- Oct 30, 1999
- 223
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Hi. I got my Athlon XP 1800+ today from united micro, and via the FSB on my Epox 8K7A overclocked it to 1666 MHz. (145 FSB). Solid as a rock; I upped the voltage to 1.95 to maintain stability. The board itself is a bit of a clunker; I wrecked a really solid 8K7A that let me use FSB's in excess of 160 MHz with my memory; now, getting to even 145-150 FSB is a study in frustration on the replacement board.
I plan to get the Epox 8KHA+ and do some things with it. My Athlon XP 1800+ is multiplier locked, with these little divots in the L1 bridges. I attempted to use pencil, and even though I connected the traces (you CAN connect them, btw, but I don't think I have enough of a connection to let the required current through) -- changing the multiplier via dip switches did nothing.
Here's the CPU code
AX1800DMT3C
AGKGA0135TPLW
F4106430015
The sucker is fast and stable. I swapped out my Athlon MP 1200 Mhz and replaced it. Ran up quite nicely and easily. I'm using an Enermax power supply, but the motherboard is only providing about 4.68-4.7 Volts via the 5 volt rail; the sucker drains a lot of current (especially with my memory voltage settings jacked the way they are).
It's rock solid at 1666 MHz; I'm going to try bumping it up a bit soon.
I plan to get the Epox 8KHA+ and do some things with it. My Athlon XP 1800+ is multiplier locked, with these little divots in the L1 bridges. I attempted to use pencil, and even though I connected the traces (you CAN connect them, btw, but I don't think I have enough of a connection to let the required current through) -- changing the multiplier via dip switches did nothing.
Here's the CPU code
AX1800DMT3C
AGKGA0135TPLW
F4106430015
The sucker is fast and stable. I swapped out my Athlon MP 1200 Mhz and replaced it. Ran up quite nicely and easily. I'm using an Enermax power supply, but the motherboard is only providing about 4.68-4.7 Volts via the 5 volt rail; the sucker drains a lot of current (especially with my memory voltage settings jacked the way they are).
It's rock solid at 1666 MHz; I'm going to try bumping it up a bit soon.