If you think most of the evidence is out there, Apple's iPhone designs tend to be ready long before they are released, so the company can focus on making the bulk in recent months, that users around the world need on the first day. Due to issues with Intel's 5G modem and an agreement between Apple and Qualcomm in the eleventh hour, this year's iPhones should deviate from the norm as the company has reportedly put its hands on deck to release its flagship product Year to redesign and launch.  According to a Fast Company report today, which spread twice the news that Intel's 5G modems missed key Apple milestone deadlines, Apple is said to be designing its own antenna for 5G iPhones ̵
It is known that 5G millimeter wave antennas can suffer from an even more pronounced version of the same problem. For this reason, Qualcomm generally recommends strategically mounting multiple antennas around the edges of a phone to ensure that at least one is exposed during normal use. The smallest antenna module that Qualcomm sells is the QTM525, which promises to work in devices with a thickness of 8 mm – a point that was shown with Samsung's announcement of the 7.8 mm thick Galaxy S20 +, which was just big enough Use this antenna. Samsung has strikingly let out a millimeter wave from the somewhat smaller Galaxy S20 and may be waiting for a smaller antenna.
The report suggests that Apple has an iPhone thinness kick again, making the QTM525 too big. Meanwhile, the number of consumers who think iPhones are too fat has been close to zero people outside of Cupertino, and many users have believed for years that battery life and performance mean more than further shrinking the smartphone. Apple even listened to it on occasion.
Although I would not withhold Apple from sourcing certain 5G parts from someone other than Qualcomm, and there is evidence that this is happening with rival Broadcom, I am skeptical that this is actually the case at the moment in able to produce its own antenna for 5G iPhones – or that it struggles at this very late stage with significantly different design alternatives. This would give the company half a year to complete and manufacture all of the hardware needed for an expected Supercycle iPhone launch, which will meet the pent-up global demand for extensive cosmetic and internal hardware redesigns.
Half a year has not passed It is nothing, but it would make things short: If production started too late, this could be enough to limit the initial supply of the affected iPhones and possibly create the regional and model-specific availability challenges, that we haven't seen in some time. And that presupposes that there are no last-minute or post-launch snafu with antenna performance. As today's report points out, only an undetected design or manufacturing flaw is required to impact 5G performance, which significantly affects the speed and parity of the iPhone compared to Android competitors.
Given what a mess things could get, the easier and easier The probably better solution is to use more of Qualcomm's 5G stack – the Snapdragon X55 modem along with the QTM525 antenna – to make sure that the performance of the iPhone 5G mobile phone will not be affected this year. The system has been tested, works and delivers excellent performance. Apple's confidence in two-vendor solutions has not brought many benefits in the past in Qualcomm / Intel modem battles, and has actually prevented iPhones from transmitting cellular data at top speeds. When Apple develops its own 5G modems for future iPhones, it is advisable to start on a solid foundation of 5G performance instead of risking another debacle unnecessarily.
I hope we get a feel for it, that Apple will soon completely block the 2020 iPhones. If not, this year will be a wild and unpredictable drive for both the company and consumers. It might be exciting to see, but it is somewhat worrying to the end when the devices get into the hands of users for real-world testing and show whether it was really worth heading towards Apple's late 5G launch waiting.