xtended ata ut ynamic andom ccess emory. The successor to plain old DRAM, is much faster than DRAM but not quite as fast as SDRAM.
Extended Data Out Random Access Memory: a form of DRAM that has a two-stage pipeline, which lets the memory controller read data off the chip while it is being reset for the next operation. While similar in performance to synchronous DRAM (SDRAM), it cannot support bus speeds above 66MHz.
Acronym for extended data out dynamic random access memory. A type of memory that allows for faster read times than DRAM of comparable speed by allowing a new read cycle to begin while data is being read from a previous cycle. This allows for faster overall system performance.
Extended Data Output Dynamic Random Access Memory A type of DRAM that is faster than conventional DRAM. Unlike conventional DRAM, which only allows one byte to be read at a time, EDO DRAM can copy an entire block of memory to its internal cache. While the processor is accessing this cache, the memory can collect a new block to send. Note that EDO DRAM is faster than conventional DRAM only if the cache controller supports a transfer mode known as pipeline burst. Nearly all PCs that support EDO DRAM are equipped with such a controller.
( xtended ata utput DRAM) a faster type of DRAM in that it can start working on the next block of memory at the same time it sends previous one to CPU.
Extended Data Out RAM is a kind of DRAM often used on memory chips and graphics cards. It is faster, and more expensive, than DRAM.
Extended Data Out DRAM. A DRAM that holds the data on the system memory bus until the beginning of the next cycle. Named to distinguish it from FPM DRAM which removes the data from the memory bus before the completion of the cycle.
Extended Data Out-put DRAM is popular in Windows based computers. EDO DRAM sends our data--even if a controller loads more data in vacant addresses.
