TyMeador

Than you my friend.

That was my first thought, but that isn't the case. After 9 hours (yes, 9 hours straight) I actually found the installer from a sketchy-as-hell looking site, but it worked! And it's the right one! Just having it installed fixed the fan issue. I don't even have to use the "Run GPU Fan Full Speed" option.
 
Needless to say I'm throwing this file in my Google drive in case I ever need it again. lol
 
First place I checked, those links are now dead. Thanks Asus.

Here's the version that I was referencing, if anyone else ever needs it....
GPU_Tweak_Win81_64_VER105.zip

You didn't read the full post, did you?

I got tired of all the half-assed attempts people have made to cherry-pick the Bungie.net API to create a "Destiny 2 API library" for node.js.
 
I just built the entire damn thing, from scratch. It's 0 dependency, fully async, and lightening fast.

I could use some help testing it before I push V1.0.0 to NPM though.
 
Github
 
Documentation

Has anyone done a geo-thermal loop yet? We did....


 

 

 
 
 
 
 

That was my first thought, but that isn't the case. After 9 hours (yes, 9 hours straight) I actually found the installer from a sketchy-as-hell looking site, but it worked! And it's the right one! Just having it installed fixed the fan issue. I don't even have to use the "Run GPU Fan Full Speed" option.
 
Needless to say I'm throwing this file in my Google drive in case I ever need it again. lol
 
First place I checked, those links are now dead. Thanks Asus.

Here's the version that I was referencing, if anyone else ever needs it....
GPU_Tweak_Win81_64_VER105.zip

You didn't read the full post, did you?

That was my first thought, but that isn't the case. After 9 hours (yes, 9 hours straight) I actually found the installer from a sketchy-as-hell looking site, but it worked! And it's the right one! Just having it installed fixed the fan issue. I don't even have to use the "Run GPU Fan Full Speed" option.
 
Needless to say I'm throwing this file in my Google drive in case I ever need it again. lol
 
First place I checked, those links are now dead. Thanks Asus.

Here's the version that I was referencing, if anyone else ever needs it....
GPU_Tweak_Win81_64_VER105.zip

Has anyone done a geo-thermal loop yet? We did....


 

 

 
 
 
 
 

Has anyone done a geo-thermal loop yet? We did....


 

 

 
 
 
 
 

Has anyone done a geo-thermal loop yet? We did....


 

 

 
 
 
 
 

TyMeador - taking extreme, to the extreme!
 
#WorldsLargestHeatSink

The entire project, including building the wooden desk from scratch costs about $100. My buddy had the trenches dug before I was able to get there and help, so the REAL cost was to his back. I've been assured by him that digging trenches underneath a house is NOT easy.

So my buddy built this gaming rig back in like 2010
 
i7 930 6GB DDR3 (TRI channel) 1TB hdd GeForce GTX 480 He has since upgrade it to have 24GB of DDR3, a 512Gb SSD and a Radeon R9 380. Now, neither of us are swimming in cash so instead of upgrading his current PC we devised a fun little experiment. The liquid cooling loop to end all liquid cooling loops. GEO THERMAL.
 
The plan was to dig a trench underneath his house about 3 feet deep and bury some PVC pipe. We ordered an inline-pump and put it under the house and ran the power cable up through the wall and into his computer running it off of the 12V rail of his pcs power supply. We decided to liquid cool the CPU, GPU, and North Bridge.
 
We didn't think to take any pictures of temps before the experiment, so I have no way of proving our gains. But I have personally seen his Northbridge regularly hit 100C on air.
 
So we dug the trenches...

 
Ran the Pumps power cable up through the wall and into his PCs power supply. Then piped up the computer.

 
It's an early prototype with a custom built wall mounted "desk-puter". We drove the audio system with the amp you see on the left which also runs off the 12V rail of the PSU. The fans you see are only present so that the PSU has some gentle air flow. (The two fans to the right are intake, there are two more on the left for exhaust that are not pictured)

And check out these temps!!! Sub-ambient idle temps WITHOUT active cooling! (NOTE: The package temp sensor is inaccurate at this end of the temperature spectrum. 4c is likely incorrect)
 

 
 
 
 
Full-GPU load temps (FurMark)
 

 
 
Overnight Full system load temps with the CPU overclocked to 3.8Ghz. (The base clock on the i7 930 is 2.8Ghz and it has a locked multiplier. So we did all of our overclocking on the FSB...)
 
 

 
I'd say that planet earth makes one hell of a heat-sync!
 
What do you guys think?

The entire project, including building the wooden desk from scratch costs about $100. My buddy had the trenches dug before I was able to get there and help, so the REAL cost was to his back. I've been assured by him that digging trenches underneath a house is NOT easy.

