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Ryzen 5 8600 g running hot at idle: what's wrong?

Ryzen 5 8600G Running Hot at Idle | Users Seek Solutions

By

Marcus Huang

Dec 31, 2025, 03:28 PM

Edited By

Samir Patel

Updated

Dec 31, 2025, 11:09 PM

2 minutes of duration

Close-up of a Ryzen 5 8600G processor showing high temperature readings on a monitor
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A rising number of users are expressing frustration over their Ryzen 5 8600G idling at 55ยฐC. This issue is at the center of heightened discussions online, raising doubts about cooling solutions and potential hardware problems.

Context of the Issue

The focal point of concern involves a Ryzen 5 8600G coupled with an AMD RX 7800 XT, built on an MSI X670E motherboard, using a Thermalright Core Vision 360mm AIO cooler. Fresh Arctic MX-7 thermal paste was applied recently, yet the CPU runs warm at just 8% load. One user stated, "Iโ€™m not sure why could it be the standoffs?"

Main Themes in the Discussion

  1. Temperature Management

    Many users highlight that while 55ยฐC is generally seen as acceptable, lingering questions about its implications persist, fueling anxiety. A contributor emphasized, "Make sure you have the latest chipset drivers from AMD installed; itโ€™s crucial for core parking, which helps reduce idle power consumption."

  2. Cooler Performance

    Concerns arose over the AIO pump's performance. It's critical to ensure the pump isn't stalled at low temps. One user pointed out, "Some AIOs can stall at lower PWM settings; setting the minimum speed above the stall point is advisable for optimal performance."

  3. Load Temperatures

    Additional insights surfaced regarding peak temperatures under strenuous conditions, such as video rendering, which reach around 77ยฐC. The community remains curious about thermal behavior during gaming: "How hot does it get while gaming?"

"Anything below 70ยฐC is fine, donโ€™t worry about idle temps," reassured one commenter, yet the discourse continues.

Key Insights

  • ๐Ÿ”น Idling at 55ยฐC raises eyebrows but is deemed acceptable within the community.

  • ๐Ÿ”น Driver updates and pump performance are crucial factors that could alleviate temperature issues.

  • ๐Ÿ”น Peak temperatures reported during tasks vary, with potential spikes noted.

This ongoing discussion underscores the importance of proper setup and configuration, potentially influencing how future builds are approached. As challenges evolve, we may observe manufacturers enhancing their cooling solutions to tackle these concerns more effectively. This situation parallels early smartphone heating issues, reminding users that even seasoned hardware may need refreshing solutions to adapt to demanding performance standards.