Intel Xeon AT80614005145AB 3.46GHz Processor

Speed

The Intel Xeon Processor boasts an impressive clock speed of 3.46GHz, making it a powerhouse in terms of performance. With this level of speed, users can expect lightning-fast processing capabilities that can handle even the most demanding tasks with ease.

Overview of AT80614005145AB

• Manufacturer: Intel
• Part Number: AT80614005145AB
• Type: Processor
• Sub-Type: Intel Xeon Quad Core

Performance Specifications

• Clock Speed: 3.46 GHz
• L2 Cache: 1.5 MB
• L3 Cache: 12 MB

Bus and QPI Details

• Bus/Core Ratio: 26
• Quick Path Interconnect (QPI) Speed: 6.4 GT/s
• Number of QPI Links: 2

Socket and Process Technology

• Socket Type: FCLGA-1366
• Process Technology: 32nm

Instruction Set and Power

• Instruction Set: 64-bit
• Instruction Set Extensions: SSE4.2
• Maximum Thermal Design Power (TDP): 130 W

Advanced Features

Technological Innovations

• Intel Turbo Boost Technology: Enhances performance by increasing processor speed when needed.
• Hyper-Threading Technology: Allows each core to handle multiple threads simultaneously for improved efficiency.
• Intel Virtualization Technology: Supports virtualization for running multiple operating systems on a single processor.
• Intel Trusted Execution Technology: Provides hardware-based security features to protect data and applications.
• Enhanced Intel SpeedStep Technology: Adjusts power usage and performance dynamically to balance performance and power consumption.

Enhanced Productivity

The high clock speed of the Intel Xeon Processor directly translates into enhanced productivity for users. Whether you are working on complex calculations, rendering high-resolution graphics, or running resource-intensive applications, the processor's speed ensures that you can complete your tasks quickly and efficiently.

Seamless Multitasking

Multitasking becomes a breeze with the Intel Xeon Processor's exceptional speed. You can effortlessly switch between multiple applications without experiencing any lag or slowdown, allowing you to work on various projects simultaneously and increase your overall productivity.

Improved Responsiveness

The processor's high clock speed also contributes to improved system responsiveness. You will notice a significant reduction in loading times for applications and files, ensuring a smooth and seamless user experience. This is particularly beneficial for professionals who work with large datasets or perform real-time data analysis.

Optimized Gaming Performance

Gamers can take advantage of the Intel Xeon Processor's speed to enjoy a superior gaming experience. The fast clock speed ensures smooth gameplay, eliminates stuttering, and reduces input lag, providing a competitive edge in online multiplayer games.

Efficient Video Editing

Video editing professionals will appreciate the power of the Intel Xeon Processor's speed when working with high-definition footage. Render times are significantly reduced, allowing for faster editing workflows and quicker project completion.

Cache

The Intel Xeon Processor is equipped with a substantial cache size of 1.5MB and 12MB, which plays a crucial role in enhancing overall performance and efficiency.

Improved Data Access

With a larger cache size, the processor can store frequently accessed data closer to the CPU, enabling faster retrieval and reducing latency. This results in quicker data access times and improved system responsiveness, especially for applications that heavily rely on accessing large amounts of data.

Smooth Application Execution

The generous cache size of the Intel Xeon Processor ensures that frequently used instructions and data are readily available, minimizing the need to fetch data from slower system memory. This leads to smoother application execution, as the processor can quickly access the necessary resources without experiencing delays.

Efficient Virtual Machine Performance

Virtualization is becoming increasingly popular in various industries, and the Intel Xeon Processor's cache size is a valuable asset for virtual machine performance. The larger cache allows for efficient sharing of resources among virtual machines, reducing resource contention and improving overall system efficiency.

Seamless Database Operations

Databases often deal with large datasets and require quick access to frequently accessed information. The ample cache size of the Intel Xeon Processor enables seamless database operations by storing frequently accessed data in the cache, resulting in faster query execution and improved database performance.

Enhanced Gaming Experience

The processor's cache size also benefits gamers by improving game load times and reducing texture pop-ins. Game assets can be stored in the cache, allowing for faster retrieval and smoother gameplay.

