


This is probably the best I have ever had Winbloze behave, though it is still slow as snail snot compared to my Linux boot. I average a CPU idle of about 43 degrees Celsius. I have my thermal set as close as I get to my GPU hot spot and average a roughly 7- 10 degrees Celsius difference between reported and actual. I installed iCue on my Windows 10 boot and it picked up the AIO pump and fan on the CPU and manages them well. The Commander requires iCue which does not work on Linux. The fifth fan is plugged into the motherboard at the CPU because my board has a fit otherwise. The water pump for the CPU and all but one of my 5 fans are wired into a Corsair Commander. The water pump for the GPU is plugged into my motherboard the BIOS is set to keep it always on. I also have an AIO water cooler on my CPU with a 120mm radiator. I am running an AMD RX 590 for my GPU and used a Kraken from NZXT to attach an AIO water cooler with a 240mm radiator to the GPU. I run all my work and client files in the Linux OS. I have Windows 10 (64 bit) installed to a 500GB Solid State Drive, and I have Linux Mint 19.3 installed on a 1TB traditional hard drive. Can you please elaborate on what you meant by "built-in temperature sensors" VS "external/software based sensors.I have a rig I built myself. built-in means included thermal probes or does it mean motherboard sensors? External meaning external to the CoPro system, or external to the motherboard. To clarify, as long as I have the CoPro programmed (via iQue I assume in Windows) to use the thermal probes that came with the package, those fan curves will run even when I boot into Linux, but any curves based on motherboard temps will not? Or do I have it backwards?īuilt-in vs external. I think (off the top of my head) that they fans will run a full speed. If you have your CoPro configured to use external/software based sensors. If you have your CoPro configured to use built-in temperature sensors, those fan curves will run. What will happen is that the CoPro will run whatever is stored in its internal memory.
