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Would rambus work on an AMD system? and if so then how will performance b?
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support rambus is right. intel basically gave the computer market to rambus on a silver platter, but rambus could not keep up its end and eventually intel cut ties with rambus and left them floundering.Dukemurmur said:ok i was just wondering what allows Intell to supot rambus?
the i850 was for pentium 4 processors. it was limited to a top range of approximately 185-190mhz. it offered much higher bandwidth per mhz than ddr, but its lack of ability to raise the mhz speed led to its downfall. ddr continued scaling while rdram was stuck. intel sensed this and moved along choosing to continue with ddr based chipsets.TheTick said:It allowed greater bandwidth, but not so much in speeds. I believe it was around near the end of the P3 days. I think Rambus is trying to come back with something new, not sure though.
the new NF3 250 chipset is said to support DDRII. we won't know for sure until it is unveiled late this month or in april.Dukemurmur said:When wil AMD support DDRII? I have been wondering this for quite sometime now.
correct. unless the motherboard you want only runs DDRII the only reason to get it is if you need/want higher mhz memory speed than DDRI can offer.Dukemurmur said:ahh ok i got u, so it isn't worth buying any until the get over pc 5000 or so? with the DDRII
Acctually rdram had a much lower banwdth per mhz. It ran at whopping 300, 400, and 533mhz when it was used by intel. Like ddr it also gave off 2 transfers a tick. Plus it was run in dual channel while ddr was stuck in single channel. The reason for the llow bandwidth per mhz was because rdram had a 16bit bus while ddr has a 64bit bus. Its lack of ability to scale bandwidth fast enough upward along with high prices did lead to its downfall. By the time rdram started moving to a 32bit bus it was too late. Its bandwidth could not compete with dual channel ddr to power p4's 800 mhz system bus.Maxvla said:
the i850 was for pentium 4 processors. it was limited to a top range of approximately 185-190mhz. it offered much higher bandwidth per mhz than ddr, but its lack of ability to raise the mhz speed led to its downfall. ddr continued scaling while rdram was stuck. intel sensed this and moved along choosing to continue with ddr based chipsets.