What is the width of the memory band?

Computers need memory to store and use data, for example in graphics or loading simple documents. While random access chips (RAM) can say that they offer a specific amount of memory such as 10 gigabytes (GB), this amount is the maximum amount of memory that the RAM chip can generate. More important is the width of the memory band or the amount of memory that can be used for files per second. As the computer ages, no matter how much RAM chips is installed, the width of the memory band is reduced. This is because part of the bandwidth equation is the speed of tactoco that slows down the computer ages.

When someone buys a RAM chip, RAM will indicate that they have a specific amount of memory, such as 10 GB. This measurement is not entirely accurate; This means that the chip has a maximum range of 10 GB memory, but generally will have a lower bandwidth. This is because the RAM is only part of the bandwidth equation along with the processor speed.

Speed ​​processor refers toto the central processing unit (CPU) and the strength it has. The CPU speed, also known as the speed of clocking, is measured in Hertz, such as Megahertz (MHz) or Gigahertz (GHz). Higher tactic speed means that the computer has access to a higher amount of bandwidth. This is a value that will deteriorate as the computer ages.

If you want to get the actual memory bandwidth, the formula must be used. This formula involves multiplying the size of the RAM chip in the bytes at the current speed of processing. If there are additional interfaces or chips, such as two RAM chips, this number is also added to the formula. In this way, most hardware companies will arrive at a published RAM.

The width of the memory band is necessary to access and use data. As the bandwidth decreases, the computer will have difficulty processing or loading documents. This means that it will take a long time a prestige will be able toCalm on files. Many consumers buy new, larger RAM chips to solve this problem, but both RAM and CPU need to be changed to make the computer more efficient.

The reason for degradation of the bandwidth is changing. One of the reasons is that the CPU often ends with small particles of dust that disrupts processing. Another reason is that new programs often need more energy and this continuous need for additional energy begins to burn the CPU, reducing its overall processing capacity. The processing of the background or viruses that remember behind the scenes also take over the performance of the CPU and eats at the bandwidth.