Vapor chamber tech keeps iPhone 17 Pro cool
11–20 of 305 posts
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#12Why the emphasis on Apple when Samsung was there first? It looks like the competition is making them sweat (pun intended).
But seriously though, I think it's just due to larger market share (at least in the US), so more people are seeing it and commenting on it.
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#13Why the emphasis on Apple when Samsung was there first? It looks like the competition is making them sweat (pun intended).
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#14Re: Vapor chamber tech keeps iPhone 17 Pro cool
#15Can this tech be used for EV batteries?
I'm guessing for EV batteries, better options exist since you obviously have power. Although sometimes vapor chambers are used in conjunction with active cooling.
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#16Re: Vapor chamber tech keeps iPhone 17 Pro cool
#17I have an iPhone Air now and have no complaints about the heating. The thinness is worth the occasional heat and throttle down. Every time I pick up this phone, it just feels fantastic!
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#18Why the emphasis on Apple when Samsung was there first? It looks like the competition is making them sweat (pun intended).
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#19Phone usage is getting more intense as we move from mere passive consumption to having them as creative (compute) device. "Heat" is sort of reflection of that. I want to see more optimization to reduce the heat from both hardware as in this case and in software side as well. I guess it is easier to show enhancements about hardware made to address something such as heat or processing but comparatively difficult or abs…
Re: Vapor chamber tech keeps iPhone 17 Pro cool
#20This is a heat pipe. A technology from the 60s. Your laptop almost certainly has heat pipes in it. They usually use alcohol rather than water as the phase change material though. The (relatively) novel thing is that it's packaged small enough to be in a phone. I suspect the only reason it hasn't been used in handhelds more is because the TDP of mobile processors wasn't high enough to warrant it.