Cisco UCS-CPU-I6240R Xeon Gold 6240R CPU, 24 Cores, 2.4GHz Speed, 35.75MB Cache, 10.4GT/S UPI, 14NM, 165W

Cores

The Cisco Xeon Gold 6240R CPU is equipped with 24 cores, making it a powerful and efficient processor for various computing tasks. Cores are the processing units within a CPU that handle instructions and perform calculations. Having a higher number of cores allows for faster and more efficient multitasking, as each core can handle a different task simultaneously.

Overview of the CISCO UCS-CPU-I6240R Processor

Product Specifications

• Type: Server Processor
• Manufacturer: CISCO
• Part Number: UCS-CPU-I6240R
• Model: Gold 6240r

Technical Details

• Core Count: 24 cores
• Base Clock Speed: 2.40 GHz
• Maximum Turbo Frequency: 4.00 GHz
• Ultrapath Interconnect (UPI) Speed: 10.4 GT/s
• Number of UPI Links: 2
• Instruction Set: 64-bit
• Instruction Set Extensions:
  • Intel® SSE4.2
  • Intel® AVX
  • Intel® AVX2
  • Intel® AVX-512

Cache and Power Specifications

• Smart Cache: 35.75 MB
• Manufacturing Process: 14nm
• Max Thermal Design Power (TDP): 165W
• Compatible Socket: FCLGA3647

Memory Capabilities

Memory Size and Types

• Maximum Memory Capacity: 1TB (dependent on memory type)
• Supported Memory Types: DDR4-2933
• Maximum Memory Speed: 2.9 GHz
• Number of Memory Channels: 6
• ECC Memory Supported: Yes

Improved Performance

With 24 cores, the Cisco Xeon Gold 6240R CPU offers superior performance compared to processors with fewer cores. This means that users can run resource-intensive applications and processes without experiencing any significant slowdowns or bottlenecks. Whether you're running complex simulations, rendering high-resolution graphics, or working with large datasets, the abundance of cores ensures smooth and efficient performance.

Enhanced Multitasking

In today's fast-paced digital world, multitasking has become an essential requirement for many professionals. The 24 cores of the Cisco Xeon Gold 6240R CPU enable seamless multitasking, allowing users to run multiple applications simultaneously without any noticeable lag or reduction in performance. Whether you're editing videos while running virtual machines or handling multiple tasks at once, the abundance of cores ensures that your system can handle it all efficiently.

Optimized Resource Allocation

The large number of cores in the Cisco Xeon Gold 6240R CPU enables efficient resource allocation. Each core can be assigned specific tasks and processes, ensuring optimal utilization of resources. This means that critical applications can be given dedicated cores, allowing them to run at peak performance without being affected by other processes running on the system.

Server Virtualization

The abundance of cores in the Cisco Xeon Gold 6240R CPU makes it an ideal choice for server virtualization. Virtualization technology allows multiple virtual machines to run on a single physical server, enabling efficient utilization of resources and reducing hardware costs. With its 24 cores, this CPU can handle a large number of virtual machines, ensuring smooth and reliable performance for virtualized environments.

High-Performance Computing

The 24 cores of the Cisco Xeon Gold 6240R CPU make it an excellent choice for high-performance computing tasks. Whether you're conducting scientific research, running simulations, or performing data analysis, the abundance of cores ensures that complex calculations are processed quickly and efficiently. This CPU can handle demanding workloads with ease, delivering reliable and consistent performance.

Parallel Processing

The large number of cores in the Cisco Xeon Gold 6240R CPU enables parallel processing, which is crucial for certain applications and tasks. Parallel processing allows multiple calculations or tasks to be performed simultaneously, significantly reducing the time required to complete them. This is particularly beneficial for tasks such as video editing, rendering, and scientific simulations that can be divided into smaller parallelizable units.

Efficient Software Development

Software developers can benefit from the 24 cores of the Cisco Xeon Gold 6240R CPU during the development and testing phases. Compiling and debugging large codebases often requires significant computational power, and the abundance of cores ensures swift compilation times and efficient debugging processes. Additionally, developers can run multiple instances of development environments or virtual machines simultaneously without compromising performance.

Speed

The Cisco Xeon Gold 6240R CPU operates at a speed of 2.4GHz, providing fast and responsive computing capabilities for a wide range of tasks. The speed of a CPU determines how quickly it can execute instructions and process data, making it a crucial factor in overall system performance.

Fast Execution of Instructions

With a speed of 2.4GHz, the Cisco Xeon Gold 6240R CPU can execute instructions at a rapid pace. This ensures that software applications and processes respond quickly, allowing users to work efficiently without experiencing significant delays. Whether you're opening applications, browsing the web, or performing complex calculations, the CPU's speed ensures a smooth and responsive user experience.

Seamless Multitasking

The high speed of the Cisco Xeon Gold 6240R CPU enables seamless multitasking. When running multiple applications simultaneously, each application can quickly receive the necessary processing power to execute its tasks. This prevents slowdowns and keeps the system responsive, even when handling resource-intensive workloads.

