Comment by LorenDB

5 months ago

I like large screens because I value having plenty of context visible, e.g. in a webpage or a conversation.

Also, don't forget the bigger batteries that large phones enable.

I don't but could you not forget that some people don't have a car. You can walk or use transit in proper cities. When I need a bag then it is not a phone it is a laptop without keyboard.

The context is the same though, regardless of screen size? The UI and/or UX doesn't change much when the screen is physically smaller? The resolution usually stays the same, and even if it shrank or grew, most apps wouldn't care as the libraries used to render their widgets are more or less "resolution invariant".

I mean I get what you're implying, I am just making sure I understand the meaning of "context" here. But if you have large fingers, smaller buttons obviously make the device harder to use, no two ways about it. However, in Android and iOS both, it's possible (for the user) to scale everything up, to help solve that very problem.

The bigger battery argument is a valid one too, but you have to keep in mind that most of the battery is consumed by the screen on average, and larger screen will eat more battery, so it's a bit like the rocket equation -- bigger rocket needs more fuel, more fuel needs more space and adds weight to the rocket, more rocket more fuel again and so on. In terms of batteries and rockets both, there's a golden middle there somewhere, I think. But it's a moving quantity since both screens and batteries are different -- OLED vs LED-lit LCD screen and LiPo vs LiOn for battery and so on. In short: I don't think a 5,5" phone (my preferred size) will suffer from shorter battery life, perhaps on the contrary (vs. a 6,5"). Especially considering that _large_ phones tend to be made _thinner_, since their ergonomics depends more on thickness (for the large width and height), perhaps becoming a problem with more than 8mm thickness, while a 5,5" phone can in fact be used comfortably even if it was 8-10mm thick, since it's smaller in the other two dimensions. That extra afforded thickness can directly translate to a battery that is as large or larger in terms of capacity as one for a 7mm "slick" 6,5" phone.