Overclocking the AMD Athlon 64 Neo on HP

[devpat]

My laptop HP DV3 currently running on Windows Vista,Therefore, I want to know whether it is possible to overclocke laptop also tell me the procedure? i have very little knowledge about oc something that need to change the settings in the BIOS and some device setting ..so please guide me thank you .

[lorenz]

not looking much fair but if you want to go on go..
In the first I can not think the cooling system is designed to more than 1.7 GHz And do not get much more than 50 MHz from the max, which for you probably can not possible. you should change the framework for some faster, and perhaps switching system

[JAMES_911]

Overclocking a laptop is possible but always risky business so just check here not less than guide for you Overclocking a laptop for more click here Overclock HP Laptop In-build Graphic card

[SUpER CoP]

First off, you need to verify that your motherboard can overclock the CPU without overclocking the PCI/AGP bus as well, if it can't then you won't be able to get anything out of it.

To overclock you need to understand how your speeds are determined.
1. BUS (or FSB) = system speed (external CPU speed)
2. HTT (hypertransport bus) = direct link from CPU to memory
3. CORE CLOCK = CPU internal speed
4. CPU MULTIPLIER = determines CORE CLOCK speed when multiplied by the BUS
5. HTT MULTIPLIER = determines HTT speed when multiplied by the BUS
6. RAM DIVIDER = determines RAM speed when divided by the CORE CLOCK

Try to keep the HTT as close to 800MHz as possible (if it's a little less that's OK, but don't overclock it alot).
You cannot raise the CPU multiplier above 9, so the only way to overclock it is to raise the BUS. Your RAM may not be able to run as fast as the BUS. for instance if you raise your BUS to 250MHz, you also raise the RAM speed to 250MHz, some RAM can run at that speed, some can't. if your's can't then you will need to set a RAM divider to bring it back down around 200MHz.
Don't raise the voltage on anything until you have reached the maximum stable overclock on default voltages. Overvolting can fry your components. Only raise the voltage if you are willing to risk your components. If you decide to raise the voltage, use the smallest increments possible.