HPE Intel Xeon Gold 6230 20 Core 2.10GHz Processor P11134-B21

Core Count: 20

The HPE Xeon Gold 6230 Processor is equipped with an impressive core count of 20, making it a powerhouse for demanding workloads and applications. With each core capable of executing multiple tasks simultaneously, users can experience exceptional performance and efficiency.

Improved Multitasking Capability

The 20 cores of the HPE Xeon Gold 6230 Processor allow for efficient multitasking, enabling users to run multiple applications simultaneously without experiencing any lag or slowdown. This is particularly beneficial for professionals working with resource-intensive software such as video editing or data analysis tools.

Enhanced Parallel Processing

Parallel processing is a key advantage of having a high core count. The HPE Xeon Gold 6230 Processor's 20 cores can handle multiple threads simultaneously, dividing the workload efficiently and accelerating the overall processing speed. This results in faster execution of complex tasks and improved productivity.

Optimized Virtualization Performance

Virtualization technologies rely heavily on the processor's core count. With 20 cores, the HPE Xeon Gold 6230 Processor provides ample resources for hosting multiple virtual machines simultaneously. This allows businesses to consolidate their infrastructure, reduce hardware costs, and improve overall system efficiency.

Increased Scalability

The high core count of the HPE Xeon Gold 6230 Processor offers scalability for future growth. As software and applications become more demanding, having additional cores ensures that the processor can handle increased workloads without requiring an upgrade.

Efficient Resource Allocation

Each core in the HPE Xeon Gold 6230 Processor can be allocated to specific tasks or applications, allowing for optimized resource allocation. This enables businesses to prioritize critical processes and ensure smooth operation even under heavy workloads.

Improved Gaming Experience

Gamers can also benefit from the 20-core count of the HPE Xeon Gold 6230 Processor. The increased number of cores allows for smoother gameplay, faster loading times, and improved overall performance, providing a seamless and immersive gaming experience.

Base Clock Speed: 2.10GHz

The base clock speed of the HPE Xeon Gold 6230 Processor is set at 2.10GHz, providing a solid foundation for reliable and consistent performance in various computing tasks.

Stable Performance

A higher base clock speed ensures that the processor can maintain a stable performance level without fluctuations. This is particularly important for applications that require consistent processing power, such as real-time data analysis or financial modeling.

Quick Responsiveness

The 2.10GHz base clock speed of the HPE Xeon Gold 6230 Processor allows for quick responsiveness, reducing latency and minimizing delays when executing commands or launching applications. This is crucial for users who rely on swift system responsiveness in their daily workflow.

Smooth Multitasking Experience

With a higher base clock speed, the HPE Xeon Gold 6230 Processor ensures smooth multitasking capabilities. Users can seamlessly switch between multiple applications without experiencing any lag or slowdown, enhancing productivity and efficiency.

Efficient Single-Threaded Performance

The base clock speed plays a significant role in single-threaded performance. The HPE Xeon Gold 6230 Processor's 2.10GHz base clock speed allows it to handle single-threaded tasks efficiently, improving overall system responsiveness and user experience.

Boosting Overclocking Potential

The base clock speed acts as a reference point for overclocking enthusiasts. With a higher base clock speed, the HPE Xeon Gold 6230 Processor provides a solid foundation for achieving higher overclocking frequencies, catering to users who seek maximum performance.

Optimized Power Consumption

The 2.10GHz base clock speed of the HPE Xeon Gold 6230 Processor is carefully designed to balance performance and power consumption. It ensures optimal power utilization, minimizing energy wastage and reducing overall operating costs.

Cache: 28MB Smart Cache

The HPE Xeon Gold 6230 Processor is equipped with a generous 28MB Smart Cache, enhancing its performance and efficiency by providing faster access to frequently used data.

Improved Data Access Speed

The Smart Cache of the HPE Xeon Gold 6230 Processor allows for rapid retrieval of data from the cache memory, reducing the time required to access frequently used information. This results in faster execution of tasks and improved overall system performance.

Reduced Memory Latency

By storing frequently accessed data closer to the processor, the Smart Cache reduces memory latency, improving the responsiveness of the system. This is particularly beneficial for applications that heavily rely on data retrieval from memory, such as database management systems or scientific simulations.

Efficient Workload Distribution

The large 28MB Smart Cache enables the processor to store more instructions and data, allowing for efficient workload distribution across the cores. This helps to balance the processing load and ensures that each core has quick access to the necessary resources, maximizing overall system efficiency.

