Introduction:
This heatsink roundup is tested on the LGA775 platform as the Core 2 Duo seems like the new current flavor that everyone is crazy about around world.
The purpose of this roundup is to compare the coolers which is tested in this roundup. I wont be talking much about the product and the packaging as this is a non profit roundup. Please bear in mind that the results is not 100% accurate. Its just a reference.


Test Bed:
Processor: Intel C2D E6700 L628A303 @ 3.2GHz @ 1.368 Vcore
Mobo: Asus P5B 0701
Memory: Team Xtreem Micron D9GMH DDR2 Special OPB Edition
Graphic Card: XFX 6600 GT
PSU: FSP Fortron Epsilon FX700-GLN PSU
HDD: Maxtor 20GB IDE 5400 RPM Hard Drive



Contenders:
1. Intel Stock Heatsink
2. Scythe Infinity
3. Scythe Ninja
4. Scythe Mine
5. Thermalright Ultra 120
6. Thermalright SI-120
7. Thermalright XP-120
8. Thermalright SI-128
9. Thermaltake Big Typhoon VX
10. Coolink UB-120
11. TTIC NPH Big

Software Used:
Everest Ultimate Edition 2006
Orthos Beta
Windows XP SP2

Test Method:
1. The ambient temperature is set at 23°C but the result might not be 100% accurate as it might be affected by the mounting method, temperature fluctuations and user error.

2. The Fan speed is kept at the speed of 1600 rpm as the main opbejective of this test is to find out the best heatsink that can be operate in silent mode.

3. The Idle Temperature is measured after the system left open for 5 minutes and the Load Temperature is measured after 10 minutes of Orthos Stress. Everest Ultimate Edition 2006 was used to get the value of the temperature for each of the criteria, idle and load.

4. The Test is conduct without casing as the different kind of casing has different kind of airflow and thethermal compound used is Arctic Ceramique.


Way we apply the thermalpaste

Intel Stock Cooler

The Intel Stock Heatsink is used to set a standard for all the other third party heatsinks. The Intel stock heatsink is relatively small, the fins are made from aluminum while the core is made from copper. Intead of using the original push pin method, we have changed the mouting method of this heatsink to a different method which we believe that it will provide more pressure and better contact between the processor and the heatsink. The mounting method is as shown in the pic below.




Picture of how the thermalpaste spreaded on the core


Picture of the thermalpaste on the heatsink base

This post has been edited by sup3rfly: Jan 9 2007, 09:47 PM

Scythe Ninja

Scythe Ninja is rather big, it consist of 6 U-Shapped copper heatpipes which helps to transfer heat faster to the aluminium fins. During the test the Ninja still performs well when compared to many new coolers. Lets check out the result to see how it performs in the later page.




This shows good contact between the core and the heatsink base


More picture on the thermalpaste spreaded

This post has been edited by sup3rfly: Jan 9 2007, 09:48 PM

Scythe Infinity

Scythe Infinity is a gigantic heatsink. It consist of 5 U-Shaped copper heatpipes and a mirror finish copper base. You might face some difficulty installing this heatsink becasue of it size. The original mounting method which is provided by the scythe is the push pin which is the same as the Intel stock heatsink, we have changed it to our own modded mouting which should provide better pressure.


The 10 Heatpipes heatsink in action


Thermalpaste on the core


The stock mirror finished base

This post has been edited by sup3rfly: Jan 9 2007, 09:49 PM

Scythe Mine

The scythe Mine uses the Midship Fan Mounting Mechanism where the fan is placed in between the fins, it work similar to the Tuniq Tower 120 cooler. The only drawback of this heatsink is that only 25mm thick fan can be used. It has 3 U-Shaped copper heatpipes and a mirror finish copper base too. We used our own mounting method during the test as it provide better pressure.


Scythe Mine in action


The modded mounting method gives better contact



This post has been edited by sup3rfly: Jan 9 2007, 09:54 PM

Thermalright SI-120

SI-120 is a non tower heatsink which is featured in the roundup together with the brother XP-120, the advantage over the SI-120 compared to XP-120 is that its easier to install than the XP-120 as XP-120 has some clearance problem with the mobo. It consist of 5 nickle plated heatpipes and a nickle plated base.




