(started in the wrong forum, moved it here!)
So i just set up my new system today with a 3570K. The first thing i noticed was how how tiny the damn thing is! I'm used to AMD systems, so this is new to me. With this tiny size and the die shrink to 22nm i understand it can be hard to soak up heat. I was expecting better though I do not have a dedicated gpu just yet. The temps were just cpu stressing only. Gaming isn't too bad with temps @40-50C in SCII
I was hoping since people in newegg reviews were able to hit 4.5GHz on the stock cooler, my WC loop should fair very well.
Info on the loop to understand how it's underperforming.
Koolance CPU-370
Swiftech MCP-655
3x120mm Black Ice Stealth w/ 3 120mm (pull) sycthe fans (110CFM+)
At stock clocks it was able to hit 60C with that liquid cooling loop!!
It idles decently at 25-30C since it throttles way down to 1.6GHz and low voltage
This is the kind of performance i would expect from a cheap air cooler. Is Ivy Bridge so tiny that it really can't dissipate heat?
I'm starting to wish i had bought a 2500K
Pictures of the setup
Brand new
Yes. Though i always have wondered how much pressure to put on the screws since the instructions were very specific. They gave an amount of pressure as a measurement...now how am i supposed to confirm that?
I bumped the voltage up by 0.05V. If anything i guess i could try to reseat the cpu block and try again....
Another thing i noticed that my old AMD cpus never did. When 100% load hits, the temps shoot up extremely quick. I took a video of it and will upload later.
So the quicker the jump the less heat dissipation? If it could transfer heat efficiently then it would take a few seconds to heat up the block a little bit?
Idle
fans @ 100%, pump @ 50%
fans @ 1%? (lowest speed), pump @ 50%
So i just set up my new system today with a 3570K. The first thing i noticed was how how tiny the damn thing is! I'm used to AMD systems, so this is new to me. With this tiny size and the die shrink to 22nm i understand it can be hard to soak up heat. I was expecting better though I do not have a dedicated gpu just yet. The temps were just cpu stressing only. Gaming isn't too bad with temps @40-50C in SCII
I was hoping since people in newegg reviews were able to hit 4.5GHz on the stock cooler, my WC loop should fair very well.
Info on the loop to understand how it's underperforming.
Koolance CPU-370
Swiftech MCP-655
3x120mm Black Ice Stealth w/ 3 120mm (pull) sycthe fans (110CFM+)
At stock clocks it was able to hit 60C with that liquid cooling loop!!
It idles decently at 25-30C since it throttles way down to 1.6GHz and low voltage
This is the kind of performance i would expect from a cheap air cooler. Is Ivy Bridge so tiny that it really can't dissipate heat?
I'm starting to wish i had bought a 2500K
Pictures of the setup
Is the water/coolant old?
Brand new
Is the block correctly installed?
Yes. Though i always have wondered how much pressure to put on the screws since the instructions were very specific. They gave an amount of pressure as a measurement...now how am i supposed to confirm that?
With the Corsair H100 and running my Intel® Core™ i5-3570K at 4.6GHz I was hitting high 80c but this is with the voltage over 1.20v. So check to make sure the cooler is seated well and also check the voltage at stock it shouldn't more than 1.050v.
Christian Wood
Intel Enthusiast Team
I bumped the voltage up by 0.05V. If anything i guess i could try to reseat the cpu block and try again....
Another thing i noticed that my old AMD cpus never did. When 100% load hits, the temps shoot up extremely quick. I took a video of it and will upload later.
So the quicker the jump the less heat dissipation? If it could transfer heat efficiently then it would take a few seconds to heat up the block a little bit?
Idle
fans @ 100%, pump @ 50%
fans @ 1%? (lowest speed), pump @ 50%