2.85GHz

EPYC 2.85GHz 24-Core Processors

Overview

The EPYC 2.85GHz 24-core processors are an exceptional option for high-performance computing needs, designed to deliver substantial power and versatility for a variety of data-intensive applications. Built on AMD’s cutting-edge architecture, these processors are equipped with multiple cores and threads that enable them to handle parallel workloads with ease. Whether it’s for data centers, enterprise applications, or custom-built servers, these processors provide the backbone for robust, high-throughput systems.

Key Features

• High Clock Speed: With a base clock speed of 2.85GHz, the EPYC processor delivers excellent single-threaded performance, crucial for tasks requiring quick response times and fast data processing.
• 24 Cores & Multi-threading: The EPYC processors are equipped with 24 physical cores, providing a substantial advantage for multi-threaded workloads. The simultaneous multi-threading (SMT) technology further increases the processor's ability to handle up to 48 threads, making it ideal for virtualized environments and heavy multitasking applications.
• Advanced Architecture: Built on the Zen architecture, these processors leverage the latest in semiconductor technology, offering improved power efficiency, better instructions per clock (IPC), and significant reductions in latency for faster data access.
• High Memory Bandwidth: Designed to handle substantial memory demands, the EPYC 2.85GHz processors support high-performance DDR4 memory, ensuring that the CPU can efficiently access data stored in RAM.

Ideal Use Cases for EPYC 2.85GHz 24-Core Processors

These processors are well-suited for various professional and commercial applications where performance is paramount. Some of the ideal use cases include:

• Enterprise Servers: With the 24-core configuration, EPYC 2.85GHz processors can efficiently manage enterprise applications such as databases, resource management, and virtualization platforms.
• Virtualization: Virtual machines demand substantial computing power, especially in environments running multiple simultaneous workloads. EPYC processors excel in these settings, offering both scalability and performance.
• Data Centers: For organizations operating large-scale data centers, these processors provide the processing power needed to run multiple virtual machines, large databases, and high-throughput applications.
• Cloud Computing: The multi-core architecture is especially beneficial in cloud computing environments, where dynamic workloads and multi-tenant applications require superior processing capabilities.

Performance Benchmarks

The performance of the EPYC 2.85GHz 24-Core processor stands out in various benchmarks. By combining high clock speeds, numerous cores, and a modern architecture, this processor provides remarkable performance improvements compared to earlier server processors.

Processing Speed and Efficiency

The 2.85GHz clock speed is a significant contributor to the processor’s efficiency, particularly in applications requiring rapid execution. When paired with the multi-core setup, the processor handles multi-threaded tasks with minimal latency, resulting in enhanced efficiency and speed for both single and multi-threaded workloads.

Single-thread Performance

Single-thread performance is critical for applications that are not optimized for multi-core execution. The 2.85GHz clock speed ensures that even non-parallel workloads are processed swiftly, ensuring high responsiveness in high-demand applications like databases and gaming servers.

Multi-thread Performance

In multi-threaded environments, such as large-scale data analytics or virtual machine hosting, the 24 cores and 48 threads work in tandem to deliver unparalleled processing power. These processors shine in multi-tasking scenarios, allowing servers to run several applications concurrently without sacrificing performance.

Energy Efficiency and Thermal Performance

Despite the massive power provided by the 24 cores, EPYC 2.85GHz processors are built to maintain energy efficiency. AMD’s innovative design minimizes power consumption and reduces thermal output while ensuring maximum computational power. This leads to lower operational costs, particularly in large data center environments.

Energy Efficiency in High-Performance Computing

Energy efficiency is a significant consideration for enterprises that operate large server farms or cloud services. The EPYC processors are designed to offer high performance without drawing excessive power, making them ideal for energy-conscious enterprises.

Thermal Management

The architecture of EPYC processors is also designed to keep thermal levels under control, ensuring that systems maintain peak performance without the risk of overheating. This is particularly important in environments where the processors are running continuous workloads, such as in cloud servers or large-scale databases.

Compatibility with Server Platforms

EPYC 2.85GHz 24-core processors are compatible with a wide range of server platforms, ensuring flexibility and easy integration into various server configurations. The processors support both dual and quad-socket server platforms, making them a great choice for scalable architectures.

Motherboard and Socket Compatibility

These processors use the SP3 socket, which is a common standard for AMD's EPYC series. The SP3 socket allows easy integration into enterprise-level motherboards, which are designed to support multi-socket configurations for enhanced scalability. These processors are ideal for systems that require scalability, allowing users to increase processing power as demand grows.

Memory and Storage Support

The 2.85GHz 24-core EPYC processors are designed to support cutting-edge DDR4 memory technology, with speeds up to 2933 MHz. They also provide support for large memory capacities, with up to 4TB of system memory, depending on the configuration. Additionally, the processors can handle numerous storage devices, including NVMe and SATA SSDs, ensuring that data-intensive applications benefit from ultra-fast storage solutions.

Support for High-Speed Memory

With the ability to support high-speed memory configurations, the EPYC 2.85GHz processors allow data to be retrieved from RAM swiftly, enhancing overall system performance. This is particularly important for applications involving real-time data analysis or large in-memory databases.

Security Features

Security is a top priority in modern computing environments, and AMD’s EPYC processors are designed with multiple built-in security features. These include secure boot, memory encryption, and hardware-based encryption engines, ensuring that data is protected both in transit and at rest.

Hardware-Based Security

EPYC processors integrate hardware-based security features, such as Secure Memory Encryption (SME) and Secure Encrypted Virtualization (SEV). These features provide an additional layer of protection for sensitive data, making the EPYC 2.85GHz 24-core processors an ideal choice for secure cloud and virtualization environments.

Data Integrity and Protection

To protect against data breaches and unauthorized access, the EPYC 2.85GHz processors utilize advanced data integrity protocols. With these security features, enterprises can ensure that their servers remain compliant with industry standards and regulations, while safeguarding sensitive data from potential threats.

Choose EPYC 2.85GHz 24-Core Processors

When it comes to choosing the right processor for your server needs, the EPYC 2.85GHz 24-core processor offers an unmatched combination of performance, efficiency, and security. It delivers top-tier performance across a variety of workloads, whether it’s virtualization, cloud computing, or large-scale data analysis. With its efficient design and robust feature set, the EPYC 2.85GHz processor stands as one of the most versatile choices in the server processor market.

Benefits for Cloud Computing and Virtualization

For cloud providers and organizations relying on virtualization, the EPYC 2.85GHz 24-core processor ensures superior performance and efficiency. With the ability to handle multiple virtual machines simultaneously, it maximizes the use of server resources and improves system uptime.

Maximizing Virtual Machine Density

The multi-core setup of the EPYC 2.85GHz processor makes it an excellent choice for hosting virtual machines, allowing businesses to run more virtual instances per physical host. This increases the density of virtual environments while minimizing hardware requirements and costs.

Scalability for Growing Businesses

The ability to scale processing power by adding additional EPYC processors to a server allows businesses to expand their computing resources as their operations grow. This scalability ensures that enterprises can meet evolving demands without costly hardware replacements.

Long-Term Value and Return on Investment (ROI)

The investment in EPYC 2.85GHz processors translates into long-term value. Their energy efficiency and powerful performance contribute to lower operating costs and a higher return on investment for businesses. By reducing the need for frequent hardware upgrades and maintaining high performance across various workloads, the EPYC processors offer a compelling value proposition for enterprises seeking both power and efficiency.