EDO memory was developed in the 1990s; burst-EDO was much faster but was hardly used by anyone, before being superseded by SDRAM.
burst EDO (BEDO) - A refined version of EDO memory that significantly improved access time over EDO. BEDO was not widely used because Intel chose not to support it. BEDO memory is stored on 168-pin DIMM modules
(Extended Data-Out) - A DRAM technology that shortens the read cycle between memory and CPU. On computers that support it, EDO memory allows a CPU to access memory 10 to 20 percent faster than comparable fast-page mode memory. Source: studynotes.net
EDO stands for 'extended data out'. Its a type of memory/RAM.
If you had to choose one then you would chooes SDRAM. it is faster than EDO
EDO RAM is a type of Dynamic RAM (DRAM) that improves the speed at which the processor can retrieve data from memory by allowing timing overlaps between memory accesses. EDO stands for extended data output.
I believe this is known as dynamic memory. The most common dynamic memory is the RAM in your computer.
It is not available it is replaced by FPM memory
EDO Type of RAM - random access memory
supplied by webopedia.com Short for Synchronous DRAM, a type of DRAM that can run at much higher clock speeds than conventional memory. SDRAM actually synchronizes itself with the CPU's bus and is capable of running at 133 MHz, about three times faster than conventional FPM RAM, and about twice as fast EDO DRAM and BEDO DRAM. SDRAM is replacing EDO DRAM in many newer computers. SDRAM is a variant of DRAM in which the memory speed is synchronized with the clock pulse from the CPU. This synchronization enables the SDRAM to pipeline read and write requests. Pipelining enables the SDRAM to accept commands at the same time as it is processing other commands. There are three variants of SDRAM: Single Data Rate SDRAM - SDR SDRAM Dual Data Rate SDRAM - DDR SDRAM
Burst EDO
Edo. When Emperor Meiji moved Japan's capital from Kyoto to Edo, he named it Tokyo. Before Kyoto, Nara was the ancient capital of Japan.
Edo