3.15GHz

EPYC 48 Core 3.15GHz Processors

The AMD EPYC 48 Core 3.15GHz processors are designed to provide businesses with unmatched computational power, scalability, and efficiency for demanding applications. These processors, with 48 cores and a 3.15GHz base clock speed, are built to handle high-performance workloads, including virtualization, cloud infrastructure, and large-scale data processing. The combination of high core counts and impressive clock speeds ensures the processor can efficiently manage complex computing tasks across a wide array of industries and applications.

Next-Generation Architecture and Design

Based on AMD's cutting-edge architecture, the EPYC 48 Core 3.15GHz CPUs employ the latest multi-chip module (MCM) design. This architecture allows for improved resource utilization and scalability, making these processors ideal for cloud data centers and enterprise systems. The use of advanced manufacturing processes ensures reduced latency, higher bandwidth, and improved efficiency, which are essential for modern computing needs in areas such as artificial intelligence (AI), machine learning, and scientific research.

Multi-Chip Module (MCM) for Scalability

The MCM design allows for a scalable architecture, enabling efficient inter-core communication and interconnectivity. With 48 cores working seamlessly together, the processor maximizes throughput and minimizes bottlenecks, offering outstanding performance for multi-threaded applications. This scalability makes the EPYC 48 Core processor perfect for high-demand environments like supercomputing clusters, large-scale virtualization, and high-performance data storage solutions.

7nm Process Technology

Manufactured using the 7nm process node, the EPYC 48 Core 3.15GHz processors are extremely efficient, offering excellent performance per watt. This leads to significant improvements in processing power without generating excessive heat. It also ensures greater density, so more cores can be added in a smaller footprint, maximizing hardware efficiency and reducing operational costs in data centers.

Performance: Multitasking and Parallel Processing

With 48 cores, the EPYC 48 Core 3.15GHz processor is specifically designed to excel in multi-threaded and parallel computing applications. Each core offers robust performance, and the overall multi-core architecture ensures the processor can handle simultaneous tasks with ease. This makes the processor ideal for industries that rely on large-scale data processing, including financial analysis, AI, deep learning, scientific simulations, and more.

Multi-Core Processing

The high number of cores—48 in total—allows for impressive parallel processing capabilities. For tasks such as running multiple virtual machines, handling large datasets, and executing complex simulations, these processors provide optimal performance, significantly improving throughput and reducing execution times. Users will experience faster processing times, less bottlenecking, and improved responsiveness when executing compute-heavy workloads.

Simultaneous Multi-Threading (SMT) for Optimal Efficiency

EPYC 48 Core 3.15GHz processors support simultaneous multi-threading (SMT), enabling each core to handle multiple threads simultaneously. With 96 threads available across 48 cores, the processor maximizes utilization and throughput. SMT increases the number of tasks that can be processed concurrently, improving efficiency in multi-threaded applications such as rendering, database management, and big data analysis.

Advanced Cache Architecture and Memory Handling

The EPYC 48 Core 3.15GHz processors are equipped with a large amount of cache, ensuring faster access to frequently used data. With up to 256MB of L3 cache, the processor minimizes latency, allowing the CPU to perform tasks without waiting on external memory. Combined with support for high-bandwidth memory (HBM) and other memory technologies, the processors ensure efficient data handling for intensive applications that require high-speed memory access.

Optimized Cache Management

The significant L3 cache size allows the EPYC 48 Core processor to store large amounts of data locally, reducing the need to fetch data from external memory frequently. This reduces memory bottlenecks, making the processor ideal for applications like machine learning, scientific simulations, and real-time data analytics that require fast data retrieval and processing.

High-Bandwidth Memory (HBM) Support

These processors support high-bandwidth memory (HBM), enabling faster data transfer between the CPU and memory. The high memory bandwidth is crucial for applications that involve large-scale calculations, big data processing, and high-frequency trading. The efficient memory architecture ensures that the processor can quickly access and manipulate vast amounts of data, driving higher performance across a wide variety of workloads.

Dynamic Power Scaling

Dynamic power scaling technology enables the EPYC 48 Core 3.15GHz processor to adjust its power consumption based on workload intensity. Under lighter workloads, the processor reduces power consumption, thereby improving overall energy efficiency. However, when heavy processing is required, the processor can boost its power output, ensuring optimal performance without compromising efficiency.

Advanced Cooling Solutions

The processor’s advanced thermal design ensures efficient heat dissipation, maintaining system stability even during the most intense workloads. The reduced thermal output helps keep the system running smoothly, extending the lifespan of the hardware and reducing the risk of overheating. This is especially important in high-performance computing applications, such as scientific simulations or cloud-based workloads, where long operating hours and high resource usage are the norm.

Enterprise Applications and Use Cases

The EPYC 48 Core 3.15GHz processors are designed for a wide range of enterprise applications that demand high processing power, scalability, and reliability. From cloud computing to large-scale virtualization, these processors offer exceptional performance, making them ideal for businesses that require large amounts of computational resources for their operations.

Cloud Computing and Virtualization

EPYC 48 Core 3.15GHz processors excel in cloud computing environments, providing the computational horsepower needed to support thousands of virtual machines. The high core count allows data centers to run more workloads simultaneously, improving efficiency and reducing the overall cost of cloud infrastructure. Whether it's public, private, or hybrid cloud environments, these processors offer the scalability and reliability needed to handle vast amounts of virtualized resources.

Big Data and Analytics

With their massive core count and high-frequency capabilities, EPYC 48 Core processors are well-suited for big data analytics and AI workloads. The large cache and high memory bandwidth ensure quick access to the large datasets required for analysis, while the 48 cores work in parallel to process vast amounts of data simultaneously. Businesses can gain real-time insights from data and accelerate decision-making, particularly in industries such as finance, healthcare, and retail.

Scientific Computing and Simulations

For scientific research, engineering simulations, and complex modeling tasks, the EPYC 48 Core 3.15GHz processors offer unparalleled performance. High-performance computing (HPC) tasks, such as simulations for climate modeling, molecular dynamics, or computational fluid dynamics (CFD), benefit from the processor's parallel computing power, allowing researchers to complete simulations in less time and with greater accuracy.

Security Features and Reliability

Security is a major priority in today’s enterprise computing landscape. EPYC 48 Core 3.15GHz processors come equipped with a suite of advanced security features, ensuring that sensitive data remains protected. From secure boot mechanisms to memory encryption, these processors offer enterprise-grade security for businesses in industries where data protection is paramount, including finance, healthcare, and government.

Hardware-Based Security

EPYC processors feature built-in security mechanisms such as Secure Memory Encryption (SME) and Secure Encrypted Virtualization (SEV), which protect data both at rest and in use. These hardware-based encryption techniques offer enhanced security for virtualized environments, preventing unauthorized access even if the system is compromised. Businesses can rely on these security features to protect sensitive information, comply with industry regulations, and secure their IT infrastructure.

Reliability in Mission-Critical Applications

With built-in redundancy, error correction capabilities, and reliability features, EPYC 48 Core processors are built for mission-critical applications. Businesses and organizations that require consistent uptime, such as financial institutions or healthcare providers, can count on the reliability of these processors to keep systems running smoothly even under the most demanding conditions.

Scalable Solutions for Future Growth

The scalability of the EPYC 48 Core 3.15GHz processors means businesses can expand their IT infrastructure as their needs grow. Whether it's for cloud computing, big data analytics, or scientific research, these processors offer long-term value by providing the computational resources needed to scale without constantly upgrading to new hardware.