BennyV04988
Fully Optimized
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Okay...So plan to get the opty 165 and OC to about 2.6-7GHz. If the Multiplier only goes up to 9, can I set the HTT to 290-300? Or do I need to run a "divider" so the HTT doesn't have to be so high?
BASICALLY..would someone explain THIS to me and tell me how I could get a total speed of 2.6-7GHz with a 9 multi and ddr400/(500 ram if need be $$$)
"Memory frequency is determined by both CPU multiplier and RAM divider, unlike any other system.
The Memory Frequency (f) = CPU Frequency (c) / [Multiplier (m) + Divider (d)]
f = c / (m + d)
where d is 0, 2, or 5 (1:1, 6:5, 3:2)
m is an integer, always rounded up (therefore .5 multi's will round up)
so if you run 2.2ghz 1:1 on a 10x multiplier your memory frequency is 220mhz
220 = 2200 / (10 + 0)
but if you run 2.4ghz on a 9x multiplier (267x9) 6:5 your memory frequency is NOT 222 (267 x .83), but rather 218.
218.18 = 2400 / (9 + 2)"
So what does that equate to for my situation?
BASICALLY..would someone explain THIS to me and tell me how I could get a total speed of 2.6-7GHz with a 9 multi and ddr400/(500 ram if need be $$$)
"Memory frequency is determined by both CPU multiplier and RAM divider, unlike any other system.
The Memory Frequency (f) = CPU Frequency (c) / [Multiplier (m) + Divider (d)]
f = c / (m + d)
where d is 0, 2, or 5 (1:1, 6:5, 3:2)
m is an integer, always rounded up (therefore .5 multi's will round up)
so if you run 2.2ghz 1:1 on a 10x multiplier your memory frequency is 220mhz
220 = 2200 / (10 + 0)
but if you run 2.4ghz on a 9x multiplier (267x9) 6:5 your memory frequency is NOT 222 (267 x .83), but rather 218.
218.18 = 2400 / (9 + 2)"
So what does that equate to for my situation?