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Overclocking result:
<< Coming in late in the picture was our replacement KR7A-RAID board. With the initial stability issues associated with the CMOS pin etc., I could not reasonably determine if my overclocking efforts would be hampered by the issues already at hand or simply just overclocking issues. Once the new board was in, I did have time to run it through it's paces and see what the board was capable of. Getting the bus speed over 150 was tricky as it didn't seem to like to stay there. Yes it would run, even do some mild gaming etc. . Once under heavy load it would lock up. The most stable speed I could achieve was 12x by 146 = 1752MHz. Which is not bad at all for a AthlonXP 1800+ ( unlocked 1.53GHz ) CPU. Rock solid at 220MHz over stock speed.
We were surprised at the bus speed on this board as we were hoping to reach a smooth 166MHz (although the PCI bus would be torqued to hell). We did drop the multiplier to its lowest and still cracking the 150FSB mark was not >>
Overclocking result:
<< Coming in late in the picture was our replacement KR7A-RAID board. With the initial stability issues associated with the CMOS pin etc., I could not reasonably determine if my overclocking efforts would be hampered by the issues already at hand or simply just overclocking issues. Once the new board was in, I did have time to run it through it's paces and see what the board was capable of. Getting the bus speed over 150 was tricky as it didn't seem to like to stay there. Yes it would run, even do some mild gaming etc. . Once under heavy load it would lock up. The most stable speed I could achieve was 12x by 146 = 1752MHz. Which is not bad at all for a AthlonXP 1800+ ( unlocked 1.53GHz ) CPU. Rock solid at 220MHz over stock speed.
We were surprised at the bus speed on this board as we were hoping to reach a smooth 166MHz (although the PCI bus would be torqued to hell). We did drop the multiplier to its lowest and still cracking the 150FSB mark was not >>
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