HPE DL380P GEN8 715214-B21 Intel Xeon E5-2690 V2 3.0GHz 10 Core Processor

Speed

The HPE E5-2690 V2 Processor is a powerful and efficient processor that boasts a speed of 3.0GHz. This impressive speed allows for lightning-fast processing and improved overall system performance. Whether you are running resource-intensive applications, multitasking, or gaming, this processor's speed ensures smooth and seamless performance.

Enhanced Productivity

With a speed of 3.0GHz, the HPE E5-2690 V2 Processor enables users to accomplish tasks quickly and efficiently. Whether you are working on complex calculations, rendering high-resolution graphics, or running virtual machines, the processor's speed ensures that you can complete these tasks in a fraction of the time it would take with a slower processor. This enhanced productivity translates into increased efficiency and faster project completion.

Seamless Multitasking

Multitasking is a breeze with the HPE E5-2690 V2 Processor's impressive speed. You can effortlessly switch between applications and seamlessly run multiple programs simultaneously without experiencing any lag or slowdown. This allows for a smoother workflow and increased productivity, especially for professionals who rely on running numerous applications simultaneously.

Improved Gaming Performance

Gamers will appreciate the HPE E5-2690 V2 Processor's speed when it comes to gaming. The 3.0GHz clock speed ensures fast and responsive gameplay with reduced loading times and smooth frame rates. Whether you are playing graphically demanding games or engaging in online multiplayer battles, this processor provides the necessary power to deliver an immersive gaming experience.

Efficient Video Editing

Video editing requires significant processing power, and the HPE E5-2690 V2 Processor's speed is up to the task. With its 3.0GHz clock speed, video editing software runs smoothly, allowing for quick rendering, seamless playback, and efficient editing. This processor ensures that your video projects are completed in less time, enabling you to meet deadlines and deliver high-quality content.

Cache

The HPE E5-2690 V2 Processor features a generous 25MB L3 cache. This cache plays a crucial role in improving system performance by reducing latency and enhancing data retrieval speed. The large cache size ensures that frequently accessed data is readily available, resulting in faster and more efficient processing.

Reduced Memory Access Latency

By incorporating a 25MB L3 cache, the HPE E5-2690 V2 Processor significantly reduces memory access latency. Instead of constantly retrieving data from the main memory, the processor can quickly access frequently used data from the cache. This results in improved overall system performance, as data retrieval occurs much faster, reducing processing delays.

Enhanced Application Responsiveness

The large cache size of the HPE E5-2690 V2 Processor enhances application responsiveness. As frequently accessed data is stored in the cache, applications can retrieve that data swiftly, resulting in quicker response times. This is particularly beneficial for applications that rely on accessing large amounts of data, such as databases or content creation software. Users will experience smoother and more responsive interactions with their applications.

Improved Gaming Experience

The HPE E5-2690 V2 Processor's 25MB L3 cache contributes to an enhanced gaming experience. By storing frequently accessed game data in the cache, the processor can quickly retrieve this information, reducing loading times and ensuring smooth gameplay. Gamers will appreciate the reduced stuttering and improved overall performance that the large cache provides.

Efficient Virtualization

Virtualization environments rely heavily on efficient data retrieval and processing. The HPE E5-2690 V2 Processor's 25MB L3 cache allows for faster virtual machine deployment and better overall virtualization performance. By storing frequently accessed data in the cache, the processor can quickly retrieve and process information, resulting in improved virtual machine responsiveness and reduced latency.

Socket

The HPE E5-2690 V2 Processor is compatible with the 2011 socket. This socket type ensures compatibility with a wide range of server motherboards, making it a versatile choice for various server configurations. The 2011 socket offers several benefits and advantages for users.

Flexible Server Configurations

The compatibility of the HPE E5-2690 V2 Processor with the 2011 socket allows for flexible server configurations. Users can choose from a variety of server motherboards that support this socket type, enabling them to tailor their server setup to meet their specific requirements. Whether you need a high-performance server for demanding applications or a cost-effective solution for basic tasks, the 2011 socket provides the flexibility to accommodate different needs.

Scalability

The 2011 socket offers scalability options for users. It supports multiple generations of processors, allowing for future upgrades without replacing the entire server infrastructure. This means that as your computing needs grow, you can simply upgrade to a newer processor compatible with the 2011 socket, saving time and money on system replacements.

Reliable Performance

The HPE E5-2690 V2 Processor's compatibility with the 2011 socket ensures reliable performance. The socket's design and architecture have been thoroughly tested and proven, offering stable connections between the processor and the motherboard. This reliable performance is crucial for server environments where uptime and stability are paramount.

Broad Compatibility

The 2011 socket is widely adopted by various server manufacturers, ensuring broad compatibility across different server brands. This allows users to choose from a wide range of server options, including models from HPE, Dell, IBM, and other reputable manufacturers. The broad compatibility of the 2011 socket provides users with more options when selecting their server hardware.

Manufacturing Technology

The HPE E5-2690 V2 Processor utilizes a 22nm manufacturing technology. This advanced manufacturing process offers several benefits and advantages, including improved performance, energy efficiency, and thermal management.

Enhanced Performance

The 22nm manufacturing technology employed by the HPE E5-2690 V2 Processor enhances its overall performance. With smaller transistors and more densely packed components, the processor can achieve higher clock speeds and increased processing power. This results in improved performance across various applications, enabling users to complete tasks faster and more efficiently.

Energy Efficiency

The 22nm manufacturing technology contributes to the HPE E5-2690 V2 Processor's energy efficiency. Smaller transistors require less power to function, reducing energy consumption and lowering operating costs. This energy efficiency is crucial for data centers or server environments that have high power requirements, as it allows for substantial savings in electricity bills while maintaining optimal performance.

