Intel Xeon X3470 Quad Core 2.93GHz 95W Processor BX80605X3470

Clock Speed: 2.93GHz

Enhanced Performance

The Intel X3470 Processor boasts a clock speed of 2.93GHz, making it a powerful and efficient choice for users looking for enhanced performance. With a higher clock speed, the processor can execute instructions at a faster rate, resulting in quicker data processing and improved overall system performance.

Seamless Multitasking

Thanks to its clock speed of 2.93GHz, the Intel X3470 Processor allows for seamless multitasking. Whether you're running multiple applications simultaneously or performing resource-intensive tasks such as video editing or gaming, the processor's high clock speed ensures smooth and uninterrupted performance.

Quick Response Times

The 2.93GHz clock speed of the Intel X3470 Processor enables quick response times, allowing you to enjoy a snappy and responsive computing experience. Whether you're launching applications, opening files, or browsing the web, the processor's fast clock speed ensures minimal lag and delays.

Improved Gaming Experience

Gamers will appreciate the Intel X3470 Processor's 2.93GHz clock speed as it significantly enhances their gaming experience. The high clock speed allows for faster rendering of graphics, smoother gameplay, and reduced input lag, resulting in a more immersive and enjoyable gaming session.

Efficient Overclocking

The 2.93GHz clock speed of the Intel X3470 Processor also makes it an excellent choice for overclocking enthusiasts. With its high base clock speed, users can push their processor to higher frequencies, achieving even greater performance gains for demanding tasks such as video rendering or 3D modeling.

Optimized Software Performance

Many applications and software are designed to take advantage of high clock speeds. With the Intel X3470 Processor's 2.93GHz clock speed, you can expect optimized software performance across a wide range of applications, including video editing software, design tools, and data analysis programs.

Reduced Processing Time

The 2.93GHz clock speed of the Intel X3470 Processor enables faster data processing, reducing overall processing time for tasks such as file compression, video encoding, and complex calculations. This translates into improved productivity and efficiency for users who regularly work with resource-intensive applications.

L2 Cache: 1MB

Improved Data Access

The Intel X3470 Processor features a generous 1MB L2 cache, which enhances data access and retrieval. The L2 cache is a small but incredibly fast memory bank located on the processor itself. With a larger L2 cache, the processor can store frequently accessed data closer to the CPU cores, reducing latency and improving overall performance.

Faster Instruction Execution

By utilizing the 1MB L2 cache, the Intel X3470 Processor can deliver faster instruction execution. Instructions are stored in the cache for quick access, eliminating the need to retrieve them from system memory every time they are required. This results in improved performance and reduced processing time for various tasks.

Reduced Memory Latency

The presence of a 1MB L2 cache in the Intel X3470 Processor helps reduce memory latency. When data or instructions are stored in the L2 cache, they can be accessed much faster compared to retrieving them from system memory. This reduces the delays caused by memory access and results in a more responsive computing experience.

Efficient Task Switching

With a 1MB L2 cache, the Intel X3470 Processor enables efficient task switching. The cache holds instructions and data for multiple tasks, allowing the processor to quickly switch between different tasks without needing to access system memory. This leads to smoother multitasking and improved overall system responsiveness.

Enhanced Gaming Performance

Gamers can benefit from the Intel X3470 Processor's 1MB L2 cache as it helps improve gaming performance. The cache stores frequently accessed game data, such as textures and game logic, reducing the need to fetch them from system memory. This results in faster loading times, smoother gameplay, and reduced stuttering.

Accelerated Application Launch

The 1MB L2 cache in the Intel X3470 Processor contributes to accelerated application launch times. By storing frequently accessed instructions and data in the cache, the processor can quickly retrieve them when launching applications. This leads to snappier application startup and overall improved user experience.

Efficient Virtual Machine Handling

Virtual machines require fast access to instructions and data to perform efficiently. With a 1MB L2 cache, the Intel X3470 Processor can provide virtual machines with quick access to frequently used resources, improving their performance. Whether you're running multiple virtual machines or utilizing virtualization technology for testing purposes, the L2 cache ensures smooth operation.

L3 Cache: 8MB

Greater Data Storage Capacity

The Intel X3470 Processor's 8MB L3 cache offers a substantial increase in data storage capacity compared to smaller caches. The L3 cache acts as a shared pool of memory for all CPU cores, allowing them to quickly access frequently used data. With a larger cache size, more data can be stored, resulting in improved performance across various applications and tasks.