Efficient Data Processing

The 2.4GHz speed of the Cisco Xeon Gold 6240R CPU allows for efficient processing of data. Whether you're working with large datasets, performing data analysis, or running complex algorithms, the high speed ensures that calculations are performed swiftly. This is particularly important in scenarios where time-sensitive decisions need to be made based on real-time data.

Gaming Performance

The fast speed of the Cisco Xeon Gold 6240R CPU makes it suitable for gaming enthusiasts. Modern games often require substantial processing power to deliver smooth gameplay and realistic graphics. With its 2.4GHz speed, this CPU can handle demanding games without experiencing significant frame rate drops or performance issues.

Media Editing and Rendering

Professionals working in media editing and rendering can benefit from the high speed of the Cisco Xeon Gold 6240R CPU. Video editing software and rendering applications rely heavily on CPU performance to process video footage, apply effects, and render the final output. The fast speed of this CPU ensures quick rendering times and smooth editing experiences, allowing professionals to work efficiently.

Faster Compilation

Software developers can take advantage of the 2.4GHz speed of the Cisco Xeon Gold 6240R CPU during the compilation phase. Compiling large codebases can be time-consuming, but a faster CPU speed reduces compilation times, allowing developers to iterate more quickly. This can significantly improve the development workflow and increase productivity.

Quick Data Analysis

Data analysts and scientists can benefit from the fast speed of the Cisco Xeon Gold 6240R CPU when performing data analysis tasks. Whether it's processing large datasets or running complex algorithms, the high CPU speed ensures that calculations are performed swiftly. This allows analysts to extract insights from data in a timely manner and make informed decisions based on their findings.

Cache

The Cisco Xeon Gold 6240R CPU features a cache size of 35.75MB, which plays a crucial role in improving overall system performance. The cache is a small, high-speed memory located on the CPU chip that stores frequently accessed data and instructions, allowing for faster retrieval and processing.

Reduced Memory Latency

The large cache size of 35.75MB in the Cisco Xeon Gold 6240R CPU helps reduce memory latency. When data or instructions are frequently accessed, they are stored in the cache for quick retrieval. This reduces the need to fetch data from slower main memory, resulting in faster processing times and improved overall system performance.

Improved Application Responsiveness

The cache size has a direct impact on application responsiveness. Frequently accessed data and instructions are stored in the cache, making them readily available for immediate retrieval by the CPU. This means that applications can access critical data quickly, resulting in faster response times and a smoother user experience.

Enhanced Gaming Performance

Gamers can benefit from the large cache size of the Cisco Xeon Gold 6240R CPU. Game data, such as textures, models, and frequently accessed game assets, can be stored in the cache for quick retrieval. This reduces loading times and ensures that games run smoothly without any noticeable lag or delays.

Faster Database Operations

For applications that rely on databases, such as enterprise resource planning systems or customer relationship management platforms, the cache size is crucial for efficient operations. Frequently accessed data from the database can be stored in the cache, reducing the need to query slower storage devices. This results in faster database operations and improved overall system performance.

Video Editing and Rendering

Professionals working with video editing and rendering software can benefit from the large cache size of the Cisco Xeon Gold 6240R CPU. Video editing involves working with large files and complex effects, which require quick access to data. The large cache size ensures that frequently accessed frames, effects, and other assets are readily available, allowing for smooth video editing and fast rendering times.

Efficient Virtualization

The large cache size of the Cisco Xeon Gold 6240R CPU is advantageous for virtualization environments. Virtual machines often share resources, including CPU caches. A larger cache size allows for better resource utilization among virtual machines, reducing cache contention and improving overall performance in virtualized environments.

Improved Machine Learning Performance

Machine learning tasks often involve processing large amounts of data and performing complex calculations. The large cache size of the Cisco Xeon Gold 6240R CPU allows for efficient retrieval of frequently accessed data, reducing memory latency and improving overall machine learning performance. This ensures that training models and making predictions can be done swiftly and accurately.

Upi

The Cisco Xeon Gold 6240R CPU features a UPI (Ultra Path Interconnect) speed of 10.4GT/s (Giga Transfers per second), which plays a crucial role in enabling fast communication between multiple CPUs or processor sockets in a system. UPI is an interconnection technology developed by Intel that allows for high-speed data transfer and synchronization.

Scalability and System Performance

The high UPI speed of 10.4GT/s in the Cisco Xeon Gold 6240R CPU ensures efficient communication between multiple CPUs or processor sockets. This enables scalability and improved system performance in multi-socket server configurations. By allowing for fast data transfer, UPI minimizes communication delays and ensures that the system can handle demanding workloads with ease.

Enhanced Data Sharing

When multiple CPUs need to share data or synchronize their operations, a high UPI speed is crucial. The 10.4GT/s UPI speed in the Cisco Xeon Gold 6240R CPU ensures that data can be quickly shared between CPUs, allowing for efficient collaboration and parallel processing. This is particularly important in applications that require multiple CPUs to work together, such as scientific simulations or distributed computing tasks.

