A new report suggests that the supplier of Silicon Mobile, TSMC, started the production of A15 chipsets defined to be used in the upcoming iPhone 13 range. This could mean that phones are at the origin of the September publication.
This has been in question: the global scarcity of the chip has been planned for the end of 2022, and a report suggested that it would affect the supply of the new MacBooks and Apple iPads – and although this last rumor has Declared that the iPhones were probably not affected, the iPhone 12 last year would have affected the shortages of components.
For now, however, it looks like everything is all systems. The new report comes permission from digitumes, which also affirms that A15’s Bionic Chipset demand will be more important than the A14 that was in the iPhone 12 range. This suggests that Apple expects even greater sales for its upcoming flagship phones. And if the A15 chipsets begin to produce a production, it suggests that the iPhone 13 could go out during the September’s September liberation window for its flagship phones.
The bad news? Do not expect a wild jump in A14 capabilities to the A15 – the latter is supposed to be built on the same process of 5 nanometers. We will have to wait at least the iPhone 14 in 2022 for a chipset accompanying with a process of 4 nanometers, by phonamerena – although rumors also suggest a 3-nanometer chipset is also under development.
iPhone 13: Design, make more
We have seen the first renders of the iPhone 13 suggesting (unsurprisingly) that it will look a lot like the iPhone 12 platform intra-acid design.
The last batch of renders supports suspicions earlier than the rear cameras, well placed identically to their predecessor, have larger lenses this time. An assumed hypothesis suggests that the final version will have a smaller notch, even if it is still not a passage to a perforation hole for its cameras at the front.
And it’s just aesthetics – iPhone 13 Pro models should also get a refresh rate of 120hz on its screens, although it is not clear if it will be extended to standard and potential mini-model models.
