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Qualcomm will provide the 5G modem chip–its Snapdragon X55, also used in Samsung’s new Galaxy S20 phones–for the newest iPhone, which will likely be announced in the fall.
Apple is designing the antenna module that will be used in its 5G iPhones in-house because it was unhappy with the version that Qualcomm designed, reports Fast Company, citing a source with ...
As for who will build the antenna in this year’s 5G iPhone, Apple’s design plans are surprisingly fluid in the months before its big announcements. Plans change.
The saga involving Apple’s iPhone 12 and its support for 5G has been interesting, to say the least. For a while, there were even rumors that the iPhone 12 might not ship with 5G on account of ...
Apple is said to be designing its own antenna for this year's 5G iPhone. Qualcomm offered its antenna module, but Apple declined, citing concerns over design.
Apple and 5G antenna design. The first reports of Apple working on a team dedicated to producing its own 5G modem started to emerge in February 2019.At the time, job listings for the department ...
We now have confirmation that every new iPhone will include Apple’s innovative 5G mmWave antenna. Yes: even the iPhone 12 Mini will be able to access those high-speed data networks, contrary to ...
Apple is widely expected to debut its first 5G iPhones this fall, powered by Qualcomm’s X55 modem. But Apple is reportedly exploring designing its own 5G antenna rather than relying on Qualcomm ...
mmWave 5G support is only included on U.S. models of the iPhone 12 lineup, and thus the window is only present on those devices, as seen in images shared on Apple's pages for various countries.
The iPhone 12 doesn’t support mmWave 5G outside of the United States. Here, it has a special window for mmWave signals, and it appears to be designed so users can visibly see it and perhaps ...
The rumored 5G iPhone could come with an Apple-designed antenna. Angela Lang/CNET Apple is reportedly designing its own antenna for the rumored 5G iPhone that could hit shelves in 2020.
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