Enhanced Gaming Performance

Gamers can also benefit from the HPE Xeon Gold 6230 Processor's 28MB Smart Cache. The larger cache size allows for faster loading times, smoother gameplay, and reduced stuttering, enhancing the gaming experience.

Accelerated Content Creation

Content creators working with multimedia applications can take advantage of the Smart Cache to speed up rendering and editing processes. The quick access to frequently used data improves workflow efficiency and reduces the time required to complete resource-intensive tasks.

Improved Virtual Machine Performance

Virtualization environments heavily rely on efficient data access. The 28MB Smart Cache of the HPE Xeon Gold 6230 Processor ensures that virtual machines can access frequently used data quickly, resulting in improved performance and reduced latency for virtualized applications.

Upi Speed: 10.4GT/S

The HPE Xeon Gold 6230 Processor features a Upi Speed of 10.4GT/S, facilitating fast interconnectivity between multiple processors and enhancing overall system performance.

Seamless Communication between Processors

The Upi Speed of 10.4GT/S allows for seamless communication between multiple processors in a multi-socket system. This enables efficient distribution of workloads, optimal resource utilization, and improved overall system performance.

Reduced Latency in Data Transfer

The high Upi Speed ensures that data transfer between processors occurs with minimal latency. This is crucial for applications that rely on inter-processor communication, such as distributed databases or parallel processing tasks, where low latency can significantly impact performance.

Scalability for Growing Workloads

The Upi Speed of the HPE Xeon Gold 6230 Processor provides scalability for expanding workloads. It allows businesses to add more processors to their systems without sacrificing performance, ensuring the system can handle increased demand as the workload grows.

Enhanced Server Performance

Server environments can benefit greatly from the 10.4GT/S Upi Speed. The fast interconnectivity between processors enables efficient data exchange, load balancing, and improved overall server performance, ensuring smooth operation even under heavy workloads.

Improved High-Performance Computing

High-performance computing applications, such as scientific simulations or financial modeling, require fast interconnectivity between processors. The Upi Speed of the HPE Xeon Gold 6230 Processor facilitates efficient communication, allowing for faster execution of complex calculations and improved overall performance.

Optimized Virtual Machine Migration

In virtualization environments, the Upi Speed plays a crucial role in virtual machine migration. With a high Upi Speed of 10.4GT/S, virtual machines can be migrated quickly and seamlessly between different physical servers, minimizing downtime and improving system flexibility.

Socket Type: Fclga3647

The HPE Xeon Gold 6230 Processor utilizes the Fclga3647 socket type, providing compatibility with high-end server and workstation motherboards.

Support for High-End Platforms

The Fclga3647 socket type is designed for high-performance computing platforms. By using this socket type, users can build powerful systems capable of handling resource-intensive workloads and applications with ease.

Broad Motherboard Compatibility

The Fclga3647 socket type is widely supported by various motherboard manufacturers. This ensures users have a wide range of options when choosing a compatible motherboard for their HPE Xeon Gold 6230 Processor, providing flexibility and ease of integration.

Scalability for Future Upgrades

The Fclga3647 socket type allows for future upgrades and scalability. Users can easily upgrade to more powerful processors in the future without having to change the entire motherboard, providing a cost-effective solution for businesses and individuals.

Enterprise-Grade Reliability

The Fclga3647 socket type is commonly used in enterprise-grade systems, ensuring high reliability and stability. This makes it an ideal choice for businesses that require 24/7 operation and mission-critical applications.

Support for Advanced Features

The Fclga3647 socket type supports advanced features such as high-speed memory modules, multiple PCIe lanes, and dual-socket configurations. This allows users to take full advantage of the HPE Xeon Gold 6230 Processor's capabilities and maximize system performance.

Efficient Heat Dissipation

The Fclga3647 socket type is designed to provide efficient heat dissipation, ensuring that the HPE Xeon Gold 6230 Processor remains cool even under heavy workloads. This contributes to system stability and longevity, minimizing the risk of overheating-related issues.

Manufacturing Technology: 14NM

The HPE Xeon Gold 6230 Processor is manufactured using a 14nm process technology, which offers several benefits in terms of performance, power efficiency, and transistor density.

Improved Power Efficiency

The 14nm manufacturing technology allows for better power efficiency compared to larger process technologies. This means that the HPE Xeon Gold 6230 Processor can deliver higher performance while consuming less power, reducing energy costs and environmental impact.

Higher Transistor Density

The 14nm process technology enables higher transistor density, meaning that more transistors can be packed into a smaller space. This allows for the integration of additional features and improvements, enhancing the overall performance of the processor.

