[Help] OC - asus p5kpl-am - Intel E2180 - santey 400w

[Intel]

**Hello guys I want you to help me make an oc on a mather asus p5kpl-am micro Intel E2180 and a Santey 400W power supply. I was touching something but I'm not sure if it's right
**

[Franziskaner]

hello.
with that way of writing and with the little or no information you give ….
i very much doubt that anyone will even bother to write this.
regards

[hAyO]

I agree with Franziskaner, you are lucky that I have a motherboard somewhat similar to yours (Asus P5KPL-CM) with which I managed to overclock my E6600 to 2.4Ghz@3.1Ghz, the thing is to get the max speed in memory whether it's 667 or 800 (if they are good and play with the values below, I remember having set the "memory over voltage" to 2.25 and the VTT CPU, along with the VCore

[amd125]

I had an E2180 a few years ago. One of the best computer purchases I've ever made.

I set the FSB to 333 and the multiplier to 9, and it was running at 3000. I left the voltage on auto at first and had no problems. Then I started lowering the voltage. It's a matter of restarting the computer until you find the point at the voltage you need to set. But overclocking that micro wasn't that mysterious. Almost any E2180 could easily reach 3000. Then going beyond 3000 was a matter of luck and voltage. I never went beyond, I think, because I was doing very well at 3000.

[Obione]

I also set it to 3GHz with a cheap motherboard, even though it was a P35.

I don't know about Asus, but with my Gigabyte, there were multiplier ratios for memory and then it showed you the effective speed. Be careful not to force the memory above its specification, some motherboards show you frequencies but they are not the resulting ones, but multipliers. You can check the effective speed in CPU-Z.

You can also give it a little more power. Have you tested it? Look at the voltage that CPU-Z shows you and comment on the options you have in VCore Over Voltage.

Mine had a modest cooler and maxed out at around 60°C. I don't recommend reaching 70°C under load, but it would be fine if you could get close to 3GHz (300x10). In my case, I needed a little less than 1.4v if I remember correctly.

PD: To measure temperatures, you could use CoreTemp for example, or if that's the case, OCCT and you have monitoring of both voltage and temperatures. For testing, you could use Prime95.