The entire project, including building the wooden desk from scratch costs about $100. My buddy had the trenches dug before I was able to get there and help, so the REAL cost was to his back. I've been assured by him that digging trenches underneath a house is NOT easy.

So my buddy built this gaming rig back in like 2010
 
i7 930 6GB DDR3 (TRI channel) 1TB hdd GeForce GTX 480 He has since upgrade it to have 24GB of DDR3, a 512Gb SSD and a Radeon R9 380. Now, neither of us are swimming in cash so instead of upgrading his current PC we devised a fun little experiment. The liquid cooling loop to end all liquid cooling loops. GEO THERMAL.
 
The plan was to dig a trench underneath his house about 3 feet deep and bury some PVC pipe. We ordered an inline-pump and put it under the house and ran the power cable up through the wall and into his computer running it off of the 12V rail of his pcs power supply. We decided to liquid cool the CPU, GPU, and North Bridge.
 
We didn't think to take any pictures of temps before the experiment, so I have no way of proving our gains. But I have personally seen his Northbridge regularly hit 100C on air.
 
So we dug the trenches...

 
Ran the Pumps power cable up through the wall and into his PCs power supply. Then piped up the computer.

 
It's an early prototype with a custom built wall mounted "desk-puter". We drove the audio system with the amp you see on the left which also runs off the 12V rail of the PSU. The fans you see are only present so that the PSU has some gentle air flow. (The two fans to the right are intake, there are two more on the left for exhaust that are not pictured)

And check out these temps!!! Sub-ambient idle temps WITHOUT active cooling! (NOTE: The package temp sensor is inaccurate at this end of the temperature spectrum. 4c is likely incorrect)
 

 
 
 
 
Full-GPU load temps (FurMark)
 

 
 
Overnight Full system load temps with the CPU overclocked to 3.8Ghz. (The base clock on the i7 930 is 2.8Ghz and it has a locked multiplier. So we did all of our overclocking on the FSB...)
 
 

 
I'd say that planet earth makes one hell of a heat-sync!
 
What do you guys think?

So my buddy built this gaming rig back in like 2010
 
i7 930 6GB DDR3 (TRI channel) 1TB hdd GeForce GTX 480 He has since upgrade it to have 24GB of DDR3, a 512Gb SSD and a Radeon R9 380. Now, neither of us are swimming in cash so instead of upgrading his current PC we devised a fun little experiment. The liquid cooling loop to end all liquid cooling loops. GEO THERMAL.
 
The plan was to dig a trench underneath his house about 3 feet deep and bury some PVC pipe. We ordered an inline-pump and put it under the house and ran the power cable up through the wall and into his computer running it off of the 12V rail of his pcs power supply. We decided to liquid cool the CPU, GPU, and North Bridge.
 
We didn't think to take any pictures of temps before the experiment, so I have no way of proving our gains. But I have personally seen his Northbridge regularly hit 100C on air.
 
So we dug the trenches...

 
Ran the Pumps power cable up through the wall and into his PCs power supply. Then piped up the computer.

 
It's an early prototype with a custom built wall mounted "desk-puter". We drove the audio system with the amp you see on the left which also runs off the 12V rail of the PSU. The fans you see are only present so that the PSU has some gentle air flow. (The two fans to the right are intake, there are two more on the left for exhaust that are not pictured)

And check out these temps!!! Sub-ambient idle temps WITHOUT active cooling! (NOTE: The package temp sensor is inaccurate at this end of the temperature spectrum. 4c is likely incorrect)
 

 
 
 
 
Full-GPU load temps (FurMark)
 

 
 
Overnight Full system load temps with the CPU overclocked to 3.8Ghz. (The base clock on the i7 930 is 2.8Ghz and it has a locked multiplier. So we did all of our overclocking on the FSB...)
 
 

 
I'd say that planet earth makes one hell of a heat-sync!
 
What do you guys think?

So my buddy built this gaming rig back in like 2010
 
i7 930 6GB DDR3 (TRI channel) 1TB hdd GeForce GTX 480 He has since upgrade it to have 24GB of DDR3, a 512Gb SSD and a Radeon R9 380. Now, neither of us are swimming in cash so instead of upgrading his current PC we devised a fun little experiment. The liquid cooling loop to end all liquid cooling loops. GEO THERMAL.
 
The plan was to dig a trench underneath his house about 3 feet deep and bury some PVC pipe. We ordered an inline-pump and put it under the house and ran the power cable up through the wall and into his computer running it off of the 12V rail of his pcs power supply. We decided to liquid cool the CPU, GPU, and North Bridge.
 
We didn't think to take any pictures of temps before the experiment, so I have no way of proving our gains. But I have personally seen his Northbridge regularly hit 100C on air.
 
So we dug the trenches...

 
Ran the Pumps power cable up through the wall and into his PCs power supply. Then piped up the computer.

