jackgarcia7
Member
- Joined
- Nov 17, 2012
- Messages
- 43
I am starting a water cooling system for my R4. Before you ask why I am doing this I will give you the answer.
1. Better cooling system for the laptop (not a gamer so gpu is always idle)
2. Because someone told me it couldn't be done.
I am runnning my benchmarks right now. If you want me to do a benchmark for you with my specs let me know but so far this is what I am testing.
1. CPU stress test temperatures (100% at 3.8Ghz)
2. GPU stress test temperatures (100% at 1350Mhz)
3. Memory stress test temperatures (100% at 1600Mhz)
4. Idle temperatures (Idles around 1.2Ghz)
The cooling system will consist of a built-in water pump power at start up. I will also have a reservoir and about 2 feet of 1/4'' copper piping. The piping will not be the same size everywhere but overall it will be 1/4''.
Know for my questions
1. Will the water changes create condensation on the copper piping?
2. If yes, should the piping be coated in some material?
3. Is there a location on the motherboard where the pipes cannot cross over?
4. Is there a place where the motherboard shouldn't heat up.
Last but not least throw me some suggestions. After my testing is complete I will post my schematics. Wish me luck
.
1. Better cooling system for the laptop (not a gamer so gpu is always idle)
2. Because someone told me it couldn't be done.
I am runnning my benchmarks right now. If you want me to do a benchmark for you with my specs let me know but so far this is what I am testing.
1. CPU stress test temperatures (100% at 3.8Ghz)
2. GPU stress test temperatures (100% at 1350Mhz)
3. Memory stress test temperatures (100% at 1600Mhz)
4. Idle temperatures (Idles around 1.2Ghz)
The cooling system will consist of a built-in water pump power at start up. I will also have a reservoir and about 2 feet of 1/4'' copper piping. The piping will not be the same size everywhere but overall it will be 1/4''.
Know for my questions
1. Will the water changes create condensation on the copper piping?
2. If yes, should the piping be coated in some material?
3. Is there a location on the motherboard where the pipes cannot cross over?
4. Is there a place where the motherboard shouldn't heat up.
Last but not least throw me some suggestions. After my testing is complete I will post my schematics. Wish me luck