Apple could release iPhones in 2020 equipped with 5G modems, according to research notes from TF International Securities analyst Ming-Chi Kuo.
A 5G-equipped iPhone with a faster and more reliable cellular internet connection could give consumers a reason to upgrade from older models as iPhone sales growth stalls.
Apple typically releases new iPhone models in September, so the 5G iPhone would not be released until at least September 2020. The iPhones released this September will most likely support current-generation LTE networks instead.
From Kuo’s note Monday:
We expect Apple will likely adopt 5G baseband chips made by Qualcomm (focus on mmWave markets) and Samsung (focus on Sub-6GHz markets) for lowering supply risk, reducing costs and having better bargaining power.
Kuo said that the introduction of a 5G iPhone could spur a wave of upgrades and purchases, especially for high-end models:
We are positive on the high-end iPhone models’ replacement demand in [second half of 2020] thanks to the 5G iPhone. We expect the total iPhone shipment will respectively reach 188–192 million and 195–200 million units in 2019 and 2020.
Apple said it sold over 217 million iPhones in its fiscal 2018, the last year that figures are available. Historically, Apple’s best year in terms of iPhone shipments was 2015, with over 231 million. Apple said in December that it would no longer share unit shipments because they are less relevant to the investor than they were before.
Kuo, who is well-known for describing Apple products before they are released, targets his research at investors in the companies that supply parts to Apple and other consumer electronics companies. He said that 5G could necessitate new designs for many iPhone parts, starting with the modem or “baseband chip,” but also including its antenna, RF-front end, and mainboard.
Kuo also predicted in a separate note on Monday that Apple is redesigning the printed circuit boards included in 2019 iPhone models using a new kind of material to clear out space for a bigger battery.