SL6GG Intel Xeon 2.8GHz 512KB L2 Cache 533MHz FSB 604-Pins 0.13 Micron FCPGA Processor

Intel Xeon Processor Overview: SL6GG

Key Specifications of Intel Xeon SL6GG

• Processor Model: SL6GG
• Clock Speed: 2.8GHz for efficient multitasking
• L2 Cache: 512KB to optimize data access
• Front Side Bus (FSB): 533MHz for fast data transfer
• Pin Count: 604-pin configuration for seamless connectivity

Technological Capabilities

• Manufacturing Process: Built with 0.13 Micron FCPGA technology
• Thermal Design Power (TDP): Rated at 95W, ensuring efficient heat management
• Virtualization Support: Features Intel Virtualization Technology (VT-x) for optimized virtual environments
• Hyper-Threading Enabled: Multithreading supported, improving performance for parallel processes

Advanced Performance Features

• Intel 64 Architecture: Supports 64-bit computing, enhancing overall performance
• No Turbo Boost: Lacks Intel Turbo Boost for performance on demand
• No Intel Trusted Execution Technology: Not equipped with enhanced security features

Supported Intel Technologies

• Intel Virtualization Technology (VT-x): Provides hardware support for virtual machines
• Hyper-Threading Technology: Enabled to allow more efficient handling of tasks
• Intel 64-bit Architecture: Ensures compatibility with modern software and memory addressing

Limitations in Advanced Technology

• No Intel Turbo Boost Technology: This model does not include performance-boosting technology
• No Intel vPro Platform: Excludes vPro features for business-centric solutions
• No Intel AES New Instructions: Lacks hardware acceleration for encryption/decryption

Thermal Design and Power Efficiency

• Thermal Design Power (TDP): 95W to balance performance with thermal output
• Efficient Manufacturing: Built using a 0.13-micron process for energy-efficient operations

Connectivity and Pin Configuration

• Pin Configuration: 604 pins ensure compatibility with a wide range of server boards
• Front Side Bus: 533MHz FSB for high-speed data exchange between the processor and memory

Speed

The Intel Xeon Processor is renowned for its exceptional speed, boasting a clock frequency of 2.8GHz. This impressive speed allows for lightning-fast processing and execution of tasks, making it an ideal choice for users who require high-performance computing.

Improved Efficiency

The 2.8GHz clock speed translates to a higher number of instructions executed per second, resulting in improved efficiency. Whether you are running complex simulations, rendering graphics, or analyzing large datasets, the Intel Xeon Processor's speed ensures that your tasks are completed swiftly and without any noticeable lag.

Enhanced Productivity

With its blazing-fast 2.8GHz clock speed, the Intel Xeon Processor enables users to accomplish more in less time. Whether you are a professional video editor working on a tight deadline or a software developer compiling code, the processor's high speed ensures that you can work efficiently without any bottlenecks.

Smooth Multi-Tasking

In today's multitasking world, the ability to run multiple applications simultaneously is crucial. The 2.8GHz clock speed of the Intel Xeon Processor allows for seamless multitasking, enabling you to effortlessly switch between resource-intensive applications without experiencing any slowdowns or performance issues.

Responsive Gaming

Gamers will appreciate the Intel Xeon Processor's speed when it comes to playing the latest and most demanding games. The high clock frequency ensures a smooth gaming experience with minimal frame drops and lag. Whether you are battling opponents in a fast-paced shooter or exploring vast open worlds in an immersive RPG, the processor's speed ensures that you stay competitive and fully immersed in your gaming adventures.

Cache

The Intel Xeon Processor comes equipped with an impressive 512KB L2 cache. This cache plays a vital role in enhancing overall system performance and responsiveness.

Quick Access to Data

The 512KB L2 cache acts as a temporary storage space for frequently accessed data and instructions. By storing this data closer to the processor, the cache reduces the time it takes for the processor to retrieve information, resulting in faster data access and improved system responsiveness.

Reduced Memory Latency

With a larger L2 cache, the Intel Xeon Processor significantly reduces memory latency. This means that data can be accessed from the cache much faster than fetching it from the main memory. As a result, applications and processes that heavily rely on memory access experience a noticeable boost in performance.

Improved Workload Distribution

The 512KB L2 cache allows for more efficient workload distribution among the processor's cores. By storing frequently accessed data in the cache, each core can access it without having to compete for resources, leading to better load balancing and overall system performance.

Seamless Virtualization

For users running virtual machines or utilizing virtualization technologies, the Intel Xeon Processor's ample L2 cache ensures smooth operation. Virtualized environments often require rapid data access and efficient memory management, both of which are optimized by the processor's cache. Whether you are running multiple virtual machines or utilizing containers, the L2 cache helps streamline operations and maintain optimal performance.

Fsb

The Intel Xeon Processor features an impressive Front Side Bus (FSB) speed of 533MHz. This high-speed bus is responsible for transferring data between the processor and other components, playing a crucial role in overall system performance.

Enhanced Data Transfer

With a 533MHz FSB speed, the Intel Xeon Processor ensures rapid and efficient data transfer between the processor and other system components such as memory modules and peripheral devices. This high-speed communication enables seamless interaction between all system elements, minimizing bottlenecks and maximizing overall system performance.

Improved System Responsiveness

The high FSB speed of the Intel Xeon Processor translates into improved system responsiveness. Applications launch faster, files transfer quickly, and data-intensive tasks execute with minimal lag. Whether you are working on resource-intensive projects or simply browsing the web, the processor's high FSB speed ensures that your system responds promptly to your commands.