The old school mounting provided better pressure than the Thermalright new mounting mechanism



This post has been edited by sup3rfly: Jan 9 2007, 09:55 PM

Thermalright XP-120

The XP-120 look similar to the SI-120. The different is that the part of the fins is connected to the base where the SI-120 doesnt. We facing some difficulty installing this heatsink as the base is too big and it hits the capasitors around the processor area. Owners of XP-120 please take note of this.


SI-120 elder brother in action





This post has been edited by sup3rfly: Jan 9 2007, 09:55 PM

Thermalright SI-128

The SI-128 is the latest non tower heatsink produced by Thermalright, it has more fins and the copper heatpipes is actually thicker, the heatsink doesn't perform as expected as there is issue with the mounting mechanism, it doesn't provide sufficient pressure to the core and the heatsink.


SI-128 ready to go


This picture indicates the bad contact between the core and the base.

This post has been edited by sup3rfly: Jan 9 2007, 09:56 PM

Thermalright Ultra 120

The Ultra 120 is rather dissapointed in the test as it provided insufficient pressure and caused the processor to overheat. It consist of 4 U-Shapped nickle plated copper heatpipes and nickle plated copper base. We have tried its original mounting mechanism and our own modded mounting mechanism, it give the same result, lolhalol has already sent email to Thermalright and hope they will look into the problem because we believe its a very good cooler. Hopefully they relase some better version.




Another bad contact of the core and heatsink

This post has been edited by sup3rfly: Jan 9 2007, 09:56 PM

Thermaltake Big Typhoon VX

The Big Typhoon VX is Consist of 6 copper heatpipes and by far would be the best cooler ever made by Thermaltake. Its usin push pin mounting mechanism, and the pressure which provided by it is very good. We will show you in the pic later below.


Black Horse in action!!


Closeshot on the core



This post has been edited by sup3rfly: Jan 9 2007, 09:56 PM

Coolink U8-120

The Coolink heatsink look very similar to the Noctua NH-U12. It consist of 4 U-shaped copper heatpipes, 38 aluminium fins and the base are made out of copper. The installation of this heatsink is easy but to prepare the heatsink before mounted the mobo is rather tricky.







This post has been edited by sup3rfly: Jan 9 2007, 09:57 PM

nPower NPH Big

The nPower NPH Big uses a very thick cooper heatpipe, the diameter of it is around the size of a 20 cents. Its another gigantic cooler which is featured in the review. The mounting system is something similar to Ultra 120, the screw will be attaching to a backplate which come together with the package.







This post has been edited by sup3rfly: Jan 9 2007, 09:57 PM

Results




Conclusion

In this roundup we have a conclusion that the contact of the core and the heatsink is very important. There is a lot of surprises we gotten that the Thermaltake BTVX is actually the best cooler and there is some problem with the Thermalrights's new heatsinks which we have very high hope on them. I hope you guys enjoy reading this and hope this could help you guys to choose the heatsink that is suitable for you.


Different between good contact and bad contact of the heatsink.

Credits

Big thanks to those guys who contributed in this project:
1. Prem aka pcmoddingmy for providing us 5 heatsinks from various brands.
2. Moderno for sponsoring us the Arctic Ceramique.
3. Darksythe for borrowing me his Scythe Infinity.
4. Sanko for borrowing us the TR Ultra 120 heatsink.
5. shawTy for borrowing us the TR XP-120 heatsink.
6. My friend who is not a lyn forumer for borrowing me the Ninja
7. lolhalol for supporting and did the test with me.
8. Thanks to everyone who read this and hope you guys good luck in overclocking

This post has been edited by sup3rfly: Jan 9 2007, 09:57 PM

thread pinned for easy reference for all
please keep the thread clean, and not another replicate of the old thread
previous thread closed due to too much spam.
general discussion will continue from here!

thanks

This post has been edited by DaRkSyThE: Jan 9 2007, 10:01 PM

yay...finally got the thread pinned.... thx ya bro....
neways guys look out fior the comparisons v2 , coming soon. as darksythe said, no spam please....last time go so manmy different disccusions going on..

u are welcome bro. when V2 comes, remember to post here, i will push the posts up for u

ok man...will do....thx again ye....appreciated.... peace

Found something about modding the mounting mechanism which you guys use. It's step by step and filled with pictures.

Modifying ure mounting mechanism

yeah i m doin this now

while u're at it please list places in Malaysia where we can find those things. the petrashop bulk is already closed and might have to wait 3 months to get it. hehe. But would really love to try it if i could though.