 
It's an early prototype with a custom built wall mounted "desk-puter". We drove the audio system with the amp you see on the left which also runs off the 12V rail of the PSU. The fans you see are only present so that the PSU has some gentle air flow. (The two fans to the right are intake, there are two more on the left for exhaust that are not pictured)

And check out these temps!!! Sub-ambient idle temps WITHOUT active cooling! (NOTE: The package temp sensor is inaccurate at this end of the temperature spectrum. 4c is likely incorrect)
 

 
 
 
 
Full-GPU load temps (FurMark)
 

 
 
Overnight Full system load temps with the CPU overclocked to 3.8Ghz. (The base clock on the i7 930 is 2.8Ghz and it has a locked multiplier. So we did all of our overclocking on the FSB...)
 
 

 
I'd say that planet earth makes one hell of a heat-sync!
 
What do you guys think?

Has anyone done a geo-thermal loop yet? We did....


 

 

 
 
 
 
 

So my buddy built this gaming rig back in like 2010
 
i7 930 6GB DDR3 (TRI channel) 1TB hdd GeForce GTX 480 He has since upgrade it to have 24GB of DDR3, a 512Gb SSD and a Radeon R9 380. Now, neither of us are swimming in cash so instead of upgrading his current PC we devised a fun little experiment. The liquid cooling loop to end all liquid cooling loops. GEO THERMAL.
 
The plan was to dig a trench underneath his house about 3 feet deep and bury some PVC pipe. We ordered an inline-pump and put it under the house and ran the power cable up through the wall and into his computer running it off of the 12V rail of his pcs power supply. We decided to liquid cool the CPU, GPU, and North Bridge.
 
We didn't think to take any pictures of temps before the experiment, so I have no way of proving our gains. But I have personally seen his Northbridge regularly hit 100C on air.
 
So we dug the trenches...

 
Ran the Pumps power cable up through the wall and into his PCs power supply. Then piped up the computer.

 
It's an early prototype with a custom built wall mounted "desk-puter". We drove the audio system with the amp you see on the left which also runs off the 12V rail of the PSU. The fans you see are only present so that the PSU has some gentle air flow. (The two fans to the right are intake, there are two more on the left for exhaust that are not pictured)

And check out these temps!!! Sub-ambient idle temps WITHOUT active cooling! (NOTE: The package temp sensor is inaccurate at this end of the temperature spectrum. 4c is likely incorrect)
 

 
 
 
 
Full-GPU load temps (FurMark)
 

 
 
Overnight Full system load temps with the CPU overclocked to 3.8Ghz. (The base clock on the i7 930 is 2.8Ghz and it has a locked multiplier. So we did all of our overclocking on the FSB...)
 
 

 
I'd say that planet earth makes one hell of a heat-sync!
 
What do you guys think?

overclock.net

Has anyone done a geo-thermal loop yet? We did....


 

 

 
 
 
 
 

So my buddy built this gaming rig back in like 2010
 
i7 930 6GB DDR3 (TRI channel) 1TB hdd GeForce GTX 480 He has since upgrade it to have 24GB of DDR3, a 512Gb SSD and a Radeon R9 380. Now, neither of us are swimming in cash so instead of upgrading his current PC we devised a fun little experiment. The liquid cooling loop to end all liquid cooling loops. GEO THERMAL.
 
The plan was to dig a trench underneath his house about 3 feet deep and bury some PVC pipe. We ordered an inline-pump and put it under the house and ran the power cable up through the wall and into his computer running it off of the 12V rail of his pcs power supply. We decided to liquid cool the CPU, GPU, and North Bridge.
 
We didn't think to take any pictures of temps before the experiment, so I have no way of proving our gains. But I have personally seen his Northbridge regularly hit 100C on air.
 
So we dug the trenches...

 
Ran the Pumps power cable up through the wall and into his PCs power supply. Then piped up the computer.

 
It's an early prototype with a custom built wall mounted "desk-puter". We drove the audio system with the amp you see on the left which also runs off the 12V rail of the PSU. The fans you see are only present so that the PSU has some gentle air flow. (The two fans to the right are intake, there are two more on the left for exhaust that are not pictured)

And check out these temps!!! Sub-ambient idle temps WITHOUT active cooling! (NOTE: The package temp sensor is inaccurate at this end of the temperature spectrum. 4c is likely incorrect)
 

 
 
 
 
Full-GPU load temps (FurMark)
 

 
 
Overnight Full system load temps with the CPU overclocked to 3.8Ghz. (The base clock on the i7 930 is 2.8Ghz and it has a locked multiplier. So we did all of our overclocking on the FSB...)
 
 

 
I'd say that planet earth makes one hell of a heat-sync!
 
What do you guys think?

Has anyone done a geo-thermal loop yet? We did....