The design and hardware of the Samsung Galaxy S24 may not differ dramatically from the Galaxy S23. Still, you’ll get plenty of useful software features with Galaxy AI and the latest One UI 6.1 software. Meanwhile, Samsung is all set to release the One UI 6.1 update and Galaxy AI features for older Galaxy devices including the Galaxy S23 later this month. However, these key Galaxy S24 features are not coming to the Galaxy S23 with the One UI 6.1 update.
Based on IceUniverse’s tweet, out of the many exclusive features of the Samsung Galaxy S24 series, these features will not be released for the Galaxy S23 with One UI 6.1. These four features include a Full-screen Always-On Display (AOD), an advanced camera algorithm, a Screen Vividness Adjustment Slider, and a Photo Super HDR.
These key Galaxy S24 features are not coming to Galaxy S23 with One UI 6.1 update
- Screen Vividness Adjustment Slider: Samsung Galaxy S24 series devices bring a new Vividness option under Advanced display settings with the first update. Once enabled, your Galaxy phone will deliver a more natural and customizable viewing experience along with more vibrant display colors.
- Advanced camera algorithms: The Galaxy S24 camera delivers faster shooting and a better image-grade experience. An advanced camera algorithm delivers an amazing photography experience, optimizing images for an almost professional-level experience.
- Full-screen Always-On Display: The Galaxy S24 Ultra has a full-screen always-on display, unfortunately, this feature will not be coming to the Galaxy S23. It displays notifications, time, and other essential information even when the phone is in standby mode.
- Photo Super HDR: The Super HDR screen is one of the biggest upgrades in the Galaxy S24 series with a vividness adjustment slider that displays 64 times more colors so you can watch seamless video in every take.
- Plus, Super HDR analyzes subject motion and noise designs so you can create clear videos. The feature also delivers more naturalistic outcomes by optimizing color contrast in bright and dark locations with algorithmic optimization.