“Too Much Thermal Paste” – Benchmark of Thermal Paste Quantity

>You want to use as little paste as possible while fully covering the heat spreader. The data disagrees. Too much paste is fine; too little is not. ▶ this video

> ...use as little of it as possible, to avoid adding thickness. You might be interested in watching this: < ▶ this video > and maybe also this: < link >. Do note that the videos contain graphs which summarize the findings.

One person on SomethingAwful re-pasted their MBP (of unknown age), and saw reduced temperatures. They never said it was "overheating", Macs (and all Intel/AMD processors...) have thermal throttling so they can't "overheat", and it's normal for thermal paste to degrade within 2-3 years. It's also normal for laptops to get clogged with dust; I saw a huge reduction in temps on my MBP after I cleaned out the heatsinks, having taken the cover off and found them clogged. The person posted pictures of the original paste job from the factory. The amount of paste is not unreasonable, and what was instead evident was that the paste had dried out, which, again, is normal. That didn't stop people from overreacting and declaring a corporation (one famous for obsessively controlling its production chain) to be idiots. It did not have "10x the thermal paste needed." GamersNexus has solidly disproven the "too much paste causes overheating" myth. Excess paste just squirts out the sides, which is not a problem unless it is conductive: ▶ this video What caused people to really lose their minds was a screengrab that was claimed (with no evidence whatsoever) to be from the repair manual showing wildly inappropriate levels of thermal paste being applied. The screenshot was never confirmed and given the source - again, SomethingAwful - it was almost certainly not the repair manual or factory instructions (the factory instructions wouldn't be in English, for starters...) link Seems Pepperidge Farm's me

This is mostly urban legend. You have to really get ridiculous to apply too much thermal paste but you can use too little, so no reason to err in that direction in mass manufacturing. ▶ this video