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Archived from groups: alt.comp.hardware.overclocking (More info?)
Hi all.
I'll get straight to the point: how stable would a system that has a
Gigabyte GA-6VTXEA (Via 694T chipset) motherboard and a 1.4 GHz Tualatin
Celeron (100 MHz FSB) be if I were to push the FSB up to 133 MHz to get
a 1.8 GHz P3.
I will be using a Tagan 380W PSU and there will be a relatively light
load on it (one modern Seagate 80 GB, 2 optical drives and a Radeon
9550). The board supports native 133 MHz FSB and I will be using PC133
SDRAM.
Also, what do you think would be the highest that I could push the FSB
up to in this case (if 133 fails, or if I can go higher)?
Thanks in advance.
Hi all.
I'll get straight to the point: how stable would a system that has a
Gigabyte GA-6VTXEA (Via 694T chipset) motherboard and a 1.4 GHz Tualatin
Celeron (100 MHz FSB) be if I were to push the FSB up to 133 MHz to get
a 1.8 GHz P3.
I will be using a Tagan 380W PSU and there will be a relatively light
load on it (one modern Seagate 80 GB, 2 optical drives and a Radeon
9550). The board supports native 133 MHz FSB and I will be using PC133
SDRAM.
Also, what do you think would be the highest that I could push the FSB
up to in this case (if 133 fails, or if I can go higher)?
Thanks in advance.