neptune
Member
hello,
I am studying memory hierarchy right now, and i came to the conclusion that Computers speed of operation depends on slowest memory working inside it.
That means it doesnt matter if we continue to increase the speed of CPU from Mhz to Ghz, majority of programmes running on computer will be slow , with high latency and slow response time.
So, the real problem is increasing the speed of memory read and write. did i get things correctly ?
secondly, if one memory has high read speed but slow write speed or vice versa , what will be the consequences of that on computer systems.
I am studying memory hierarchy right now, and i came to the conclusion that Computers speed of operation depends on slowest memory working inside it.
That means it doesnt matter if we continue to increase the speed of CPU from Mhz to Ghz, majority of programmes running on computer will be slow , with high latency and slow response time.
So, the real problem is increasing the speed of memory read and write. did i get things correctly ?
secondly, if one memory has high read speed but slow write speed or vice versa , what will be the consequences of that on computer systems.