Thursday, 28 June 2012

How to Compare Microprocessors

How to Compare Microprocessors

With new features and technologies constantly planned and added into designs of microprocessors--commonly simplified to just "processors"--choosing a new microprocessor can be a bit confusing. But there are several key features in processors that have remained important in processor purchasing decisions. And with an understanding of some of the key features of a microprocessor and why they are important, you can expertly scrutinize a selection of microprocessors and get the best bang for your buck.

Instructions

    • 1
      Determine what type of processor your computer's motherboard accepts, before narrowing down a selection of processors to compare. Reference your motherboard's manual or run your computer's model number through an online search engine to pull up your motherboard's specifications. 

      Compare the clock speed of each of your prospective processors. The clock speed, measured in gigahertz (ghz), calculates how fast your processor processes data. Clock speed is a great indicator for determining how fast your processor will handle data, but there are a few other factors--namely cache size and frontside bus speed--that can help determine how effective your new processor will be.
    • 3
      Compare cache sizes of the processors you're deciding upon. The cache can be thought of as the processor's temporary memory. It acts as a storage queue, allowing the processor to access data without having to search for it. A larger cache will provide more space to hold data before it is processed by the processor.
    • 4
      Compare the frontside bus speeds of your prospective processors. The frontside bus distributes output commands from the processor to various components of the computer--a fast frontside bus means data will get to its destination quickly.


 

1 comment:

  1. In a pure sense, a microcontroller is just an IC (integrated circuit, or a black chip thing with pins coming out of it). However it is very common to add additional external components, such as a voltage regulator, capacitors.

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