Optimized Memory Performance

The FSB speed directly affects memory performance, as it determines how quickly data can be transferred to and from the processor. The 533MHz FSB speed of the Intel Xeon Processor allows for rapid memory access, reducing memory latency and providing a smooth and efficient computing experience.

Efficient Data Intensive Workloads

Data-intensive workloads, such as scientific simulations or financial analysis, require rapid data transfer between the processor and memory. The Intel Xeon Processor's high FSB speed ensures that these workloads are handled efficiently, allowing for faster computations and reducing overall processing time.

Pins

The Intel Xeon Processor features a pin count of 604. This pin configuration provides a reliable and secure connection between the processor and the motherboard.

Stable Connection

With 604 pins, the Intel Xeon Processor offers a secure and stable connection to the motherboard. The pins ensure that the processor is properly seated in its socket, providing a reliable electrical connection. This stability is crucial for maintaining optimal performance and preventing any data loss or system instability.

Easy Installation

The 604-pin configuration of the Intel Xeon Processor simplifies the installation process. The processor aligns easily with the corresponding socket on the motherboard, ensuring a hassle-free installation experience. This user-friendly design allows for quick and efficient upgrades or replacements, saving both time and effort.

Enhanced System Durability

The 604-pin configuration ensures a robust connection between the processor and the motherboard, reducing the risk of damage or disconnection due to accidental bumps or vibrations. This enhanced durability contributes to the longevity of your system, providing peace of mind and reliable performance over an extended period.

Secure Data Transmission

The secure connection provided by the 604-pin configuration ensures smooth and uninterrupted data transmission between the processor and other system components. This reliability is particularly important for data-intensive tasks, where data accuracy and integrity are paramount. Whether you are transferring large files or working with sensitive information, the secure connection offered by the 604-pin configuration ensures that your data remains safe and intact.

Micron

The Intel Xeon Processor boasts a manufacturing process with a remarkable micron size of 0.13. This micron size plays a crucial role in determining the processor's power efficiency and performance.

Power Efficiency

The 0.13-micron manufacturing process used in the Intel Xeon Processor allows for greater power efficiency compared to larger micron sizes. The smaller size results in reduced power consumption, ensuring that your system operates efficiently while minimizing energy costs.

Cooler Operation

The smaller micron size of the Intel Xeon Processor facilitates better heat dissipation, resulting in cooler operation. Heat is a major factor that can affect performance and potentially damage components. With its 0.13-micron manufacturing process, the processor runs at lower temperatures, minimizing the need for additional cooling mechanisms and contributing to system stability.

Optimized Performance

The 0.13-micron manufacturing process enables better transistor density, allowing for more transistors to be packed into a smaller space. This increased density translates into improved performance, as more transistors can execute instructions simultaneously. The Intel Xeon Processor's smaller micron size enhances its overall processing power, making it an ideal choice for demanding computing tasks.

Extended Battery Life

For users of portable devices, such as laptops or tablets, the Intel Xeon Processor's smaller micron size offers the advantage of extended battery life. The reduced power consumption resulting from the 0.13-micron manufacturing process ensures that your device can run for longer periods without requiring frequent recharging. Whether you are working on the go or enjoying multimedia content, the processor's power efficiency helps you stay productive without worrying about battery life.

Socket

The Intel Xeon Processor is designed to fit the FCPGA (Flip Chip Pin Grid Array) socket, offering compatibility and ease of use.

Widespread Compatibility

The FCPGA socket used by the Intel Xeon Processor is widely adopted and compatible with various motherboards. This ensures that users have a wide selection of compatible systems to choose from, allowing for easy integration into existing setups or enabling smooth upgrades without the need for extensive hardware changes.

Future-Proofing

The FCPGA socket provides a level of future-proofing by offering compatibility with upcoming processor models. This means that users can take advantage of future advancements in processor technology without having to change their entire system. The Intel Xeon Processor's FCPGA socket ensures that your investment remains relevant and adaptable to future computing needs.

Secure Connection

The FCPGA socket provides a secure and reliable connection between the processor and the motherboard. The flip chip design allows for a larger number of pins to be placed on the underside of the processor, ensuring a robust electrical connection. This secure connection minimizes the risk of data loss or system instability, providing a stable computing experience.

Efficient Cooling

The FCPGA socket design allows for efficient cooling of the Intel Xeon Processor. The flip chip arrangement places the heat-generating components closer to the cooling solution, facilitating better heat dissipation. This efficient cooling mechanism ensures that the processor operates within safe temperature limits, contributing to system stability and longevity.

Part Number

The Intel Xeon Processor is identified by its unique part number, SL6GG. This part number provides crucial information about the processor's specifications and capabilities.

Easy Identification

The SL6GG part number allows for easy identification and differentiation between various processor models. By referencing the part number, users can quickly determine if a particular processor meets their requirements or if it is compatible with their system. This simplified identification process saves time and helps users make informed purchasing decisions.

Access to Documentation

The SL6GG part number serves as a reference point for accessing detailed documentation and specifications provided by Intel. Whether you are a system builder or an enthusiast looking to optimize your setup, the part number enables you to access comprehensive information about the processor's features and capabilities. This documentation ensures that you have all the necessary details to make informed decisions and effectively utilize the processor's capabilities.

Warranty and Support

The SL6GG part number is often required when seeking warranty or support services from Intel or authorized retailers. By providing the part number, users can easily initiate warranty claims or troubleshoot any issues they may encounter. This streamlined process ensures that users receive timely assistance and guarantees that their investment is protected.

Product Differentiation

In a market flooded with numerous processors, the SL6GG part number helps differentiate the Intel Xeon Processor from its competitors. By having a unique identifier, users can easily identify and select the specific processor model that meets their requirements. The SL6GG part number ensures that users can make informed choices and select the processor that best suits their needs.