On May 14th, Gizcoupon reported that realme has collaborated with Google to bring the second version of realme UI, Android 14 Beta 1, based on the Android 14 Developer Preview. This version is currently available for the realme GT2 Pro phone. Before attempting to flash this ROM, it is recommended to read the related notes and follow the instructions carefully.
realme reminds users that Android 14 Beta 1 is an Android version intended for developers and is still in the early stages of development. It may not provide a stable user experience and is not recommended for non-developers to install. Additionally, some applications may not function properly, including Google and third-party apps. This system may also not have all the built-in features of Android.
Android 14 Beta 1 currently has the following known issues:
- Upgrading will delete all user data.
- Some system functions may be unavailable.
- Some display interfaces may not appear ideal.
- Certain applications may not function properly or may have limited features.
- The system may experience some stability issues.
Android 14 Beta brings significant upgrades in privacy, security, performance, and user customization to enhance the user experience. Devices adapted to the Android 14 operating system will not be able to install applications developed for Android 6 or earlier systems with a target SDK version below 23. This improvement prevents malicious software from attempting to breach user privacy and security.
The latest Android 14 also introduces optimizations that can significantly extend battery life and endurance. It improves system efficiency by intelligently managing background tasks, downloads, uploads, and various system processes, thereby reducing power consumption and providing longer-lasting battery performance.
Furthermore, Android 14 meets accessibility needs by providing larger fonts and smarter scaling options. The non-linear scaling curve strategy intelligently adjusts the scaling ratio of different text sizes to balance the proportion between elements of different sizes while preventing large elements from being excessively scaled.
