HP BL460C GEN9 Server Processor 779796-B21 Intel Xeon E5-2699V3 2.3GHz

Processor

The HP BL460C GEN9 Server is equipped with a powerful Intel Xeon 18 Core E5-2699V3 processor. This processor is specifically designed to meet the demanding needs of modern businesses and data centers. With its impressive performance capabilities, the Intel Xeon 18 Core E5-2699V3 processor offers a wide range of benefits for users.

Unparalleled Performance

The Intel Xeon 18 Core E5-2699V3 processor boasts an impressive number of cores, allowing for efficient multitasking and parallel processing. With its 18 cores and 36 threads, this processor can handle even the most resource-intensive tasks with ease. Whether you're running multiple virtual machines or performing complex data analysis, the Intel Xeon 18 Core E5-2699V3 processor ensures smooth and efficient performance.

Enhanced Productivity

The high core count of the Intel Xeon 18 Core E5-2699V3 processor translates into improved productivity for users. With more cores available, you can run multiple applications simultaneously without experiencing any slowdowns. This feature is particularly beneficial for businesses that rely on multitasking or require high-performance computing capabilities.

Optimized Virtualization

Virtualization has become a crucial aspect of modern computing infrastructure, allowing businesses to maximize their resources and streamline operations. The Intel Xeon 18 Core E5-2699V3 processor is designed to excel in virtualized environments. Its large number of cores enables efficient virtual machine management, ensuring smooth operation and minimal latency.

Advanced Security

Security is a top concern for businesses today, especially when dealing with sensitive data or operating in regulated industries. The Intel Xeon 18 Core E5-2699V3 processor incorporates advanced security features to protect against threats. These features include Intel® Platform Protection Technology with Intel® OS Guard and Intel® Trusted Execution Technology, providing hardware-enhanced security capabilities that safeguard your data and ensure the integrity of your system.

Speed

In addition to its impressive core count, the HP BL460C GEN9 Server Processor also offers exceptional speed with its 2.3GHz clock speed. This high clock speed allows for quick data processing and ensures that tasks are executed swiftly and efficiently.

Fast Data Processing

With a 2.3GHz clock speed, the HP BL460C GEN9 Server Processor can handle large volumes of data quickly and efficiently. This is particularly important for businesses that rely on real-time data analysis or need to process large datasets in a timely manner. The fast data processing capabilities of the HP BL460C GEN9 Server Processor enable businesses to make informed decisions faster and stay ahead of the competition.

Reduced Latency

Latency can significantly impact the performance of a server, especially in high-demand environments. The 2.3GHz clock speed of the HP BL460C GEN9 Server Processor helps minimize latency and ensures that tasks are executed with minimal delay. This is particularly important for businesses that require near-instantaneous response times or operate in time-sensitive industries.

Improved Application Responsiveness

The high clock speed of the HP BL460C GEN9 Server Processor translates into improved application responsiveness. Whether you're running resource-intensive applications or hosting multiple virtual machines, the fast clock speed ensures that applications respond quickly to user inputs. This results in a seamless user experience and increased productivity.

Efficient Workload Execution

The 2.3GHz clock speed allows the HP BL460C GEN9 Server Processor to execute workloads efficiently. Whether you're performing complex calculations or running CPU-intensive tasks, the fast clock speed ensures that the processor can handle the workload effectively. This efficiency translates into faster task completion times and improved overall system performance.

Cache

The cache is a vital component of a processor, and the HP BL460C GEN9 Server Processor features a generous 45MB L3 cache. This large cache size offers a range of benefits for users, enhancing system performance and efficiency.

Faster Data Access

The large 45MB L3 cache of the HP BL460C GEN9 Server Processor allows for faster data access. The cache stores frequently accessed data closer to the processor, reducing the time required to retrieve data from main memory. This results in improved overall system performance and reduced latency.

Improved Application Performance

With its large cache size, the HP BL460C GEN9 Server Processor can store more data that is frequently accessed by applications. This improves application performance by reducing the need to fetch data from slower main memory. As a result, applications can run more smoothly and efficiently, enhancing user experience and productivity.

Efficient Multitasking

The 45MB L3 cache enables efficient multitasking capabilities for the HP BL460C GEN9 Server Processor. With more data stored in the cache, the processor can quickly switch between different tasks without experiencing significant delays. This is particularly beneficial for businesses that require seamless multitasking or run multiple applications simultaneously.

Reduced Memory Bandwidth Usage

The large cache size helps reduce memory bandwidth usage by storing frequently accessed data closer to the processor. This reduces the strain on the system's memory subsystem, resulting in improved overall system efficiency. By minimizing memory bandwidth usage, businesses can maximize their resources and achieve higher levels of performance.

Qpi Speed

The Qpi Speed of a processor plays a crucial role in determining the speed at which data can be transferred between the processor and other system components. The HP BL460C GEN9 Server Processor features a Qpi Speed of 9.6 GT/s, offering impressive data transfer capabilities.

Fast Data Transfer

The 9.6GT/s Qpi Speed of the HP BL460C GEN9 Server Processor allows for fast and efficient data transfer between the processor and other system components. This is particularly important in high-demand environments where data needs to be processed quickly and transferred without delays. The fast Qpi Speed ensures that data can move seamlessly through the system, enabling efficient performance.

Improved System Responsiveness

With its high Qpi Speed, the HP BL460C GEN9 Server Processor ensures improved system responsiveness. The fast data transfer capabilities enable quick communication between the processor and other components, resulting in reduced latency and improved overall system performance. This is especially beneficial for businesses that require near-instantaneous response times or operate in time-sensitive industries.

