By the way, your original argument about the same 1mm thing fails to take into account the extra length and width of the bezels due to increased screen size; since the bigger screen is taller, the bezels on the sides must be longer and since the larger screen is wider, the top and bottom bezels must be longer as well.
Bezels being longer due to increased phone size doesn't effect it nearly enough to compensate.
I'll try to make this easy with exaggerated proportions.
Let's assume all phones have the same exact 1mm bezel surrounding the screen.
Phone A's front is 10 x 10 making it's total area 100mm^2.
Phone A's screen is 9 x 9 making it's total area 81mm^2.
Phone A's bezel takes up 19mm^2 or 19% of the total area.
Phone B's front is 100 x 100 making it's total area 10,000mm^2.
Phone B's screen is 99 x 99 making it's total area 9,801mm^2.
Phone B's bezel takes up 199mm^2 or 1.99% of the total area.
Phone C's front is 1000 x 1000 making it's total area 1,000,000mm^2.
Phone C's screen is 999 x 999 making it's total area 998,001mm^2.
Phone C's bezel takes up 1999mm^2 or 0.199% of the total area.
Bezel size the same = strong favoritism to larger phones.
The iPhone has one of the smallest screens currently available, so it SHOULD be at or towards the bottom of the graph.
With your rational it's not fair to compare a 2012 60" Samsung tv with a .5 cm bezel to an old 32" LCD having a 18 cm bezel because they are a different size. Give your head a shake cool aid drinker.
I never said anything about it being fair, just that what it was showing was obvious and already well known since the iPhone has one of the smallest screens available.
Having to resort to the typical 'cool aid drinker' defense says far more about you than me.