Some Apple fans were hoping the iPhone 13 would use a 3nm chipset, which would likely ensure it would be the most powerful smartphone of all time, but lately we've been hearing that Apple would stick with a 5nm, as in the iPhone 12 - and the latest rumor backs this up.
As reported by PhoneArena, the company TSMC, which produces components like chipsets for Apple, recently held an earnings call during which it all but guaranteed that it won't be producing 3nm chipsets in time for them to be included the iPhone 13.
By the sounds of PhoneArena's report, these chipsets will likely be ready in 2022, in time for the iPhone 14, so we can expect that phone to get a big increase in power, rather than the 2021 model.
Only a small power boost?
To cut through the technobabble, nm (nanometers) refers to the size of a chipset, and smaller numbers and sizes indicate that more transistors can fit in a chipset, making it more powerful.
The iPhone 12, as well as a fair few Android phones using the Snapdragon 888 or similar chipsets, all use 5nm processors, which started being used in 2020 - lots of other phones, especially older ones, stick with 7nm, and so are less powerful.
As we've said, people were hoping Apple would have found away to bring 3nm to its phones in 2021, rather than in 2022 when the technology is expected, but this apparently isn't the case. Instead, the iPhone 13's chipset will likely be very similar to the A14 Bionic in the iPhone 12.
Even if this rumor is true, it doesn't mean the iPhone will miss out on performance upgrades - Apple could have found ways to fine-tune its A15 Bionic to be especially powerful - but some customers could be disappointed anyway.
We'll find out if this is the case come September, when we're expecting to see the iPhone 13 launch. We're hearing plenty of rumors and leaks ahead of time though, so stay tuned for more early news.
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