2.3GHz-9.6GT-QPI

2.3GHz-9.6GT-QPI Xeon 14 Core

Overview

The 2.3GHz-9.6GT-QPI Xeon 14 Core processors are an exceptional choice for high-performance computing needs. Known for their ability to handle intensive workloads, these processors are optimized for enterprise-level servers, workstations, and high-performance computing applications. With an impressive 14 cores, they deliver multi-threaded processing power, ensuring smooth operations even in the most demanding environments.

Key Features

High Clock Speed for Enhanced Performance

Operating at a base clock speed of 2.3GHz, these processors provide the right balance of speed and efficiency. This clock speed is ideal for processing large amounts of data quickly, reducing latency and enhancing overall performance in server environments. It supports a wide range of tasks, from data analysis to virtualization, with ease.

9.6GT-QPI for Rapid Data Transfer

The 9.6GT-QPI (Gigatransfers per second) of the 2.3GHz-9.6GT-QPI Xeon 14 Core processors ensures fast and efficient data transfer between the processor cores and the memory. This interconnect speed is crucial for reducing bottlenecks and providing a smooth computing experience in enterprise workloads. High QPI speed is particularly beneficial in data center environments, where fast data processing and transfer are essential.

Multi-Core Architecture for Multitasking

One of the standout features of the Xeon 14 Core processor is its ability to handle multiple tasks simultaneously. With 14 cores, this processor excels in multitasking and parallel processing. It is designed to scale across various workloads, ensuring that applications can run simultaneously without compromising on performance. Whether it’s running multiple virtual machines or handling complex simulations, this processor can handle it all efficiently.

2.3GHz Xeon 14 Core Processors

Enterprise-Level Servers

The Xeon 14 Core processors are built for the rigorous demands of enterprise-level servers. Whether your business requires hosting websites, managing databases, or providing cloud computing services, these processors offer the reliability and performance needed to run complex server operations smoothly. The 2.3GHz base clock speed combined with the 9.6GT-QPI interconnect makes it highly suitable for applications that demand rapid data processing and minimal latency.

Virtualization and Cloud Computing

Virtualization and cloud computing are becoming increasingly important in modern IT infrastructures. The 2.3GHz-9.6GT-QPI Xeon 14 Core processors excel in these areas by providing the computational power needed for managing virtual environments. With 14 cores, these processors can easily handle multiple virtual machines, offering excellent scalability and flexibility. Whether it’s for private clouds, public clouds, or hybrid cloud environments, these processors can manage the heavy workloads of cloud computing systems efficiently.

High-Performance Workstations

Workstations designed for tasks such as scientific simulations, video rendering, and 3D modeling benefit significantly from the processing power of the Xeon 14 Core. The high core count and fast data transfer rates allow for parallel processing, which is crucial for tasks requiring high computational power. These processors are ideal for professionals in industries like film production, engineering, and research, where quick rendering and accurate simulations are necessary.

Technical Specifications

Base Clock Speed and Turbo Boost

The base clock speed of the 2.3GHz-9.6GT-QPI Xeon 14 Core processor is designed for consistent performance under regular workloads. Additionally, Intel’s Turbo Boost Technology allows for dynamic overclocking, increasing the clock speed when higher performance is required. This feature provides a responsive computing experience by boosting the processor’s clock speed automatically, based on the workload demands, up to a higher frequency.

Thermal Design Power (TDP)

The thermal design power (TDP) of Xeon 14 Core processors is optimized for high performance while maintaining energy efficiency. Typically, the TDP ranges from 85 to 130 watts, depending on the exact model and workload demands. This ensures that these processors can be used in demanding server setups without excessive heat generation, offering a balanced trade-off between performance and energy consumption.

Cache Memory

Equipped with L3 cache memory, the Xeon 14 Core processor enhances performance by storing frequently used data closer to the processor. This results in faster data retrieval, reducing latency and speeding up overall operations. Cache memory is essential for maximizing the throughput of high-performance servers and workstations.

Compatibility with Server Hardware

Motherboard and Chipset Support

When choosing a server motherboard for the 2.3GHz-9.6GT-QPI Xeon 14 Core processors, it is essential to select a compatible motherboard that supports the processor’s chipset and socket type. These processors typically use the Socket 2011 or Socket 3647 platforms, which are designed for high-end servers and workstations. Ensuring compatibility between the motherboard and processor guarantees stability and performance.

Memory and RAM Configuration

The Xeon 14 Core processors support large amounts of DDR4 ECC memory (Error-Correcting Code). This type of memory is crucial in enterprise environments where data integrity is critical. The support for quad-channel memory configurations further boosts memory bandwidth, allowing for faster data processing in applications such as database management, virtualization, and scientific computing.

Storage and I/O Performance

Xeon 14 Core processors are built with the Intel QuickPath Interconnect (QPI) for enhanced data transfer between the processor and storage devices. With the ability to support multiple PCIe lanes, these processors ensure that I/O operations, including storage devices and networking, are efficiently managed. This is particularly beneficial in high-performance setups where fast data storage and retrieval are crucial.

Benefits of 2.3GHz-9.6GT-QPI Xeon 14 Core Processors

Reliability and Stability

One of the key advantages of the Xeon 14 Core processors is their reliability and stability. Designed for 24/7 operation, they are ideal for server environments where uptime is critical. These processors are built with Intel’s Server-Grade Technology, ensuring that they can handle the most demanding workloads over extended periods without compromising performance.

Energy Efficiency

Despite their powerful performance, the Xeon 14 Core processors are designed to be energy efficient. With features like Dynamic Voltage and Frequency Scaling (DVFS), the processor can adjust its power usage according to workload demands. This helps reduce overall energy consumption, making them an ideal choice for data centers where power efficiency is a top priority.

Scalability

Another notable feature of the Xeon 14 Core processors is their scalability. These processors can be used in multi-socket configurations, allowing for more cores and threads to be added as required. This makes them highly flexible for businesses that need to scale their computing power without replacing existing hardware. With the ability to integrate multiple processors into a system, businesses can easily expand their infrastructure as workloads increase.

Choosing the Right Xeon 14 Core Processor

Consider Your Workload Requirements

When selecting the right Xeon 14 Core processor, it is essential to consider the specific workload you plan to run. For enterprise-level applications such as database management or web hosting, the Xeon 14 Core processors’ high core count and rapid QPI speed make them an excellent choice. However, it is important to match the processor with the right amount of RAM, storage, and network components to optimize performance.

System Configuration

The system configuration plays a crucial role in maximizing the potential of Xeon 14 Core processors. Ensure that the motherboard, RAM, and other components are compatible with the processor’s specifications. This will help you avoid performance bottlenecks and ensure that the system runs optimally.