What are the safe temps for my PC?
What are the safe temps for my PC?
They continue to rely on the same methods and references in their official guarantee until 2018. Their documentation clearly mentions that TJmax isn't suitable for extended use, and the device will automatically stop when it reaches that threshold to avoid instant harm.
IT actually stops unless the manufacturer adjusts configurations inside the BIOS. Just because the standard specs don’t match your expectations doesn’t mean you should disregard them.
Throttling starts at 95 and the system should ideally stop by 105. The upper limit of 100 refers to instant harm, not safe operation.
Limiting the clock speed happens due to heat, power, or voltage constraints. It's possible to experience heat throttling while operating above the base frequency.
It's similar to arguing overoverclocking because it breaks warranty promises. Companies establish safe temperature limits, which are far below what processors actually experience in real use. Most devices avoid overheating through built-in safeguards, and extreme cases like those YouTube reviewers discuss are rare. Many notebook CPUs are designed for 100°C or more, yet they rarely fail due to heat. The silicon itself doesn't support such high ratings. YouTube creators have even tested Threadripper chips that reached 170°C before surviving. Essentially, 100°C is a practical upper limit that keeps CPUs safe over time. Not all components above this threshold will definitely get damaged, but prolonged exposure can still pose risks. I’ve seen firsthand how neglecting cleaning in old PCs leads to issues—like an Athlon X2 running hot and failing under stress. Keep your cooling systems in check; if temps climb past 90 or 95, inspect your setup. Remember, GPUs also generate heat, but their heatsinks usually manage it without issues. The goal is to prevent thermal throttling, which varies by chip. If you notice unusual heat, verify your cooling solutions.
This perspective is completely off—the operating at 100*C will ruin the system not by damaging the CPU directly, but by distorting the board and substrate. The problem lies in the solder joints on both the boards and the CPU breaking apart because of extreme warping. This explains why CPU coolers and sockets include a backplate—to stop the cooler and heat from deforming the board. It also accounts for AMD and Nvidia’s advice to keep thermal designs under 90*C. Intel and AMD both trigger thermal shutdown above 100*C to protect the hardware. There are many studies, reports, and even humorous YouTube videos showing salami on a hot CPU—if running at that temperature was safe, Intel would still rely on paste for cost reasons.
Backplates came about due to frequently large air coolers positioned at a 90° angle for many years on a board—not because CPU heat deforms the PCB. If we go further, it suggests running VRMs too hot would also damage the board and its parts. Intel must use solder to manage temperatures so CPUs can boost efficiently and remain stable, just like GPUs do. To clarify what I meant, I was referring to prolonged operation under typical conditions, not constant high loads. This would indeed affect chip longevity, which is evident from mining GPUs.
Extended sessions last about 8 to 10 hours each day. Intel has consistently mentioned that 100°C significantly shortens a CPU's life, while Apple supports this view as Rossmann shows dead CPUs on newer systems operating at a steady 99°C. Regarding VRMs, they typically begin throttling noticeably before reaching those high temps, and there’s no consensus that 100°C is acceptable—most advise keeping them around 60°C.