a New model of the iPad Pro, which will be released in 2021, will get an innovative display technology, Mini-LED and support connect to 5G networks. This was reported by mainstream anonymous Twitter account L0vetodream.
According to their information, the next generation Apple tablet will get 5G modem X55 Snapdragon from Qualcomm, which will allow devices to use a frequency range up to 6 GHz and also a lot more “fast” wave mmWave millimeter range. In addition, the 12.9-inch iPad Pro will get A14X – improved version yet to be announced Apple chipset. Presumably, this processor will be manufactured in compliance with the latest 5-nanometer process technology TSMC.
with mini led and 5G baseband X55 https://t.co/1C57Oms2HX
– ∎∎∎∎∎ (@L0vetodream) June 3, 2020
Data L0vetodream largely coincide with the predictions made earlier by TF International Securities analyst Ming Chi Kuo. In March, he announced that support for Mini-LED in the next year or two will also be implemented in Pro, iMac, MacBook Pro and iPad mini. However, Kuo suggests that the new iPad Pro will represent for the third quarter of this year (along with the iPhone 12, which is also tipped to support 5G), as bloggers await the release of the tablet in the I-II quarter of 2021-th.
recently, the authors L0vetodream wrong infrequently. Previously, for example, they correctly predicted the colours and memory configurations of the iPhone SE.
the Latest generation iPad Pro was announced in March. The tablet got an 8-core chip A12Z Bionic (“more powerful than most laptops on Windows”) and a triple camera with lidar, which helps to more accurately capture the movement of people and positioning virtual objects on the screen.
the Use of a Mini-LED will make it possible to control the illumination of the screen, dynamically dimming the gaps and achieving comparable with OLED indicators contrast and maximum color coverage while avoiding threatening organic LEDs burning out.
If a modern LED backlight displays to useXia a few hundred LEDs, the Mini-LED is about 10 000, and the size of each of them will be no more than 200 microns.