Consider upgrading if you're experiencing performance issues or need more power.
Consider upgrading if you're experiencing performance issues or need more power.
Hello, your GTX 1660 Super is overheating under heavy load in a high-airflow case. The temperature spikes above 80°C, which isn’t typical. The wobbly fan appears to be working just as well as the smooth one. These elevated temps are unusual. Consider whether repasting, replacing thermal pads, or upgrading the fan would help. Let me know what you think!
Until 83 times the celsius mark, the throttle point will deliver maximum turbo boost, increasing by 5 times each time from idle. It will decrease to 15Mhz as per its algorithm. Focusing on power, timing, and clock speeds is key. A fresh thermal paste application would be beneficial, though it's already within normal limits.
When reapplying, check if the thermal pads should be replaced as well.
Because it appears to be normal wear over time, likely from the factory paste used during production. It isn’t overly tough—just ensure the entire die is covered in paste with full coverage (not too thick, just uniform). This prevents hotspots. You can apply it in any preferred way; generally, it’s manageable. Some GPUs come with a cooler and fan curve to reach specific operating temperatures. Once the paste accumulates slightly, reaching 80–85°C after many years is reasonable. A repaste and cleaning should bring it closer to factory conditions. It may seem challenging at first, but it’s not too difficult once you start. Just remove the old paste and add a small amount of new paste, spreading it evenly—aim for a thin layer (around 1mm or less) to avoid buildup beyond that.
If your thermal pads remain mostly intact with minimal damage, they can still be used. If they show significant wear or are no longer in good condition compared to their original packaging, it’s best to swap them out. Also, measure their thickness accurately—use a ruler to check in millimeters (e.g., 1mm, 1.5mm, 2mm)—since handling something too thick may impact performance. Avoid using non-conductive pastes (like certain metals) unless confirmed safe; otherwise, test the paste and monitor temperatures afterward.
I received the thermal grizzly kryonaut, which seems like a solid choice. It should be here tomorrow. My goal is to run it at maximum settings—around 83 degrees—to test its performance. I noticed it relies heavily on GPU usage, possibly due to fur markings.
GPUs include certain safeguards against firmware updates, which can make performance seem slow. It's possible the GPU recognizes the update type and reduces clock speeds significantly compared to more demanding tasks. You mentioned BEAM will push your GPU to 83 times its normal speed—use that.