Intel CM8071505024706 Xeon E-2468 8 Core 2.6GHz 24M Processor.

Overview of the Intel Xeon E-2468 Processor

The Intel Xeon E-2468 8 Core Processor is an advanced, high-performance CPU designed for data centers, workstations, and servers that demand top-tier reliability and processing power. With 8 cores and a base clock speed of 2.6GHz, the E-2468 strikes a balance between multitasking capability and speed, ensuring smooth execution of demanding workloads. The 24MB cache ensures minimal latency, making this processor ideal for handling large datasets and intensive computing applications. Whether you’re running virtual machines, high-performance computing (HPC), or business-critical applications, this processor delivers impressive performance that you can rely on.

Key Features of the Intel Xeon E-2468 Processor

• 8 Cores: The processor's 8-core architecture enables effective parallel processing, ensuring that multi-threaded applications run seamlessly.
• Base Clock Speed of 2.6GHz: The base clock speed of 2.6GHz offers a stable foundation for consistent performance in demanding tasks.
• 24MB Cache: The processor is equipped with a generous 24MB cache, which reduces access time and helps boost the speed of repeated instructions.
• FC-LGA16A Socket: The FC-LGA16A socket interface allows for easy integration into compatible systems, providing flexibility for various server configurations.
• Hyper-Threading and Intel Turbo Boost Technology: With hyper-threading and Turbo Boost Technology, this processor ensures that multi-core workloads are efficiently distributed, and tasks are completed faster.

Performance Benefits of the Intel Xeon E-2468 Processor

The Xeon E-2468 is built to handle complex data processing tasks with precision and speed. It is designed to cater to industries that require high levels of reliability and performance, including data analytics, cloud computing, and scientific research. Here are the key performance advantages:

• Multi-Core Performance: With 8 physical cores, the Xeon E-2468 can handle multiple threads simultaneously, making it ideal for virtualization and cloud applications.
• Boosted Clock Speeds: The processor’s ability to boost up to 3.9 GHz means that users can experience high-frequency performance during critical tasks.
• Efficient Data Handling: The 24MB cache reduces the frequency at which the processor has to access memory, making data-heavy tasks faster and more efficient.
• Optimized for Business and Enterprise Applications: Designed with enterprise-grade workloads in mind, this processor is a great choice for handling ERP, CRM, and database management systems with high efficiency.

Memory Modules and Configuration

The Xeon E-2468 processor can work with a wide range of memory configurations, depending on the needs of your applications. Whether you're building a single-socket server or a multi-socket system, this processor will work effectively in both low-density and high-density configurations.

Potential Memory Configurations:

• Single DIMM configuration for cost-efficient builds.
• Dual-channel memory configuration for better bandwidth and parallel processing.
• Quad-channel configuration for systems demanding massive memory throughput.

Applications and Use Cases

Data Centers and Virtualization

Due to its powerful multi-core performance, the Xeon E-2468 processor is an excellent choice for data centers. Virtualized environments demand high core counts, fast memory speeds, and low latency, all of which are supported by this processor. It ensures that virtual machines run smoothly with minimal downtime and consistent performance. This processor is also ideal for cloud-based applications that require rapid scaling and seamless processing of large datasets.

Enterprise and Business Applications

The Intel Xeon E-2468 processor is optimized for business applications that rely on constant data handling, quick transactions, and reliable uptime. Server applications, such as SQL databases, enterprise resource planning (ERP) systems, customer relationship management (CRM) software, and file-sharing services, will see significant improvements in efficiency and reliability. The high cache capacity ensures quick access to frequently used data, enabling businesses to keep operations running smoothly without delay.

Scientific and Engineering Applications

High-performance computing (HPC) tasks, such as simulations, modeling, and data analysis, benefit greatly from the Xeon E-2468 processor’s multi-threaded performance. The 8-core configuration ensures that the processor can handle large-scale computations and intricate algorithms, making it an excellent choice for scientific research, financial modeling, and engineering simulations. In addition, the Intel Xeon E-2468’s ability to process large data sets with minimal latency ensures accuracy and quick results in computational-heavy environments.

Cloud Computing

Cloud providers often choose Intel Xeon processors due to their proven performance, scalability, and support for virtualization. The Xeon E-2468, with its 8 cores and enhanced memory capabilities, is perfectly suited for cloud computing applications that require handling multiple users, large data volumes, and demanding workloads. By using this processor in a cloud environment, users can ensure efficient resource allocation and faster processing times for distributed computing tasks.

Reliability and Durability

Intel's Advanced Reliability Features

Intel processors, including the Xeon E-2468, come with a suite of built-in reliability features, ensuring that systems remain stable and durable even under heavy load. The processor is designed with support for Intel's Error-Correcting Code (ECC) memory, which detects and corrects internal data corruption. This is particularly important in mission-critical environments where data integrity and system stability are paramount.

Thermal Solutions and Cooling

When deploying the Xeon E-2468 processor, proper cooling is essential to maintain optimal performance. Be sure to install adequate thermal solutions, such as heatsinks and high-performance fans, to ensure that the processor operates within its safe temperature range. This will extend the lifespan of the processor and reduce the risk of thermal throttling that could affect system performance.