Reduced Memory Bottleneck

With an 8MB L3 cache, the Intel X3470 Processor helps reduce the memory bottleneck that can occur when data needs to be fetched from system memory. By storing frequently used data in the cache, the processor can quickly retrieve it without relying on slower system memory access. This leads to improved overall system responsiveness.

Enhanced CPU Core Efficiency

The 8MB L3 cache in the Intel X3470 Processor enhances CPU core efficiency by providing a larger pool of shared memory. This allows the CPU cores to access data quickly and efficiently, reducing idle time and maximizing overall performance. The result is faster execution of instructions and improved multitasking capabilities.

Improved Gaming Experience

Gamers can benefit from the Intel X3470 Processor's 8MB L3 cache as it helps improve gaming performance. The cache stores frequently accessed game data, such as textures, models, and game logic, reducing the need to fetch them from slower system memory. This results in faster loading times, smoother gameplay, and reduced stuttering.

Efficient Content Creation

Content creators will appreciate the 8MB L3 cache of the Intel X3470 Processor as it enables efficient handling of large files. Whether you're editing high-resolution images or working with video footage, the larger cache size allows for faster access to frequently used data, reducing processing time and improving workflow efficiency.

Seamless Virtualization

Virtualization relies on fast access to shared resources for efficient operation. With an 8MB L3 cache, the Intel X3470 Processor can store frequently used instructions and data for virtual machines, ensuring smooth operation even when running multiple instances simultaneously. This enables users to leverage virtualization technology for various purposes without sacrificing performance.

Accelerated Database Operations

Database operations often involve accessing large amounts of data quickly. The 8MB L3 cache in the Intel X3470 Processor helps accelerate database operations by storing frequently accessed data, reducing the need to fetch it from system memory. This results in faster query execution and improved overall database performance.

Dmi Speed: 2.5 GT/S

High-Speed Data Transfer

The Intel X3470 Processor features a DMI (Direct Media Interface) speed of 2.5 GT/s, allowing for high-speed data transfer between the processor and other system components. With a faster DMI speed, users can experience improved performance in tasks that involve transferring large amounts of data, such as file transfers, multimedia streaming, and network communication.

Efficient System Communication

The 2.5 GT/s DMI speed of the Intel X3470 Processor ensures efficient communication between the processor and other system components, such as the chipset and peripherals. This enables smooth operation and minimizes delays caused by data transfer bottlenecks, leading to an overall responsive and reliable computing experience.

Enhanced Gaming Performance

Gamers can benefit from the Intel X3470 Processor's 2.5 GT/s DMI speed as it helps improve gaming performance. With faster communication between the processor and graphics card, game data can be transferred more efficiently, resulting in reduced input lag, smoother gameplay, and improved overall gaming experience.

Seamless Multitasking

The 2.5 GT/s DMI speed of the Intel X3470 Processor ensures seamless multitasking by providing efficient communication between the processor and system memory. When running multiple applications simultaneously, the faster DMI speed allows for quick access to data, minimizing delays and ensuring smooth operation even under heavy workload.

Responsive System Boot

The 2.5 GT/s DMI speed of the Intel X3470 Processor contributes to a responsive system boot process. By enabling fast communication between the processor and storage devices, the DMI speed ensures quick access to the operating system and essential files, resulting in reduced boot times and a more efficient startup experience.

Efficient Peripheral Connectivity

With a 2.5 GT/s DMI speed, the Intel X3470 Processor facilitates efficient connectivity with peripherals such as USB devices, external storage drives, and network adapters. This ensures smooth data transfer and fast response times when interacting with various peripherals, enhancing overall user productivity.

Optimized Data Backup

The 2.5 GT/s DMI speed of the Intel X3470 Processor improves data backup performance. When backing up files to external storage devices or network servers, the faster DMI speed allows for quicker data transfer, reducing the time required for backup operations and ensuring efficient data protection.

Socket Type: LGA 1156

Wide Compatibility

The Intel X3470 Processor utilizes the LGA 1156 socket type, making it compatible with a wide range of motherboards. The LGA 1156 socket has been widely adopted by various manufacturers, ensuring that users have a broad selection of compatible motherboards to choose from when building or upgrading their systems.

Future Upgrade Possibilities

By selecting a processor with an LGA 1156 socket type, users can enjoy future upgrade possibilities. As new processors are released with LGA 1156 compatibility, users can simply replace their existing processor with a more powerful one without needing to change the motherboard or other components. This allows for easy and cost-effective system upgrades.

