2.0GHz-10.4GT-UPI

2.0GHz-10.4GT-UPI Xeon 14 Core Processors

Overview

The 2.0GHz-10.4GT-UPI Xeon 14 Core processors are designed to offer high-end performance, reliability, and scalability, making them ideal for demanding enterprise applications and high-performance computing (HPC) tasks. These processors are a part of Intel’s Xeon family, which is recognized for powering servers, workstations, and data centers worldwide. With their 14 cores, they are capable of efficiently handling multiple simultaneous threads, providing a significant advantage in multitasking environments.

Key Features

• Clock Speed: Operating at a base frequency of 2.0GHz, the processor delivers excellent balance between energy efficiency and processing power.
• UPI (Ultra Path Interconnect): The 10.4GT-UPI ensures high bandwidth and low latency communication between multiple processors, enabling superior performance for multi-socket systems.
• 14 Cores: The 14-core design allows for improved parallel processing, making it ideal for multitasking, virtualization, and running resource-intensive applications.
• Hyper-Threading Technology: Each core can handle two threads, enabling the processor to handle up to 28 threads simultaneously, improving throughput and efficiency.
• Turbo Boost Technology: Boosts the processor's speed up to higher frequencies when additional performance is needed for specific tasks.

Xeon 14 Core vs. Other Xeon Processors

The 2.0GHz-10.4GT-UPI Xeon 14 Core processor sits in the middle range of the Xeon product lineup, balancing cost and performance. Unlike lower-core Xeon processors, which are typically better suited for basic tasks, this processor delivers the power required for highly parallelized workloads like scientific computations, financial modeling, and rendering.

Performance Differences

Compared to its higher-core counterparts, such as the 18-core or 28-core Xeon models, the 14-core processor offers less raw parallel processing power but still delivers a high level of performance. This makes the 14-core Xeon 2.0GHz processor an excellent choice for environments where multi-core support is important, but extreme parallelism is not necessary.

Clock Speed and Efficiency

The 14-core Xeon processor is optimized for energy efficiency. While higher-core processors may have more raw power, they often come with higher power consumption. The 2.0GHz base frequency provides a good balance between raw clock speed and power usage, making it suitable for long-term operational stability in enterprise data centers and workstations.

Core Architecture and Performance

14-Core Design for Optimal Multitasking

The architecture of the 2.0GHz-10.4GT-UPI Xeon 14 Core processor enables it to perform exceptionally well in parallel computing environments. With the ability to manage 28 simultaneous threads (thanks to Hyper-Threading), this processor is designed for workloads that can benefit from parallel execution, such as large-scale computations and virtualized environments. This allows for quick task completion, which is crucial in mission-critical enterprise environments.

Intel® Hyper-Threading Technology

Intel’s Hyper-Threading Technology allows each core to handle two threads, effectively doubling the processor's capacity to handle tasks concurrently. This becomes especially useful in highly-threaded workloads, where each core is tasked with multiple computations simultaneously. For example, scientific applications that involve simulations and data analysis can process more data at once, leading to faster results.

Cache and Memory Subsystems

Intel® Smart Cache

The 2.0GHz-10.4GT-UPI Xeon 14 Core processor features Intel's Smart Cache, which enables dynamic allocation of the cache memory across the processor cores. This means that the processor can allocate cache resources where they are most needed, improving efficiency for multi-threaded workloads. The shared cache helps minimize latency and ensures data is accessed quickly, reducing bottlenecks during high-intensity operations.

Memory Support and Scalability

Supporting up to 1.5TB of DDR4 memory, the Xeon 14-core processor is designed for demanding applications requiring substantial memory bandwidth. In multi-socket configurations, these processors can handle even larger memory footprints, ensuring scalability for applications that require more memory than a single processor can handle.

Memory Error Correction

For enterprises handling critical data, memory error correction is vital. The Xeon processor supports Error-Correcting Code (ECC) memory, which helps detect and correct errors that may occur in memory. This ensures the system remains reliable and stable, reducing the chances of data corruption in long-running applications.

2.0GHz-10.4GT-UPI Xeon in Data Centers and Servers

Enterprise-Class Reliability

The 2.0GHz-10.4GT-UPI Xeon 14 Core processors are specifically engineered for the rigorous demands of data centers and enterprise servers. Their design supports uptime, redundancy, and high availability in critical applications. In data centers, where continuous processing and uptime are essential, the Xeon processor ensures reliable performance over extended periods.

Redundancy and Fault Tolerance

For enterprise customers, downtime can be costly. The Xeon processors are built to minimize system failures, with built-in features like Intel® Run Sure Technology, which enables fault tolerance and ensures your server operates even in the event of hardware failure. This is especially important in mission-critical applications where downtime is not an option.

Energy Efficiency in Servers

In modern data centers, where energy costs are a significant concern, the Xeon 14 Core processor provides energy-efficient performance. The combination of the processor’s 2.0GHz clock speed and advanced power management technologies allows for high computational throughput while keeping energy consumption to a minimum. This results in reduced operational costs for businesses running large-scale workloads or high-traffic applications.

Advantages

High Bandwidth for Multi-Socket Systems

The 10.4GT-UPI interconnect is another major benefit of the Xeon 14 Core processor. With such high interconnect bandwidth, this processor is capable of being used in multi-socket configurations without experiencing significant data transfer bottlenecks. For workloads that demand high inter-processor communication, such as large-scale virtualization or high-performance computing, the Xeon 14 Core processor provides seamless scalability with minimal latency.

Virtualization Capabilities

Intel® VT-x and VT-d support in the 2.0GHz-10.4GT-UPI Xeon processor ensures that virtualization is performed efficiently. These technologies enable secure, flexible virtual environments, making the Xeon processor ideal for running multiple VMs on a single host system. This is especially beneficial in enterprise-level virtualized environments, where resource utilization and consolidation are essential.

Workstation Applications

Workstations used in industries like design, animation, and engineering benefit from the performance of Xeon processors. The 2.0GHz-10.4GT-UPI Xeon 14 Core processor provides the power required for rendering large files, handling complex simulations, and managing large datasets. The ability to maintain high performance under intense computational loads makes it a go-to option for professionals who need reliable, high-performance computing power.

Compatibility with Server Platforms

Server Platform Integration

Designed for seamless integration into server platforms, the 2.0GHz-10.4GT-UPI Xeon 14 Core processor is compatible with a variety of enterprise-grade motherboards, ensuring flexibility in server configurations. It supports advanced server features like multiple PCIe lanes for high-speed data transfers and storage interfaces, making it ideal for configurations requiring multiple high-throughput storage devices or networking interfaces.

Optimized for Cloud and Big Data Applications

The power and scalability of the Xeon 14 Core processor make it particularly well-suited for cloud environments and big data analytics. With support for multi-socket systems, high throughput, and substantial memory, this processor is ideal for large-scale cloud infrastructures that handle vast amounts of data and require robust processing power for real-time analytics, machine learning, and artificial intelligence workloads.