2.70GHz-16GT-UPI

Overview of 2.70GHz-16GT-UPI Xeon 48 Core Processors

The 2.70GHz-16GT-UPI Xeon 48 Core processor series represents a pinnacle of computing power, engineered for enterprise and high-performance computing (HPC) workloads. These processors provide massive parallel processing capabilities, ideal for demanding server environments, advanced computing, virtualization, and large-scale data analytics.

Unleashing Unmatched Performance

With a clock speed of 2.70 GHz, the Xeon 48 Core chips offer exceptional processing speed for both single-threaded and multi-threaded applications. Their architecture is designed to handle highly concurrent tasks and ensure efficient throughput across all cores. The impressive 16GT-UPI (Gigatransfers per second Ultra Path Interconnect) ensures fast data transfer rates, reducing latency between cores, enhancing memory bandwidth, and improving overall system performance.

Core and Thread Count: Scaling to New Heights

One of the standout features of the 2.70GHz-16GT-UPI Xeon 48 Core processors is their massive core count. With 48 cores, these processors can manage highly concurrent workloads, simultaneously running multiple threads across all cores. This design is especially advantageous for virtualization platforms, cloud computing, and real-time data processing, where each core can be dedicated to different tasks or virtual machines.

Key Features of 2.70GHz-16GT-UPI Xeon 48 Core Processors

Scalability and Flexibility

Xeon processors are known for their scalability. The 2.70GHz Xeon 48 Core allows for flexible scaling to match the requirements of the most resource-intensive applications. These processors support a variety of configurations, from single-processor setups to multi-socket systems, making them highly adaptable to different workloads. Whether scaling up to handle larger databases or scaling out to support cloud environments, the Xeon 48 Core provides the flexibility needed for modern computing demands.

Multi-Socket Support for Advanced Computing

Support for multiple sockets is a key feature of the Xeon 48 Core processor. This allows for high scalability in server clusters and other enterprise environments. A multi-socket setup allows businesses to deploy Xeon processors in configurations with more than 48 cores, enhancing the system's ability to handle complex and multi-threaded tasks.

Superior Memory Support

The 2.70GHz Xeon 48 Core processors feature support for large memory configurations, further enhancing their ability to handle memory-intensive workloads. With support for DDR4 memory and the ability to support high memory bandwidth, these processors ensure that applications that rely on large datasets, such as scientific simulations or high-performance databases, perform optimally. Their advanced memory capabilities also enable support for memory expansion, reducing the risk of bottlenecks in data-intensive environments.

Memory Error Correction and Reliability

Featuring integrated memory error correction (ECC) support, these processors help ensure the integrity and reliability of critical data in enterprise environments. ECC memory prevents data corruption by detecting and correcting errors in real time, ensuring that even the most mission-critical applications run smoothly without the risk of unexpected failures or data corruption.

2.70GHz-16GT-UPI Xeon 48 Core Processors

Enterprise Data Centers

The Xeon 48 Core processors are ideally suited for data centers that require high computational power. Their core count, combined with their ability to support multi-socket configurations, makes them perfect for large-scale cloud infrastructure, enterprise resource planning (ERP), and high-availability environments. These processors are designed to manage massive workloads, improve operational efficiency, and support critical applications in business environments.

High-Performance Computing (HPC)

High-performance computing applications, including simulations, data analysis, and scientific research, benefit significantly from the powerful architecture of the Xeon 48 Core processors. Their large core count and fast interconnect speeds make them ideal for parallel computing, where many tasks are executed simultaneously. Whether in academic research, financial modeling, or machine learning, the Xeon 48 Core processors can accelerate the processing of large datasets and improve computational results in real time.

Supercomputing and Scientific Research

For supercomputing tasks, the Xeon 48 Core processor is an ideal choice due to its ability to handle multiple calculations simultaneously. Researchers in fields like climate modeling, physics, genomics, and artificial intelligence (AI) can leverage the processing power of these processors to conduct faster and more efficient simulations, making breakthroughs possible at a much quicker pace.

Virtualization and Cloud Computing

One of the major applications of the Xeon 48 Core processors is in virtualization environments. These processors are optimized for virtualization workloads, allowing businesses to run multiple virtual machines (VMs) on a single server while maintaining high performance. With virtualization technology, businesses can reduce costs, improve resource utilization, and enhance scalability. The combination of high core count and fast interconnect speeds makes the Xeon 48 Core processor the backbone of many cloud computing solutions.

Advanced Technologies in 2.70GHz-16GT-UPI Xeon 48 Core Processors

Intel Turbo Boost Technology

Intel’s Turbo Boost technology enhances the performance of the Xeon 48 Core processors by dynamically increasing clock speeds during periods of high demand. This feature ensures that workloads requiring extra processing power are handled efficiently without compromising performance. Turbo Boost delivers extra clock speed on a per-core basis, which is beneficial in applications with high single-thread demand, such as database queries or specific analytics tasks.

Intel Hyper-Threading Technology

With Intel Hyper-Threading technology, the Xeon 48 Core processors can handle two threads per core, effectively doubling the processing capacity of the chip. This is particularly beneficial for workloads that require massive parallel processing, such as scientific computing or big data analytics. By improving the efficiency of each core, Hyper-Threading allows for more tasks to be completed simultaneously, improving overall system throughput and performance.

Intel AVX-512 for Vector Processing

Intel Advanced Vector Extensions (AVX-512) is a set of instructions designed to accelerate high-performance computing tasks that rely on floating-point operations. This is especially important in fields like scientific research, cryptography, and machine learning, where large data sets are processed in parallel. The Xeon 48 Core processors are equipped with AVX-512, enabling faster computations and providing a significant boost in performance for applications that utilize these instructions.

Power Efficiency and Cost Efficiency

Optimized Power Consumption

Despite their impressive performance capabilities, the Xeon 48 Core processors are also designed with energy efficiency in mind. Advanced power management features help reduce power consumption during idle or light workloads, resulting in lower operational costs. With efficient thermal management and optimized power profiles, these processors help businesses maximize performance while minimizing energy costs, making them ideal for 24/7 enterprise environments.

Compatibility and Integration

Motherboard and Chipset Compatibility

The Xeon 48 Core processors are compatible with a wide range of motherboards and chipsets, ensuring ease of integration into existing server infrastructures. Depending on the number of sockets required and the specific performance needs of the business, these processors can be integrated with various server boards and are supported by numerous motherboard vendors. Their integration into enterprise-level servers is seamless, allowing businesses to build customized solutions that meet their specific operational needs.

Data Center Integration

In data centers, integrating Xeon 48 Core processors ensures seamless compatibility with existing server setups. Their ability to scale up and down according to workload demands, combined with their energy-efficient design, makes them a prime choice for modern, high-density data centers where efficiency and performance are paramount.