2.75GHz

2.75GHz EPYC 48 CORE

The 2.75GHz EPYC 48 CORE processors offer exceptional performance and scalability, making them ideal for a wide range of applications, from high-performance computing to data-intensive workloads. With a clock speed of 2.75GHz, these processors strike a balance between speed and energy efficiency, providing businesses and enterprises with the power they need to meet growing demands in processing power and efficiency. Below is an in-depth look at what makes the 2.75GHz EPYC 48 CORE processors an excellent choice for your system architecture and workloads.

Key Features

• High-Core Count: The 48-core configuration of the EPYC processors ensures seamless multitasking and parallel processing, which is crucial for data centers, cloud environments, and enterprise workloads.
• 2.75GHz Base Clock Speed: A clock speed of 2.75GHz delivers robust processing power, providing both fast single-threaded performance and solid multi-threaded capabilities.
• Advanced Architecture: Built on AMD’s Zen 3 architecture, these processors offer significant improvements in IPC (Instructions per Cycle), efficiency, and overall performance compared to earlier generations.
• Energy Efficiency: Despite its high performance, the 2.75GHz EPYC 48 CORE chips are engineered for better energy efficiency, reducing the total cost of ownership while optimizing thermal management.
• Support for PCIe 4.0: PCIe 4.0 support enables faster data transfer rates, improving the overall performance of data-heavy applications such as AI, machine learning, and big data analytics.
• Scalability: The EPYC 48 CORE processors offer superior scalability, allowing for deployment across a variety of configurations from single processors to multi-processor systems.
• Security Features: EPYC processors include built-in security features such as Secure Encrypted Virtualization (SEV), which enhances protection against data breaches and vulnerabilities.

Performance and Processing Power

The 2.75GHz clock speed of the EPYC 48 CORE processors ensures excellent performance across various workloads. The base clock speed of 2.75GHz is optimized for a balance of speed and energy efficiency. This ensures faster processing, reduced latency, and the ability to handle more complex tasks, such as big data analytics, high-performance computing (HPC), virtualization, and more.

Optimized for Multithreading

The 48 cores in these processors are highly optimized for multi-threaded applications, making them ideal for workloads that require simultaneous processing of multiple tasks, such as virtualized environments, databases, and large-scale simulations. The advanced architecture ensures that each core can handle multiple threads efficiently, delivering high throughput and low latency.

Industry-Leading Performance for Virtualization

In the world of virtualization, the 2.75GHz EPYC 48 CORE processors shine. With their ability to support massive numbers of virtual machines (VMs), businesses can create robust virtualized environments for their data centers. Whether you're running virtualized applications or managing large-scale cloud infrastructures, these processors offer the power and scalability to handle these tasks without bottlenecks.

High-Clock Speeds for Single-Core Applications

While the core count is important, clock speed also plays a key role in processing power, especially for tasks that depend on single-core performance. The 2.75GHz speed of these EPYC processors offers strong performance for single-threaded tasks such as gaming, application hosting, and certain types of scientific computations. The higher clock speed improves responsiveness and reduces processing times, even for applications that are not optimized for multi-threading.

Efficiency and Energy Saving

Energy efficiency is a critical factor for modern processors, especially in data centers where the cost of power consumption is a major concern. The 2.75GHz EPYC 48 CORE processors strike a remarkable balance between performance and energy efficiency. AMD’s efficient design, coupled with its advanced power management features, ensures that the processor uses only the necessary power for each task, thus optimizing performance-per-watt ratios.

Lower Power Consumption

Compared to other high-performance processors in the market, the 2.75GHz EPYC 48 CORE processors consume less power, which translates to lower operational costs for businesses. Energy-efficient processors help in reducing electricity bills, lowering cooling demands, and reducing the overall total cost of ownership (TCO) for IT infrastructures.

Thermal Management for Better Efficiency

Thermal management is another crucial factor when it comes to processor efficiency. The 2.75GHz EPYC 48 CORE processors are designed with advanced thermal management technologies to minimize heat output and reduce the need for excessive cooling solutions. This results in quieter and more energy-efficient systems while maintaining high performance levels.

