So here's the deal...
I've got a 754 Motherboard (stock board from an Acer Aspre T145), and a Sempron 3000+. Plan is to overclock the crap out of the Sempron. Don't care if it dies, I just want to get a screencapture of a high end clockspeed.
Why? You may ask. To that I say, "Because I can, and I apparently have no life." Other than that, it's simply because I was curious.
Progress so far: Under stock voltage, I limited the RAM (512MB DDR) to 133HMz, so I can increase the FSB as the multiplier is locked at 9X (stock clock is 9x200 = 1.8GHz). I've gotten a bootable clock of 2.51GHz (279x9), but as soon as I hit 280, I get a no post, and spend 15 minutes of restarting to get into the BIOS and set it back to 279. Obviously I've hit the maximum clock for the stock voltage. Now onto the question:
Clearly, it's a stock budget board, and there are no voltage parameters in the BIOS. What I'm wondering is if there's a program that I can use to up the voltage somehow, don't care how I do it. Stock voltage is 1.375V (this is the voltage it boots and idles at), and it sometimes, when running P95, jumps up to 1.395V. Any tips?
Also, cooling isn't an issue, I've got a rather large cooler on it with a 5400RPM fan, so I'm fairly sure things will be cool enough just to get a CPU-Z validation (I'm not going to run P95 once I go past 2.6GHz, just don't want to risk it). I'm not going for stability, just a high clock, so I don't really care how much voltage I kick into it. I don't even care if I clock it to death.
So yeah. Clearly I'm going mad slowly and need my head tested, but meh. All suggestions are greatly appreciated.
I've got a 754 Motherboard (stock board from an Acer Aspre T145), and a Sempron 3000+. Plan is to overclock the crap out of the Sempron. Don't care if it dies, I just want to get a screencapture of a high end clockspeed.
Why? You may ask. To that I say, "Because I can, and I apparently have no life." Other than that, it's simply because I was curious.

Progress so far: Under stock voltage, I limited the RAM (512MB DDR) to 133HMz, so I can increase the FSB as the multiplier is locked at 9X (stock clock is 9x200 = 1.8GHz). I've gotten a bootable clock of 2.51GHz (279x9), but as soon as I hit 280, I get a no post, and spend 15 minutes of restarting to get into the BIOS and set it back to 279. Obviously I've hit the maximum clock for the stock voltage. Now onto the question:
Clearly, it's a stock budget board, and there are no voltage parameters in the BIOS. What I'm wondering is if there's a program that I can use to up the voltage somehow, don't care how I do it. Stock voltage is 1.375V (this is the voltage it boots and idles at), and it sometimes, when running P95, jumps up to 1.395V. Any tips?
Also, cooling isn't an issue, I've got a rather large cooler on it with a 5400RPM fan, so I'm fairly sure things will be cool enough just to get a CPU-Z validation (I'm not going to run P95 once I go past 2.6GHz, just don't want to risk it). I'm not going for stability, just a high clock, so I don't really care how much voltage I kick into it. I don't even care if I clock it to death.
So yeah. Clearly I'm going mad slowly and need my head tested, but meh. All suggestions are greatly appreciated.