The chipset operates at high temperatures.
The chipset operates at high temperatures.
I used the 3900x with push/pull, adding two new fans. I played a round of Tiny Tinas Wonderlands at 1440p using the 5600g and RTX 2080. The 2080 runs at 52°C and the CPU is at 45C. I changed the BIOS settings and switched to AIO control, keeping the chipset at 67C. Adjusting these things likely improved performance.
The temperature data came from the CPU chipset interface. Once the cooler stabilized, the CPU ran at a comfortable temperature. Well done!
It's great that everything is working smoothly and the 5600G provides sufficient power for gaming. Win-win! Just curious about the maximum temperature the X570 chipset can reach—especially considering it’s running in Germany around 1:15 AM. That’s a nice feeling to be able to sleep later.
Which chipset you're using? The southbridge is on the motherboard, and the north bridge is on the CPU. The sensor readings came from the CPU side. These chipsets work with 115C. The board should power down at this temperature. The final part mentions the South Bridge uses 15W, and the fan shouldn't run at full duty even under load. End of transmission!
Good design choices let you keep the X570’s fan in a specific area, helping you fine-tune VRMs down to around 40-50°C during idle. The noise level is noticeable, but temperatures stay manageable on these builds. Interestingly, my current board is an X570S Edge without a fan—intended for better efficiency—but it still runs hot above 60°C and produces some heat.
VRM handles up to 115c, likely beginning to reduce performance between 90c and 100c.
Just wanted to let you know everything is working smoothly now. The 5600g is operating in a cool 50-60°C range when under load, and the chipset readings are around 64-72°C both during operation and idle. I checked the GPU and found that the thermal paste is dry and almost gone on the die. After repasting it, it runs at 60°C on Tiny Tinas Wonderlands at the highest settings! By the way, I wasn't talking about the chipset all along—I meant the southbridge. It gets hot when the GPU is on because both the GPU and its heatsink are almost touching each other. Thanks for your support!