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Computer Modding Stage 1
First, I would like to say you can also read this at http://www.modena135.com. This is my first stage in my current plan to upgrade, mod, and ‘trick out’ my computer. I started by doing a little general dust removal. I then removed my old Thermaltake V1 AX CPU Cooler CL-P0508 heatsink and fan unit, pulled out my CPU and removed the old thermal compound that was on the top of the CPU. This Thermaltake was by no means a slouch of a cooling option providing a marked improvement over the stock Intel cooler that came with the CPU itself. This Thermaltake cooler is pretty much on par for what one would expect to find installed in an overclocker’s or enthusiast’s computer.
Next I upgraded the way in which I will be attaching my heatsink to the computer/CPU. There are a number of "normal" ways to attach a heatsink — basically if one is not purchasing a separate item to attach one’s heatsink and just using the items that are included with your heatsink or CPU, then one is not attaching the heatsink in the most optimal way. Which is fine. There is no real need to use a special mounting apparatus unless one is specifically trying to get the absolute lowest CPU temps that one can get. I purchased a Thermalright LGA1366 Bolt-Thru Kit (LGA1366 is my CPU socket, this is the most extreme enthusiast socket specification that Intel makes, which easily eclipses anything AMD offers). To install this, I removed my motherboard, attached a large black base on the backside of the motherboard and attached two metal pieces ont the front on the motherboard.
My third step was to remove the two green 80mm exhaust fans from my system, one of which was only running at about 66% of its optimal output. I left the working green fan out of the computer and will be using it in another stage of my modding and upgrading. I then cut the actual fan apparatus out of the dying green fan leaving just the external frame of the fan (the LEDs were also removed from the fan frame). I attached the green frame to an 80mm to 120mm fan converter (which was something I did not know even existed until a few months ago). Next, a Yate Loon 120mm x 25mm fan was attached to the converter. The Yate Loon fan was my best find for the month of November; in my never ending search for the best PC components on the market, I stumbled upon this rather cheap fan (about $7 which is cheaper than most any other 120mm UV and LED fan on the market). I got the high speed version of the fan (which had an H in the item number) which is listed to have Max Air Flow of 88 CFM – 88 CFM puts this fan in the top 10% for fans of this size however it is significantly quieter than any fan with a higher CFM or a comparable CFM and is 40-350% cheaper. The real kicker is this; it has been benchmarked to show that it actually has a CFM of well over 100, which makes it just about the best 120mm fan on the market. Finally, I attached the whole apparatus that I assembled to lower of the two 80mm exhaust fan spots.
Moving ahead, I applied Tuniq TX-3 thermal compound to my CPU. Ok, TX-3 (I will keep this brief), this is the best thermal compound on the market, hands down. It had the lowest rise over ambient temperature when benchmarked against all other thermal compounds plus you just apply it, install your components and that is it. Many of the other compounds out there, EVEN the popular Arctic Silver, require that you do a burn in period of up to 2 days! I also used a new technique to apply the compound. Normally I used either a baseball card Toploader or a piece of hard credit card shaped plastic covered in a zip-lock bag or saran wrap to spread the thermal compound. Spreading the TX-3 was taking me a long time as it has the consistency of peanut butter (one should always spread one’s compound, the technique of just putting a dot or strip and letting it spread itself after putting the heatsink and CPU together is not fail-proof). At this point I had my mom in the room to assist with the next step which was to hold the heatsink in place while I bolted it down. Seeing that the spreading of the thermal compound was a tedious process, she suggested putting the zip lock bag actually around my finger itself and to spread the compound with my finger. It worked like a charm and I will be using and recommending this technique in the future.
Finally I bolted on the new Cogage True Spirit heatsink to the CPU with two spring loaded screws. Another Yate Loon fan (exactly the same as the one mentioned before) was attached to the front of the heatsink with two UV 9 inch zip ties. Stage 1 is complete!
