How Does Volatile Memory Impact Computer Performance?
Volatile memory has been used for some years now since the invention of modern computers. It is a great innovation in terms of the functionality of the component as it relates to the overall process of the computer. It has made such a big impact on computers that it is constantly being improved year after year so that computers can run smoother and better than ever. It also works well with non volatile memory as each of these memory types knows their function appropriately. In this article, you will learn the impact of the volatile memory created in terms of the performance of computers.
Advantages of Volatile Memory That Affect Computer Performance
Quick response to volatile memory
One of the main reasons why volatile memory is used in computers and with non volatile memory is because of its quick response. The transfer and movement of data that is passed on to the volatile memory results in better performance and reliability of function. The Central Processing Unit or CPU of a computer works with the Random Access Memory or RAM, an example of a volatile memory. Through its functionality, the computer can run multiple programs and do different tasks simultaneously and quickly. Volatile memory is such a key component of computers that an increase in RAM would increase the response of the computer to commands and instructions.
Use small chips for static RAM
The type of volatile memory that is used on microprocessors and small electronics is the static Random Access Memory. It is a memory that is made of semiconductors that function almost the same as the RAM in computers. It keeps its content and files as long as electricity is supplied to the chip. The static RAM may be small but its impact on the work and performance of the electronic device is second to none. You can depend on static RAM to help these electronics store small data bits.
Use for transistors and capacitors for dynamic RAM
Another type of volatile memory is the dynamic Random Access Memory. It is a type of volatile memory that is made of millions of transistors and capacitors. This is also a great help in the semiconductor industry because it can serve as key components to larger machines and electronics. With its capabilities, it still costs less compared to static RAM devices. Its design is also simpler compared to static RAM. Both static RAM and dynamic RAM have carved their importance in the semiconductor industry which also made an impact in the overall computer market.
Other advantages of volatile memory
Another advantage of volatile memory is its ability to make the overall operation of computers seamless. You can see the innovation behind this as computers are now functioning continuously with seemingly unnoticeable transition of functions from one component to the next, Another advantage of volatile memory is the inability to retain data when power is not supplied. This means that it saves on power utilization. It also performs at peak performance whenever you start it again because of sufficient rest for that specific component of a computer.
Conclusion
The innovation of volatile memory has come a long way. People have found more and more applications for this seemingly simple and trusted component along with non volatile memory in its computers. Its capability to move files quickly has paved the way for computers to be faster and more powerful than ever. You can now depend on computers to carry those heavy-duty tasks with ease. You have to commend the continuous improvement of volatile memory and its use in different industries and sectors of society.
