You're right, but it's also kind-of wrong in the original article from Ookla and this article just copiedThat's some pretty terrible math, MacRumors. 357.47 - 264.71 = 92.76.
92.76 / 264.71 =0.35 or a 35% difference in speed.
357.47 / 264.71 =1.35 or a 35% increase in speed.
Where is the "24 percent increase" calculation being made?
`However, when comparing median download speeds for T-Mobile users with the iPhone 16e (264.71 Mbps) to T-Mobile users with the iPhone 16 device (357.47 Mbps), the iPhone 16 outperformed the iPhone 16e by at least 24%.`
I just say kind-of because they say "at least". Since they don't explain how they calculated all these numbers, we cannot imagine what that "at least" could be. That's already comparing median values so it can't be that all users have at least a 24% increase in speeds.
And I thought, maybe they meant 24% decrease for iPhone 16 compared with the reference of the iPhone 16e, but the calculation 92.76 / 357.47 = 25.9%. I think you're right, someone made some calculation error.
We also have no idea of the sample size, but if it is significant, these numbers are nice and show the modem is good.