2.35GHz

Overview of 2.35GHz EPYC 32 Core Processors

The 2.35GHz EPYC 32 Core processors represent a high-performance class of server processors built to deliver exceptional computational power and scalability for data-intensive workloads. These processors are ideal for enterprises that need robust multi-threading capabilities, increased parallel processing, and superior overall performance. The 2.35GHz clock speed is optimal for applications requiring both high-frequency operation and multi-core processing, making these processors a prime choice for modern data centers and cloud environments.

Key Features

• 32 Cores – With 32 cores, these processors can handle a massive number of simultaneous threads, making them highly effective for virtualization, cloud computing, and enterprise-level databases.
• 2.35GHz Base Clock Speed – The 2.35GHz base frequency ensures that even highly threaded applications run at peak efficiency, reducing latency and improving response times.
• High Bandwidth Memory Support – Designed to support high-bandwidth memory configurations, these processors are equipped to manage large data sets and demanding workloads.
• Energy Efficiency – Built on advanced manufacturing processes, the EPYC 32 Core processors provide outstanding power efficiency without compromising on performance.
• Scalability – With the ability to scale across multiple sockets, EPYC processors allow businesses to build systems that grow with their needs, whether expanding on-premise infrastructure or optimizing for the cloud.

2.35GHz EPYC 32 Core Processors

Virtualization and Cloud Computing

Virtualization environments benefit greatly from the processing power of the 2.35GHz EPYC 32 Core processors. These processors allow for the simultaneous hosting of multiple virtual machines (VMs) and containers, which is essential for cloud providers and large enterprises. The combination of high core count and impressive clock speeds makes these processors suitable for handling large-scale virtualization workloads, including resource-intensive applications like ERP systems, big data analytics, and large database environments.

Data Centers and Enterprise Workloads

Enterprise-level data centers require processors that can handle a multitude of tasks ranging from compute-heavy applications to real-time analytics. The EPYC 32 Core processors are engineered to excel in this environment. With 32 cores and superior multi-threading capabilities, these processors significantly reduce processing times for mission-critical applications such as high-performance computing (HPC), artificial intelligence (AI), machine learning (ML), and scientific simulations.

High-Performance Computing (HPC)

High-performance computing applications, such as complex simulations, scientific computations, and research, demand processors that can execute massive parallel workloads without bottlenecks. The 2.35GHz EPYC 32 Core processors are optimized for such workloads. Their multi-core configuration allows them to efficiently distribute tasks across multiple cores, while the high clock speed ensures rapid execution of demanding tasks. This makes them an ideal choice for industries like pharmaceuticals, aerospace, and energy research.

Performance Benchmarks

Single-Core Performance

While the 32-core architecture is optimized for parallel workloads, the 2.35GHz EPYC processors also exhibit impressive single-core performance. The high base clock speed ensures that applications requiring single-threaded performance, such as certain enterprise applications and legacy software, still run efficiently. This balance between multi-core and single-core performance allows organizations to benefit from a versatile processing platform suitable for a wide range of workloads.

Multi-Core Performance

The true power of the 2.35GHz EPYC 32 Core processor shines in multi-threaded performance. With 32 physical cores and the ability to handle simultaneous threads, these processors excel in workloads that demand high concurrency. Applications like virtualization, cloud computing, and video rendering can take full advantage of this multi-core performance, improving overall throughput and reducing execution times for complex tasks.

Data-Intensive Applications

Data-intensive applications, including those used in big data analytics and AI, rely heavily on parallel processing to achieve optimal performance. The 2.35GHz EPYC 32 Core processors are perfectly suited for these applications, providing an ideal balance of high-frequency clock speeds and many processing cores. This combination ensures that large datasets can be processed rapidly while minimizing the time required to complete complex computations.

Power Efficiency and Thermal Performance

Despite their high performance, 2.35GHz EPYC 32 Core processors are designed to be power-efficient. These processors employ advanced architectural features and energy-saving technologies to balance performance with power consumption. This is crucial for large-scale data centers, where power consumption can be a significant operational cost. The thermal efficiency of these processors also ensures that they can operate at high performance levels without generating excessive heat, reducing the need for elaborate cooling solutions.

Compatibility and Integration

Motherboards and Chipset Support

The 2.35GHz EPYC 32 Core processors are designed to integrate seamlessly with compatible motherboards and chipsets. These processors utilize the AMD EPYC platform, which is designed for enterprise-level performance and scalability. The processors can be paired with motherboards featuring the AMD SP3 socket and are supported by various chipsets that offer features like advanced I/O support, high memory bandwidth, and multi-socket scalability.

Memory and Storage Support

The EPYC 32 Core processors support a wide range of memory configurations, including DDR4 and upcoming memory technologies. The processors’ ability to handle high-bandwidth memory is critical for ensuring that large workloads and complex computations are executed efficiently. Additionally, they support high-speed storage interfaces like NVMe, which is vital for reducing I/O bottlenecks in data-intensive applications.

Multi-Socket Scalability

For enterprises requiring even greater processing power, the EPYC 32 Core processors support multi-socket configurations. This means that two or more processors can be installed in a single system to provide even more cores and processing capacity. Multi-socket support is crucial for businesses that need to scale their infrastructure as their data and workload demands grow. It provides an effective solution for data centers and large-scale virtualization environments.

Benefits

Enhanced Multi-Tasking and Parallelism

One of the most significant advantages of upgrading to 2.35GHz EPYC 32 Core processors is the enhanced ability to handle multiple tasks simultaneously. With 32 cores and simultaneous multi-threading (SMT) support, these processors allow businesses to run more applications in parallel without significant performance degradation. This results in faster processing times and improved overall system efficiency, making it an ideal choice for multi-user environments or high-performance applications.

Improved Reliability and Stability

Reliability and stability are essential for mission-critical applications in data centers and cloud environments. The 2.35GHz EPYC 32 Core processors are built with advanced reliability features, including ECC (Error Correcting Code) memory support, which ensures that data integrity is maintained during computation. These features contribute to the overall stability of the system, reducing the risk of downtime and system failures.