Faster Inter-Processor Communication

Inter-processor communication is essential in systems with multiple CPUs. The UPI speed determines how quickly data can be transferred between processors, ensuring smooth coordination and synchronization of operations. The high UPI speed of the Cisco Xeon Gold 6240R CPU allows for fast inter-processor communication, reducing bottlenecks and improving overall system performance.

High-Performance Computing Clusters

In high-performance computing clusters, where multiple servers are interconnected to work together, the UPI speed is crucial for efficient data transfer and synchronization. The high UPI speed of the Cisco Xeon Gold 6240R CPU allows for fast communication between servers, enabling high-performance computing tasks to be distributed and executed efficiently across the cluster.

Virtualization Performance

In virtualized environments, where multiple virtual machines are running on a single physical server, the UPI speed plays a vital role in ensuring smooth performance. The high UPI speed of the Cisco Xeon Gold 6240R CPU allows for efficient communication between virtual machines, minimizing latency and ensuring that resources can be shared effectively among them.

Distributed Databases

Distributed databases often span across multiple servers or nodes for increased scalability and fault tolerance. The UPI speed of the Cisco Xeon Gold 6240R CPU enables fast communication between these nodes, ensuring efficient data synchronization and replication. This results in improved performance and reliability for distributed database systems.

Real-Time Analytics

In real-time analytics applications, where data needs to be processed and analyzed in near real-time, the UPI speed is crucial. The high UPI speed of the Cisco Xeon Gold 6240R CPU allows for fast communication between CPUs, enabling efficient parallel processing of data and timely generation of actionable insights.

Nm

The Cisco Xeon Gold 6240R CPU is based on a 14nm manufacturing process technology, which refers to the size of the transistors on the CPU chip. The nm (nanometer) measurement represents the distance between two identical features on a chip, such as the width of a transistor or the distance between transistors. A smaller nm value indicates a more advanced manufacturing process.

Improved Energy Efficiency

The 14nm manufacturing process of the Cisco Xeon Gold 6240R CPU results in improved energy efficiency. Smaller transistors require less power to switch on and off, reducing overall power consumption. This not only leads to lower electricity costs but also helps in reducing heat generation, resulting in improved system stability and longevity.

Higher Performance

The smaller transistor size of the 14nm manufacturing process allows for more transistors to be packed onto the CPU chip. This translates to a higher transistor density, enabling more processing power within the same physical space. The increased transistor count improves overall CPU performance, allowing for faster and more efficient data processing.

Enhanced Thermal Management

The 14nm manufacturing process contributes to enhanced thermal management capabilities. Smaller transistors generate less heat compared to larger ones, allowing for better heat dissipation. This enables CPUs based on the 14nm process, such as the Cisco Xeon Gold 6240R, to operate at higher frequencies without overheating, resulting in improved performance and stability.

Compact Form Factor

The smaller transistor size of the 14nm manufacturing process allows for a more compact CPU form factor. This is particularly important in devices with limited physical space, such as laptops or small form factor desktops. CPUs based on the 14nm process can offer high-performance capabilities in compact designs, enabling manufacturers to create smaller and lighter devices without compromising on processing power.

Better Overclocking Potential

Overclocking is the practice of increasing a CPU's clock speed beyond its default specifications to achieve higher performance. The 14nm manufacturing process provides better overclocking potential compared to larger process nodes. Smaller transistors allow for higher clock speeds and better voltage control, making CPUs based on the 14nm process more suitable for enthusiasts and overclockers.

Power-Constrained Environments

In power-constrained environments, such as data centers or portable devices, the 14nm manufacturing process is advantageous. The reduced power consumption of CPUs based on the 14nm process allows for more efficient operation, leading to lower energy costs and extended battery life in portable devices.

Improved AI Performance

Artificial intelligence (AI) tasks often require significant computational power. The 14nm manufacturing process enables CPUs to deliver the high-performance capabilities needed for AI applications. With more transistors packed into the same physical space, CPUs based on the 14nm process can handle the complex calculations and data processing required for AI algorithms.

Power

The Cisco Xeon Gold 6240R CPU has a power consumption of 165W, which determines the amount of electrical power required for the processor to operate at its rated specifications. Power consumption is an important factor to consider when choosing a CPU, as it affects both energy efficiency and system cooling requirements.

Energy Efficiency

The 165W power consumption of the Cisco Xeon Gold 6240R CPU ensures energy efficiency without compromising performance. CPUs with lower power consumption translate to reduced electricity costs, making them ideal for environments where energy efficiency is a priority. The balance between power consumption and performance ensures that computing tasks can be completed efficiently while minimizing energy waste.

Cooling Requirements

The power consumption of a CPU directly impacts the cooling requirements of a system. Higher power consumption generates more heat, necessitating efficient cooling mechanisms to maintain optimal operating temperatures. The 165W power consumption of the Cisco Xeon Gold 6240R CPU requires appropriate cooling solutions, such as high-performance heatsinks or liquid cooling