

Efficient Workload Distribution

The large 15MB L3 cache enables the processor to efficiently distribute the workload across its cores. By storing frequently accessed data in the cache, the processor can quickly retrieve it when needed, reducing the time it takes to complete tasks. This efficient workload distribution ensures that each core is utilized optimally, maximizing performance and minimizing bottlenecks.

Improved Application Performance

Applications that rely heavily on data processing can benefit greatly from the 15MB L3 cache of the Intel E5-2640 Processor. The cache allows for faster retrieval of data, resulting in improved application performance. Whether you are working with large datasets, editing high-resolution images, or running complex simulations, the processor's cache ensures that data is readily available for processing, leading to shorter processing times and increased productivity.

Seamless Virtualization

Virtualization environments can greatly benefit from a large cache size. The 15MB L3 cache of the Intel E5-2640 Processor enables seamless virtualization by providing quick access to frequently accessed virtual machine data. This allows for smooth operation of multiple virtual machines simultaneously without any noticeable impact on performance.

Bus Speed: 7.2GT/S QPI

High-Speed Data Transfer

The 7.2GT/S QPI (Quick Path Interconnect) of the Intel E5-2640 Processor facilitates high-speed data transfer between the processor and other system components. This ensures efficient communication and reduces latency, resulting in faster overall system performance. Whether you are transferring large files, streaming high-definition media, or performing data-intensive tasks, the high bus speed allows for quick and seamless data transfer.

Improved System Responsiveness

The high bus speed plays a crucial role in improving system responsiveness, as it enables fast communication between the processor and other components such as memory and storage devices. This results in reduced waiting times when accessing data from memory or loading applications, ensuring a smooth and lag-free user experience.

Enhanced Multi-Processor Scalability

For users requiring multiple processors in their system, the 7.2GT/S QPI of the Intel E5-2640 Processor offers enhanced multi-processor scalability. The high bus speed allows for efficient communication between multiple processors, ensuring smooth coordination and workload distribution. This is particularly beneficial for tasks that require parallel processing or large-scale computing, such as scientific simulations or rendering complex animations.

Support for High-Bandwidth Devices

Modern systems often include high-bandwidth devices such as graphics cards or storage solutions. The 7.2GT/S QPI of the Intel E5-2640 Processor can handle the data transfer requirements of these devices, ensuring optimal performance. Whether you are gaming with a powerful graphics card or working with high-speed storage devices, the processor's high bus speed ensures that data can be transferred at maximum speed, minimizing any potential bottlenecks.

Socket: Fclga-2011

Compatibility with Server Platforms

The Fclga-2011 socket of the Intel E5-2640 Processor is specifically designed for server platforms. This means that it is compatible with a wide range of server motherboards, allowing for easy integration into existing server setups or the creation of new server systems. Whether you are building a small business server or upgrading an enterprise-level infrastructure, the Fclga-2011 socket ensures compatibility and ease of installation.

Scalability and Expandability

Server environments often require scalability and expandability to accommodate growing computational needs. The Fclga-2011 socket provides the necessary support for multiple processors, allowing for easy scalability by adding additional processors as needed. This enables servers to handle increasing workloads without the need for a complete system overhaul.

Enhanced Reliability

The Fclga-2011 socket ensures a secure and reliable connection between the Intel E5-2640 Processor and the server motherboard. This secure connection reduces the risk of intermittent connections or performance issues, ensuring that the processor operates at its full potential without any interruptions. The enhanced reliability provided by the Fclga-2011 socket is crucial for mission-critical applications and data centers where downtime can have severe consequences.

Support for Advanced Server Features

The Fclga-2011 socket supports advanced server features such as Error Correcting Code (ECC) memory and Intel Virtualization Technology (VT). ECC memory ensures data integrity by detecting and correcting errors, making it essential for critical applications that require error-free operation. Intel Virtualization Technology allows for efficient virtualization, enabling multiple virtual machines to run on a single server, maximizing resource utilization.

Manufacturing Technology: 32NM

Efficient Power Consumption

The 32nm manufacturing technology used in the Intel E5-2640 Processor allows for efficient power consumption. Smaller transistors, characteristic of the 32nm process, require less power to operate, resulting in lower power consumption and reduced heat generation. This translates to energy savings and improved overall system efficiency.

Improved Performance per Watt

The 32nm manufacturing technology enables the Intel E5-2640 Processor to deliver improved performance per watt. The smaller transistors offer better electrical efficiency, allowing the processor to deliver more processing power while consuming less energy. This is particularly beneficial for users who require high-performance computing while keeping power consumption in check.

Reduced Heat Generation

Smaller transistors in the 32nm manufacturing process generate less heat compared to larger transistors. This leads to improved thermal management within the system, reducing the need for extensive cooling solutions and ensuring a cooler operating environment. The reduced heat generation also contributes to increased system longevity by minimizing the risk of overheating-related issues.

Space-Efficient Design

The 32nm manufacturing technology allows for a higher density of transistors, resulting in a more space-efficient design. This is particularly important for devices with limited physical space, such as laptops or small form factor desktops. The space-efficient design enables manufacturers to create slimmer and more compact systems without compromising on performance.

Power Consumption: 95W

Energy Efficiency

The Intel E5-2640 Processor's power consumption of 95W demonstrates its energy-efficient design. Lower power consumption not only reduces electricity costs but also contributes to a greener and more sustainable computing environment. Whether you are conscious of your energy usage or simply looking to reduce your carbon footprint, the processor's low power consumption is an attractive feature.

Cooler Operation

The low power consumption of the Intel E5-2640 Processor ensures cooler operation. With less energy being converted into heat, the processor generates less heat and therefore requires less cooling. This leads to quieter operation and a cooler system overall, creating a more comfortable computing environment.

Compatibility with Standard Power Supplies

The 95W power consumption of the Intel E5-2640 Processor is within the range supported by standard power supplies. This means that you can easily integrate the processor into your existing system without the need for specialized or high-capacity power supplies. The compatibility with standard power supplies ensures easy upgrades and reduces the overall cost of upgrading your system.

Longer Battery Life

For users who rely on laptops or portable devices, the low power consumption of the Intel E5-2640 Processor can significantly extend battery life. With reduced energy requirements, the processor consumes less power from the battery, allowing for longer usage without the need for frequent recharging. This is particularly beneficial for users who are frequently on the move or in locations where power outlets may not be readily available.

Processor Code: SR0KR

Identification and Compatibility

The SR0KR processor code is a unique identifier for the Intel E5-2640 Processor. It helps in identifying the specific model and ensures compatibility with compatible motherboards and systems. By referencing the processor code, users can ensure that their system is compatible with the Intel E5-2640 Processor and avoid any compatibility issues during installation or upgrades.

Easy Replacement and Upgrades

The processor code also simplifies replacement or upgrading of processors within a system. By referring to the SR0KR code, users can easily identify the exact model they need to replace or upgrade, ensuring a smooth transition without any confusion or compatibility concerns. This ease of replacement and upgrades adds flexibility to system configurations and allows for future expansion.

Warranty and Support

The SR0KR processor code is also useful when it comes to warranty and support. By identifying the specific model using the processor code, users can ensure that they receive the correct support and warranty coverage for their Intel E5-2640 Processor. This ensures that any issues or concerns are addressed promptly and efficiently, providing peace of mind for users.

Performance Optimization

The SR0KR processor code is associated with a specific set of specifications and performance characteristics. By referencing the processor code, users can access detailed information about the processor's performance capabilities, such as clock speed, cache size, and power consumption. This allows users to optimize their system configuration and tailor it to their specific needs, ensuring maximum performance and efficiency.