Reviews usually have many comparison readings from similar components to help give perspective, but those readings are usually taken weeks or months in the past. For video cards, the ratio is a bit less than 1:1, so the ambient temperature does not affect GPUs as much as CPUs. The important thing is that you figure out what hardware you need for the PC you’re using. As you can see, this CPU has been running at a temperature of 46 degrees Celsius and a maximum of 75 degrees Celsius (167 degrees Fahrenheit) and is, therefore, running at a normal temperature. The CPU fan hits it's top speed of just over 1500RPM when the ambient temperature gets to 39° C, but other than that the results are very straight-forward. It may not be exactly a 1:1 ration, but for most cases the variations will not be large enough to have a significant impact on their results. I just want to know the minimum and maximum temperature range for a personal computer i.e Pentium 4s and dual core pc's. So all other things being equal (e.g. Future US, Inc. 11 West 42nd Street, 15th Floor, My case temp generally runs 68-78°f. We hope that this post has cleared your mind on how to get ideal mining temperatures for GPU. For SFF PCs and laptops, it's possible that there's minimal cooling, as the device was never intended to be used under high loads for extended periods of time. A given component at a given load emits a constant Q at steady state and if you do the math on something that is completely passively cooled that operates 10 degrees above ambient at 25C, it only needs to operates at 8.3 degrees above ambient at 45C.On average, for every 1° C increase in ambient temperature, we saw the following increase in CPU/GPU temperature and fan speeds: General Meaning of Given Temp < 40: Ambient, normal for idle: 40 - 50: Warming up, normal for light workloads: 50 - 60: Warm, normal for medium workloads: 60 - 70: Getting hot, normal for heavy workloads / gaming: 70 - 80: Very hot, normal for 100% workloads / heavy gaming / …
This article should be renamed "How to monitor your CPU temperature in Windows." Of course, every CPU, CPU cooler, GPU, chassis and fan configuration is different, so our results may not be exactly correct for every computer system. Unlike our temperature readings, the slope of the change in CPU fan RPM is not nearly as straight. In other words, a 1° C rise in ambient temperature results in roughly a 1.05° C increase in CPU temperature and a 1.08° C increase in GPU temperature when the system is at idle. CAM also has an overlay, which automatically turns on when you enter a game when CAM is running. Just like at idle, the CPU and GPU temperature slopes are very linear. Install more external PC fans. The CPU fan speed, on the other hand, increases much more rapidly than it did at idle. If its on High resolution than it should not exceed 65-70C. Turn On your Room Cooler or Air Conditioner and it will reduce the CPU Temperature.