Effective Thermal Management

The 22nm manufacturing process also aids in effective thermal management. Smaller transistors produce less heat compared to larger ones, resulting in lower operating temperatures for the processor. This is particularly important for server environments where multiple processors are installed nearby. The reduced heat generation allows for better airflow and cooling efficiency, ensuring that the processor operates within safe temperature limits.

Future-Proofing

The utilization of a 22nm manufacturing technology future-proofs the HPE E5-2690 V2 Processor to some extent. As technology continues to advance, smaller transistor sizes are likely to become the norm. By already adopting a 22nm manufacturing process, this processor is well-positioned to take advantage of future developments in manufacturing technology, ensuring its longevity and compatibility with future hardware and software advancements.

Power Consumption

The HPE E5-2690 V2 Processor has a power consumption rating of 130W. This power consumption level offers a balance between high-performance computing and energy efficiency, making it suitable for various applications and server environments.

Optimized Performance

The 130W power consumption rating of the HPE E5-2690 V2 Processor allows it to deliver optimized performance for demanding applications. With this level of power consumption, the processor can provide the necessary processing power and maintain stable clock speeds under heavy workloads. This is particularly beneficial for resource-intensive tasks such as data analysis, scientific simulations, or complex calculations.

Energy Efficiency

While the HPE E5-2690 V2 Processor delivers high-performance computing capabilities, it also prioritizes energy efficiency. The 130W power consumption rating ensures that the processor operates efficiently, minimizing energy waste and reducing operating costs. This is especially important for organizations that require powerful servers but want to keep their energy consumption in check.

Cooling Requirements

The 130W power consumption rating of the HPE E5-2690 V2 Processor also influences the cooling requirements of the server. While it does generate heat during operation, the power consumption level is manageable with proper cooling solutions. Server administrators can select cooling systems that effectively dissipate the heat generated by the processor without excessive energy usage, ensuring optimal performance and system reliability.

Environmentally Friendly

By striking a balance between performance and energy efficiency, the HPE E5-2690 V2 Processor's 130W power consumption rating contributes to its overall environmental friendliness. The reduced energy consumption not only lowers operational costs but also reduces the carbon footprint of the server infrastructure. Organizations that prioritize sustainability and environmental responsibility can benefit from the processor's energy-efficient design.

Compatible With

The HPE E5-2690 V2 Processor is compatible with the DL380P GEN8 server model. This compatibility provides users with a reliable and efficient solution for their server needs, with seamless integration and a host of benefits.

Optimized Performance

By being compatible with the DL380P GEN8 server model, the HPE E5-2690 V2 Processor ensures optimized performance within this specific server environment. The processor's architecture and features are designed to work seamlessly with the DL380P GEN8, allowing for efficient resource allocation, improved data throughput, and enhanced overall performance. This compatibility ensures that users can leverage the full capabilities of both the processor and server model.

Reliable Compatibility

The compatibility between the HPE E5-2690 V2 Processor and the DL380P GEN8 server model provides a reliable and stable computing platform for users. Both the processor and server model undergo rigorous testing and validation to ensure seamless integration and reliable performance. This compatibility eliminates any potential compatibility issues, allowing users to confidently deploy their server infrastructure without worrying about hardware conflicts or performance inconsistencies.

Scalability Options

The compatibility between the HPE E5-2690 V2 Processor and the DL380P GEN8 server model offers scalability options for users. The DL380P GEN8 supports multiple processors, enabling users to scale their server infrastructure as their computing needs grow. The ability to add additional processors without sacrificing performance or stability is crucial for organizations that require scalable solutions to accommodate their expanding workloads.

Comprehensive Support

The compatibility between the HPE E5-2690 V2 Processor and the DL380P GEN8 server model ensures comprehensive support from HPE. Users can rely on HPE's expertise and support services when deploying and managing their server infrastructure. This comprehensive support provides peace of mind, knowing that assistance is readily available in case of any technical issues or questions.

Part Number

The HPE E5-2690 V2 Processor is identified by the part number 715214-B21. This unique identifier enables users to easily identify and procure the specific processor model they need, ensuring compatibility and seamless integration with their existing server infrastructure.

Accurate Identification

With a specific part number like 715214-B21, users can accurately identify the HPE E5-2690 V2 Processor during the procurement process. This eliminates any confusion or potential mistakes when ordering or replacing processors. By using the correct part number, users can ensure that they receive the exact processor model they require, preventing compatibility issues and ensuring a smooth integration process.

Seamless Integration

The accurate identification provided by part number 715214-B21 facilitates seamless integration of the HPE E5-2690 V2 Processor into existing server infrastructures. Server administrators can easily match the part number with their server model's compatibility list to ensure that the processor is compatible and supported. This streamlines the installation process and reduces downtime associated with compatibility issues.

Procurement Efficiency

The part number 715214-B21 simplifies the procurement process for users. When ordering or replacing processors, users can simply provide the part number to vendors or suppliers, ensuring that they receive the correct processor model without any confusion or unnecessary delays. This efficiency in procurement saves time and effort, allowing organizations to quickly obtain the required hardware and keep their server infrastructure up and running.

Technical Support

Part number 715214-B21 also aids in obtaining accurate technical support for the HPE E5-2690 V2 Processor. When seeking assistance or troubleshooting, users can provide the specific part number to HPE's technical support team. This ensures that the support team can quickly identify the processor model in question and provide accurate guidance or solutions, leading to quicker issue resolution and minimized downtime.