Xiaomi HyperOS 2.2 Global Update Released: First 4 Devices Getting It Now                                    

After successful launch of HyperOS 2.2 by Xiaomi last week, the company has also announced that the current software update is all set to release with four devices by Xiaomi. The deployment timeline has been released by the company for aggressive promotion of HyperOS 2.2. This update is going to bring a major evolution in software update as it enables the users’ higher performance as well as AI-powered advanced features. It is also expected that the current software update will be going live globally after server verification. Let explore which devices are built with this software and what performances will be improved:

Prepared for HyperOS 2.2 Device Updates

The deployment process is already done by Xiaomi for four major devices: Xiaomi 14T (which is available in EEA region), Xiaomi 14 CIVI (India), Redmi Note 14S (Global) and Xiaomi 13T (Global). These four devices are from different regions. Xiaomi has purposefully built HyperOS in these four devices purposefully with an intension of global run.

Improvements in Camera, Performances, and Animation after HyperOS 2.2

The new update has come with advanced camera features, which will enable the users to apply AI features with designed Camera 6.0, which also introduced modern UI features. The performance has been improved with advance configuration, hardware interface, better navigation, customization features and other advanced functions.

The new update will be allowing the users to practice floating widgets. The quality of animations for gaming is also being advanced after HyperOS 2.2. With these advanced features, HyperOS 2.2 is going to create a significant milestone in the history of software update by Xiaomi.

Users can easily get the updates and these advanced features through downloading the MemeOS application from Google Play Store. The MemeOS application enables the users to use hidden features, upcoming features and advance updates on their device.