kmarcs got a point there. Abit needs a bit of a push since its a 4-phase board.. and at 440Mhz in FSB, hmm u will need some push on the Vmch(just place a fan there to help with cooling) and also push the Vcore a bit higher.. and if possible run your SPD on auto and play your Vdimm at auto if you can, most importantly FSB:Dram ratio at 1:1.

This post has been edited by a1098113: Jan 17 2008, 10:43 PM

probably looser timings bro.. play with auto spd first...

@ali

huh! anyways dont take per say with us183. Coz expect tax and other cost to take place... in fact, its cheap, those prices!

@alex

is it stable? tested it with orthos and OCCT? well if it is, then theres another thread u can put this results in.. its not here but yeah, those are nice times.

@slayer

i agree, if anyone plans to do massive OC and HCore OC, get better PSus, no chapalang psus should prevail here.

due to bios revisions i believe. Thats great, aye. No need to buy new boards lol.

@ppl

Im an e21 series intel freak

you will need around 1.45V to be at least able to do 440Mhz on the FSB. and a bump on the Vnb and put a fan on the NB. Check your heat dissipation on the proc as well.

thats a nice start to OCing bro. keep it up go for the stars

@ken
whats the stepping for both your procs?

@ken
download cpu-z and tell me

For the definition of stepping, this is a good link to read. Find jumpingjacks post in this thread, he defines it superbly

http://www.tomshardware.com/forum/235792-28-what-stepping

hmm u have a B2 Stepping.. i am not sure whats the Overclockable stepping for an E6300...

i believe stock Hsfs can be used <1.40V on the Vcore. Anything above that is suicidal. This is for >65nm processors. Dont count 45nm procs in this equation.

damn all negative temperatures... someone teach me how to cascade. Can do WR for the e2140 at 4.4Ghz

the vdrop is 0.02V Abit ip35e supercharged!

haiyo remysix... sorry lor.. its vdroop turbocharged civic = ip35e

yalah bro not many if any who do crazy stuff like you but i do think that every board surely has a limit where the droop gets higher and this can only be fixed by a mod i dont intend to do, as Vdroop does help keep the proc last longer, not be hit by sudden surges of voltage. I will stick to my noob Ocing lor..

well what r u using to monitor the temps? by the way its c2d not c3d. And bro, when u use push-pins u have to be careful with pushing it too tight, it can also cause a problem with cooling and the TIM if the sitting is too tight. coz u need a certain displacement between the TIM and both the interfaces.. to allow flow..

try the seating... it might be the problem.. dont sit it too tight, i know its difficult to be done.. but thats the problem with push pins... i hate em

not easy at all. Its easier said than done. Believe me in this.