I have a 700e@1GHz and have seen others do so. My motherboard is Asus CUSL2, onboard VGA and PC133 256MB Kingston ValueRam
While running in 1GHz, my Bios setting is,
FSB:SDRAM
CI Freq. Ratio - 133:100:33
FSB/SDRAM/PCI Freq. (MHz) - 143/107/35
While running in 933 MHz, my Bios setting is,
FSB:SDRAMCI Freq. Ratio - 133:133:33
FSB/SDRAM/PCI Freq. (MHz) - 133/133/33
The question is which setting will run faster and more efficient? Is it true that set the SDRAM to run at 133 is faster than 107? So even getting the CPU to 1 GHz but SDRAM at 107, the SDRAM speed can't keep up with the FSB at 143 which will slow down the system. Where as in 933MHz, the FSB is 133 and SDRAM is 133 too! Should this system be faster and more efficient?
What do you guys think?
While running in 1GHz, my Bios setting is,
FSB:SDRAM
CI Freq. Ratio - 133:100:33FSB/SDRAM/PCI Freq. (MHz) - 143/107/35
While running in 933 MHz, my Bios setting is,
FSB:SDRAM
CI Freq. Ratio - 133:133:33FSB/SDRAM/PCI Freq. (MHz) - 133/133/33
The question is which setting will run faster and more efficient? Is it true that set the SDRAM to run at 133 is faster than 107? So even getting the CPU to 1 GHz but SDRAM at 107, the SDRAM speed can't keep up with the FSB at 143 which will slow down the system. Where as in 933MHz, the FSB is 133 and SDRAM is 133 too! Should this system be faster and more efficient?
What do you guys think?
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