You do realize that the temperatures he's reporting show obvious signs of thermal dissipation failure right?
105C is not acceptable for a CPU temperature reading. His crashes are obviously related to his heat issues. In fact, I'd estimate his laptop would live less than a month if he keeps forcing these heat related crashes.
105C is not acceptable for a CPU temperature reading. His crashes are obviously related to his heat issues. In fact, I'd estimate his laptop would live less than a month if he keeps forcing these heat related crashes.
Okay, at first I was sympathetic to your situation but you're really blowing this out of proportion.
First off. The temperature reading is the DIODE temperature, not the entire computer.
Secondly, it won't catch on fire. You know what will make laptops catch on fire? That's the battery. The battery has explosive material when things go wrong. That's what makes laptops catch on fire, not a CPU.
Thirdly, even with a bad connection, a 100+ deg C diode temperature CPU won't suddenly burst into flames. The heatsink will still draw heat away. You'll break the CPU first before burning down your house.
Lastly, the real failsafe is not in the CPU diode, it's in the motherboard/logic board SMC. That has a failsafe of 105 deg C, +/- 5 deg C. The actual CPU failsafe temperature is actually in the upper 130+ deg C ranges but at that point the CPU would've already died. Its just there to prevent the CPU to literally burn out but it doesn't mean it won't. The Tj temperature is the MAXIMUM SAFE OPERATING TEMPERATURE of 105 deg C according to Intel.
And if I was in your position, I rather do the work myself because time = money and you're being made to jump through hoops. It's time to stop jumping through them and actually have action.