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You can think of RAM as an incredibly fast hard drive that stores information temporarily instead of permanently. When you start a program it is loaded from emachine upgrade the hard drive into ram. when a program is running in ram it can run hundreds to thousands upgrade of times faster than it can if run directly from the hard drive. the problem is that the capacity of a standard hard drive is many times the size of a computer''s ram size, meaning it is possible to load so many programs that the ram can no longer hold them. when that happens, your computer''s virtual memory kicks in, and that''s bad. virtual memory is simply your hard drive trying to act like a ram chip. since emachine upgrade the hard drive is so much slower than real memory, programs stutter and sometimes crash when the hard drive has to do a job it was never designed for. there are only two solutions to this problem: close some programs until virtual memory is no longer needed, or add more physical memory. if you can afford it (and current memory prices are low enough that practically anyone should be able to), the latter solution is always preferable.

You can think of RAM as an incredibly fast hard drive that stores information temporarily instead of permanently. When you start a program it is loaded from emachine upgrade the hard drive into ram. when a program is running in ram it can run hundreds to thousands upgrade of times faster than it can if run directly from the hard drive. the problem is that the capacity of a standard hard drive is many times the size of a computer''s ram size, meaning it is possible to load so many programs that the ram can no longer hold them. when that happens, your computer''s virtual memory kicks in, and that''s bad. virtual memory is simply your hard drive trying to act like a ram chip. since emachine upgrade the hard drive is so much slower than real memory, programs stutter and sometimes crash when the hard drive has to do a job it was never designed for. there are only two solutions to this problem: close some programs until virtual memory is no longer needed, or add more physical memory. if you can afford it (and current memory prices are low enough that practically anyone should be able to), the latter solution is always preferable.

what is buffered memory? buffered memory uses a buffer chip to boost the clock signal sent across the memory module so that the clock signal is seen as a clean, sharp signal across the entire module. it eliminates chances of memory upgrade errors emachine in data sent or retrieved from memory. it is commonly used in larger capacity fast page mode or edo modules. buffered modules have a different keyway in the contact edge and can only be used when the board supports buffered modules. unlike registered modules, it is not interchangeable with unbuffered modules. can i mix different speeds? pc600, pc700, and pc800 upgrade are three different speeds of memory once available for rdram (rambus dynamic random access memory) modules. of the three, pc800 modules are the fastest, and pc600 modules are the slowest. (pc600 and pc700 are no longer being produced by any manufacturer)

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