Just for some extra precaution, ensure that your CPU Temperature is always at least 10☌ lower than the maximum value. To know the Maximum Temperature of Previous Generations, visit Intel’s Official Website.Īs you can see, in case of most of the Processors, the maximum temperature is 100☌. In the following table, all the values are for T JUNCTION temperature. If you’re not sure about your Processor’s Model Number, Download CPU-Z and it will display all the details of your Processor.Īccording to Intel, Junction Temperature ( T JUNCTION) is the maximum temperature allowed at the processor die and Case Temperature (Tᴄᴀsᴇ) is the maximum temperature allowed at the processor Integrated Heat Spreader. If your Processor’s Temperature falls in this range (or lower than it), there’s absolutely no reason to worry.īut if the CPU Temperature is higher, you should check the next section and ensure that it is lower than the maximum temperature stated by the manufacturer. Anything lower than the Maximum Temperature can be considered safe. Also, the ambient temperature and the cooling solution being used will affect the average temperature. However, the actual Temperature may vary from model to model and from generation to generation. Note: This is the general range of the temperature for most processors. The above table can give a basic idea of the Normal CPU Temperature in most scenarios. Here is the optimal temperature range for the most popular Processor Series of Intel and AMD. Low temperature is recommended for the efficient performance of your Computer. Just this motherboard chipset heat spot remains.The lower the temperature, the better. Prime95 was handled by the CPU and cooler very well, and 3DMark ran the gambit of tests without issue. 1 rear chassis, exhaust)Įdit: also worth noting, all benchmarking was well done and extremely stable. HDD2: Samsung 970 EVO Plus 2TB M.2 NVMe (Game)Ĭooler: Corsair iCUE H150i Elite Capellix 360mm (Push/Pull)Įxtra Fans: Corsair iCUE SP120 RGB Elite 120mm (6x), 12 total (6 radiator, exhaust. HDD1: Samsung 970 EVO Plus 1TB M.2 NVMe (Boot) RAM: 64GB Corsair Vengeance RGB Pro (4x16) 3200MHz Everything has been completely stable but this one heat point.Ĭase: Corsair iCUE 5000X Tempered Glass Mid-Tower Rest of the specs if it helps, there is a minor AI Tweaker overclock from the ASUS board running to get the RAM up to actual speed. everything cool as a cucumber, really it's just this one temp that's giving me issues. Is there a chance the NVMe drive is too close and heating the board up to unreasonable levels? There are four mounts on this motherboard but I read to use the lower two to keep the GPU PCIe slot operating at full speed.ĬPU temps in iCUE just for reference with a few dozen chrome tabs running and photoshop/other basic idle items Looking for help as I "finished" the build yesterday and am already dreading having to back everything out to swap a dead MoBo. I found some magnetic fan mounts online that I have no issue putting one or two other fans at the bottom pointing up if it will help with the board (and maybe the GPU also), but it seems like overkill when my other temps are so good/stable. Should I be concerned about this? Is there a way to help bring the temp down? I really don't have any leads for for additional Corsair fans if I bottom mount something on the shroud, nor do I know if that's even a good idea. Is this a bad sensor, or a bad board? I do have two NVMe drives as my primary devices, and the 3080 is pretty large. I pulled up the monitor in BIOS to see if it was just a sensor issue, but noticed it was sitting at 75C for chipset temp, and did move slightly back and forth, no bouncing like in iCUE.Īirflow in the case is really solid, all other temps are doing quite well. And it bounces around a lot between those pretty regularly, when it's stable it's sitting in the 80s.
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