| RAM is the intrinsic part of the computer's functionality. | | | | and is capable of operating at 333 megahertz. |
| Adequate and good quality RAM is one of few things | | | | 3. |
| that computer requires to run efficiently. Talking in | | | | DDR2 SDRAM: This RAM is even more efficient than |
| those terms it can therefore be called the ‘Brain' of | | | | DDR SDRAM. Even this works on the same principle |
| the system that can help in effective running of the | | | | of manipulating computer's clock cycle for faster turn |
| ‘computer body'. RAM tells the system about the | | | | around time. DDR2 SDRAM can work at the speed of |
| multiple operations of various programmes in the | | | | 400 megahertz which is certainly more than welcome |
| computer. This allows the system to store memory | | | | for effective computer operations. |
| files in the itself so that the CPU does not have to go | | | | 4. |
| to the hard drive again and again to retrieve files that | | | | DRAM: DRAM denotes Dynamic Random Access |
| are required for the smooth functioning of computers. | | | | Memory. This type of RAM performs a very effective |
| However, based on the speeds and functionalities | | | | function of renewing the data that is stored in its data |
| performed by them, there are various types of RAMs | | | | bank. If this functionality is not performed then there is |
| that are available in the market. However the intrinsic | | | | likelihood of data getting corrupted which can hamper |
| functions of all is the same. | | | | the performance of the system. |
| 1. | | | | 5. |
| SDRAM: denotes Synchronous Dynamic Random | | | | RDRAM: Actually speaking RDRAM is another kind of |
| Access Memory that runs on 133 megahertz speed. | | | | DRAM that was created by a company called |
| While RAM responds to the information that is passed | | | | Rambus Inc. Though basic functionality of the two is |
| along the control inputs in form of functionality | | | | same however RDRAM was created to work with |
| commands; SDRAM synchronizes along with your | | | | increased bandwidth enabling it to work at higher |
| computer's bus and run along at the same time. | | | | speeds. This is done by manipulations that are made in |
| 2. | | | | the pipelines from which data gets transferred. |
| DDR SDRAM: denotes Double Data Rate SDRAM. | | | | However one impact of this is an upsurge in the |
| As the name suggests it works twice as fast as the | | | | latency rate at which data travels. |
| SDRAM. This is actually done in a very innovative | | | | Going through all RAMs and its functionalities one thing |
| manner by speeding up the computer's clock cycle to | | | | gets underlined which is the capacity of the RAM to |
| increase the functionality and the speed of the | | | | perform very important functions for the computers. |
| computer. This revolutionary concept originated in 2002 | | | | |