Enterprise and Data Center Solutions

The 2.75GHz EPYC 48 CORE processors are highly suitable for data centers and enterprise-level systems. Their impressive core count, clock speed, and scalability make them the perfect choice for handling enterprise applications such as database management, cloud computing, and AI/ML workloads.

Ideal for Cloud Computing

Cloud computing environments require processors that can handle thousands of simultaneous tasks while maintaining stability and performance. The 2.75GHz EPYC 48 CORE processors are built to thrive in cloud environments, offering the ability to scale out across servers for improved load balancing and workload distribution. These processors can handle virtual machines, containerized applications, and cloud-native workloads with ease, enabling cloud providers to offer faster and more reliable services.

Data Center Performance

For enterprises operating in data centers, the 2.75GHz EPYC 48 CORE processors offer a high degree of reliability, scalability, and performance. With support for multi-processor configurations, these processors can be deployed in high-density environments where performance and space efficiency are essential. Whether running complex workloads or managing thousands of clients and virtual machines, these processors provide the necessary processing power to meet the most demanding tasks.

Support for Virtualization and Hyperconverged Infrastructure

In addition to raw processing power, these EPYC processors are optimized for virtualization workloads, enabling enterprises to create robust and efficient virtualized environments. These processors work seamlessly with hyperconverged infrastructures (HCI) that combine compute, storage, and networking into a single system, making deployment simpler and more cost-effective.

AMD EPYC: A Revolution in Data Processing

AMD’s EPYC processors are known for their revolution in the data processing world, offering remarkable performance and efficiency. The 2.75GHz EPYC 48 CORE chips continue this legacy, with significant improvements over previous generations in both raw power and energy efficiency. The Zen 3 architecture provides advancements in performance that benefit various sectors, including IT infrastructure, scientific computing, cloud services, and data analytics.

Zen 3 Architecture Benefits

The EPYC 48 CORE processors are powered by AMD’s Zen 3 architecture, which brings major improvements in both instructions per clock (IPC) and overall performance. The Zen 3 architecture helps reduce latency and increase throughput, ensuring that the 2.75GHz EPYC processors perform optimally in a variety of demanding workloads.

Increased Cache and Bandwidth

One of the notable features of the Zen 3 architecture is the increase in cache size and memory bandwidth. This enables faster data access and minimizes latency, helping the processors to perform optimally in applications requiring large amounts of data, such as AI, big data analytics, and video rendering.

Compatibility with PCIe 4.0

The 2.75GHz EPYC 48 CORE processors support PCIe 4.0, which delivers twice the bandwidth of PCIe 3.0. This high bandwidth is crucial for tasks that require fast data transfer, such as high-performance storage systems, GPUs, and networking devices. PCIe 4.0 support ensures that the 2.75GHz EPYC 48 CORE processors are future-proof, capable of handling the demands of next-generation hardware.

Enhanced Data Throughput

PCIe 4.0 enables significantly higher data throughput, allowing for faster data access and storage. This is especially beneficial for data-intensive applications such as video editing, machine learning, and database management. With PCIe 4.0, enterprises can deploy storage solutions that are faster, more efficient, and capable of handling larger datasets without bottlenecks.

Improved GPU and Accelerator Performance

The high bandwidth of PCIe 4.0 also ensures that GPUs and other accelerators can perform at their full potential. This makes the 2.75GHz EPYC 48 CORE processors ideal for workloads in fields such as AI, scientific computing, and high-performance gaming, where fast GPU and accelerator performance is essential for success.

Security and Reliability

Security is paramount in today's computing environments, and the 2.75GHz EPYC 48 CORE processors offer various security features designed to protect against attacks and ensure the integrity of sensitive data. With integrated hardware-level security features like Secure Memory Encryption (SME) and Secure Encrypted Virtualization (SEV), these processors provide a robust defense against unauthorized access and data breaches.

Secure Memory Encryption (SME)

Secure Memory Encryption is a feature designed to protect data stored in system memory by encrypting it at the hardware level. This ensures that even if an attacker gains access to the system, they will not be able to read or manipulate the data stored in memory.

Secure Encrypted Virtualization (SEV)

SEV offers additional protection for virtualized environments by encrypting the memory of each virtual machine, preventing unauthorized access to sensitive data. This is essential for maintaining the confidentiality of workloads in multi-tenant environments, such as cloud data centers.