Which temps to trust
Which temps to trust
Since it has consistently proven more dependable for MY system, please relax, Mr. Swag.
Are they more dependable? It's hard to tell if they're accurate without knowing how they measure the temps. I don't rely on any programs that display temperatures during overclocking. The system has a built-in thermal protection to prevent damage, and as long as I stay within that limit, it should function properly.
Checked for official technical notes to support your concern about damage. Intel’s documentation mentions protection features that help prevent harm, but no evidence suggests the issue stems from temperature exposure. The reason for shutting things down after damage likely relates to safety protocols or performance limits, though specifics aren’t detailed. Hardware in newer systems often handles heat better due to design improvements, which aligns with the information on Intel’s site.
Stay calm, bro. I'm all set with real temp settings. If you're feeling bold like Yoloswag, you can always boost your system as high as possible until it stops working and slows down a bit. But checking his setup, it doesn't look like he's going all out.
Are you sure this information comes from a reliable source? I assumed it was common knowledge, but a desktop's hardware tends to run hotter than a laptop's. Have you ever boosted the overclock of a laptop CPU using a standard cooler? Do you really know what a laptop cooler looks like? It's surprising how much difference there can be—on my system, I see 2-3°C variations per core between Realtemp GT and CoreTemp. Also, since you don't usually see such extremes like 1°C or -100°C, it's best to follow your own preferences.
The laptop hardware stays cooler than expected. I needed a reference since 100°C wouldn't be a problem. It makes sense for them to turn it off before damage occurs. I came across some information on Intel's site contradicting what you said. Your name doesn't affect the accuracy of your posts. You're the one needing proof from reliable sources.
The analysis suggests that 100°C is considered safe. It implies that spending money on custom water cooling doesn't prevent damage, which seems contradictory to the idea of overheating. The discussion highlights differences between laptops and desktops, emphasizing that laptops can overheat and shut down if used for gaming. The conversation shifts to using a stock Intel cooler to protect the CPU from damage.