OK...I'm putting a new rig together. The important components for this discussion are -
P4 2.4C Ghz (800 FSB)
Abit IS7 Mobo
1024 MB Crucial 3200 RAM
Zalman CNPS7000-Cu
Is there any real difference in performance in using the various DRAM Rations (i.e. 1:1, 4:3, or 5:4)?
I can test this once I build my system, but from what I've read, I have two viable options. They are as follows -
CPU OC @ 3.3 Ghz (275 FSB) + RAM OC @ DDR440 (using 5:4 ratio)
CPU OC @ 3.3 Ghz (275 FSB) + RAM OC @ DDR366 (using 3:2 ratio)
I read an article here that makes me think DDR440 is not unrealistic and that I might even be able to go higher. I am assuming that the extra memory speeds offsets any loss in performance due to the higher ration?
Can anyone quantify the hit in performance from going from 1:1 ration to 5:4?
I am not heavy into OCing and benchmarking. I am a gamer, and I like to get a little extra out of my equipment.
Thanks for the help.
P4 2.4C Ghz (800 FSB)
Abit IS7 Mobo
1024 MB Crucial 3200 RAM
Zalman CNPS7000-Cu
Is there any real difference in performance in using the various DRAM Rations (i.e. 1:1, 4:3, or 5:4)?
I can test this once I build my system, but from what I've read, I have two viable options. They are as follows -
CPU OC @ 3.3 Ghz (275 FSB) + RAM OC @ DDR440 (using 5:4 ratio)
CPU OC @ 3.3 Ghz (275 FSB) + RAM OC @ DDR366 (using 3:2 ratio)
I read an article here that makes me think DDR440 is not unrealistic and that I might even be able to go higher. I am assuming that the extra memory speeds offsets any loss in performance due to the higher ration?
Can anyone quantify the hit in performance from going from 1:1 ration to 5:4?
I am not heavy into OCing and benchmarking. I am a gamer, and I like to get a little extra out of my equipment.
Thanks for the help.
