Hey guys, have some stupid question here...
Does different motherboard produces different temperature to the processor?

Ok, here the story:

Me and my brother uses the same processor that is, Pentium 4 3.0E

Ok, my brother uses his 3.0E while in an ASUS P4P800-X and the temperature he achieved in stock speed in idle mode is 33°C

And i've use the same 3.0E with an ASUS P4C800-Deluxe and the temperature i've achieve while in stock speed in idle mode is 36°C...

We've used the same heatsink, that is: Hyper 6+, the same casing: Cavalier 3...

What could have cause the different in the temperature huh everyone?
Mind to give me your opinion?

The one that i've post earlier is the temperature that is under stock speed...

Me in stock speed:
3GHz : 36°C Using Hyper6+

My Bro in stock speed:
3GHz : 33°C Using Hyper6+

What could have cause this diferrences of temperature?
Could it be b'coz of the differences of motherboard?

Got some new air cooling solutions want to share with all....

before: TT Bigwater SE + TT Aquarius II VGA Block (At 1600rpm for radiator)
CPU: 32-40
GPU: 53-63

After:TR Si-120 (1100rpm)+ AC Accelero X2 (Ati Tool at 36%)
CPU: 24-30
GPU: 50-58

The Best Cooling System i ever Had !!! INTEL STOCK COOLING !!!!


P4 630 3.0GHz at 3.4GHz With INTEL Stock Cooling HSF Only Reads About 32 celcius Idle and 42 celcius Load ! Remember , my room do not have any Aircond , But i have 3 12CM Fans and 2 normal fans in my casing !!!

The Best Record , 27 celcius Idle !!! while raining outside my House !!!


Unbelieveable ? Beleieve it ..
My friend saw it and get Shock with the performance in my Home .

Anyway Get 86Frame Per Second with my Counter Strike Source Video Stress Test with my 650Mhz Overclocked x1300 Gpu and DDR400 System RAM ... All Voltage are Stock and all gone very well ...

Believe me , if your casing is not cool enough , You cant get My result on Air Cooling !!!

The Need of Big HSF ? No Way , I tried it before and get 35celsius Idle and 48 at LOAD with the same environment . (Cooler Master Hyper 6+)

Usually Crowded Casing and Lack of air flow is the Main "HEAT " Issues here .

HaHaHA

I've seen one...
And it's quite good...

Some aussie bought a Pentium 4 631, 3GHz (Cedarmill)
He overclocked it to 3.8GHz...

And it's voltage just took 1.4Volts...

The same voltage for my precott in stock 3GHz... 

Which one is better in Voltage consumption and heat production?

Cedar Mill or Smithfield? 

Nanee?
Where do you know that Smithfield is Dual Core prescott? 
If it's true, think about the heat produce by it...

One core prescott: It's hot!!! 
Dual core prescott: DAMN FREAKING HOT!!! 

Don't they produce Dual Core Cedarmill? 

i agree but then i think some ppl oredi did cooling for everything else... nothing left to cool? 

Owhh...
Sorry for that...

Haaa...
How do i get that?
Using hyper 6+ with a thinnest layer of AS5 and a super mirror shine base of the hyper 6+...
[At the highest speed 24/7] (Damn noisy) Wakakaka 

The spacing between fins in the TT is quite close safe to say it needs a good cfm fan... but it looks cool and you got the freedom to stick whatever fan u want on it too

The dream 3 looks pretty standard HSF but the fan looks a little bulky. Theres a long debate on copper vs alum, but I still think copper would be better ... personally i'd get the TT and stick a nice silent fan on top, I think dream 3 is sort of a stock hsf replacement only... (since its thermal resistance is 0.4143)

Hey siauann...
X dream is not good loo...
Seriously, it can't even support my 3.0D [My old skool processor]...
At a whopping 43celcius...
Why do you want that heatsink so much? 

all hs need high cfm to moderate the air temperature to be similar to the hs (faster heat exchange) but generally copper needs a high pressure fan to run even more efficient compared to alu. such fan can be found on most high speed rpm. why is pressure so crucial? most of the fans out there can easily achieve a high cfm, but to get that much of air being squeeze in between the fins, you need the fast fan to squeeze the air through it.

coppers are great and a small copper hs perform as efficient as those bulky alu fans. for me its a no no for copper. mainly coppers are fan dependent, if you're ocing your pc at high clock speed. consider the heat generated is high. In the event of fan breakdown. the hs will have a sudden increment in heat. as mention. copper has lower specific heat. so they generally stores less heat thus heat rises. if you're lucky, the overheat protection from the mobo will shutdown just in time before the processor gets fried.

alu's my choice la. since it can perform fanless e.g si-120 and xp120. i think its the plus side. ofcourse it can't achieve a higher overclockable ability for the processor. but i'm willing to play on the safe side. In addition, alu hs are easy to clean and they don't oxidize like copper. cleaning is also a breeze since you just need to clean with water and soap. copper? clean the dust then celup inside coke to clear the oxidized parts. they can't be exposed to water. on the long run when you're tired with the noise of the cpu( getting deaf), you'll start to go for quiet hs.

i too will choose x-dream. copper and alu makes a good pair. one sucks the heat out faster while the other dissipates heat out. perfect duo just like ninja.

So, the thing you're saying here is that the X dream III is good? 
So it means that Aluminium + Copper is good for dissipating heat?
Just wanna ask, what about my Hyper 6+?
It's base is copper, the heatpipe is copper and the fins is aluminium, is it good too?
Need some answers here...

I'm using a hyper 6+ not hyper 6...
Those two heatsink is different in their fins...

Hyper 6 is full copper...
Hyper 6+ have a copper base while it, fins are made from aluminium... 

once ive used tt tower112 + tt orange fan ( dont know the fan name ) .. its too noisy .. i cant sleep if my pc is turn on .. like i said .. its like having a helikopter inside my house ..

now using si-120 + tt blue led ..

Freak`

dude...1200grit shud be fine, or u can do finishing lapping with 1600grit...if u wan the mirror finish, then polish the hs surface with brasso...