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I don't own a Laptop myself, but it's really great if people find a solution and then share it to others. Nothing worse then people who post "Ha! Fixed it! Ty" but don't tell others who suffer the same "how" they fixed it. =)
Edit: And Devious is right, you might change the title so it becomes more precise and easier to find for Laptop users, though his post allready will make this thread pop up in the search now.
but basically, fix is to throttle your computers potential processing power from what i'm gleaming since the problem doesn't pertain to me and cant be bothered to watch the vid. kind of a crummy fix since your losing performance to prevent heat.
and again, if your buying laptops, that use crummy solder that melts at 90C, thats a poor consumer decision if your buying a laptop for gaming.
https://www.technic.com/sites/default/files/resources/Solder%20Alloy%20Melting%20Temperature.pdf
a quick google search brought me to this, and the ONLY solder that melts below 100C, is at 95C, which, desktop or laptop indeed, i would say if your at that operating temp, there is a cooling problem. but 85-90C is still operable if a tad unhealthy. getting a cooling deck to assist in airflow if your laptop gets poor airflow would help to fix this as well.
if all that is applied to the laptop, and it is STILL getting that hot without this fix, then the laptop design is ♥♥♥♥, i wouldnt get another one from that company because they forgot how heat exchange works best and should feel bad about their failure.
Instead of throttling your laptop and having worse performance, look into ways of making it cool better. Upgrade fans, apply new and better thermal paste for both the CPU and GPU. There's a lot you can do to improve cooling in a laptop.
Those temps are in very specific areas, not overall ambient temp inside the laptop. So chances of solder melting is extremely unlikely.
Edit: Well designed to handle the heat.
Maybe Bill Murray said it best
Just the facts jack... or was it thats the fact jack?
I am not aware of any hardware vendor outside of the audiophile realm which routinely uses silver solder. (I have a set of Thiel speakers which use silver solder, for a specific example.) Every PC motherboard that I am familiar with uses wave soldering with tin-lead or now ROHS lead-free solder, which have melting points of 183 C and 217 C, respectively.
No electronic device gets anywhere near that temperature during normal operation. Most CPUs have TJmax of around 100C, and most video cards start downclocking at 90 C or less.
https://fctsolder.com/wp-content/uploads/2017/11/Phase-Diagram.png
Pure tin has a melting point of 232 C. ROHS compliant solder like SAC305 is a lead-free alloy that contains 96.5% tin, 3% silver, and 0.5% copper and melts at 217 C.
We're talking about continuous 90C game over 2 years. If you think that will not damage your laptop, there's no helping you. You are the best customer a laptop developer can ever have. Keep relying on google, it can't lie to you.
You weren't planning on sleeping anytime over the course of 2 years?
Might explain why someone is so grouchy....
Your fallacy is known as the appeal to ignorance.
One reason why your remark is a particularly poor choice is that I spent more than a decade working for a large company (AAPL) that makes laptops. A reputable laptop vendor will use tantalum electrolytic capacitors which have a safe Tmax of 125 C, and will handle 12 hours a day at 90C with no issues whatsoever.
If you've purchased a cheap laptop with second-rate Chinese electrolytic capacitors that are only rated for 105 C, then operating the laptop for an extended period of time at 90 C is likely to be marginal and might have a noticeable impact on early failures. That would be the responsibility of the laptop vendor to correct, and not Dyson Sphere Project or any other software vendor.