Robust Motherboard Features

The LGA 1156 socket type provides support for robust motherboard features. Motherboards compatible with the Intel X3470 Processor typically offer a range of connectivity options, including USB 3.0, SATA III, and PCIe slots. This allows users to take advantage of high-speed data transfer, expand storage capacity, and connect various peripherals.

Reliable Connection

The LGA 1156 socket type ensures a reliable connection between the processor and the motherboard. With a secure and stable connection, users can expect consistent performance and reduced chances of data loss or system instability. This is particularly important for users who rely on their systems for critical tasks or demanding applications.

Flexible System Configuration

The LGA 1156 socket type offers flexibility in system configuration. Users can choose from a variety of compatible motherboards that cater to different needs and preferences, such as form factor, expansion slots, and additional features. This allows for customization and ensures that users can build a system tailored to their specific requirements.

Cost-Effective Upgrades

With an LGA 1156 socket type, users can enjoy cost-effective upgrades in the future. As new processors are released with LGA 1156 compatibility, users can upgrade their systems without needing to invest in an entirely new motherboard. This helps save money while still benefiting from improved performance and features offered by newer processors.

Wide Range of Motherboard Options

The popularity of the LGA 1156 socket type ensures a wide range of motherboard options. Users can choose from various manufacturers, form factors, and feature sets when selecting a motherboard to pair with the Intel X3470 Processor. This allows for customization and ensures that users can find a motherboard that suits their specific needs and preferences.

Manufacturing Technology: 45nm

Efficient Power Consumption

The Intel X3470 Processor's 45nm manufacturing technology enables efficient power consumption. The smaller transistor size allows the processor to operate at lower voltages, reducing power consumption without sacrificing performance. This results in energy savings and helps users build more environmentally friendly systems.

Improved Thermal Management

With the 45nm manufacturing technology, the Intel X3470 Processor benefits from improved thermal management. The smaller transistors generate less heat, allowing for better heat dissipation and lower operating temperatures. This ensures reliable and stable performance even under heavy workloads or during prolonged usage.

Enhanced Performance-per-Watt

The 45nm manufacturing technology contributes to enhanced performance-per-watt for the Intel X3470 Processor. By optimizing power consumption and reducing heat generation, the processor achieves a balance between performance and energy efficiency. Users can enjoy high-performance computing while minimizing their environmental footprint.

Overclocking Potential

The 45nm manufacturing technology also enhances the Intel X3470 Processor's overclocking potential. The smaller transistor size allows for greater thermal headroom, enabling users to push the processor beyond its stock clock speed while maintaining stability. Overclocking enthusiasts can take advantage of this feature to achieve higher performance levels.

Reduced Operating Costs

The efficient power consumption of the Intel X3470 Processor's 45nm manufacturing technology translates into reduced operating costs. With lower power consumption, users can save on electricity bills, especially in scenarios where systems are running continuously or performing resource-intensive tasks. This makes the processor an excellent choice for both home and business users.

Environmentally Friendly Computing

The 45nm manufacturing technology contributes to a more environmentally friendly computing experience. By reducing power consumption and heat generation, the Intel X3470 Processor helps minimize the carbon footprint associated with computer usage. Users can enjoy high-performance computing while making a positive impact on the environment.

Improved System Stability

The improved thermal management provided by the 45nm manufacturing technology ensures better system stability for the Intel X3470 Processor. With lower operating temperatures, users can expect reliable performance even under demanding conditions. This is particularly important for users who rely on their systems for critical tasks or require 24/7 operation.

Power Consumption: 95W

Energy Efficiency

The Intel X3470 Processor has a power consumption of 95W, making it an energy-efficient choice for users conscious of their electricity usage. With its efficient power consumption, the processor minimizes wasted energy and helps reduce overall power costs, making it an environmentally friendly option for both home and business users.

Lower Operating Costs

The 95W power consumption of the Intel X3470 Processor translates into lower operating costs. By consuming less power, users can save on electricity bills, especially in scenarios where systems are running continuously or performing resource-intensive tasks. This makes the processor an economically viable choice for those looking to reduce expenses.

Sustainable Computing

The 95W power consumption of the Intel X3470 Processor promotes sustainable computing practices. By minimizing energy waste and reducing carbon emissions, the processor contributes to a greener environment. Users can enjoy high-performance computing while minimizing their ecological footprint and making a positive impact on the planet.