8/21/2023 0 Comments Asus temp monitorStep 3: Choose the program that you are going to uninstall and click Uninstall. Step 2: Choose AI Suite 3, and click Uninstall. Step 1: Open Windows settings, and click Apps. Step 7: Click OK when AI Suite 3 has finished the installation. (We recommend to install all programs that will help monitor your system more easily) Step 6: Click the program you want to install, then click Install. Step 5: Extract the files and open AsusSetup. Step 4: Choose your Operating system and download the latest AI Suite 3 from Utility. Version provides software version in AI Suite 3 and system version. System information provides the information of MB, CPU and SPD. For each software, please refer to the related topics for more details. Software list may differ from motherboard to motherboard.ĩ. Click the back icon, and click the list icon to open the software list.Ĩ. Click the blue triangle to monitor the rotating speed of each fan.ħ. Click the blue triangle to monitor temperature ranges, such as CPU, PCH, VRM, PSU, etc.Ħ. *+3.3V provides voltage to PCI express, south bridge and LAN on motherboard.ĥ. *+5V provides voltage to memory, Input / Output port and SSD. *+12V provides voltage to CPU, graphic card and PCI express. Click the blue triangle to monitor each voltage range. The following figure shows the CPU usage of 6-cores 12-threads.Ĥ. *CPU usage means the CPU is used in a period of time. Click the blue triangle to check CPU frequency and CPU usage. User can monitor CPU frequency, Voltage, Temperature, Fan through AI Suite 3.ģ. Click Windows icon, and click AI Suite 3 to open it.Ģ. To provide you more detailed instruction, you can also click ASUS Youtube video link below to know more about AI Suite 3ġ. Just this motherboard chipset heat spot remains.AI Suite 3 has two functions - one is to monitor the system status, the other is to integrate ASUS software so that it is easy to access the ASUS software through AI Suite 3. 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. I am pretty sure about it because on the surface there is any sign of overheating and it blows just cold air. 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 Enermax EG465P-VE(FC) 460W PS ASUS A8V Deluxe Motherboard AMD AthlonTM 64. Everything has been completely stable but this one heat point.Ĭase: Corsair iCUE 5000X Tempered Glass Mid-Tower Monarch Furia Custom Desktop Accessores pictured above: Monitor: 260123 CTX. 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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