Enhanced Scalability

Scalability is a critical factor for businesses that anticipate growth or need to handle increasing workloads. The 9.6GT/s Qpi Speed of the HP BL460C GEN9 Server Processor enables efficient scalability by allowing for fast communication between multiple processors. This ensures that as your business expands, your server can handle the increased demands and maintain optimal performance.

Seamless Connectivity

The fast Qpi Speed of the HP BL460C GEN9 Server Processor ensures seamless connectivity with other system components, such as memory modules and expansion cards. This enables smooth data transfer and efficient operation of peripherals, resulting in an overall enhanced user experience. Whether you're accessing large databases or performing data-intensive tasks, the fast Qpi Speed ensures that your server can handle the workload with ease.

Socket

The socket is an essential aspect of a processor, as it determines compatibility with the motherboard. The HP BL460C GEN9 Server Processor features the FCLGA 2011-3 socket, offering compatibility with a wide range of server motherboards.

Flexible Compatibility

The FCLGA 2011-3 socket of the HP BL460C GEN9 Server Processor ensures compatibility with a variety of server motherboards. This flexibility allows businesses to choose the motherboard that best suits their needs, ensuring seamless integration with existing infrastructure. Whether you're upgrading an existing server or building a new one, the FCLGA 2011-3 socket provides the compatibility required for a smooth transition.

Future-Proofing

Investing in a server with the FCLGA 2011-3 socket ensures future-proofing to some extent. As new server motherboards are released, you can easily upgrade your system by replacing the motherboard while retaining the HP BL460C GEN9 Server Processor. This allows businesses to stay up-to-date with the latest technology advancements without having to replace the entire server.

Scalability Options

The FCLGA 2011-3 socket offers scalability options for businesses that anticipate growth or need to handle increasing workloads. With compatible server motherboards, businesses can add additional processors to their servers, allowing for efficient scaling as demand increases. This ensures that your server can handle future demands without compromising performance or efficiency.

Wide Availability

The FCLGA 2011-3 socket is widely available and supported by multiple manufacturers, ensuring easy access to compatible server motherboards. This availability provides businesses with more options when selecting hardware components and allows for greater flexibility when building or upgrading their server infrastructure.

Nm

The nm (nanometer) measurement refers to the size of the processor's transistors, which plays a crucial role in determining its performance and power efficiency. The HP BL460C GEN9 Server Processor features a 22nm architecture, offering a balance between performance and power consumption.

Enhanced Performance

The 22nm architecture of the HP BL460C GEN9 Server Processor allows for enhanced performance capabilities. With smaller transistors, the processor can pack more processing power into a smaller space, resulting in improved performance and faster data processing. This is particularly important for businesses that require high-performance computing or deal with resource-intensive applications.

Power Efficiency

The 22nm architecture also contributes to the power efficiency of the HP BL460C GEN9 Server Processor. Smaller transistors require less power to operate, resulting in reduced power consumption and lower energy costs. This is beneficial for businesses seeking to minimize their carbon footprint or reduce their operating expenses without sacrificing performance.

Cooler Operation

The smaller transistors in the 22nm architecture generate less heat compared to larger transistor sizes. This allows the HP BL460C GEN9 Server Processor to operate at lower temperatures, reducing the need for excessive cooling mechanisms. Cooler operation not only contributes to energy efficiency but also prolongs the lifespan of the server components, ensuring reliable performance over time.

Compatibility with Existing Infrastructure

The 22nm architecture is widely adopted and supported by various server manufacturers, ensuring compatibility with existing infrastructure. Whether you're upgrading an existing server or building a new one, the HP BL460C GEN9 Server Processor's 22nm architecture provides compatibility with a wide range of server components, allowing for seamless integration into your current setup.

Power

The power consumption of a server processor is an important consideration for businesses, as it directly impacts energy costs and environmental sustainability. The HP BL460C GEN9 Server Processor has a power rating of 145W, striking a balance between performance and power efficiency.

Optimized Power Consumption

The 145W power rating of the HP BL460C GEN9 Server Processor ensures optimized power consumption. The processor is designed to deliver high-performance computing capabilities while minimizing energy usage. This is particularly important for businesses seeking to reduce their carbon footprint and lower their operating expenses without compromising on performance.

Reduced Energy Costs

By consuming only 145W of power, the HP BL460C GEN9 Server Processor helps businesses reduce their energy costs. Lower power consumption translates into lower electricity bills, resulting in significant savings over time. This is particularly beneficial for businesses that operate multiple servers or have high computational requirements.

Environmental Sustainability

The reduced power consumption of the HP BL460C GEN9 Server Processor contributes to environmental sustainability. By minimizing energy usage, businesses can reduce their greenhouse gas emissions and contribute to a greener future. This is particularly important for organizations that prioritize sustainability and aim to align their operations with eco-friendly practices.

Reliable Performance

Despite its power-efficient design, the HP BL460C GEN9 Server Processor does not compromise on performance. With its 145W power rating, the processor delivers the necessary computing power required for resource-intensive tasks and high-demand applications. This ensures reliable performance and allows businesses to meet their operational needs without any compromises.

In conclusion, the HP BL460C GEN9 Server Processor's Intel Xeon 18 Core E5-2699V3 processor offers a wide range of benefits for users. Its powerful 18 cores and 36 threads provide unparalleled performance and enhanced productivity. The 2.3GHz clock speed ensures fast data processing and improved application responsiveness. The generous 45MB L3 cache enhances system performance and efficient multitasking. The 9.6GT/s Qpi Speed enables fast data transfer and seamless connectivity. The FCLGA 2011-3 socket offers flexible compatibility and scalability options. The 22nm architecture provides enhanced performance, power efficiency, and compatibility with existing infrastructure. The 145W power rating strikes a balance between performance and power consumption, reducing energy costs and promoting environmental sustainability. With these features, the HP BL460C GEN9 Server Processor is a reliable and high-performance choice for businesses and data centers.