It's just that this doesn't really interest me as much as to make me dig through big piles of specifications half of which I can't understand, and make a degree in eletronics engineering
I have understood that there's more to logic design than process (and process size) to determine maximum clockspeed (avoiding hotspots, avoiding too long paths, designing a longer pipeline - though I don't know what the latter really does )
I just don't know how this is with RAM - sure, there are different types, and different packaging - but I thought that 3 ns BGA RAM is 3 ns BGA RAM. Don't know if there are big quality differences, but I guess there are different models for that. Is RAM manufactured on different process technologies and/or sizes?
You see, I know a little, but it really isn't sufficient to answer my questions, and I wouldn't know any better place than here to look for more knowledge.
Besides, I'm a little lazy right now
AZ
I have understood that there's more to logic design than process (and process size) to determine maximum clockspeed (avoiding hotspots, avoiding too long paths, designing a longer pipeline - though I don't know what the latter really does )
I just don't know how this is with RAM - sure, there are different types, and different packaging - but I thought that 3 ns BGA RAM is 3 ns BGA RAM. Don't know if there are big quality differences, but I guess there are different models for that. Is RAM manufactured on different process technologies and/or sizes?
You see, I know a little, but it really isn't sufficient to answer my questions, and I wouldn't know any better place than here to look for more knowledge.
Besides, I'm a little lazy right now
AZ
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