The iPhone 13 launched later this year will use an improved WiFi 6E protocol to provide users with an extended version of the WiFi 6 framework and enjoy the advantages of the 6GHz frequency band. Apple introduced WiFi 6 with the iPhone 11 in 2019. Compared with the previous WiFi 5 framework, the speed and security of WiFi 6 have been significantly improved.
Compared with WiFi 6, the increase of WiFi 6E is very small, but a 6GHz frequency band is added, which will increase the bandwidth of devices that support WiFi 6E and reduce interference.
As Apple plans to add a newer framework to this year’s flagship model, it will slowly become the standard for iOS and Android devices next year, although it was only announced early last year. Apple will in the new year’s iPhone added Wi-Fi 6E technology, it is expected that the technology will become iOS and Android smart in 2022 mobile phone standard features.
Today’s report further reiterated the content of the past report that LiDAR sensors are currently unique to the high-end Pro and Pro Max iPhone 12 models, and will continue to be unique to these models. Reports earlier this year showed that LiDAR may be extended to all models in the series; however, this situation is increasingly unlikely to happen.
The source said that as the new iPhone will continue to use 3D face recognition sensors on ordinary models and ToF LiDAR scanners on the professional series, the third-quarter revenue of these three GaAs companies will also be due to the VCSEL of sensing solutions.
Chip demand is further supported. It is expected that the iPhone 13 will be slightly upgraded compared to the iPhone 12. There are rumors that its display is more advanced, the camera is more complete, and the bangs are smaller.
