The AMD Athlon XP processor with QuantiSpeed architecture powers the next generation in computing platforms, delivering extreme performance for cutting-edge applications and an extraordinary computing experience.
How does the AMD Athlon XP processor provide extreme performance?
The computer processor unit (CPU), or microprocessor, is a key component in determining the effectiveness of your computer to complete specific tasks in the shortest period of time. Simply put, the performance capability of your microprocessor helps determine how fast your applications will run in a real-world setting.
Two factors determine the performance capability of your microprocessor:
Instructions per clock cycle, or IPC, which is the amount of work the processor can accomplish in a given clock cycle.
Clock speed or frequency, measured in megahertz or gigahertz.
Until recently, the IPC of most computer processors was identical, so clock speed alone was used to determine performance capability. In current processors, however, IPC is different for competing processors, so performance is defined using both IPC and frequency. The end result is that frequency alone no longer determines performance. As a result of its QuantiSpeed architecture, the AMD Athlon XP processor has an optimum balance of IPC and frequency to achieve high levels of real world PC application performance.
By improving IPC and operating frequency, the AMD Athlon XP processor offers fast results when working with digital media like audio, video and image files, and brings digital entertainment like games and DVDs to life with rich graphics and crystal-clear audio. The AMD Athlon XP processor delivers the outstanding computer productivity and performance you need for a powerful digital experience!
Product Specifications:
- Front Side Bus Speed 400 MHz
- Processor Type Athlon XP
- Clock Speed 2.167 GHz
- Socket Type Socket A
- Architecture .13 nanometer
- Package Type AMD Processor in a Box (PIB)
- Performance Index 3000+
- Processor Instruction Set 3DNOW!, 3DNOW!+, Intel MMX, SSE, X86-to-RISC
- L2 Cache Size 512 KB
- L1 Cache Size 128 KB
- Supported Memory Standard DDR SDRAM
- Included Devices Cooling Fan, Heat Sink
