so ghetto +1
Did you sand the bottom to make sure it has nice smooth contact?
so ghetto +1
Did you sand the bottom to make sure it has nice smooth contact?
it was near mirror when I got the block came in a 2 set, plus I’m using a graphite thermal pad for TIM so it needs to make good contact or it does nothing really
The Pentium 4 ht 3.0Ghz has a higher tdp than a ryzen chip at 65 watts so success! for short term load now a 3-24h load
after the 3hour 100% load the loop got to 43.5c after a hour and a half and was stable at that temperature. the only thing is the rad took a veryyyyyyyyyyyyyy long time to cool down
I wonder if the alphacool Passive radiators would perform close to this.
@VanillaWaferX with a tiny digging i found this and the cpu he used is close but pushed hard and because the surface area is greater it will cool down way faster,
Interesting. 2005 too. Cpu blocks have changed alot since that NexXxos he’s using.
I will probably end up with 3 or 4 of these rads before my project is done and a better pump and fittings. I intend to use this once i am done too so a case build may follow. mostly aluminum brackets and rivets nothing fancy .
Maybe put the radiator tubes vertical instead of horizontal.
That way you can use the passive upward stream of warm air.
Probably for the best. It’s a napkin drawing subject to change
Ive been lurking in here for a while. Just wanted to say that I love what you are doing with this project. Keep it up!
Cool. I should cool a G5 this way lol.
So the work to the next step has begun. I’m mostly waiting on a new water block to continue on to testing with a ryzen 3 1200 on gigabyte b350n itx. finding the water block was really important for this due to the fear of mixing metals. I will update more soon on getting better formatting for the information I have gained and making it easier to read.
That’s the type of computer deal we all would kill for.