The Cogage is simply an amazing heatsink. It outperforms pretty much everything there is on the market and is a third of the price of it’s closet competitors. With the Yate Loon fan attached there is no better heatsink or fan out there, it even outperforms many of the liquid cooling options. If you want to read more about the this and see some of the benchmarks, check THIS out. Actually I should say that it is the best LGA1366 air cooler on the market, but since the LGA1366 is the fastest and most demanding socket on the market, it is by default the fastest on the market. Also, check out this review by jonnyguru; my cooler is similar to the Thermalright Ultra-120 although, as indicated in the first review, my Cogage outperforms the Ultra-120 (Jonnyguru is my first stop for anything computer related, they are basically Tom’s Hardware on speed. This is not a diss to Tom’s, I still use that site daily. My main reason for choosing Jonny over Tom is simply that Jonny is now what Tom used to be back in 2001. When I started college in 2000, I always refered to Tom’s when doing anything computer wise as they were an enthusiast first source. They have slowly become more mainstream over the years and I now would label them as a source for mainstream users and your weekend warrior PC tuners. Jonny’s gives a better set of reviews and scores for a true PC enthusiast, I would not recommend their results to mom and dad or to someone that just likes to turn up one’s front side bus and use a Windows based tuner to up one’s GPU clock. Downside to Jonny’s is that they only cover a hanful of components and do not review as may products as Tom’s; they really do something special for what they do cover though, just check out any power supply review, you will be impressed.)
Side note: I heatshrinked and sleeved the cabling on the new fans. This allows the cords to be a bit more ‘tidy’ and gives them a UV glow.
I benchmarked my computer before and after this stage of modifications. Before doing these modifications, at startup followed by allowing my computer to sit idle for three minutes at stock speeds on my CPU, GPU and RAM, my CPU temps were in the range of 43-46°C and got up to 56°C during startup; system temps were 40-48°C; GPU temp 70°C; and hard drives temps ranged from 33-39°C.
The results of this stage of modifications blew my mind. I was expecting a moderate decrease in CPU temp, a slight system temp decrease and basically no change in GPU and HD temp. These modifications way over performed my wildest expectations! The results at startup followed by allowing my computer to sit idle for three minutes at stock speeds on my CPU, GPU and RAM were as follows: my CPU temps were in the range of 29-33°C and got up to 36ºC during startup; system temps were 30-33ºC; GPU temp 59ºC; and hard drive temps ranged from 30-34ºC. WOW!
So I did a quick 5 minute stress test on the new setup. I used 64-bit Prime95 (the most intense way to stress one’s CPU, hits all your cores pushing and keeping them at 100% for the entirety of the test; nothing else can make your CPU run as hard as Prime 95). The results: CPU temps ranged from 43-50ºC with two of the cores hitting 54ºC at the onset of the test before dropping back to 49-50ºC; system temps ranged from 32-44ºC; GPU temp 57-58ºC; and hard drives temps ranged from 30-33ºC. These temps were recorded near the end of the five minute test (while the test was still going). I was speechless. I have never on any blog or site seen such low CPU temps while running Prime95 (not that these were uniquely low temps, just I have not seen such low temps). The temps during the test still were basically under the temps while the computer was at idle before the upgrade. This test had all eight of my cores at 100% for five solid minutes while idle means less than 5% on all the eight cores with an average usage across the eight cores of 3%. I do not even have words for this, it is just insane. Also, the GPU and HD temps continued to drop! I mean, this test does not push the GPU at all and is very minimal on the HD’s but normally one would expect a slight increase due to the system itself increasing in temperature. Not the case here; as the fans started spinning faster due to the cores hitting 100% usage, the rest of the system continued to cool down.
Click this sentence to see a screenshot!
I cannot wait to get started on my next stage of mods and upgrades. I have a ton of parts already on hand for my future mods and upgrades; got to start thinking of what will be in stage 2.
Cost: The Cogage True Spirit cost $39, the Bolt-Thru kit was $9, the TX-3 thermal compound was $9 (and I accidently wasted what was left of it so I am counting the whole syringe of it towards the overall price although I actually used only a fraction of it), heatshrink and sleeving material was $0.50, the two Yate Loon fans were $14 total and the 80mm to 120mm fan converter was $7. I should be able to sell my old heatsink/fan on eBay for $45 (that is after shipping, eBay fees and Paypal fees). That gives me a grand total of $33.50, which is pretty cheap and if you consider the results, it was a steal.































