Android will convert physical chip into eSIM soon

Google is planning to introduce a long-awaited feature that will allow Android smartphone users to easily convert their traditional physical SIM cards into eSIMs. This new feature is embedded in the operating system code, Android 14. In the world of mobile technology, the transition to eSIMs has been a notable trend, and Android appears to be preparing to follow in Apple's footsteps , making life easier for users when changing smartphones. The feature, similar to that already present in iPhones, will offer users the ability to convert their physical chips into eSIMs simply and quickly. The functionality, identified in the Android 14 QPR2 Beta 3 code, is described as "Convert to eSIM" and appears in the SIM card settings, although, as of now, it is not functional. This is a sign that the new feature shouldn't take long to be officially implemented. Although the feature is not yet active, its inclusion in the settings suggests that Google is working to ensure a smooth and convenient transition to eSIMs. Initially, this function is expected to be available on Pixel line devices, with other manufacturers and models taking a little longer to adopt the new feature. The ability to convert physical chips into eSIMs is a practice already adopted by Apple on its devices, offering users a more secure and hassle-free experience when switching devices. Although the feature is in the code of Android 14 QPR2 Beta 3, it is important to note that it may take some time to that is fully functional and available for all compatible devices. Additionally, different manufacturers may have different approaches to incorporating this functionality into their proprietary interfaces. The widespread adoption of eSIMs in the Android ecosystem could offer users more options and convenience in managing their mobile connections. Over time, it is expected that consumers will be able to choose between traditional physical chips and eSIMs depending on their specific needs and preferences. The future of mobile connectivity appears to be moving towards a more flexible and efficient experience.