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today''s software has become more rapacious than ever—not just wanting faster processors, but faster graphics and more ram. layer these software programs on top of itself a memory-hungry operating system, and it becomes clear that more memory is better—up to a point. the good news is that memory is cheaper than ever, though the flash precipitous plummet in prices seems to have leveled off a bit lately. but the memory landscape is much more confusing than even a couple of years ago. the acronyms have evolved into a veritable alphabet soup of memory types: edo, bedo, sdram, fp, rambus. each new motherboard media chipset that finds its way into your computer seems to want a different type of memory. well, we''re here to help you sort through the memory types flash and walk you through the process of installation. this is a tough question. however, there are a couple of rules of thumb. first, know thy motherboard. you must be aware of what chipset you have in your system. it turns out that adding too much memory can actually slow down your computer. the reason for this is the l2 cache. cache level 1 and level 2

today''s software has become more rapacious than ever—not just wanting faster processors, but faster graphics and more ram. layer these software programs on top of itself a memory-hungry operating system, and it becomes clear that more memory is better—up to a point. the good news is that memory is cheaper than ever, though the flash precipitous plummet in prices seems to have leveled off a bit lately. but the memory landscape is much more confusing than even a couple of years ago. the acronyms have evolved into a veritable alphabet soup of memory types: edo, bedo, sdram, fp, rambus. each new motherboard media chipset that finds its way into your computer seems to want a different type of memory. well, we''re here to help you sort through the memory types flash and walk you through the process of installation. this is a tough question. however, there are a couple of rules of thumb. first, know thy motherboard. you must be aware of what chipset you have in your system. it turns out that adding too much memory can actually slow down your computer. the reason for this is the l2 cache. cache level 1 and level 2

dimms (dual inline memory modules) look a lot like simms, but they come in a 168-pin format. they are usually a faster and higher-performance memory than simms, and are used in pentium pcs. they come in capacities ranging from up to 64mb and beyond. step 4: parity versus non-parity chips a simm or dimm usually has nine chips of memory on it. eight of those chips are used for the memory itself. the ninth chip is called a parity chip. the parity chip is used for error checking, to make sure that the other chips aren''t making any errors. some computer systems require parity chips, while others do not. in general, pentium-based computers and certain 486s don''t require parity memory. parity memory usually costs more than non-parity memory. check your pc or motherboard''s manual to see which kind of memory your pc requires.

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