2.9GHz

2.9GHz EPYC 24 CORE Processors

Overview

The 2.9GHz EPYC 24 CORE processors are powerful and efficient computing solutions designed to meet the demanding needs of modern data centers, enterprise servers, and high-performance computing (HPC) environments. Built with cutting-edge technology, these processors offer a remarkable balance of performance and energy efficiency, making them ideal for workloads requiring significant parallel processing power.

Key Features

2.9GHz EPYC 24 CORE processors combine impressive clock speeds with high core counts, which enhance their ability to handle multitasking and multi-threaded applications with ease. The following are the core features of this processor:

• High-Core Count: With 24 physical cores, the EPYC processor allows for exceptional parallel computing performance, ideal for virtualized environments and applications that demand high concurrency.
• Clock Speed: Operating at 2.9GHz, these processors deliver fast and responsive performance for a wide range of tasks, from basic server operations to intensive computational processing.
• Energy Efficiency: AMD’s EPYC line is designed with efficiency in mind. The 2.9GHz EPYC 24 CORE CPUs are built to balance power consumption with high performance, optimizing server and data center operational costs.
• Advanced Security Features: These processors include AMD's hardware-based security features, which provide robust protection against cyber threats while ensuring safe, reliable system operations.
• Compatibility: EPYC processors support multiple server configurations, including dual-socket and multi-socket systems, and are compatible with various memory types, I/O devices, and storage solutions.

2.9GHz EPYC 24 CORE Processors

These processors are widely utilized in various applications that demand high processing power and multitasking capabilities. Some common use cases include:

Data Centers and Virtualization

Data centers rely on the performance of EPYC processors to manage and scale virtual machines (VMs) across thousands of instances. The 24 cores of the 2.9GHz EPYC processor make it highly suitable for virtualized environments, ensuring that multiple virtual machines run smoothly without significant degradation in performance.

Enterprise Servers

For enterprise environments, these processors provide a robust foundation for hosting critical applications, including enterprise resource planning (ERP) systems, customer relationship management (CRM) software, and cloud-based services. With the power to handle demanding workloads, the 2.9GHz EPYC 24 CORE processor can support large-scale enterprise operations.

High-Performance Computing (HPC)

For research, simulation, and data analysis, the high core count and clock speed of the 2.9GHz EPYC processor provide the computational horsepower required by HPC systems. These processors are widely used in scientific research, financial modeling, and big data analytics.

Benefits

Choosing the 2.9GHz EPYC 24 CORE processor provides numerous benefits that are highly valued by businesses, data centers, and high-performance computing specialists:

Improved Parallel Processing

One of the primary benefits of the EPYC 24 CORE processor is its ability to handle multiple processes simultaneously. This allows businesses to run large, complex applications with multiple concurrent users, resulting in better overall system efficiency and reduced latency.

Enhanced Scalability

EPYC 24 CORE processors are designed to scale efficiently across various server configurations. This makes them ideal for expanding businesses that require flexible, scalable solutions for growing workloads and larger data sets.

2.9GHz EPYC 24 CORE Processor Performance

Performance is a key attribute of the 2.9GHz EPYC 24 CORE processors. The high clock speed ensures quick task execution, while the 24 physical cores support simultaneous multi-threading, which enables parallel processing across multiple threads.

Benchmark Comparisons

In benchmark testing, the 2.9GHz EPYC 24 CORE processor consistently outperforms its competitors in tasks requiring multi-threading capabilities. Its performance is evident in scenarios involving intensive computing tasks, such as database management, scientific simulations, and video rendering.

Efficiency in Virtualization

Virtualization workloads benefit greatly from the processing capabilities of the 2.9GHz EPYC 24 CORE processor. Its ability to support numerous virtual machines at once, without sacrificing performance, makes it a solid choice for cloud hosting, virtualized environments, and private cloud infrastructures.

Server and System Compatibility

The 2.9GHz EPYC 24 CORE processor is compatible with a wide variety of server configurations and hardware components. This includes:

Memory Support

The EPYC 24 CORE processor supports high-performance memory modules, including DDR4 and newer memory technologies. The processor can accommodate large memory capacities, which is ideal for running memory-intensive applications, databases, and virtualization workloads.

Storage and I/O Support

EPYC processors are equipped with advanced I/O support, including PCIe 4.0 lanes for high-speed connectivity. This enables support for fast storage devices, such as NVMe SSDs, and ensures that data can be transferred quickly across the system, enhancing the overall performance of I/O-heavy applications.

Multi-Socket Configurations

The 2.9GHz EPYC processor can be used in multi-socket configurations, supporting up to two or more processors in a single system. This makes it highly scalable for data centers and large server environments that require more processing power to handle large workloads.

Reliability and Durability

AMD’s EPYC 24 CORE processors are built for reliability and durability. Whether deployed in enterprise servers or HPC environments, the 2.9GHz EPYC processor is engineered to run efficiently for long periods without failures or performance degradation.

Long-Term Stability

Designed with advanced thermal management and power efficiency, the 2.9GHz EPYC processors are capable of running at peak performance for extended periods. The processor’s architecture minimizes heat buildup, which is essential for maintaining stability over the long term, especially in data center environments where uptime is critical.

Redundant Systems

In high-availability server configurations, the 2.9GHz EPYC processor is an excellent choice due to its compatibility with redundant power supplies and fault tolerance mechanisms. This ensures that systems remain operational even in the event of a hardware failure.

Future-Proofing with EPYC 24 CORE

As technology advances, the 2.9GHz EPYC 24 CORE processor remains a forward-thinking choice for organizations looking to future-proof their infrastructure. Its support for PCIe 4.0, large memory capacities, and multi-socket configurations ensure that the processor can handle emerging technologies and growing workloads for years to come.

Support for Next-Generation Applications

Future applications, particularly in artificial intelligence, machine learning, and big data analytics, will demand more processing power and efficiency. The 2.9GHz EPYC 24 CORE processor is designed to support these next-generation workloads, ensuring that your systems remain cutting-edge as your organization evolves.

Upgradability

With its scalability and compatibility with multi-socket systems, the EPYC 24 CORE processor can be easily integrated into expanding infrastructures. As workloads increase, businesses can upgrade their systems by adding more processors or expanding memory and storage capacity.