Technically not exactly equal, due to a few millimeters separation between them, but equal enough to make no real difference. Looks I need to do further research to understand the picture. So socket temp isn't equal to CPUTIN? I'll take a closer look at your links. Thanks for your time, and great TUTs around! Maybe I should need to re-flash the last 2022 BIOS or maybe try to update drivers, but I think this is pretty useless since I believe that QLED is not related to windows drivers. No need to say that I tried to reset BIOS values to default as a test, but no luck, still getting that weird reading. I'm starting to think that something is wrong on my board due to my recent switch to XMP profile. So no, CPUTIN is not the cpu temp showed on my motherboard. CPUTIN behaves normal, its getting slowly hotter as tests goes on. It's kind of weird, cause it skyrocket to 60's and after a few seconds of stress testing, it goes to a pretty normal average as you can see on the screenshot. Also, there's a graph of its behaviour over time. That "CPU" labeled temp in HWMonitor, marked in red is the same temp that QLED shows on the mobo. I'll attach a screenshot after a few minutes of OCCT. If socket temp is equal to CPUTIN that was my same opinion. If I had to guess, I'd say socket temperature. "SYSTIN" can be anywhere, sometimes adjacent to the Southbridge (if present, lol), sometimes adjacent to the VRMs.Īnd the famous ROG Chip sitting near the very middle of every ROG motherboard is a mysterious ASUS-programmed ASIC/MCU, it's basically a whole little computer in itself, it might implement more (undocumented?) Asus temp monitoring/control. "AUXTIN" is sometimes surface-mounted on the PCB immediately underneath or in proximity of the main PSU connector. "CPUTIN" is typically surface-mounted on the PCB immediately underneath the CPU socket, sometimes mounted on the opposite side of the PCB. A DTS can take a variety of forms, ranging from blocky multi-pin ICs to large resistor-like packages to tiny flimsy little slips of foil. I don't know which DTS probes are present and where they are physically located on the MAXIMUS VIII. The processor also has a variety of "sideband" signals (like THERMTRIP# which can be sent through electrical pins, firmware, or software) which interface directly with the motherboard chipset (an Intel GL82-family PCH part). Two more DTSs are located near the "middle" of the Shared LLC (元 Smart Cache) segment and in the DMI3 Uncore (DDR4 iMC and PCIe iLC) segment to provide "Thermal Monitor 1" and "Thermal Monitor 2" deltas for an internal thermal monitoring program running in processor microcode - and these two DTSs are apparently "hardwired failsafe dead-man's switches" which cannot be overridden by any off-processor signals or software. The on-die GT-DTS reports temps "on the CPU cores" of the Intel HD Graphics 530. The four on-die IA-DTSs report the temps "within" each of the four CPU cores. One DTS (Digital Thermal Sensor) adjacent to the IHS reports "TCase" (overall package temp, rated max 64C). Your i7-6700K has a variety of Intel Thermal Monitoring Technologies. Here's a simplified Intel FAQ page and a detailed Intel document about Intel's processor temp monitoring. Join Date Mar 2015 Reputation 152 Posts 2,719 Samsung 850 PRO 512GB SSDs, 4xSATA3 RAID0 NVIDIA Quadro GP100GL/16GB, 16xPCIe3, NVLink1 (SLI-HB)
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