- Joined
- Dec 14, 2010
Had a Celeron 450 here that came with a board I bought a while back, so naturally I thought I'd see if I could overclock it.
Actually, I was surprised at just how far the clock speed of the CPU could be increased with stock voltage. I had cranked it up from the stock 2.2GHz clear to 3.3GHz without breaking a sweat, and with very little (if any) increase in the temperatures at idle and under load. I think Intel could have easily marketed this as a 3GHz or 3.2GHz part and simply increased the CPU multiplier.
2.2GHz-3.3GHz: 1.28V (1.3V)
3.4GHz: 1.3V (1.325V)
3.5GHz: 1.39-1.41V (1.425V)*
*needs further testing
I can't quite seem to get it fully stable at 3.5GHz though, as it seems to randomly blue screen and/or lock up without warning. This is probably due to it needing more vCore, but I'm pretty close to what I consider the maximum safe voltage anyway and don't want to go any higher. So, given that 3.4GHz may be the maximum speed for my particular CPU.
Actually, I was surprised at just how far the clock speed of the CPU could be increased with stock voltage. I had cranked it up from the stock 2.2GHz clear to 3.3GHz without breaking a sweat, and with very little (if any) increase in the temperatures at idle and under load. I think Intel could have easily marketed this as a 3GHz or 3.2GHz part and simply increased the CPU multiplier.
2.2GHz-3.3GHz: 1.28V (1.3V)
3.4GHz: 1.3V (1.325V)
3.5GHz: 1.39-1.41V (1.425V)*
*needs further testing
I can't quite seem to get it fully stable at 3.5GHz though, as it seems to randomly blue screen and/or lock up without warning. This is probably due to it needing more vCore, but I'm pretty close to what I consider the maximum safe voltage anyway and don't want to go any higher. So, given that 3.4GHz may be the maximum speed for my particular CPU.