Motorola Moto E 2015 (codename: surnia) launched in February 2015. The phone came out of the box with Android 5.1 Lollipop and later upgrade to Android 6.0 Marshmallow. In this tutorial, we will show you how to install the AOSP Android 11 on Moto E 2015 (surnia). Recently, Google released its latest stable Android 11 for the general public. And with that, many OEMs were quick to adopt the same. First in the line were the Pixel devices, which were anyways along the expected lines. Later Google released the AOSP source code for Android 11 which is undoubtedly the main ingredient to compile Android 11-based custom ROMs.
Talking about the specifications, Moto E 2015 features a 4.5-inches display with a screen resolution of 540 x 960 pixels. It is powered by Qualcomm Snapdragon 410 processor coupled with 1GB of RAM. The phone packs 8GB internal memory. The camera on the Moto E 2015 comes with 5MP and VGA front shooting camera. It is backed by a Non-removable Li-Ion 2390 mAh battery.
Android 11 and It’s Features:
Well, Android 11, Google’s 11th iteration looks similar to Android 10 but with a handful of new features and changes. The update brings notification history, Chat bubbles, Conversation notifications, screen recorder, new media controls, smart device controls, one-time permission, improved dark theme with the scheduling system, app suggestions, wireless android auto, and many more. For more, check out our article Android 11 supported list, Android 11 Custom ROM list, best Android 11 features, and many more.
How to Install AOSP Android 11 on Moto E 2015:
With such a long list of goodies to offer, no doubt you will want to try out the AOSP Android 11 on Moto E 2015 (surnia). But before we list out the installation steps, please go through the prerequisites section. Make sure your device meets all the mentioned requirements. After this, go through the working features and the list of known issues present in this ROM. Once you have gone through all the requirements section, you may then proceed with the installation steps.
