they sell. In fact, because Crucial is a division of Micron, one of the world's largest DRAM manufacturers, chances are good that you have their memory in your system right now. While the "other guys" might claim to manufacture memory, they really just assemble modules out of chips made by someone else. Some don't have first-class assembly procedures, and some even use chips that failed to meet computer manufacturer's stringent testing requirements. Crucial memory goes through much more rigorous testing procedures than many other brands of memory. Some memory assemblers choose to accept a certain "defect rate" because it's cheaper to deal with returns than to test every part they sell. That may help their bottom line, but ...  (less)

they sell. In fact, because Crucial is a division of Micron, one of the world's largest DRAM manufacturers, chances are good that you have their memory in your system right now. While the "other guys" might claim to manufacture memory, they really just assemble modules out of chips made by someone else. Some don't have first-class assembly procedures, and some even use chips that failed to meet computer manufacturer's stringent testing requirements. Crucial memory goes through much more rigorous testing procedures than many other brands of memory. Some memory assemblers choose to accept a certain "defect rate" because it's cheaper to deal with returns than to test every part they sell. That may help their bottom line, but ...  (less)

they sell. In fact, because Crucial is a division of Micron, one of the world's largest DRAM manufacturers, chances are good that you have their memory in your system right now. While the "other guys" might claim to manufacture memory, they really just assemble modules out of chips made by someone else. Some don't have first-class assembly procedures, and some even use chips that failed to meet computer manufacturer's stringent testing requirements. Crucial memory goes through much more rigorous testing procedures than many other brands of memory. Some memory assemblers choose to accept a certain "defect rate" because it's cheaper to deal with returns than to test every part they sell. That may help their bottom line, but ...  (less)