2.0GHz-16GT-UPI

2.0GHz 16GT/s UPI Xeon 24 Core Processors

The 2.0GHz 16GT/s UPI Xeon 24 Core processors are high-performance components designed for demanding server environments. These processors combine exceptional speed, reliability, and scalability, making them ideal for modern workloads such as virtualization, cloud computing, and large-scale database management. They are part of the Intel Xeon family, offering advanced features and technologies to optimize computing efficiency and throughput.

Core Specifications and Features

The 2.0GHz 16GT/s UPI Xeon 24 Core processors boast cutting-edge specifications that deliver outstanding performance:

• Base Clock Speed: 2.0GHz for consistent processing power across diverse workloads.
• Unified Point Interconnect (UPI): 16GT/s for fast and efficient data communication between processors.
• Core Count: 24 cores and 48 threads for massive parallel computing capabilities.
• Cache Memory: Large L3 cache for reduced latency and improved efficiency.
• Thermal Design Power (TDP): Optimized for energy-efficient operation without sacrificing performance.

Advanced Multi-Core Technology

These processors utilize Intel's Hyper-Threading technology to double the number of threads, ensuring that even the most complex applications can run smoothly. This multi-core architecture is specifically designed to handle simultaneous tasks, delivering higher throughput and minimizing bottlenecks in performance-critical environments.

Optimized for Scalability

The 16GT/s UPI interface ensures seamless interconnection between multiple processors. This scalability makes these CPUs an excellent choice for dual- or multi-socket configurations, providing the computational power needed for enterprise-grade applications and scientific computations.

Workload Capabilities

2.0GHz 16GT/s UPI Xeon 24 Core processors are engineered to meet the needs of various specialized workloads, including:

Cloud and Virtualization

The processors are optimized for virtualized environments, supporting technologies like Intel VT-x and VT-d. These features enhance the efficiency of virtual machine (VM) operations, allowing multiple VMs to operate smoothly on the same hardware.

Big Data Analytics

With their high core count and advanced architecture, these CPUs can process vast datasets in real time. This makes them a perfect fit for businesses relying on big data analytics for decision-making and predictive modeling.

High-Performance Computing (HPC)

The processors' capability to deliver high computational throughput is invaluable in scientific research, simulations, and other HPC applications. Their compatibility with advanced memory technologies further enhances their effectiveness in data-intensive scenarios.

Enterprise-Level Databases

These processors are well-suited for handling large-scale database management systems. Their robust cache and multi-threading capabilities ensure quick data retrieval and processing, reducing lag and improving overall system efficiency.

Compatibility and Integration

Socket Support

The processors are designed to fit specific Intel sockets, ensuring compatibility with high-performance server motherboards. Verify your motherboard supports the 2.0GHz 16GT/s UPI Xeon 24 Core processors before installation.

Memory Support

These processors support DDR4 and DDR5 memory technologies, offering high bandwidth and low latency for memory-intensive applications. Additionally, they support error-correcting code (ECC) memory for improved reliability in critical environments.

Energy Efficiency

Built with advanced energy-saving features, the processors optimize power consumption without compromising performance. This makes them ideal for data centers aiming to reduce operational costs while maintaining peak performance.

Technologies Enhancing Performance

Intel Turbo Boost Technology

This feature dynamically increases the clock speed of the processor when higher performance is required, ensuring smooth execution of resource-intensive tasks.

Intel Advanced Vector Extensions (AVX-512)

AVX-512 accelerates complex mathematical calculations, making these processors perfect for scientific computations, encryption, and financial modeling.

Enhanced Security Features

The processors include hardware-based security measures such as Intel SGX and Intel AES-NI to protect sensitive data against cyber threats, ensuring compliance with industry security standards.

Subcategories

High Memory Capacity Models

These models offer expanded memory support, catering to applications that require substantial data storage and quick access.

Power-Efficient Variants

Designed for environments prioritizing energy efficiency, these variants reduce power consumption while delivering competitive performance.

Performance-Optimized Models

Optimized for raw processing power, these models are tailored for compute-intensive tasks requiring maximum throughput.

Server Use Cases

Rack Servers

The processors' scalability and efficiency make them a popular choice for rack-mounted servers in large-scale deployments.

Tower Servers

For small to medium-sized businesses, these CPUs offer reliability and performance in compact tower server configurations.

Blade Servers

Due to their space-saving design and high-performance characteristics, blade servers featuring these processors are an excellent choice for data centers.

Considerations for Deployment

Cooling Solutions

High-performance processors generate significant heat, requiring robust cooling solutions such as liquid cooling or high-efficiency air coolers to maintain optimal performance.

BIOS Updates

Ensure the server's BIOS is updated to support the 2.0GHz 16GT/s UPI Xeon 24 Core processors, enabling access to the latest features and performance improvements.

Networking Integration

Pair these CPUs with high-speed networking solutions like 10GbE or 25GbE to fully leverage their performance capabilities in distributed environments.