2.8GHz-8GT-QPI

Xeon 10 Core Processors

Overview

The 2.8GHz-8GT-QPI Xeon 10 Core processors are designed to deliver exceptional performance for data centers, servers, and high-performance computing environments. These processors utilize Intel's powerful architecture to provide enhanced processing capabilities, multi-threading efficiency, and high-speed memory support. With the combination of a 2.8GHz base clock speed and 8 GT/s QPI (QuickPath Interconnect), the Xeon 10 Core processors are ideal for handling demanding workloads such as virtualization, scientific computing, and complex database applications.

Key Features

• Clock Speed: 2.8 GHz base frequency for optimal processing speed.
• 10 Cores: Multi-core design for parallel processing and improved performance.
• 8 GT/s QPI: High bandwidth and fast interconnection for efficient data transfer.
• Intel Hyper-Threading: Supports simultaneous multi-threading for enhanced performance in multi-tasking environments.
• Intel Turbo Boost: Automatically increases processor speed to handle intensive tasks.

Benefits of Xeon 10 Core Processors

The 2.8GHz-8GT-QPI Xeon 10 Core processors offer several advantages for enterprise-level IT infrastructures, including:

Exceptional Performance for Server Environments

With 10 cores and the ability to handle multiple threads per core, the Xeon 10 Core processors provide a substantial boost in multi-threaded performance. This makes them ideal for server applications that require high parallel processing power, such as web hosting, cloud services, and large-scale enterprise applications. The processors can handle multiple users and demanding applications simultaneously, ensuring smooth operation and minimal downtime.

Scalability for Growth

The Xeon 10 Core processors support multi-socket configurations, making it easy to scale computing power as business needs evolve. This scalability is crucial for data centers and cloud computing environments, where the ability to add more processing power without replacing existing hardware can lead to cost savings and increased flexibility. As organizations grow, they can continue to use the same server architecture and add additional processors to meet the demands of expanding workloads.

High Bandwidth for Data Transfer

The 8 GT/s QPI (QuickPath Interconnect) technology plays a crucial role in providing fast data transfer between the processor and other system components. This high-speed interconnect helps to minimize bottlenecks, allowing for smooth communication between the processor, memory, and other subsystems. With this technology, the Xeon 10 Core processors can handle large amounts of data more efficiently, reducing latency and improving overall system responsiveness.

Compatibility with Motherboards and Other Components

To ensure optimal performance, the 2.8GHz-8GT-QPI Xeon 10 Core processors must be paired with compatible motherboards, memory, and cooling solutions. These processors support Intel's chipset technology, which includes several different models designed to maximize the potential of the Xeon architecture.

Motherboard Compatibility

When selecting a motherboard for the Xeon 10 Core processors, it is essential to choose one that supports multi-socket configurations and features a chipset compatible with Intel's QPI technology. Many server-grade motherboards feature dual or quad-socket options, allowing for multiple processors to be installed, further boosting processing power. Additionally, motherboards with high-performance I/O and memory channels help to ensure the processors operate at their full potential.

Memory Compatibility

The Xeon 10 Core processors are designed to work with high-capacity, error-correcting code (ECC) memory, which is crucial for mission-critical workloads. ECC memory helps to detect and correct errors in data storage, ensuring system stability and data integrity. When paired with large memory capacities, these processors can efficiently handle high-memory applications such as virtualization, database management, and HPC tasks.

Cooling Solutions

Given the significant power and heat generated by high-performance processors like the Xeon 10 Core, proper cooling is essential. The processors work best when paired with advanced cooling solutions, such as high-efficiency heat sinks, liquid cooling, or server-grade cooling systems. Maintaining optimal operating temperatures is critical for system stability, longevity, and consistent performance under heavy loads.

Power Efficiency

Despite their high performance, the Xeon 10 Core processors are designed to offer power efficiency, which is an essential factor for businesses looking to optimize operational costs. The processors' ability to handle intensive workloads while consuming less power than traditional multi-core processors allows organizations to lower their energy bills and reduce their environmental footprint. Additionally, the processors' scalability means businesses can optimize their hardware configurations based on their specific needs, ensuring they only use the power they require.

Energy-Efficient Technology

The Xeon 10 Core processors are built with Intel's energy-efficient technologies, including dynamic power management, which adjusts the processor's power consumption based on workload demands. This reduces idle power consumption and ensures that energy is used efficiently when required. The processors also feature low-power states, which further contribute to energy savings.