Swapping them out would most likely help quite a bit on the water temps, but it will not be a miracle cure. The best 120mm radiator fans for high RPM are the Phanteks T-30 while the Noctua NF-A12x25 pwm will be slightly better at lower rpms, but neither have lights. Switching to EK-varder, Corsair ML or other higher pressure fans would probably help quite a bit, assuming you must have lights on your fans. The Corsair LL are not good radiator fans and thick radiators will cause you to have low airflow even at high rpms. Any ideas as to what I should look at first? Am I actually good to go? Pic of the system below. Also, I see people with a 3080ti overclocked with my waterblock saying that they stay in the 40s on the core. That seems high to me given the research I've done on other systems. That gives me an Air-Water delta of 13 to 14C. At that point, I'm kind of at equilibrium with all of my fans are running around 1700-1800 rpm, so not exactly quiet (max fan speed is 2150 or so and max pump speed is around 4500 for reference). With ambient temperature of usually 23 to 24C, the average liquid temperature gets up to around 37.5C. I'm cooling based on liquid temperatures. The GPU tends to get to about 56C on the core (HWINFO reading) and stays there.
UNIGINE HEAVEN BENCHMARK MSVCP100.DLL SIMULATOR
Is this problem solely the difference in my CPU being last in the loop? Is the CPU stretching it's legs with better cooling? In Microsoft Flight Simulator 2000 (Geforce Experience settings at 1440p), CPU gets as hot as the 80s at times, but normally runs in the 60s I think. I know it's just a spike and if I run 3D Mark, I actually get a better CPU score now than I did with the single 360. When I was only cooling the CPU with a 360, it would never get close to that. even when the GPU is running idle at 27 or 28C and ambient temp is 23 or 24C. The 3080 EVGA FTW Ultra is at complete stock.Īnyway, my CPU will now spike up to 90C (Tctl/Tdie in HWINFO) with regularity when opening programs, etc. I didn't mess with voltage other than to lower it on one of the CCDs by 15 mv. Coolant flow goes Reservoir->240 rad->360 rad->GPU->CPU->Reservoir. I also have 2 LL120s as intakes on the bottom of the case. Each radiator has Corsair LL120s on it in push configuration. I also have some ambient temperature probes attached to the aquaero. I have two inline water temp sensors, one in the distro-plate and one between the GPU and CPU. Everything is controlled with an Aquacomputer Aquaero 6. I have the pump set at a constant 4000 rpm and I have a curve on the fans.
The pump is an EK DDC 4.25 pump in the EK Lian-Li Distroplate. I have a Corsair XR7 360mm radiator (54mm thick) and a Corsair XR7 240mm radiator (54mm thick). I'm cooling a 5950x with EK Quantum block and a 3080 with EK Vector block. I've also replaced the front glass with a custom panel where one of my radiators is attached.
Benchmarking presets for convenient comparison of results.Accurate results due to 100% GPU-bound benchmarking.
UNIGINE HEAVEN BENCHMARK MSVCP100.DLL MAC OS
It provides completely unbiased results and generates true in-game rendering workloads across all platforms, such as Windows, Linux and Mac OS X. This powerful tool can be effectively used to determine the stability of a GPU under extremely stressful conditions, as well as check the cooling system's potential under maximum heat output. Heaven Benchmark with its current version 4.0 is a GPU-intensive benchmark that hammers graphics cards to the limits.
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