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what is rambus memory? rambus is a chip to chip interface design that is system wide, allowing up to 800 speed mhz transfer rates. it allows data transfer through a simplified bus that operates in a high frequency range. rambus uses a compact low voltage signal swing with data transfer on both edges of a synchronizing clock pulse. the intel pentium iv cpu is designed to take full advantage of this new, extremely fast memory design. what is ddr memory? ddr memory, or double data rate memory, is an evolutionary new memory technology that doubles the data through put to the processor, or cpu. it is an evolution flash and high of sdram, which leverages the existing production and environment to provide higher pc performance. what is meant by registered memory? "registered" is a means speed of "buffering" the memory in sdram. this means that the clock signal is boosted across the entire array of memory chips so that the computer sees a clean sharp clock signal instead of a weakening clock signal as it progresses along the length of the memory path. registered memory must be supported by the system board and cannot be mixed with "unbuffered" modules. you must have only registered memory to use registered memory.

what is rambus memory? rambus is a chip to chip interface design that is system wide, allowing up to 800 speed mhz transfer rates. it allows data transfer through a simplified bus that operates in a high frequency range. rambus uses a compact low voltage signal swing with data transfer on both edges of a synchronizing clock pulse. the intel pentium iv cpu is designed to take full advantage of this new, extremely fast memory design. what is ddr memory? ddr memory, or double data rate memory, is an evolutionary new memory technology that doubles the data through put to the processor, or cpu. it is an evolution flash and high of sdram, which leverages the existing production and environment to provide higher pc performance. what is meant by registered memory? "registered" is a means speed of "buffering" the memory in sdram. this means that the clock signal is boosted across the entire array of memory chips so that the computer sees a clean sharp clock signal instead of a weakening clock signal as it progresses along the length of the memory path. registered memory must be supported by the system board and cannot be mixed with "unbuffered" modules. you must have only registered memory to use registered memory.

ram (random access memory) is put on your computer using ram chips placed into special slots. when your computer is turned off, ram is empty-unlike a hard disk, it can''t store data unless the ram is powered by electricity. step 2: ram''s power source when you compact turn your computer on, electricity flows from the power supply to the motherboard. because the ram is directly attached to the motherboard, it gets electricity from the motherboard. when ram is powered by electricity, it can store data. step 3: flash ram and hard disk relationship the data is now in memory and can be used, manipulated, and altered. the altered data stays in ram only until you issue high a command to save it. when you issue a save command, the altered data is sent back speed over the bus to your hard disk, and compact the data is stored there. when you turn your computer off, the flash data vanishes out of ram, but stays permanently on your hard disk.

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