FSB (Front Side Bus)

The Intel Xeon Processor features a high-speed Front Side Bus (FSB) that facilitates efficient communication between the processor and other components of the system. This critical feature ensures optimal performance and responsiveness.

Improved System Bandwidth

The FSB acts as a pathway for data transfer between the processor, memory, and other system components. With a high-speed FSB, the Intel Xeon Processor can handle large amounts of data in a shorter amount of time, resulting in improved system bandwidth. This is particularly advantageous for applications that involve frequent data transfers, such as multimedia editing and scientific simulations.

Reduced Bottlenecks

A fast FSB helps to minimize bottlenecks by allowing data to flow smoothly between the processor and other components. This ensures that the CPU is not waiting for data to be transferred, optimizing overall system performance and preventing slowdowns during resource-intensive tasks.

Efficient System Synchronization

The FSB plays a crucial role in synchronizing the various components of the system, ensuring that they work together seamlessly. The high-speed FSB of the Intel Xeon Processor enables efficient communication between the processor, memory, and peripherals, resulting in improved system stability and responsiveness.

Faster Data Transfers

The fast FSB facilitates faster data transfers between the processor and storage devices, such as hard drives and solid-state drives. This enables quicker file access and transfer speeds, making everyday tasks like file copying and data backup significantly faster.

Optimized Network Performance

For systems that rely heavily on network connectivity, a fast FSB is essential for optimal network performance. It allows for efficient data transmission between the processor and network interface cards (NICs), reducing latency and ensuring smooth network operations.

QPI (QuickPath Interconnect)

The Intel Xeon Processor utilizes QuickPath Interconnect (QPI) technology to provide high-speed communication between multiple processors or between the processor and other components.

Enhanced Scalability

QPI enables seamless scalability in multi-processor systems by allowing multiple processors to communicate with each other at high speeds. This is particularly beneficial for enterprise-level applications that require massive computational power, such as server virtualization and data analytics.

Improved Data Transfer Rates

The high-speed QPI ensures rapid data transfer between processors and other system components, such as memory modules and peripheral devices. This results in improved overall system performance and responsiveness, especially in multi-threaded applications that can take advantage of multiple processor cores.

Reduced Latency

QPI minimizes latency by providing a direct link between processors and other components, bypassing the need for data to travel through intermediary components. This direct communication path significantly reduces communication delays and ensures faster data access, resulting in improved system efficiency.

Efficient Parallel Processing

QPI enables efficient parallel processing by allowing multiple processors to work together on tasks simultaneously. This is particularly advantageous for applications that can be divided into smaller, independent tasks that can be processed concurrently, such as scientific simulations, rendering, and large-scale data processing.

Seamless Server Performance

In server environments where uptime and reliability are critical, QPI plays a vital role in ensuring seamless performance. It allows for efficient communication between multiple processors, enabling load balancing, redundancy, and failover capabilities that enhance overall system reliability and availability.

Socket

The Intel Xeon Processor is designed to fit the AT80614005145AB socket, which is specifically tailored for this powerful processor. The socket plays a crucial role in ensuring compatibility and optimal performance.

Perfect Fit

The AT80614005145AB socket is specifically designed to accommodate the Intel Xeon Processor, ensuring a perfect fit. This ensures that the processor is securely connected to the motherboard, preventing any potential issues arising from a loose connection.

Enhanced Cooling Efficiency

The socket design also contributes to improved cooling efficiency. It allows for better heat dissipation from the processor, ensuring that it remains within safe temperature ranges even during heavy usage. This is particularly important for maintaining system stability and preventing thermal throttling, which can significantly impact performance.

Easy Installation

The AT80614005145AB socket is designed for easy installation, allowing users to effortlessly install or replace the Intel Xeon Processor without any complicated procedures. This makes it convenient for system builders, IT professionals, or enthusiasts who frequently upgrade or modify their systems.

Future Compatibility

The socket's design ensures compatibility with future generations of Intel Xeon Processors, providing users with a degree of future-proofing. This means that users can easily upgrade to newer processors without having to replace the entire motherboard, saving both time and money.

Reliable Connection

The secure fit provided by the socket ensures a reliable connection between the processor and the motherboard. This eliminates any potential issues related to poor connectivity, such as intermittent system failures or data corruption, resulting in a stable and dependable system.