Re:iPhone 15: users of Pro and Pro Max models complain of ov...
by tiffanyh on Friday September 29, 2023 @10:51AM
(#37705152)
Well, it's not Thermal Conductivity then.
I just looked it up.
Stainless Steel 15 W/m-K
Titanium 17 W/m-K
Aluminum 210 W/m-K
Effectively, Stainless Steel & Titanium have the same thermal conductivity.https://www.hardrok.com.au/thermal-activity-in-stainless-ste....
Re:iPhone 15: users of Pro and Pro Max models complain of ov...
by pdpi on Friday September 29, 2023 @11:34AM
(#37705760)
The issue here is users complaining that the phones get too hot to handle, which immediately eliminated conductivity. A thermal conductivity problem would've looked like the phone overheating without the outside getting too hot to handle. (picture the circuit board inside a thermos)
Re:iPhone 15: users of Pro and Pro Max models complain of ov...
by sigmar on Friday September 29, 2023 @11:55AM
(#37706095)
that's not necessarily true. Heat has to go somewhere eventually. It could be that the CPU is much hotter than the temperatures felt on the frame. but yea, if the cpu is 45 C and the frame is 40 C, you'd be right.
Re:iPhone 15: users of Pro and Pro Max models complain of ov...
by tynorf on Friday September 29, 2023 @11:20AM
(#37705556)
The interior has been aluminum, but the band around the outside has been stainless steel.
> Ceramic Shield front, Textured matte glass back and stainless steel design
https://support.apple.com/kb/SP875?viewlocale=en_US&locale=e...
I saw that too. I thought Apple mainly used aluminium?