Enhanced Performance

The smaller transistor size in the 14nm manufacturing technology results in shorter distances for electrical signals to travel. This leads to improved performance, reduced latency, and faster data processing, ultimately enhancing user experience and productivity.

Reduced Heat Generation

The 14nm process technology generates less heat compared to larger process technologies. This contributes to better thermal management, allowing the HPE Xeon Gold 6230 Processor to operate at lower temperatures and reducing the need for extensive cooling solutions.

Support for Advanced Features

The 14nm manufacturing technology enables the integration of advanced features into the HPE Xeon Gold 6230 Processor. This includes support for virtualization technologies, security enhancements, and improved memory management, providing users with a wide range of capabilities.

Future-Proofing

By utilizing the 14nm manufacturing technology, the HPE Xeon Gold 6230 Processor ensures compatibility with existing infrastructure while also offering room for future upgrades. This provides users with a future-proof solution that can adapt to evolving technological requirements.

Power Consumption: 125W

The HPE Xeon Gold 6230 Processor has a power consumption of 125W, striking a balance between high-performance computing capabilities and energy efficiency.

Optimized Performance per Watt

The 125W power consumption of the HPE Xeon Gold 6230 Processor ensures optimal performance per watt. This means that users can enjoy high computational power while minimizing energy consumption, resulting in cost savings and reduced environmental impact.

Lower Operating Costs

The power efficiency of the HPE Xeon Gold 6230 Processor translates into lower operating costs for businesses. By consuming less power, organizations can reduce their electricity bills and achieve long-term cost savings without compromising performance.

Environmentally Friendly Solution

The 125W power consumption contributes to a more sustainable computing environment. By choosing a processor with lower power requirements, users can minimize their carbon footprint and actively contribute to environmental conservation.

Improved Cooling Requirements

The 125W power consumption of the HPE Xeon Gold 6230 Processor allows for efficient cooling solutions. With lower heat generation, users can choose cooling options that are both effective and energy-efficient, ensuring optimal system performance and reliability.

Compatibility with Existing Infrastructure

The 125W power consumption is compatible with most standard power supplies and cooling solutions available in the market. This ensures easy integration of the HPE Xeon Gold 6230 Processor into existing systems without the need for additional infrastructure upgrades.

Extended Processor Lifespan

The optimized power consumption of the HPE Xeon Gold 6230 Processor contributes to a longer lifespan for the processor. By operating within its recommended power range, the processor experiences less stress, reducing the risk of premature failure and increasing its overall longevity.

Additional Info: Only

The HPE Xeon Gold 6230 Processor offers exceptional performance, reliability, and features that make it a top choice for demanding workloads and applications.

Uncompromising Performance

The HPE Xeon Gold 6230 Processor delivers uncompromising performance across a wide range of applications. Its high core count, base clock speed, cache size, and Upi Speed ensure smooth operation and efficient processing, allowing users to tackle even the most demanding tasks with ease.

Reliability and Stability

With its robust design and enterprise-grade features, the HPE Xeon Gold 6230 Processor offers exceptional reliability and stability. Users can rely on its consistent performance, minimizing downtime and ensuring uninterrupted operation for critical applications.

Future-Proof Solution

The advanced features and scalability of the HPE Xeon Gold 6230 Processor make it a future-proof solution. It can handle growing workloads, support emerging technologies, and adapt to evolving computing requirements, providing users with a long-lasting investment.

Efficient Resource Utilization

The HPE Xeon Gold 6230 Processor's advanced features, such as its high core count and Smart Cache, enable efficient resource utilization. Users can optimize their workflows, allocate resources effectively, and achieve maximum performance without wasting valuable computing resources.

Enhanced Productivity

By combining powerful performance capabilities with efficient multitasking and quick responsiveness, the HPE Xeon Gold 6230 Processor enhances productivity. Users can accomplish more tasks in less time, improving overall efficiency and workflow management.

Versatility for Various Applications

The HPE Xeon Gold 6230 Processor's versatility makes it suitable for a wide range of applications. From data centers and high-performance computing clusters to content creation workstations and gaming rigs, it provides the necessary performance for various use cases.

In conclusion, the HPE Xeon Gold 6230 Processor offers an exceptional combination of performance, efficiency, and advanced features. Its high core count, base clock speed, cache size, Upi Speed, socket type, manufacturing technology, power consumption, and additional features make it a powerhouse for demanding workloads, ensuring seamless multitasking, improved processing speed, efficient resource utilization, and scalability for future growth. Whether used