Think of a computer as a person who's doing paperwork on a desk. Now, increasing memory increases the size of the person's "desk", or the total working space of your computer. It doesn't make the person (or processor) actually working faster, but it does give it a bit of relief if there are a lot of papers (or running applications)
The size of the memory itself does not really change the speed of the computer unless demanding applications use it all up, at which point the rest of the memory is taken from the hard-drive, which can impact performance since hard-drive are usually very slower than RAM.
Now, the speed or clock of RAM does have an effect on processor speed, as it determines how fast can the CPU transfer data back and forth to the memory.
If the RAM is slower than the rate recommended for a given CPU and motherboard, it will very likely impact performance, as the RAM will not be able to keep up with the CPU, and that'll cause slowdowns.
random access memory
Random access memory.
RAM - Random Access Memory
Random Access Memory
Random Access Memory
Random Access Memory, the temporary or "working" memory of a computer.(see the related question below)RAM stands for Random Access Memory.random access memory
Of Course. RAM= Random Access Memory, so yes, you CAN randomly access your RAM... And you Probably ARE RIGHT NOW!
the ram memory and the kernel cacheRAM
Random Access Memory (RAM) is the kind of memory that loses its content when the computer power is turned off.
RAM, or random access memory.
random access memory
Volatile memory is computer memory that requires power to maintain the stored information. Non-volatile random-access memory that retains its information when power is turned off. There is random access memory, cache memory, read only memory, virtual memory and flash memory.